Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small clear glass mixing bowl in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent frosted transparent plastic cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass paperweight in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty glass jar with metal lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent silicone storage lid in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear PET clamshell tray in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent glass tumbler in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent rectangular empty glass food container in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent water bottle in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent small empty glass vase in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent empty wine glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent clear glass measuring cup in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent transparent plastic fridge organizer bin in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Locate the translucent drinking glass in the image. Respond with one axis-aligned bounding box as a single tuple (x_min, y_min, x_max, y_max). Each value must be an integer between 0 and 1000 (permille): x is scaled by image width and y by image height, with 0 at the left/top edge and 1000 at the right/bottom edge. Do not include any text outside the tuple.


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the bottle stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the orange stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the screwdriver stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the redbull can stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the fruit stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the banana stable?


Instruction: Is the robot's grasp of the fridge stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the battery stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the cup stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the bottle stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the chip stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the orange stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the banana stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the door stable?


Instruction: Is the robot's grasp of the block stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the object stable?


Instruction: Is the robot's grasp of the rice chip bag stable?


Instruction: Is the robot's grasp of the orange can stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the rxbar stable?


Instruction: Is the robot's grasp of the gear stable?


Instruction: Is the robot's grasp of the object stable?


Instruction: Is the robot's grasp of the plate stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the coke can stable?


Instruction: Is the robot's grasp of the gear stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the rice chip bag stable?


Instruction: Is the robot's grasp of the rxbar stable?


Instruction: Is the robot's grasp of the bottle stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the fruit stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the block stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the rice chip bag stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the ranch bottle stable?


Instruction: Is the robot's grasp of the blue chip bag stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the coffee stable?


Instruction: Is the robot's grasp of the rice bag stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the pepsi can stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the jalapeno chip bag stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the blue chip bag stable?


Instruction: Is the robot's grasp of the orange stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the apple stable?


Instruction: Is the robot's grasp of the glass bottle stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the gear stable?


Instruction: Is the robot's grasp of the tiger stable?


Instruction: Is the robot's grasp of the banana stable?


Instruction: Is the robot's grasp of the orange can stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the drawer stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the peg stable?


Instruction: Is the robot's grasp of the can stable?


Instruction: Is the robot's grasp of the sponge stable?


Instruction: Is the robot's grasp of the rice chip bag stable?


Instruction: Is the robot's grasp of the bottle stable?


Instruction: Is the robot's grasp of the banana stable?


Instruction: Is the robot's grasp of the chip bag stable?


Instruction: Is the robot's grasp of the tiger stable?


Instruction: Is the robot's grasp of the rice chip bag stable?


Instruction: Is the robot's grasp of the water bottle stable?


Instruction: Is the robot's grasp of the brush stable?


Instruction: The robot is tasked to approaching the can with open gripper with the can. After Approaching the can with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to closing gripper to grasp the can with the can. After Closing gripper to grasp the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to firmly grasping the can with the can. After Firmly grasping the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to closing gripper to grasp the bottle with the bottle. After Closing gripper to grasp the bottle, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper


Instruction: The robot is tasked to approaching the fridge with open gripper with the fridge. After Approaching the fridge with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the fridge

Approaching the fridge with open gripper

Moving away with open gripper after releasing the fridge

Approaching the fridge with open gripper


Instruction: The robot is tasked to firmly grasping the bag with the bag. After Firmly grasping the bag, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bag

Moving away with open gripper after releasing the bag


Instruction: The robot is tasked to releasing the bottle by opening gripper with the bottle. After Releasing the bottle by opening gripper, what will be the robot's NEXT action phase?

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle


Instruction: The robot is tasked to closing gripper to grasp the peg with the peg. After Closing gripper to grasp the peg, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to moving away with open gripper after releasing the fridge with the fridge. After Moving away with open gripper after releasing the fridge, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the fridge

Moving away with open gripper after releasing the fridge


Instruction: The robot is tasked to approaching the detergent with open gripper with the detergent. After Approaching the detergent with open gripper, what will be the robot's NEXT action phase?

