Dataset Viewer
meta_data
dict | task
stringclasses 13
values | answer
stringlengths 1
135
| prompt
stringlengths 19
4.04k
| image_1
stringlengths 14
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| image_2
nullclasses 40
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int64 1
1.22k
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{
"difficulty": null
}
|
refcoco
|
A
|
Which of the following values is the closest to the proportion of the image occupied by man?
A: 65%
B: 73%
C: 81%
D: 89%
E: 49%
F: 57%
|
data/refcoco/COCO_train2014_000000305267.jpg
| null | 1
|
{
"difficulty": null
}
|
maze
|
F
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. DRUULRLLULDUUDUDDLDRDUDUURDRDUDDDRLRDULUDULRRLLDULURRULRRULDRDRULULDDRRDDDLUDUDRUDLDDDUDURDLUULDUULUDLRRLLLLDRLLURRDLLRRLDUULDDDLULULRLDURDLUUUDDDLUURLDUUDDLDUULUDUUULDLDLDUDDDLRUDDRURRDLLDUULUURDUDDDRRRRUDULDRURUDRDDRULRLLRDRRUDRLLUURUDRLURLDLDLLLURURRDLDDLDLLRRUUDDURDRRDRUUDLRURRLRRUUULLLRULDUURDLURDRDLURLULRLRLUDURLURRLDRRDLRDUDRRLDLLLDLLURRLRULUUDDDLLDURDRDURDDLUURDULDLURRRUDDLDDLLRLRRDLURDUDLLLRLRULUUULUUDRUURDDULLUDLULLDRDURLRLRDLULDDRLLLULDULRRLLUDRR
B. DDDDDDDUDRDRUDDRRRDRDUDDDDULDLDUDDRUDDDRRRDDDRRRDDRDRRRLRLDDRDRDRRRDDRLDRLDRRDRRDULRRLDRLDDRDDRURLDRRRRLDRRRRLRRRURLRDRDDDUDRRRDRDRRRR
C. RLURDUDDUDLLUURDDLULDLRDLLRDLRUDRDRUDLRURRRRDLRDRRRDLRLURDLRDRDDLLLUULURDRRUDDUUULLRRRDLDUULLDLRDRDRURUDULRDDRDRLDLDUULLDDULRRULRDDLDUDULDLRULLLULURLLRLDDRDDURLUUURUDDRLULLRDDDDDLRRDUDUDLRLDLLURDRRLLDLUDLUULRDUDDRRDUUDLLURLULDULRLDDRDLDDRULRUDRLURUUUDLLLUDLDRRRDRULUDDURLDDDDRDLURDDRDDLLRDUULRDLLDDRURLRDDLRULUDLRRRRLULRURDRURLLRLDLRRRRURLRLDRLRRURRLDDLDRRLDRRLLULDDUDLUUUURRRLRLUUULRRURLRDUDRLUULRLLDRDDLRLLUURLLLLLRDLUDURLRRRLURRRDDUDLDRUULRLLULLRUUDULRULUDLUURDDRR
D. RDRLUURLUDDRDRDDRRDDRDRDDRRDRUDDDDDRDRRRRLDRRDRRDDDRDLDRDDRRUDDDDURDRLRDDURURDDRLRRRDDRDRDULDRDRRRRRUDDLDLDLRDRDRDRDDRURDRRRDUUDDLLRURDUDDDDLRUDRRULUDURRD
E. DDUDRRRLUDRRRDDDRLLLRRLRRDRRRDDDLDRRRRLURDURDDRLRRRDRRRRDRRLRRDLRDULDUUDRRRDLDUDDDDRDDRDDDDRDURLDDDUDDDLRUDRDDRRRRDUDDRDRLDDDRURDURLDRDRRRRDRRRDDRDD
F. No answer
|
data/maze/106.png
| null | 2
|
{
"difficulty": null
}
|
refcoco
|
C
|
Which of the following values is the closest to the proportion of the image occupied by man in blakc shirt and jeans facing away from camera?
A: 45%
B: 29%
C: 5%
D: 37%
E: 13%
F: 21%
|
data/refcoco/COCO_train2014_000000438196.jpg
| null | 3
|
{
"difficulty": null
}
|
rotation_game
|
A
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 90°
B. 110°
C. 100°
D. 80°
E. 75°
F. 70°
|
data/rotation_game/rotated_27.png
| null | 4
|
{
"difficulty": null
}
|
math
|
C
|
When x = 2.5, y \in
A. [2, 2.5]
B. [1.5, 2]
C. [2.5, 3]
D. [3, 3.5]
E. [3.5, 4]
F. [1, 1.5]
|
data/math/88.png
| null | 5
|
{
"difficulty": null
}
|
instrument
|
72
|
According to the image, what is the thermometer reading in Fahrenheit? Answer as an integer like 1,2,3.
|
data/instrument/41.jpg
| null | 6
|
{
"difficulty": null
}
|
word_search
|
5
|
How many times does the letter n appear in this image? Answer with an integer, such as 1,2,3.
|
data/word_search/38.jpg
| null | 7
|
{
"difficulty": 3
}
|
jigsaw
|
[4, 1, 8, 9, 3, 6, 2, 7, 5]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_3.jpg
| null | 8
|
{
"difficulty": null
}
|
instrument
|
F
|
What is the voltmeter reading in kV in the image?
