Dataset Viewer
question_id
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2.04k
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42
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stringclasses 4
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stringclasses 14
values | question
stringlengths 116
993
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stringclasses 4
values | images
images listlengths 1
16
⌀ | video_path
stringclasses 152
values | mask_image
imagewidth (px) 640
1.92k
⌀ | answer
stringclasses 298
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0 |
SAT#1
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. chair was moved left and away from the camera
B. chair was moved right and away from the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
1 |
SAT#10
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated right
B. rotated left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
2 |
SAT#100
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. chair was moved left and towards from the camera
B. chair was moved right and away from the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
3 |
SAT#101
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. bottle was moved right and away from the camera
B. bottle was moved right and towards the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
4 |
SAT#111
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn left by 10 degrees and move forward, will i get closer to the tv?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
5 |
SAT#114
|
Spatial Reasoning
|
Relative direction
|
<image 1> i need to go to the white truck, which direction should i turn to face the object?
A. right
B. left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
6 |
SAT#119
|
Spatial Reasoning
|
Relative direction
|
<image 1> i need to stand in queue for the cashier line. which direction should i rotate to go to the end of the queue?
A. left
B. right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
7 |
SAT#12
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. chair was moved right and away from the camera
B. chair was moved left and away from the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
8 |
SAT#120
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn left by 90 degrees and move forward, will i move away from the water?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
9 |
SAT#122
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn right by 45 degrees, will i be facing the red parked car?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
10 |
SAT#128
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn left by 90 degrees, will i be facing away from the flatscreen tv?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
11 |
SAT#138
|
Spatial Reasoning
|
Relative direction
|
<image 1> i need to open the window near the couch, which direction should i turn?
A. right
B. left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
12 |
SAT#139
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn right by 30 degrees and move forward, will i get closer to the bus door?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
13 |
SAT#144
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated left
B. rotated right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
14 |
SAT#2
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated left
B. rotated right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
15 |
SAT#20
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated left
B. rotated right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
16 |
SAT#22
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. remote was moved left and towards the camera
B. remote was moved right and towards the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
17 |
SAT#29
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i rotate right and move forward, will i get closer to the tv?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
18 |
SAT#39
|
Spatial Reasoning
|
Dynamic
|
<image 1> how should i orient the camera to see the entire street?
A. rotate left
B. rotate right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
19 |
SAT#4
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated left
B. rotated right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
20 |
SAT#41
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i move to the benches and face left by 90 degrees towards the trees will the tennis racket be to my left or right?
A. left
B. right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
21 |
SAT#47
|
Spatial Reasoning
|
Relative direction
|
<image 1> for someone at the x marked point and facing 90 degrees to the right, will the mirror be to their left or right?
A. left
B. right
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
22 |
SAT#50
|
Spatial Reasoning
|
Relative direction
|
<image 1> i need to go to the mirror (marked 1). if i turn left by 90 degrees, will i be facing away from the mirror (marked 1)?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
23 |
SAT#52
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn right by 45 degrees and move forward, will the mirror (marked 1) get closer to me?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
24 |
SAT#58
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn right and move forward, will the flatscreen television (marked 1) move closer to me?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
25 |
SAT#60
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i turn right and move forward, will the white truck (marked 1) get closer to me?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
26 |
SAT#65
|
Spatial Reasoning
|
Relative direction
|
<image 1> the person sitting on the chair needs to face the glass studo. which direction should the person sitting on the chair turn to face the glass studio?
A. rotate right by 20 degrees
B. rotate left by 45 degrees
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
27 |
SAT#72
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i rotate left and move forward, will i move closer to the table (marked 2)?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
28 |
SAT#75
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i rotate left by 90 degrees and move forward, will i get closer to the item on the shelf (marked 2)?
A. no
B. yes
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
29 |
SAT#8
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. silver mug was moved left and away from the camera
B. silver mug was moved right and away from the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
30 |
SAT#81
|
Spatial Reasoning
|
Dynamic
|
<image 1> if i rotate right and move forward, will the window (marked 1) move closer to me?
A. yes
B. no
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
31 |
SAT#82
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> how did the camera likely rotate when shooting the video?