Approaching the detergent with open gripper

Moving away with open gripper after releasing the detergent

Releasing the detergent by opening gripper

Approaching the detergent with open gripper

Moving away with open gripper after releasing the detergent

Releasing the detergent by opening gripper


Instruction: The robot is tasked to releasing the drawer by opening gripper with the drawer. After Releasing the drawer by opening gripper, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Approaching the drawer with open gripper


Instruction: The robot is tasked to releasing the drawer by opening gripper with the drawer. After Releasing the drawer by opening gripper, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Approaching the drawer with open gripper


Instruction: The robot is tasked to approaching the chip bag with open gripper with the chip bag. After Approaching the chip bag with open gripper, what will be the robot's NEXT action phase?

Releasing the chip bag by opening gripper

Moving away with open gripper after releasing the chip bag

Approaching the chip bag with open gripper

Releasing the chip bag by opening gripper

Moving away with open gripper after releasing the chip bag

Approaching the chip bag with open gripper


Instruction: The robot is tasked to closing gripper to grasp the banana with the banana. After Closing gripper to grasp the banana, what will be the robot's NEXT action phase?

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana


Instruction: The robot is tasked to firmly grasping the can with the can. After Firmly grasping the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to moving away with open gripper after releasing the jalapeno chip bag with the jalapeno chip bag. After Moving away with open gripper after releasing the jalapeno chip bag, what will be the robot's NEXT action phase?

Approaching the jalapeno chip bag with open gripper

Releasing the jalapeno chip bag by opening gripper

Moving away with open gripper after releasing the jalapeno chip bag

Closing gripper to grasp the jalapeno chip bag

Approaching the jalapeno chip bag with open gripper

Releasing the jalapeno chip bag by opening gripper

Moving away with open gripper after releasing the jalapeno chip bag

Closing gripper to grasp the jalapeno chip bag


Instruction: The robot is tasked to closing gripper to grasp the apple with the apple. After Closing gripper to grasp the apple, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the apple

Moving away with open gripper after releasing the apple


Instruction: The robot is tasked to approaching the can with open gripper with the can. After Approaching the can with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to releasing the peg by opening gripper with the peg. After Releasing the peg by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to firmly grasping the pepsi can with the pepsi can. After Firmly grasping the pepsi can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the pepsi can

Approaching the pepsi can with open gripper

Moving away with open gripper after releasing the pepsi can

Approaching the pepsi can with open gripper


Instruction: The robot is tasked to approaching the sponge with open gripper with the sponge. After Approaching the sponge with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the sponge

Approaching the sponge with open gripper

Moving away with open gripper after releasing the sponge

Approaching the sponge with open gripper


Instruction: The robot is tasked to closing gripper to grasp the water bottle with the water bottle. After Closing gripper to grasp the water bottle, what will be the robot's NEXT action phase?

Releasing the water bottle by opening gripper

Moving away with open gripper after releasing the water bottle

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Releasing the water bottle by opening gripper

Moving away with open gripper after releasing the water bottle

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer


Instruction: The robot is tasked to releasing the bottle by opening gripper with the bottle. After Releasing the bottle by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper


Instruction: The robot is tasked to closing gripper to grasp the bottle with the bottle. After Closing gripper to grasp the bottle, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper


Instruction: The robot is tasked to firmly grasping the cube with the cube. After Firmly grasping the cube, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the cube

Moving away with open gripper after releasing the cube


Instruction: The robot is tasked to releasing the orange by opening gripper with the orange. After Releasing the orange by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper


Instruction: The robot is tasked to approaching the fridge with open gripper with the fridge. After Approaching the fridge with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the fridge

Approaching the fridge with open gripper

Moving away with open gripper after releasing the fridge

Approaching the fridge with open gripper


Instruction: The robot is tasked to moving away with open gripper after releasing the brown chip bag with the brown chip bag. After Moving away with open gripper after releasing the brown chip bag, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the brown chip bag

Closing gripper to grasp the brown chip bag

Releasing the brown chip bag by opening gripper

Moving away with open gripper after releasing the brown chip bag

Closing gripper to grasp the brown chip bag

Releasing the brown chip bag by opening gripper


Instruction: The robot is tasked to approaching the bag with open gripper with the bag. After Approaching the bag with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bag

Moving away with open gripper after releasing the bag


Instruction: The robot is tasked to approaching the rxbar with open gripper with the rxbar. After Approaching the rxbar with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the rxbar

Moving away with open gripper after releasing the rxbar


Instruction: The robot is tasked to closing gripper to grasp the peg with the peg. After Closing gripper to grasp the peg, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to firmly grasping the water bottle with the water bottle. After Firmly grasping the water bottle, what will be the robot's NEXT action phase?