A 200-205
B 205-210
C 210-215
D 215-220
E 220-225
F 225-230
G 230-235
|
data/instrument/48.jpg
| null | 9
|
{
"difficulty": null
}
|
maze
|
D
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. DDUDULRRRDDLDLRLURDLDLULUDRDDURDUDDUUDDDRULRRDLDRURDLLRURURRDRRRDDUDRULDULRU
B. URLUULDLDLRLRDRLRULURLDLLDUULLLLRDDDDUDRRUD
C. LRRRRURUUULURLRUUDLULRDURRRDDRRRLRDLDDRLDDUUDDDDUDUDUDRLRURLLDULDDLRDDDDDR
D. DDDDRRRRUURRDDRRDDDD
E. RURULRLURLULURDLRUDRLDDRLLUDRDLLRDRUDLRDDLDURLUURUDLDDUURRRUULDRLRDDDDDLRDLLDDDRRRRRRLRRUD
F. No answer
|
data/maze/17.png
| null | 10
|
{
"difficulty": null
}
|
spot_difference
|
7, 11, 12, 13, 14, 15, 19
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 4 and m is 5
|
data/spot_difference/79_left.png
| null | 11
|
{
"difficulty": null
}
|
maze
|
E
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. DRDLRRURUDUDLLRUDRDRUUUDRRDLDLRULDDDDRULLLLLUDDLDRLRULURRURRLUDDUDLDLRUULDUDRLUDUDRRDUULDLULLD
B. RRRRDRLDRRUDDDRRDURLRRRRDRDDURRLDLRDLUDRRDDURDRLDRLRDRRDDDDDDULRDLDRDRDRDDRDDLURDURLLRDURDRURDDDDLRDURRLRDUDRUDU
C. RRRRDDRUDRDDDURURDRDDUDRULDLULDURDULRRLRDDRDDURDLDUDLUDDRDRLRRDRLRURRDDRRRRDULRDLDDLRRLRRDRDULRDDLRDURDURRRRDLURDLDUDDDDDRLDRLRDRR
D. RLRRLUDRULDRRRDDDRRRURRDRRRLRRLRDDDRDDURLLRLDDUULDRDRDDRUDDLLDDLUDDRRRRRDDDDRDLRRRRLULDLDRULRURRDLLRRDLUULDRDDDURDRRRURDDULRRRDLDRDRRLDDRL
E. DDDDDDDDDDRRDDDDDDDDLLDDDDDDDDRRUUUUUURRRRDDDDRRRRRRDDRRUURRDDDDRRRRUURRRRRRRRDD
F. No answer
|
data/maze/60.png
| null | 12
|
{
"difficulty": null
}
|
maze
|
A
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RRDDRRRRUURRRRDDLLDDRRRRRRRRRRRRRRDDLLDDRRDDRRDDDDLLLLDDRRRRDDLLDDLLDDRRDDRR
B. URURDRUURDDDLDRUDDURDLDUDRRRRDRRDDDRDRDUURRRDLLDRDDRDDDDRLRRRURRRRRDRUUDDURDDRDULUDLDLRUDUDULRDLDDURRDRLRDLLUDDULDDRDD
C. UDLDURRUDLDLDUULULLUULUURRLDURULLRRRLRUDRULDLDLLDRRRRUURDDRDLRDDLRLLULLLDUUURRURDLLRDRDRLRDDLDLLLLUU
D. LDRDDDRDRDDRRDUDLRRLDDLDLUURDDULULLDDRURDDUDRDDRDLRRRRRRURDRLLURLURDDRDLRRRRUURRDDDLLDRURDDRDRRDRRDULDRDURLLRUDLRRLRRURDDRLD
E. RLDDDDRDUDURUUDRDRRLDRUDDLRURRDRDULDDUUDDRLLURUDRDDRDLDLRURRDLDRRDDRDDRURUURDDRDRUDRLRRDRDDDRRRURDDLDRDLRLRLDR
F. No answer
|
data/maze/52.png
| null | 13
|
{
"difficulty": null
}
|
math
|
3
|
If the length of AB is 2, what is the length of BC? Provide your answer as an integer.
|
data/math/5.png
| null | 14
|
{
"difficulty": null
}
|
math
|
C
|
When Pretrain Loss=1.75, SFT minus SFT 1/2 is about ()
A. 2
B. 5
C. 7
D. 10
E. 14
F. 17
G. -1
|
data/math/11.png
| null | 15
|
{
"difficulty": null
}
|
refcoco
|
D
|
Which of the following values is the closest to the proportion of the image occupied by person closest to front facing away?
A: 7%
B: 39%
C: 15%
D: 23%
E: 47%
F: 31%
|
data/refcoco/COCO_train2014_000000559949.jpg
| null | 16
|
{
"difficulty": null
}
|
maze
|
D
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RDDDDDDDDRLDLRRRDUDRDUDDDDDURDRRRDRRDDDRDDRRDRURDLRRRURDDDDRDDDLDRRLDDRRRLDUDURRULLDLRUDDDRRRRRDUDRRDDDRRDRRDLRDRDRRRDRURDRRDDULDRRRRRRDRDDRRDDRRDDRUDDRRDRLRDRUDDRDRRDRDDRD
B. DDDLLUULDRLRDLUDRUULLURDURRUURLLUUDULDRLUULUUDLRRUDLRDULURDUDLLUUUDLUDDRUUUUULDURLULRUDRDDRLUDUULDRRRDLDLLDDRUDDLRULLRDLLDRLDURURURULDRURDLLUULRRDUURLRDRLRLDDLLLLRDDDRUUUDUDLRDULLLLLLRULUDLULRLUDUURLDULRRRDLRURDDURDUDURDDRRDRDULLUDDLDRDLDLRULDRLLDURLLLLURLRURUDULRDUDDDRULULURRURUUULULUDULDRDUUDULURDURDUDRLLLURLLRUDRLLDUDDURDUDURDDDURDDUULURRRLDDDRULLULLRDDUURLDDLLLDLLULLLULDDRLLULRLRUULULDUUDLDURLURDRULRRLDDRLURLRLDURRRLDRUDURRLRLRDLRRURDDDDDLURRULRLRLLRRLULLLRUURURLLRDRLRDRDLLLUDLUUDURLRLLULDLRLULULULRUURLRLRDRDURDURDUULLLDLDUDULLLRURRUUDLLLDDUUURRULRRURDRRLURRDDRUDDDDDRLLUUURRRRLDUURRULUDDDDRLDRDDRRLRURDUUDLRUURLURULDDRRDDULUDLULLLRDRLLLLDRUULRRDULRRLUUURDLLDLUUUUDRLURUDRRRRDRDRUDULLDRRRURLDUUDULLDDRDLDRLRULRLRRLRDRLULRRDUDDDLUDLLLLRUUULRDLDRUDURRDDDUDLRLDLLLURUUDULDDUULDRLULRULURLDLRUUDURRURUULUDLURRUDRDDURRDLULRLDRRLURRDULULULRDDLUDRUDLDLDLDRRRDULDRUU
C. DURRLUUDDRDURDLDRRLRURDRDDDDRRDLDDRRRRDDDRLDDLLDLLDDDDRRDLRRRDURDDRRRRRDRRRRRRDRRULRDRRRDRRDRDDRLDLRRRDDUDRDDRLUDUUDRDRURDDRRDDRDDUDURRRRDDDDRDDRDULLRURUDURDLRDDRDDRDDRDDRDRUDDUDDDDDLRDURLDLLRRLDRRUDDRDRRRRLRURRD
D. RRRRRRRRRRDDDDDDRRDDDDRRRRDDDDRRRRRRRRRRDDRRRRRRDDRRRRUULLUULLLLLLUURRRRRRUULLLLUUUURRRRUURRRRRRRRUULLLLUURRRRRRRRRRDDLLLLDDRRDDDDRRDDDDRRDDRRRRDDDDDDDDDDRRRRUURRDDDDLLDDLLDDRRRRDDDDDDDDDDLLLLLLLLUURRUUUULLLLDDLLUUUUUURRRRRRUULLUULLUULLLLUURRRRRRUUUULLLLDDLLUULLLLDDRRDDDDDDLLDDDDRRRRDDDDDDLLDDLLUUUURRUULLLLUULLUURRUULLUURRUULLLLLLUULLDDLLDDRRDDRRUURRDDDDDDLLUULLDDLLUULLUULLUULLDDLLDDRRRRDDLLDDDDRRDDRRDDDDLLDDDDLLUULLDDDDLLLLLLUURRRRUUUULLDDLLLLUULLUUUURRUURRRRDDLLDDRRRRUUUURRUULLLLLLLLUUUUUULLUULLUUUUUULLLLDDDDDDDDRRRRDDRRDDLLDDLLUUUULLDDLLDDLLLLDDDDDDDDRRDDRRDDRRRRDDLLDDRRDDDDRRRRDDDDRRDDDDRRUURRUURRUURRRRUURRUULLLLLLLLUURRRRRRRRUURRDDRRDDLLDDDDRRDDRRUURRRRRRUULLLLLLUUUUUULLUUUUUUUURRRRUURRDDDDDDDDRRUUUURRDDRRUURRDDDDLLLLDDRRRRDDLLLLDDDDDDRRUURRDDRRUUUURRDDRRUUUULLUULLUUUUUUUURRRRDDDDRRRRRRDDDDLLLLDDRRRRRRRRDDLLLLDDRRRRDDDDLLDDRRDD