A. rotated right
B. rotated left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
32 |
SAT#84
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. cardboard box was moved left and away from the camera
B. no object moved
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
33 |
SAT#85
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. bowl was moved right
B. bowl was moved left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
34 |
SAT#86
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. soap bottle was moved left and towards the camera
B. soap bottle was moved right and towards the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
35 |
SAT#87
|
Spatial Reasoning
|
Dynamic
|
<image 1> <image 2> were any of the objects in the initial frame that you can still see in the second frame moved from their original positions?
A. bowl was moved right and towards the camera
B. bowl was moved left and towards the camera
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
36 |
SAT#92
|
Spatial Reasoning
|
Relative direction
|
<image 1> from the perspective of the woman facing the camera, is the horse to her left or right?
A. right
B. left
Carefully analyze the multiple-choice question above and reason through it step by step. Conclude your response with a line in the following format: Answer: $LETTER (without quotes), where $LETTER is the letter of the correct choice.
|
multiple-choice
| null | Not supported with pagination yet |
A
| null |
SAT
|
|
37 |
Where2Place#0
|
Perception
|
Visual Grounding
|
<image 1> Identify several spots within the vacant space that's between the two mugs.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/0.jpg
| null |
Where2Place
|
||
38 |
Where2Place#1
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within the vacant space positioned to the left of the yellow mustard bottle.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/1.jpg
| null |
Where2Place
|
||
39 |
Where2Place#11
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within a vacant area on the front portion of the stove.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/11.jpg
| null |
Where2Place
|
||
40 |
Where2Place#12
|
Perception
|
Visual Grounding
|
<image 1> Locate a few spots within the unoccupied space behind the mouse.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/12.jpg
| null |
Where2Place
|
||
41 |
Where2Place#13
|
Perception
|
Visual Grounding
|
<image 1> Locate a few spots within the unoccupied area inside the cabinet.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/13.jpg
| null |
Where2Place
|
||
42 |
Where2Place#14
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the unoccupied area beneath the apple.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/14.jpg
| null |
Where2Place
|
||
43 |
Where2Place#16
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the vacant area that is in front of the teal bowl.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/16.jpg
| null |
Where2Place
|
||
44 |
Where2Place#17
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the vacant area situated to the left side of the mug in the middle.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/17.jpg
| null |
Where2Place
|
||
45 |
Where2Place#18
|
Perception
|
Visual Grounding
|
<image 1> Find several locations within the vacant space to the left of the spam can.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/18.jpg
| null |
Where2Place
|
||
46 |
Where2Place#2
|
Perception
|
Visual Grounding
|
<image 1> Select several points within a vacant area located within the drawer.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/2.jpg
| null |
Where2Place
|
||
47 |
Where2Place#21
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the vacant space situated above the leftmost item.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/21.jpg
| null |
Where2Place
|
||
48 |
Where2Place#22
|
Perception
|
Visual Grounding
|
<image 1> Pinpoint several spots within the vacant area located to the right-hand side of the green container.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/22.jpg
| null |
Where2Place
|
||
49 |
Where2Place#24
|
Perception
|
Visual Grounding
|
<image 1> Locate a few points within the unoccupied space that lies before the leftmost fruit on the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/24.jpg
| null |
Where2Place
|
||
50 |
Where2Place#25
|
Perception
|
Visual Grounding
|
<image 1> Locate a few points within the vacant space to the right of the frying pan.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/25.jpg
| null |
Where2Place
|
||
51 |
Where2Place#26
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the vacant area situated to the left side of the orange.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/26.jpg
| null |
Where2Place
|
||
52 |
Where2Place#27
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots in a vacant area next to the white mug.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/27.jpg
| null |
Where2Place
|
||
53 |
Where2Place#28
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within the vacant space situated on the left part of the cabinet shelf.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/28.jpg
| null |
Where2Place
|
||
54 |
Where2Place#29
|
Perception
|
Visual Grounding
|
<image 1> Find a few spots within the vacant area on the rightmost white plate.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/29.jpg