Releasing the water bottle by opening gripper

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Moving away with open gripper after releasing the water bottle

Releasing the water bottle by opening gripper

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Moving away with open gripper after releasing the water bottle


Instruction: The robot is tasked to closing gripper to grasp the bag with the bag. After Closing gripper to grasp the bag, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bag

Moving away with open gripper after releasing the bag


Instruction: The robot is tasked to releasing the chip bag by opening gripper with the chip bag. After Releasing the chip bag by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the chip bag

Releasing the chip bag by opening gripper

Approaching the chip bag with open gripper

Moving away with open gripper after releasing the chip bag

Releasing the chip bag by opening gripper

Approaching the chip bag with open gripper


Instruction: The robot is tasked to releasing the chip bag by opening gripper with the chip bag. After Releasing the chip bag by opening gripper, what will be the robot's NEXT action phase?

Releasing the chip bag by opening gripper

Approaching the chip bag with open gripper

Moving away with open gripper after releasing the chip bag

Releasing the chip bag by opening gripper

Approaching the chip bag with open gripper

Moving away with open gripper after releasing the chip bag


Instruction: The robot is tasked to closing gripper to grasp the water bottle with the water bottle. After Closing gripper to grasp the water bottle, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the water bottle

Closing gripper to grasp the water bottle

Approaching the water bottle with open gripper

Releasing the water bottle by opening gripper

Moving away with open gripper after releasing the water bottle

Closing gripper to grasp the water bottle

Approaching the water bottle with open gripper

Releasing the water bottle by opening gripper


Instruction: The robot is tasked to releasing the rxbar by opening gripper with the rxbar. After Releasing the rxbar by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the rxbar

Moving away with open gripper after releasing the rxbar


Instruction: The robot is tasked to firmly grasping the can with the can. After Firmly grasping the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to firmly grasping the orange with the orange. After Firmly grasping the orange, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper


Instruction: The robot is tasked to closing gripper to grasp the water bottle with the water bottle. After Closing gripper to grasp the water bottle, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the water bottle

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Releasing the water bottle by opening gripper

Moving away with open gripper after releasing the water bottle

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Releasing the water bottle by opening gripper


Instruction: The robot is tasked to firmly grasping the sponge with the sponge. After Firmly grasping the sponge, what will be the robot's NEXT action phase?

Approaching the sponge with open gripper

Moving away with open gripper after releasing the sponge

Approaching the sponge with open gripper

Moving away with open gripper after releasing the sponge


Instruction: The robot is tasked to firmly grasping the box with the box. After Firmly grasping the box, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the box

Moving away with open gripper after releasing the box


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer


Instruction: The robot is tasked to approaching the peg with open gripper with the peg. After Approaching the peg with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to releasing the box by opening gripper with the box. After Releasing the box by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the box

Moving away with open gripper after releasing the box


Instruction: The robot is tasked to moving away with open gripper after releasing the drawer with the drawer. After Moving away with open gripper after releasing the drawer, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer


Instruction: The robot is tasked to closing gripper to grasp the peg with the peg. After Closing gripper to grasp the peg, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to firmly grasping the coke can with the coke can. After Firmly grasping the coke can, what will be the robot's NEXT action phase?

Approaching the coke can with open gripper

Releasing the coke can by opening gripper

Moving away with open gripper after releasing the coke can

Approaching the coke can with open gripper

Releasing the coke can by opening gripper

Moving away with open gripper after releasing the coke can


Instruction: The robot is tasked to firmly grasping the chip with the chip. After Firmly grasping the chip, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the chip

Moving away with open gripper after releasing the chip


Instruction: The robot is tasked to releasing the peg by opening gripper with the peg. After Releasing the peg by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to closing gripper to grasp the bottle with the bottle. After Closing gripper to grasp the bottle, what will be the robot's NEXT action phase?