E. UDDDRRDDDDDLLDLLUDLLLDUURLDLDDRDURDDLULLLDRRUDULRRUUDURDDRRLLDDRDULDLDLURULLDRULDRLRURDUULRURLDRLDRRDULRRDRLLLRDURLUULULRURULDUURUUULDRLUULLULLDDULRRDDLDLLDDUULDULLUDLUDDLUDDRUULUDURULLURRULRRRLDRRRUULLUURURUDDUUDDDDRDULURLLUULDULLRDDDRRUDURLLRRULULRLLDUDRUURLLRRUDLDLRUUULDRLRLLDRLLRLLLULUURRURULULUDURRDUDRRRDRLLRRRDUDDDDLURDLRUULRDLLRDDRRLDULRRUDUDLLDRDLRDLDLRDUDULUDLURRRLRRLRULRULLRUDRDDULRUDRLRRRDDLRURLRURUURRLRDDURUDDLDRRLDLLRRURDLRDRURUDLUDDUDDRDULDLDRUDDUULRRDRLDLRRUDRRRDLDLLURRDDUDDRULRDLRLRUDRDRDUDLRULRDRRLDDLLUUURLDLLRUULDDLDDURLUURUDLUDLLURDLDURRRUDDRDULUURDULULLRRRDLUULURRDUDRUULRRUUDDLLDULUULLUULLDLDLDLUDLLURURUDRULLUDDDDRDLDLRRRURULDULUURRDULDLUDULRDRDDURDLURRURLRDDDUDRLRRRLRUUDLRLRLRUDRLDLURRDLUURLRLDLUUDDRURLRLRLLUDLUDLDDLUDRUUDLURUUULDUULDLRDDDDUDLURRRRLDRRLLLULRRURLDLDUDUDRRDURLLDLLLRDDDRDLLUDUULRUDRUURUURRDDRDRUDLLLLDLRURDDRRRDRUULDDDRUDDUU
F. No answer
|
data/maze/149.png
| null | 17
|
{
"difficulty": null
}
|
refcoco
|
A
|
Which of the following values is the closest to the proportion of the image occupied by girl?
A: 51%
B: 75%
C: 35%
D: 59%
E: 67%
F: 43%
|
data/refcoco/COCO_train2014_000000052086.jpg
| null | 18
|
{
"difficulty": 4
}
|
jigsaw
|
[3, 12, 4, 5, 13, 10, 15, 9, 6, 1, 8, 2, 7, 11, 14, 16]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_54.jpg
| null | 19
|
{
"difficulty": null
}
|
refcoco
|
A
|
Which of the following values is the closest to the proportion of the image occupied by guy in middle?
A: 51%
B: 35%
C: 43%
D: 75%
E: 59%
F: 67%
|
data/refcoco/COCO_train2014_000000128599.jpg
| null | 20
|
{
"difficulty": null
}
|
math
|
C
|
The straight-line distance between the two locations below of the image is the greatest?
A. ①②
B. ①③
C. ①④
D. ②④
E. ③④
|
data/math/112.png
| null | 21
|
{
"difficulty": null
}
|
visual_search
|
B
|
What is the name of the barge on the left side of the image?
A. PETER LUND
B. PETER LIND
C. PETER LING
D. PETER LEND
|
data/visual_search/hr_9.png
| null | 22
|
{
"difficulty": null
}
|
color
|
C
|
Does the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No
|
data/color/109.png
| null | 23
|
{
"difficulty": null
}
|
ocr
|
PEAEC
|
what is written in the image?
|
data/ocr/47.jpg
| null | 24
|
{
"difficulty": 4
}
|
jigsaw
|
[16, 10, 1, 8, 2, 7, 9, 12, 5, 3, 15, 14, 4, 6, 13, 11]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_58.jpg
| null | 25
|
{
"difficulty": null
}
|
ocr
|
jump
|
what is written in the image?
|
data/ocr/78.jpg
| null | 26
|
{
"difficulty": null
}
|
math
|
A
|
Which point in the options below is closest to point C in the diagram in terms of straight-line distance?
A. Point D
B. Point O
C. Point B
D. Point A
E. No answer
|
data/math/29.png
| null | 27
|
{
"difficulty": null
}
|
ocr
|
UNIHAKKA INTERNATIONAL SDN BHD
|
what is the name of the company that issued this receipt? Answer this question using the text in the image directly.
|
data/ocr/100.jpg
| null | 28
|
{
"difficulty": null
}
|
word_search
|
[40, 23]
|
图中令字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列
|
data/word_search/58.jpg
| null | 29
|
{
"difficulty": null
}
|
spot_difference
|
3, 5, 6, 7, 8, 10, 11
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 3 and m is 4
|
data/spot_difference/34.png
| null | 30
|
{
"difficulty": 6
}
|
jigsaw
|
[11, 28, 4, 34, 17, 7, 19, 1, 13, 23, 29, 5, 22, 36, 33, 18, 32, 31, 12, 15, 6, 35, 20, 9, 14, 3, 24, 26, 25, 21, 27, 10, 2, 30, 8, 16]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_95.jpg
| null | 31
|
{
"difficulty": null
}
|
rotation_game
|
A
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 205°
B. 220°
C. 175°
D. 185°
E. 190°
F. 235°
|
data/rotation_game/rotated_74.png
| null | 32
|
{
"difficulty": null
}
|
color
|
A
|
What color in the pie chart has the proportion closest to 25%? Select from the following choices. (A) light blue (B) green (C) purple (D) cyan
|
data/color/138.png
| null | 33
|
{
"difficulty": null
}
|
refcoco
|
C
|
Which of the following values is the closest to the proportion of the image occupied by pizza on right?
A: 45%
B: 5%
C: 21%
D: 29%
E: 37%
F: 13%
|
data/refcoco/COCO_train2014_000000134420.jpg
| null | 34
|
{
"difficulty": null
}
|
math
|
D
|
峨眉山到重庆的实地距离约为( )km
A. 280
B. 290
C. 300
D. 310
E. 320
F. 330
G. 340
|
data/math/103.png
| null | 35
|
{
"difficulty": null
}
|
symbolic
|
A
|
How many edges are there in this polygon?