| null |
Where2Place
|
||
55 |
Where2Place#31
|
Perception
|
Visual Grounding
|
<image 1> Find a few points in the vacant space behind the book.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/31.jpg
| null |
Where2Place
|
||
56 |
Where2Place#32
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within a vacant area on the front side of the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/32.jpg
| null |
Where2Place
|
||
57 |
Where2Place#33
|
Perception
|
Visual Grounding
|
<image 1> Find a few points in the free space in front of the window on the left.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/33.jpg
| null |
Where2Place
|
||
58 |
Where2Place#34
|
Perception
|
Visual Grounding
|
<image 1> Pinpoint several spots in the vacant area that lies to the right of the glass container.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/34.jpg
| null |
Where2Place
|
||
59 |
Where2Place#35
|
Perception
|
Visual Grounding
|
<image 1> Find a few locations in the blank space to the left of the white pig sculpture.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/35.jpg
| null |
Where2Place
|
||
60 |
Where2Place#36
|
Perception
|
Visual Grounding
|
<image 1> Select several spots in the vacant area to the right of the faucet.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/36.jpg
| null |
Where2Place
|
||
61 |
Where2Place#37
|
Perception
|
Visual Grounding
|
<image 1> Find a few points in the vacant space in front of the glass bottle on the left.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/37.jpg
| null |
Where2Place
|
||
62 |
Where2Place#38
|
Perception
|
Visual Grounding
|
<image 1> Locate some points within the free area in between the plastic cup and the toy figure.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/38.jpg
| null |
Where2Place
|
||
63 |
Where2Place#39
|
Perception
|
Visual Grounding
|
<image 1> Find a few points in the vacant area behind the black zip bag.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/39.jpg
| null |
Where2Place
|
||
64 |
Where2Place#4
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within the vacant space in the plastic bowl.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/4.jpg
| null |
Where2Place
|
||
65 |
Where2Place#40
|
Perception
|
Visual Grounding
|
<image 1> Select a few points in the free space to the left of the chair on the right.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/40.jpg
| null |
Where2Place
|
||
66 |
Where2Place#41
|
Perception
|
Visual Grounding
|
<image 1> Find a few places in the vacant space behind the orange juice box.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/41.jpg
| null |
Where2Place
|
||
67 |
Where2Place#42
|
Perception
|
Visual Grounding
|
<image 1> Detect a few locations within the vacant space in front of the toilet paper.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/42.jpg
| null |
Where2Place
|
||
68 |
Where2Place#43
|
Perception
|
Visual Grounding
|
<image 1> Find some points within the vacant space inside the headphones.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/43.jpg
| null |
Where2Place
|
||
69 |
Where2Place#46
|
Perception
|
Visual Grounding
|
<image 1> Find some spots in the free space above the drawers.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/46.jpg
| null |
Where2Place
|
||
70 |
Where2Place#47
|
Perception
|
Visual Grounding
|
<image 1> Identify a few places in the free region in between the yellow cup and the cardboard box.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/47.jpg
| null |
Where2Place
|
||
71 |
Where2Place#48
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots in the free space to the left of the lamp.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/48.jpg
| null |
Where2Place
|
||
72 |
Where2Place#49
|
Perception
|
Visual Grounding
|
<image 1> Identify a few places in the vacant region to the left of the blue trash can.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/49.jpg
| null |
Where2Place
|
||
73 |
Where2Place#52
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the free region under the dresser.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/52.jpg
| null |
Where2Place
|
||
74 |
Where2Place#53
|
Perception
|
Visual Grounding
|
<image 1> Find some points in the free space behind the fruit snack box.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/53.jpg
| null |
Where2Place
|
||
75 |
Where2Place#54
|
Perception
|
Visual Grounding
|
<image 1> Locate some places in the free space between the green part and the white part on the left side of the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/54.jpg
| null |
Where2Place
|
||
76 |
Where2Place#56
|
Perception
|
Visual Grounding
|
<image 1> Find some spots within the unoccupied region on the tissue paper.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/56.jpg
| null |
Where2Place
|
||
77 |
Where2Place#57
|
Perception
|
Visual Grounding
|
<image 1> Find several locations within the vacant space behind the laptop.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/57.jpg
| null |
Where2Place
|
||
78 |
Where2Place#58
|
Perception
|
Visual Grounding
|
<image 1> Locate some places in the vacant space to the left of the water bottle.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/58.jpg
| null |
Where2Place
|
||
79 |
Where2Place#59
|