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle


Instruction: The robot is tasked to firmly grasping the chip bag with the chip bag. After Firmly grasping the chip bag, what will be the robot's NEXT action phase?

Approaching the chip bag with open gripper

Moving away with open gripper after releasing the chip bag

Approaching the chip bag with open gripper

Moving away with open gripper after releasing the chip bag


Instruction: The robot is tasked to releasing the rxbar by opening gripper with the rxbar. After Releasing the rxbar by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the rxbar

Moving away with open gripper after releasing the rxbar


Instruction: The robot is tasked to releasing the bread by opening gripper with the bread. After Releasing the bread by opening gripper, what will be the robot's NEXT action phase?


Instruction: The robot is tasked to closing gripper to grasp the jalapeno with the jalapeno. After Closing gripper to grasp the jalapeno, what will be the robot's NEXT action phase?

Approaching the jalapeno with open gripper

Releasing the jalapeno by opening gripper

Moving away with open gripper after releasing the jalapeno

Approaching the jalapeno with open gripper

Releasing the jalapeno by opening gripper

Moving away with open gripper after releasing the jalapeno


Instruction: The robot is tasked to firmly grasping the orange with the orange. After Firmly grasping the orange, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper

Moving away with open gripper after releasing the orange

Approaching the orange with open gripper


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer


Instruction: The robot is tasked to firmly grasping the jalapeno with the jalapeno. After Firmly grasping the jalapeno, what will be the robot's NEXT action phase?

Approaching the jalapeno with open gripper

Moving away with open gripper after releasing the jalapeno

Releasing the jalapeno by opening gripper

Approaching the jalapeno with open gripper

Moving away with open gripper after releasing the jalapeno

Releasing the jalapeno by opening gripper


Instruction: The robot is tasked to firmly grasping the sponge with the sponge. After Firmly grasping the sponge, what will be the robot's NEXT action phase?

Approaching the sponge with open gripper

Moving away with open gripper after releasing the sponge

Approaching the sponge with open gripper

Moving away with open gripper after releasing the sponge


Instruction: The robot is tasked to approaching the banana with open gripper with the banana. After Approaching the banana with open gripper, what will be the robot's NEXT action phase?

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana


Instruction: The robot is tasked to releasing the peg by opening gripper with the peg. After Releasing the peg by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to firmly grasping the apple with the apple. After Firmly grasping the apple, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the apple

Moving away with open gripper after releasing the apple


Instruction: The robot is tasked to approaching the peg with open gripper with the peg. After Approaching the peg with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to releasing the drawer by opening gripper with the drawer. After Releasing the drawer by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to approaching the drawer with open gripper with the drawer. After Approaching the drawer with open gripper, what will be the robot's NEXT action phase?

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer


Instruction: The robot is tasked to firmly grasping the can with the can. After Firmly grasping the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to firmly grasping the can with the can. After Firmly grasping the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to firmly grasping the peg with the peg. After Firmly grasping the peg, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to approaching the plastic bottle with open gripper with the plastic bottle. After Approaching the plastic bottle with open gripper, what will be the robot's NEXT action phase?

Approaching the plastic bottle with open gripper

Releasing the plastic bottle by opening gripper

Closing gripper to grasp the plastic bottle

Moving away with open gripper after releasing the plastic bottle

Approaching the plastic bottle with open gripper

Releasing the plastic bottle by opening gripper

Closing gripper to grasp the plastic bottle

Moving away with open gripper after releasing the plastic bottle


Instruction: The robot is tasked to firmly grasping the apple with the apple. After Firmly grasping the apple, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the apple

Moving away with open gripper after releasing the apple


Instruction: The robot is tasked to firmly grasping the banana with the banana. After Firmly grasping the banana, what will be the robot's NEXT action phase?

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana

Approaching the banana with open gripper

Moving away with open gripper after releasing the banana


Instruction: The robot is tasked to releasing the apple by opening gripper with the apple. After Releasing the apple by opening gripper, what will be the robot's NEXT action phase?