A.12
B.13
C.14
D.15
E.16
|
data/symbolic/edge-count-6.png
| null | 36
|
{
"difficulty": null
}
|
refcoco
|
F
|
Which of the following values is the closest to the proportion of the image occupied by cow on far right?
A: 0%
B: 16%
C: 32%
D: 40%
E: 24%
F: 8%
|
data/refcoco/COCO_train2014_000000391292.jpg
| null | 37
|
{
"difficulty": 3
}
|
jigsaw
|
[1, 2, 5, 9, 8, 4, 7, 3, 6]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_11.jpg
| null | 38
|
{
"difficulty": null
}
|
contrast
|
2
|
How many balloons are in the image?
|
data/contrast/6_low.png
| null | 39
|
{
"difficulty": null
}
|
instrument
|
16
|
According to the image, what is the current room temperature in Celsius as an integer?
|
data/instrument/21.jpg
| null | 40
|
{
"difficulty": null
}
|
symbolic
|
E
|
How many edges are there in this polygon?
A.12
B.13
C.14
D.15
E.16
|
data/symbolic/edge-count-4.png
| null | 41
|
{
"difficulty": null
}
|
visual_search
|
E
|
Which of the following number strings do not appear in any license plate in the picture?
A) 9113
B) 9360
C) 874
D) 1690
E) 2278
|
data/visual_search/realworld-8.jpg
| null | 42
|
{
"difficulty": null
}
|
spot_difference
|
1, 2, 3, 5, 8
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 3 and m is 4
|
data/spot_difference/44.png
| null | 43
|
{
"difficulty": null
}
|
word_search
|
4
|
图中有多少个玉字？回答一个数字，例如1，2，3。
|
data/word_search/49.jpg
| null | 44
|
{
"difficulty": null
}
|
maze
|
F
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RRDRDDRLDRDURDDDRDRDRRDUDURDRDDLLDRRRRRDRLRDRDURRRUUDDRDLRRRRRDDDRLRDDRRDLDDRDDDULDRDDLRRRDRURDLRDRDRDDDDRDDUDDRRRDRDRUDDRRLDRLRRDRLRR
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
C. LLRDULDRLDRDDRRDDRUDDDDRRRRDRDRRDLRRRURRRULRDRRLDDLRRRRDUDRLULRDULLDRUUDDDRDDDDRURRUDDUURLDURRLLDUURLDDRRRRRDRLDDDDURDRRDLDRDLRRLDULDDRRLRDRLUDRRLDDLRLDRDURLRRRDLUDDRLLDDRDLRDRRRDLDUDDLRDDRURURRLRRLRDRDDURRDR
D. RDRRLLDLRURULDLDURUDLRDRRRDDRLRDUDUDRDLLLRURULDDLULULRURDRLDURDDLULUUUDDUDUDDRUDLRDDUURRDDLURULUDDRLUURDLLDURRRLLUDRULLRULUDDRDLULURURLRLRURRRDRRRRDDRRURLRRURDULUDDULLUURRDURRDLLRLLURULURURDDRDLUDRDRLRRUURLDLULULRRDRLRRRDDUDUULRLRRURLULLRULDDRLULULLUDDDLDURRUULLDRLRRLLURRLURLLULRDURRULDDURDDLLURDDDDLLRRULLULDRURLRDLRURLRRLULRDUURDRLRRRULLURLDLDDDLLRUURLULRUURLUDDRLDDDLUDLRRDRRULUDDDDDDURUDDUUULLURLRULDRDLULULLDLUDDURDUUDRURLDDDURDRURLDLRLURUDDDURUDUUURRDRLDRUUUDDDRRLLLRRLUDRRDULULULLDLRDDURRRRLDL
E. RDRRDULRRDRUDDRRURRDRDDRLRRDRRRDRDDRURDDRRDUDLLDRDDDRRLDDDDLDRDRRDRDRURDRRURRDRDRDDRULRRURDDDRULRDDDURRRDRDDDRDDLDLRDLDUDDUDDDDDUUDRRDRURRRDUDDLUDRDLR
F. No answer
|
data/maze/105.png
| null | 45
|
{
"difficulty": null
}
|
word_search
|
[2, 3]
|
In the figure, in which row and column does the letter q appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.
|
data/word_search/43.jpg
| null | 46
|
{
"difficulty": null
}
|
spot_difference
|
1, 6, 11, 14, 16, 19, 21, 25
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 5 and m is 5
|
data/spot_difference/47_left.png
| null | 47
|
{
"difficulty": null
}
|
spot_difference
|
5, 6, 11, 12, 13, 15
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 4 and m is 4
|
data/spot_difference/51_left.png
| null | 48
|
{
"difficulty": null
}
|
maze
|
D
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RRRLRRRDRRLULDUDDRRDRDLDDRUDLDRLDRUDLLUDRLLULDDRRRRRRURLRRDDRDDDLRDRDRRDURUURDDRDLRDRDDLDRDRDRDDUUDLDLDLRRDRURDRDDRDDRURDDUDDDURRDRRUDDDRRRLRDRLURDR
B. LRUURLUULLLLUURUDLDRRRRULLDLDLRDDRUDDRLRUDURLUURDLULUUDUDDULRDRLUDLUUURLRUURLRLDDDDRLUDDDRDRULUUDURUDURLULRRDRRUDRDDLDRUULDRURRUDLLLDLLLURLRULURRUDDUDDLRULDRRDRRRLRDUUUUULRRDRDDUDRUUDURRRRUDRUDDULLDDLRLRDLDLLRLDRLDRRLRDUUUDD
C. DRRRULRDDRLLDDRRRDLLDDDRDRDLRDDLRRDDRDDLRDRRURDLRDRDRURRDDRLRDURRRUURDLRDUDDURDDLDDDRRDUULDDURRRDRLRDDDRLRDRRDDDUDDRLRRRDDRRUUDLUDRRLRRRLUDDRURLRD
D. DDRRRRRRDDRRRRRRDDRRDDLLDDRRDDLLDDDDDDDDDDLLDDRRRRUURRUUUULLUUUURRDDRRRRDDLLDDRRDDLLDDLLDDDDLLUULLLLDDRRDDRRRRDDRRUURRUUUURRUURRRRUULLLLUUUURRUULLUURRRRRRRRDDLLDDDDRRRRDDLLLLDDDDRRRRUURRRRDDLLDDRRDDDDDDDD
E. ULDULDDRDLDURLDLDLURLUDDRRLUDUUURDRULUULDRURDRDDDRULLUULUDLDLLLRLRDLDUULLDLUURULLUDDLDDURUUUULRRDRURUDLRRUDLRDDDDURURRLURDDDURUULRLUURDRUUUDRUUULULLRRLDLDDLRUDRURURRLRRURRRUULURLDRDURRUUDLDRDDULRRLDLLLULRRRURDDUUDRRDRURLLLRDDLDLRUDUUL
F. No answer
|
data/maze/87.png
| null | 49
|
{
"difficulty": null
}
|
contrast
|
4
|
How many chairs are in the image?
|
data/contrast/44_low.png
| null | 50
|
{
"difficulty": null
}
|
instrument
|
A
|
According to the thermometer in the image, approximately what is the current room temperature in Celsius?