Perception
|
Visual Grounding
|
<image 1> Identify a few spots in the free region on the left part of the counter.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/59.jpg
| null |
Where2Place
|
||
80 |
Where2Place#61
|
Perception
|
Visual Grounding
|
<image 1> Locate a few points in the free space on the front side of the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/61.jpg
| null |
Where2Place
|
||
81 |
Where2Place#62
|
Perception
|
Visual Grounding
|
<image 1> Identify several places in the unoccupied space on the stair in the middle.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/62.jpg
| null |
Where2Place
|
||
82 |
Where2Place#63
|
Perception
|
Visual Grounding
|
<image 1> Identify some points in the free space between the green block in the back and the white block in the back.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/63.jpg
| null |
Where2Place
|
||
83 |
Where2Place#64
|
Perception
|
Visual Grounding
|
<image 1> Identify some spots in the free space between the leftmost bowl and the leftmost plate.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/64.jpg
| null |
Where2Place
|
||
84 |
Where2Place#65
|
Perception
|
Visual Grounding
|
<image 1> Find some points in the vacant area inside the cabinet.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/65.jpg
| null |
Where2Place
|
||
85 |
Where2Place#67
|
Perception
|
Visual Grounding
|
<image 1> Find some points within the free space in the front part of the notebook.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/67.jpg
| null |
Where2Place
|
||
86 |
Where2Place#68
|
Perception
|
Visual Grounding
|
<image 1> Identify some points in the free space on the right portion of the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/68.jpg
| null |
Where2Place
|
||
87 |
Where2Place#7
|
Perception
|
Visual Grounding
|
<image 1> Locate several spots within the vacant area situated below the rightmost item.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/7.jpg
| null |
Where2Place
|
||
88 |
Where2Place#70
|
Perception
|
Visual Grounding
|
<image 1> Locate some spots witihin the unoccupied area in front of the leftmost bottle.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/70.jpg
| null |
Where2Place
|
||
89 |
Where2Place#71
|
Perception
|
Visual Grounding
|
<image 1> Identify several points in the vacant region in between the purple ball and the turquoise earphone.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/71.jpg
| null |
Where2Place
|
||
90 |
Where2Place#72
|
Perception
|
Visual Grounding
|
<image 1> Locate some places within the free space inside the cabinet below the clothes.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/72.jpg
| null |
Where2Place
|
||
91 |
Where2Place#73
|
Perception
|
Visual Grounding
|
<image 1> Find several places in the vacant space in between the airpods and the black lid.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/73.jpg
| null |
Where2Place
|
||
92 |
Where2Place#74
|
Perception
|
Visual Grounding
|
<image 1> Identify some points in the unoccupied region to the right of the yellow container.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/74.jpg
| null |
Where2Place
|
||
93 |
Where2Place#75
|
Perception
|
Visual Grounding
|
<image 1> Identify sevaral points within the unoccupied area inside the shelf.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/75.jpg
| null |
Where2Place
|
||
94 |
Where2Place#76
|
Perception
|
Visual Grounding
|
<image 1> Locate some points within the free region in front of the red mug.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/76.jpg
| null |
Where2Place
|
||
95 |
Where2Place#77
|
Perception
|
Visual Grounding
|
<image 1> Identify some points within the free space that is in front of the game controller.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/77.jpg
| null |
Where2Place
|
||
96 |
Where2Place#8
|
Perception
|
Visual Grounding
|
<image 1> Locate several points within the vacant area that lies between the two spam cans.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/8.jpg
| null |
Where2Place
|
||
97 |
Where2Place#84
|
Perception
|
Visual Grounding
|
<image 1> Identify a few points in the free space that is in front of the golden shampoo bottles.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/84.jpg
| null |
Where2Place
|
||
98 |
Where2Place#86
|
Perception
|
Visual Grounding
|
<image 1> Locate some places in the free space that is in the sink.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/86.jpg
| null |
Where2Place
|
||
99 |
Where2Place#87
|
Spatial Reasoning
|
Relative direction
|
<image 1> Find the free space that is near the front edge of the table.
Your task is to identify specific points in the image based on the question. Respond with a brief explanation if needed, followed by a list of 2D point coordinates.
Each point should be represented as a normalized (x, y) tuple, where both x and y values are floats between 0 and 1, corresponding to the position within the image (e.g., for a point at pixel (50, 75) in a 100*100 image, the normalized coordinate is (0.5, 0.75)).
Format your final answer strictly as follows on the last line of your response:
Answer: [(x1, y1), (x2, y2), ..., (xn, yn)]
Do not include additional text after this line.
|
point
| null |
media/Where2Place/mask/87.jpg
| null |
Where2Place
|
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