Instruction: The robot is tasked to moving away with open gripper after releasing the jalapeno with the jalapeno. After Moving away with open gripper after releasing the jalapeno, what will be the robot's NEXT action phase?

Releasing the jalapeno by opening gripper

Moving away with open gripper after releasing the jalapeno

Releasing the jalapeno by opening gripper

Moving away with open gripper after releasing the jalapeno


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to closing gripper to grasp the can with the can. After Closing gripper to grasp the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to firmly grasping the bottle with the bottle. After Firmly grasping the bottle, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper

Moving away with open gripper after releasing the bottle

Approaching the bottle with open gripper


Instruction: The robot is tasked to firmly grasping the pepsi can with the pepsi can. After Firmly grasping the pepsi can, what will be the robot's NEXT action phase?

Releasing the pepsi can by opening gripper

Moving away with open gripper after releasing the pepsi can

Approaching the pepsi can with open gripper

Releasing the pepsi can by opening gripper

Moving away with open gripper after releasing the pepsi can

Approaching the pepsi can with open gripper


Instruction: The robot is tasked to firmly grasping the drawer with the drawer. After Firmly grasping the drawer, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to releasing the peg by opening gripper with the peg. After Releasing the peg by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the peg

Moving away with open gripper after releasing the peg


Instruction: The robot is tasked to closing gripper to grasp the can with the can. After Closing gripper to grasp the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to releasing the drawer by opening gripper with the drawer. After Releasing the drawer by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper

Moving away with open gripper after releasing the drawer

Approaching the drawer with open gripper


Instruction: The robot is tasked to approaching the block with open gripper with the block. After Approaching the block with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the block

Moving away with open gripper after releasing the block


Instruction: The robot is tasked to releasing the water bottle by opening gripper with the water bottle. After Releasing the water bottle by opening gripper, what will be the robot's NEXT action phase?

Closing gripper to grasp the water bottle

Moving away with open gripper after releasing the water bottle

Releasing the water bottle by opening gripper

Approaching the water bottle with open gripper

Closing gripper to grasp the water bottle

Moving away with open gripper after releasing the water bottle

Releasing the water bottle by opening gripper

Approaching the water bottle with open gripper


Instruction: The robot is tasked to approaching the fridge with open gripper with the fridge. After Approaching the fridge with open gripper, what will be the robot's NEXT action phase?

Approaching the fridge with open gripper

Moving away with open gripper after releasing the fridge

Approaching the fridge with open gripper

Moving away with open gripper after releasing the fridge


Instruction: The robot is tasked to releasing the jalapeno chip bag by opening gripper with the jalapeno chip bag. After Releasing the jalapeno chip bag by opening gripper, what will be the robot's NEXT action phase?

Releasing the jalapeno chip bag by opening gripper

Moving away with open gripper after releasing the jalapeno chip bag

Approaching the jalapeno chip bag with open gripper

Closing gripper to grasp the jalapeno chip bag

Releasing the jalapeno chip bag by opening gripper

Moving away with open gripper after releasing the jalapeno chip bag

Approaching the jalapeno chip bag with open gripper

Closing gripper to grasp the jalapeno chip bag


Instruction: The robot is tasked to closing gripper to grasp the coke can with the coke can. After Closing gripper to grasp the coke can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the coke can

Approaching the coke can with open gripper

Releasing the coke can by opening gripper

Moving away with open gripper after releasing the coke can

Approaching the coke can with open gripper

Releasing the coke can by opening gripper


Instruction: The robot is tasked to closing gripper to grasp the can with the can. After Closing gripper to grasp the can, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the can

Moving away with open gripper after releasing the can


Instruction: The robot is tasked to releasing the object by opening gripper with the object. After Releasing the object by opening gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the object

Approaching the object with open gripper

Moving away with open gripper after releasing the object

Approaching the object with open gripper


Instruction: The robot is tasked to approaching the block with open gripper with the block. After Approaching the block with open gripper, what will be the robot's NEXT action phase?

Moving away with open gripper after releasing the block

Moving away with open gripper after releasing the block