A 20-21
B 21-22
C 22-23
D 23-24
E 19-20
|
data/instrument/15.jpg
| null | 51
|
{
"difficulty": 4
}
|
jigsaw
|
[4, 2, 13, 14, 7, 9, 6, 8, 10, 5, 16, 12, 1, 3, 15, 11]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_53.jpg
| null | 52
|
{
"difficulty": null
}
|
contrast
|
8
|
What is the total score on the first row of the scoreboard on the right side?
|
data/contrast/40_low.png
| null | 53
|
{
"difficulty": null
}
|
visual_search
|
5
|
On which floor is 白木屋 located in the picture? Answer with an integer.
|
data/visual_search/realworld-20.jpg
| null | 54
|
{
"difficulty": null
}
|
word_search
|
11
|
How many times does the number 8 appear in this image? Answer with an integer, such as 1,2,3.
|
data/word_search/6.jpg
| null | 55
|
{
"difficulty": null
}
|
contrast
|
1
|
How many people are sitting on chairs in the image?
|
data/contrast/38_low.png
| null | 56
|
{
"difficulty": null
}
|
rotation_game
|
C
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 350°
B. 325°
C. 340°
D. 335°
E. 330°
F. 345°
|
data/rotation_game/rotated_14.png
| null | 57
|
{
"difficulty": null
}
|
color
|
B
|
What is closest to the proportion of the color black in the image? Select from the following choices. (A) 10% (B) 20% (C) 30% (D) 40%
|
data/color/83.png
| null | 58
|
{
"difficulty": null
}
|
rotation_game
|
F
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 245°
B. 260°
C. 235°
D. 240°
E. 255°
F. 250°
|
data/rotation_game/rotated_5.png
| null | 59
|
{
"difficulty": null
}
|
maze
|
E
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. UDURRULDDDURRLURLDLRRRUDURDLDDLRRURRDDRRDLLRDDDDRUURLULRUDRDRUDLDLRRRRLUDLRLLRDDLRRDDUDLRD
B. UDUUUDDURLLRLRRLRLRDULDRDLUULURDULUDLDRRULRDURRUDLLLRLURLRRLDULLL
C. DDDDRRURLLDLUURDUDLUULLURRLLRRLLLURLLUUUURDLUDRLDRDDRRDLDLDUDURDUURLRRDURLDRRU
D. DUDRRURRRDULDLUUDURUULDRDLDUULRDLLRLURRRULDDRDRRRLRULLDULRRRDLDRLRRRRLRRLDURDDLDRRDRLDDDRRLULDLUUDLDDRDURDLUULDUDDRLDURRRLDD
E. DDRRDDRRUUUURRDDRRRRDDRRDDDDLLUULLUULLDDDDRRDDDDRRRR
F. No answer
|
data/maze/20.png
| null | 60
|
{
"difficulty": null
}
|
spot_difference
|
2, 4, 7, 8, 9
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 3 and m is 3
|
data/spot_difference/11_left.png
| null | 61
|
{
"difficulty": null
}
|
math
|
C
|
When x=82, Olive Drab - Burlywood is approximately ( )
A. 2
B. 4
C. 6
D. 8
E. 10
F. 12
|
data/math/70.png
| null | 62
|
{
"difficulty": null
}
|
color
|
B
|
What is closest to the proportion of the color green in the image? Select from the following choices. (A) 9% (B) 13% (C) 17% (D) 21%
|
data/color/78.png
| null | 63
|
{
"difficulty": null
}
|
color
|
C
|
What is the number in the center of this image? Select from the following choices. (A) 2 (B) 7 (C) 22 (D) 26
|
data/color/29.png
| null | 64
|
{
"difficulty": null
}
|
math
|
B
|
When x = 4, f(x)-f'(x) is closest to ( )
A. 8
B. 7
C. 6
D. 5
E. 4
F. 3
G. 2
|
data/math/93.png
| null | 65
|
{
"difficulty": null
}
|
word_search
|
6
|
How many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.
|
data/word_search/15.jpg
| null | 66
|
{
"difficulty": null
}
|
word_search
|
[19, 19]
|
In the figure, in which row and column does the number 9 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.
|
data/word_search/8.jpg
| null | 67
|
{
"difficulty": 6
}
|
jigsaw
|
[7, 34, 12, 31, 33, 19, 13, 16, 28, 4, 17, 36, 30, 15, 27, 1, 2, 5, 21, 3, 22, 18, 32, 29, 35, 25, 14, 9, 11, 20, 24, 26, 6, 8, 10, 23]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_120.jpg
| null | 68
|
{
"difficulty": null
}
|
visual_search
|
4
|
How many cows are there in the picture?
|
data/visual_search/art-36.jpg
| null | 69
|
{
"difficulty": 6
}
|
jigsaw
|
[16, 23, 31, 15, 8, 9, 27, 2, 5, 18, 36, 28, 3, 26, 1, 25, 32, 6, 11, 13, 21, 14, 17, 22, 19, 12, 34, 20, 24, 10, 4, 35, 29, 33, 30, 7]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_94.jpg
| null | 70
|
{
"difficulty": null
}
|
spot_difference
|
6, 8, 9, 13, 16, 20
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 4 and m is 5
|
data/spot_difference/18.png
| null | 71
|
{
"difficulty": null
}
|
symbolic
|
E
|
How many edges are there in this polygon?
A.12
B.13
C.14
D.15
E.16
|
data/symbolic/edge-count-5.png
| null | 72
|
{
"difficulty": null
}
|
rotation_game
|
B
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 225°
B. 240°
C. 210°
D. 270°
E. 255°
F. 220°
|
data/rotation_game/rotated_54.png
| null | 73
|
{
"difficulty": 5
}
|
jigsaw
|
[7, 19, 11, 6, 17, 3, 13, 2, 24, 16, 25, 10, 22, 23, 9, 21, 14, 12, 5, 15, 1, 4, 20, 8, 18]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_69.jpg
| null | 74
|
{
"difficulty": null
}
|
instrument
|
D
|
What is the approximate reading of the third gauge from the left in the image?
A 80
B 81
C 82
D 83
E 84
F 85
|
data/instrument/19.jpg
| null | 75
|
{
"difficulty": null
}
|
spot_difference
|
7
|
This is a spot-the-difference game. How many places differ between the top and bottom images?
|
data/spot_difference/86.jpg
| null | 76
|
{
"difficulty": null
}
|
word_search
|
[19, 7]
|
In the figure, in which row and column does the letter R appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.
|
data/word_search/67.jpg
| null | 77
|
{
"difficulty": null
}
|
instrument
|
B
|
What is the reading of the Vernier caliper in the image in centimeters?
A 4.425
B 4.435
C 4.445
D 4.455
E 4.465
F None of the above
|
data/instrument/59.jpg
| null | 78
|
{
"difficulty": null
}
|
contrast
|
6
|
How many large pillars are in the image?
|
data/contrast/30_low.png
| null | 79
|
{
"difficulty": null
}
|
word_search
|
12
|
图中有多少个张字？回答一个数字，例如1，2，3。
|
data/word_search/53.jpg
| null | 80
|
{
"difficulty": null
}
|
color
|
B
|
What is the closest to the proportion of the color yellow in the flag? Select from the following choices. (A) 15% (B) 20% (C) 25% (D) 30%
|
data/color/155.png
| null | 81
|
{
"difficulty": null
}
|
visual_search
|
16
|
What is the price of Salade du Consulat? answer with a number.
|
data/visual_search/other-1.jpg
| null | 82
|
{
"difficulty": null
}
|
math
|
11
|
What is the shortest distance the cat needs to travel to eat all the fish? Answer with a single number, such as 1, 2, 3.
|
data/math/146.png
| null | 83
|
{
"difficulty": null
}
|
maze
|
B
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RDLDRDRRDDRLDRDUDRDDLLDDURUDRRDRULRUURRRRDDRURDDRDLLDDRRRURLRLDDULRRRRDDUDRUDUDDDRDRLRURDDLDDURDRRRDDLDULR
B. DDRRRRUURRDDRRUURRDDRRRRUURRRRDDLLDDDDDDDDLLDDRRRRUUUURRUUUURRDDRRDDLLDDDDLLDDDDLLDDRRRRDDDDDDRR
C. LLLDDLDLLULULDRDDRUDDDDULDLDDDLDLURLRUUURLRLRDLRUUUUDDURDLLURLULDUURLRLUDUDLDUDRRRDUUULDULUDUUDRRRUULRRRDLLLLLUULR
D. RLLDDURRLLLLLURDRURURUULLUUUURDLUDUUDRDDRDDRLRRDDURDLLRLRDDLLDRURRDRRRUDDURULRLLLLDUDLUUDLDDLRDDDLUUUUURRDURLUUDDRDDRRDRRLDU
E. RDRLLLRLDDDRRRUDDDDUDRLRRUDLDDLURLUDRDLDDRLRRURRRRDRRRRDRDRDRDRUUDLLRUURLRURURDRDDDULRRDLLDRDUDRDRRDDDRRULLRRRDDRDRDDUULDLDLDUDDLDDUURUDRDULUU
F. No answer
|
data/maze/59.png
| null | 84
|
{
"difficulty": null
}
|
color
|
B
|
What is the RGB value of the given color in the image? Select from the following choices. (A) [22, 165, 3] (B) [17, 167, 0] (C) [24, 165, 0] (D) [109, 89, 95]
|
data/color/73.png
| null | 85
|
{
"difficulty": null
}
|
spot_difference
|
1, 4, 5, 6, 7, 9, 10, 11
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 3 and m is 4
|
data/spot_difference/65_left.png
| null | 86
|
{
"difficulty": null
}
|
spot_difference
|
4, 5, 6, 7, 12
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 4 and m is 3
|
data/spot_difference/61_left.png
| null | 87
|
{
"difficulty": null
}
|
math
|
C
|
The curves of Salmon and Magenta intersect at approximately x = ( )
A. 64
B. 66
C. 68
D. 70
E. 72
F. 74
G. 62
|
data/math/94.png
| null | 88
|
{
"difficulty": null
}
|
visual_search
|
4.30
|
What is the price of LATTE? Answer with a number to two decimal places, e.g., 1.11.
|
data/visual_search/realworld-18.jpg
| null | 89
|
{
"difficulty": null
}
|
symbolic
|
15
|
How many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.
|
data/symbolic/nested_circle_15_1.png
| null | 90
|
{
"difficulty": null
}
|
maze
|
D
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RDUUUDRDRRDDULRDDLRRDDDRDRUDRRDUDUDDDRRRRRRLDDDURRRUDRDRURRDDRUDDLRLLDDRDRDRDDRULRDDDRRRDDDDUDRRDUUDDDRRRDDDUUDRDRDDURDRRRDDRRDRDDDDLRRLUDLLRRRDDRRRRDDDUDDRDR
B. ULRULRRLLURRLURLUDDURDRDLRRRRURUUULLLLLDDDDDLLLDUDDRURUUDULDDRRDRURULRURDRRRRLULLLDLDDRDRULRLDULLRUDDUURDRUDRDRLLDLRLUULLDDLDDLULULUDDRRDURDLLLULDRULLRDRUUUDLUDUUDDLRLLUDRRDDLURRRULRDRURRLDLRURLLDRUURLDLUDRLRDDULLULLLLDURLDULUUULURUDDDRLDUULRUDUUUDRULLRLLURDLDDULURLLUDRRRRRDLLLRLLLLUDULRUURLUURUDDLRLUUUUDRURDLURRLLUDLRRUDRLDLRRLDDRDDLURDRDRRRLRLUURUULRUURLDDLDRUDDLLDDURUDDLULDDLLLULLLULLDLRLLULUURRDDRDDRUDLLRRULDDDURDUDRRULRRDRDRULRUURRRDUUDUDDURLULURLURLDURULDRDDLRDUUDULLULRDLDDULLLLDRULULDDLRUUDUDLDDURDLDUUULULDRDLUDDLLUDDUDUURRDLRRRLRDDDUUURDURLDRLUURRLDDDUDRULRLULUDDRLRUUDLRU
C. DDDDLDDLLDRRLRDDDUDRLDLRRURURLRDDDDUDDRRUUDULLDRDDLDRDDRRRRRRDDURRDRDRRUDRDDDDDDUDDLRRRRRRRRRDDDUDRDRDRRRURRDDLRRRRRDLRURRDRRDDDRRDRRDRDDDRRLDDDRRDLURUURDDDRD
D. RRRRRRDDRRUURRRRRRRRRRDDDDRRDDRRRRDDLLLLDDLLLLUULLDDLLLLDDLLDDLLDDLLDDRRRRRRDDRRUUUULLUURRRRUURRRRRRDDLLLLDDRRRRRRDDRRRRDDLLLLLLUULLDDLLLLDDLLDDLLUULLDDDDRRDDRRDDLLDDRRDDRRUUUURRDDDDRRDDDDRRDDLLLLUUUULLLLDDLLUUUULLUULLDDDDDDRRDDDDLLDDLLUULLUUUURRUUUUUULLLLDDRRDDLLDDDDDDDDRRDDLLDDRRRRRRUURRDDRRRRUULLUURRRRRRUURRDDRRRRUUUUUUUULLUURRRRUUUUUURRDDDDRRUURRRRRRUULLUURRUUUUUURRDDRRDDDDLLDDRRRRDDRRUUUURRRRUURRDDDDLLDDLLDDLLLLLLDDLLDDDDLLUULLUULLDDDDLLDDLLDDDDRRRRRRRRDDLLLLLLLLLLLLDDRRRRRRRRRRRRRRUURRUULLUULLLLLLUURRRRRRRRDDRRUUUULLUURRRRRRUURRRRDDDDDDLLLLDDLLDDDDRRRRDDRR
E. DDRRRRLLLLUUULDDLUDURURURUDULLULDRDUULUULDDRLDDDURRLUUDDLURRDUURLRURRLDUUDLDRRDDRUDLDUUDRLDRDRRRLLDULLRDRRRRDRLLLDRRRDRUULRRRRRRRRLLDLRRLDULRULULDRRLDLRRLLRRULRLLLDRRDDRULURLRULRDLRLDDDDURDDDRLLLDLDDUUDLRRUULDURRLDUDDRLRURUDUDURUUULDURURLRDLUURRUDRLRLUDLUUDDULDDRLDLLLDDLDUULRDLDDUDURUDLRLLUDUURRDDLLULURLRUDRRRDDLRLLDRRULRRLRRUDRDLDRLURRDLDDDDULRDLRLLLDURRLRULULUDDULLLRDLLRRDDLDRDRLLDDLLRLLLDRLLRDDUUDDRURDRUUUULUDRRDURDDURDDDDDUULRULRRLURDDUUUULUULLRRDLRUULLLLRUDUURDDRRLDDLDLUDLRLDULULDLRUDLLLULUDRLRLLRUUUURURRUDRRURULLURDDUUULRLURRDURDURURRRRULDLDURDRUDLURLLLLURUUDDLDUUDLUUULDRDLLRRLLR
F. No answer
|
data/maze/110.png
| null | 91
|
{
"difficulty": null
}
|
maze
|
D
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. UDDLRRDRRLRUDLDUDURULULDRLULUURDLRRDDDRDDDRDDLLLDUDRUDUDLDULUULUUDDRRUDRUURRRDDLUUURDRLLULDLULDLDLLURRRUURRRDURULDLDRLRRUDDDLDDRLLDDRU
B. RLLRRRDUDRDRDDLRDRRLDLUDURURRRLRURDRDUURRLDLDDRURDDDLRRLDLUDURRLRDURUUDRDDRRDLLDDDURDDLRDD
C. RDUDLUDLURRDLRRLUDLDDRRDDRRDRRUDDRLUDLRLUUDDDDURDRDDRUDRLRDLRRRRULULLLRRDUDLRUDLRRDDDDRRURDRDR
D. RRDDDDRRUUUURRDDDDRRUUUURRRRRRDDRRDDDDLLUULLUULLDDDDLLDDLLDDLLDDRRRRRRDDLLDDRRRRRRUULLUUUUUURRRRDDLLDDRRDDDD
E. RLDRLDRRRLRRLDRRRDRDLDLLDUDDDRUURRLURLURDDRRLRDRUDLRRUDLRRRLLLRRLULDRRDDLLURRLDRLLDDDRDRLLRRDRRRLLRDLUURURLRRDLUDLRLDRRULDDR
F. No answer
|
data/maze/39.png
| null | 92
|
{
"difficulty": 4
}
|
jigsaw
|
[1, 3, 11, 8, 12, 9, 6, 16, 13, 15, 2, 14, 5, 10, 4, 7]
|
Instructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.
Question: In what order should the numbered pieces be arranged to reconstruct the original image?
Please provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).
For example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.
|
data/jigsaw/shuffled_puzzle_31.jpg
| null | 93
|
{
"difficulty": null
}
|
word_search
|
6
|
How many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.
|
data/word_search/14.jpg
| null | 94
|
{
"difficulty": null
}
|
refcoco
|
D
|
Which of the following values is the closest to the proportion of the image occupied by pasta dish?
A: 81%
B: 49%
C: 41%
D: 57%
E: 73%
F: 65%
|
data/refcoco/COCO_train2014_000000371486.jpg
| null | 95
|
{
"difficulty": null
}
|
rotation_game
|
C
|
How many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?
A. 305°
B. 320°
C. 310°
D. 315°
E. 300°
F. 295°
|
data/rotation_game/rotated_23.png
| null | 96
|
{
"difficulty": null
}
|
maze
|
B
|
Please complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?
A. RDLDDDDUDUDDRDDRURRLRRURUDUDRDDRDRRRDRRDUDURDDDDDLURURLRDUURRLRDDRDLLDRRDRURDDDRLRRDRDLDDDRRRULDDDURDDRDDDRLRULURDDDUDDRLRLRRRRRRRUDDLDRRDRDRDUDRUURRRRUDDRDDRRLDRRDUDURRUDUDUDDRRDRDLRDDRRDRDDLRRDRDDDDRUDDRDDDLDDRRDRD
B. DDRRRRDDRRRRUURRDDRRRRDDRRRRRRUUUURRUURRDDDDDDRRUUUUUURRDDRRDDRRDDRRDDLLLLLLLLLLDDLLDDRRDDDDDDDDLLDDDDLLDDDDLLLLLLDDDDDDRRDDDDLLUULLLLUULLLLLLLLLLDDDDDDRRRRUURRRRRRDDLLDDRRDDDDLLUULLDDLLUULLLLDDDDRRRRRRRRDDLLLLDDDDDDLLDDDDRRRRRRRRRRUULLLLUUUURRDDRRRRDDRRUURRRRDDRRRRRRDDRRRRUUUUUULLUULLDDDDLLLLUULLUURRRRUULLUURRUURRDDDDRRUUUUUUUURRUULLUULLDDDDDDLLLLUULLDDDDDDDDLLLLUULLDDDDLLUULLUURRUUUURRDDRRRRUUUUUURRRRRRUUUUUUUULLLLLLLLUURRRRRRRRUULLUURRUURRUUUUUUUURRDDRRDDDDDDRRRRRRUURRRRDDDDDDRRUUUUUURRUUUULLDDLLLLLLLLLLUURRRRUULLUURRRRDDDDRRUUUUUULLUURRRRRRUULLUULLDDLLUUUURRUUUURRRRDDLLDDRRDDRRUURRUULLUURRRRDDDDRRRRUULLUURRRRDDRRDDLLDDDDRRUURRDDDDDDDDLLDDLLLLLLLLLLUUUULLLLLLDDRRRRDDDDRRRRRRRRRRDDDDDDRRDDDDRRDDLLLLUULLUULLDDLLLLUULLDDLLDDDDRRRRRRDDRRDDRRDDRRDDDDRRRRDDLLLLLLLLUUUUUULLUULLLLLLUULLUULLDDDDLLUUUULLUULLDDLLUUUUUULLDDLLDDDDRRDDLLLLDDRRRRDDRRRRUUUURRDDDDRRDDRRRRDDRRDDLLDDDDLLUUUUUULLLLUULLLLDDRRDDLLLLDDRRDDRRRRDDLLDDRRRRDDRRDDLLLLLLUULLDDDDDDRRUURRRRRRRRUUUUUUUURRDDDDDDDDDDRRRRUUUULLUUUURRUUUURRRRUURRDDRRDDRRUUUURRDDDDDDLLDDLLUULLDDDDDDDDRRRRUURRDD
C. URLRDLRDUULDUDLDRDURULURRDUDUDRUURLDULRDDDLUDRUDRDDRDRULDDRDRLULULLLLDLLDLRDURUDRLLLUUUDUUULDLUULUDDDRUDLLLLULDLDRUDUUUURRRUDLLDLLRDRDUURUDRDULLUUULRLRDLDUDLDUDRRURRRLDUULLLLUDUUDLLUDRLLULDRLURLUURURURRRLUUUULULDDLRLLDLURDRDRUDDDDLLDUDLLULDUDRRRULDLRURLURDULULRLUDRULLLRDDLUDRDRRLRUUDDDDDRDDRULRRUURLULURULRULDURLDLDLUDUDDDDRRRUUDLRLRRDDURRDULRRURUURRLULUURDDLDLUDLRURRDRUDLURLRRURDDRDRDUULUDDDDUDDDURDDUUDDLUURUDUDLUULLULLULDRDLUUUDLUUDDDLDDDDRDRDURLLDDULURUDRLUDDULULDRULDLURURDDDDLURRLRLDLRULRURLLLLDDDRDLDLDRLRLRUULDDDDLLRDDRDLRLURRDDLLUUDLLDDULLRLDDDULUDRRRUUDRRRDLUURUULLUDURDDLUDUUDLLDDURLRURULDURUDURLRLLDUUUUDRRLRDLLULDUDRURULRLUDRLLDRDDUDLDUUULDURLDULLRURRURDUULLRULDDLUDRDURDLDLRRRUDUDLRLURDDLRLLDUURUDDRDLLDRDLDRRRURLRDLDDLRLRDLLRDUURRUDRLULUURRRDURUDUULLLULLLDUDDRDURUDUULDLLRRUULDRDRLDURRUDUURDLLUURRLDDDDUURUDRLRRLUUDUDDDRRDRULDDDDURRDLUURULLRRLUDULLRLRRRRLULLDRUULRLDDDULUDDDRLLLLUULLRDDULDULLRLLRDLUULDDDDDUULDDLUUUUDLRRDULULDURUDUDULLDRULRLLURLURLDRRLDRRRLDRRDUURLUDLULRDRLUURDRLRUULULRDURRUDRRUULULUUURRRRULDUDLURURUUDRRLDLDUURLDLRURDLDUULUDLRRLDLDUUULRLRDLLUDDRDU
D. LLRDRULDRDURDRDUDULLDLLRRUUUDULULULLRLRDDLDDRLLRUURUDDULLLLRUULULLURLLDULURLRUDURRLLDUDLURLRRLDLDURRDRURLDDDDRLUUULDRULDDLDDDLDDUUUUULRLRUUULUURDLDUDLUDRULRLUUDRURDUDDLULRDDRRRDUDULLLUUUURLDDULDRLLDLDLDRUDLLRLRRLRDURLRDRRDLUDDURDRDURUUDDDDUDDURDDLRRUDRRRLUDLRRDDLDULLRLLRRULLUDRRRLDLLUDDRRDURLUDUULUURLRRUDRRULDRUDDULRRDDUDLULRLDLUUULRLLDRUULDDLLLLLLUDRLDLLRLDRULLUDLURULRDLRLDURURDRRRULUURLLDDRRUDDULRDDDULLRRUDRLDUUURDURLDRDLLDUUUDRLUUDULRLLUDRURURDDRLUULLLURUDLDLDDDRDURLDULUURLULDRRUULDURLLLDURDDURULDURRUDRLRRLDLULRUURUDULRLLUUUDULLUDURUURDLURLLDDLUDRLUDLURRRURLULUDDLLRDDUUDRRDLDUUURRRDLURDUUDDLDDUUULUURLDLLDUURRDDLLULDUULUULRRDURLDRRRLLRRULURRRLLRUULLDRUUDULLRUUUDLDULURUDDLURDRULUUULLDRLUDLLRURRRURRRUUDDRRDLDRUURRDRDLRLRUDLRUDLDRLUDRRULDUUUDRLUDURDRLRRRDRRURULDLRDDDURDDRRUUDUDRDRRDDRURDRLLUDLDULDLDLLDURDRLDDDRRLRURDUUDULDULURLDURDLRULLUDRRULURLRRURDLDULRDRDDRDRDLRRDRLRUUDDLLLURUUURLUUULURLRDURUULLLDDLDLLLDLLRLLUURLDDLRDRUUUDULULLDLUDDRUUUUUDDDRRLRDDLRRRUULRUDRRUUDDLLRDLDRLLRULURLLDRDLLUDLRUDDDLDDDRLDUULRDRRRDRDUDUDDDLLDDRRUDURRRUDDUDLDLRLUUULURLLRURLRDRULRLRUDDRLDULLLDDLDLD
E. DDLRRRRRRRLDRRRRDDRDRDRRRDDRRRDDRDDRRDRDRUDDRDLRDLRRRULRDULRDDDUDLUDDDDURDDDDLDDRRDRUDDRLLRUDDDUUUDRRRDDDRDRDRDRDRDRRDRDDRRRDUDDRDLDRDLDRRDRRDDDRRRLDRRDDRDURRDRDDDRLDRRRRRUDDRR
F. No answer
|
data/maze/143.png
| null | 97
|
{
"difficulty": null
}
|
word_search
|
7
|
图中有多少个白字？回答一个数字，例如1，2，3。
|
data/word_search/27.jpg
| null | 98
|
{
"difficulty": null
}
|
spot_difference
|
4, 6, 13, 15, 16
|
**Task Description:**
Given two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:
1. Patches are numbered from 1 to n×m.
2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.
The i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:
1. Identify all objects or regions that differ between the two images.
2. Return a list of patch indices occupied by each differing object.
* If an object spans multiple adjacent patches, include all those patch indices.
3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.
---
**Output Format:**
```json
{
"different_patches": [i1, i2, i3, …]
}
```
* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.
---
**Example:**
Suppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:
```json
{
"different_patches": [2, 5, 6, 10]
}
```
---
**Problem:**
Output the list of patch indices where the two images differ.
Note that in this image, n is 4 and m is 4
|
data/spot_difference/30.png
| null | 99
|
{
"difficulty": null
}
|
color
|
B
|
What is closest to the proportion of the color yellow in the flag? Select from the following choices. (A) 35% (B) 45% (C) 55% (D) 65%
|
data/color/146.png
| null | 100
|
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