images
images list | problem
string | ground_truth
string | image_size
int64 | problem_id
string |
|---|---|---|---|---|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6, 1, 0], [3, 0, 0], [0, 0, 0]]
| 9
|
d13f3404_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 6], [1, 3, 0], [0, 0, 0]]
| 9
|
d13f3404_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 3], [0, 0, 0], [0, 4, 9]]
| 9
|
d13f3404_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[9, 9, 9, 4], [9, 9, 8, 9], [5, 4, 4, 8], [9, 4, 4, 4]]
| 16
|
281123b4_9
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[7, 7, 7], [9, 5, 5], [5, 1, 7]]
| 9
|
6fa7a44f_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 6x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 6x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[7, 7, 7], [9, 5, 5], [5, 1, 7], [5, 1, 7], [9, 5, 5], [7, 7, 7]]
| 18
|
6fa7a44f_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 8, 4], [7, 6, 7], [8, 7, 8]]
| 9
|
6fa7a44f_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 6x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 6x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 8, 4], [7, 6, 7], [8, 7, 8], [8, 7, 8], [7, 6, 7], [4, 8, 4]]
| 18
|
6fa7a44f_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 6, 9], [2, 6, 9], [2, 9, 2]]
| 9
|
6fa7a44f_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 6x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 6x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 6, 9], [2, 6, 9], [2, 9, 2], [2, 9, 2], [2, 6, 9], [2, 6, 9]]
| 18
|
6fa7a44f_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[9, 1, 4], [9, 1, 4], [2, 1, 1]]
| 9
|
6fa7a44f_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 9, 2], [8, 5, 2], [2, 2, 8]]
| 9
|
6fa7a44f_8
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 0, 8], [8, 0, 0], [8, 0, 0]]
| 9
|
ed98d772_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 0, 3], [0, 3, 3], [3, 3, 3]]
| 9
|
ed98d772_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3], [0, 0, 3], [3, 0, 0]]
| 9
|
ed98d772_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 7, 7], [0, 0, 0], [7, 7, 0]]
| 9
|
ed98d772_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[9, 9, 9], [0, 0, 0], [9, 9, 0]]
| 9
|
ed98d772_8
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6, 6, 0], [6, 6, 0], [0, 0, 6]]
| 9
|
ed98d772_10
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0], [0, 0, 6], [6, 0, 0]]
| 9
|
310f3251_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x2:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x2), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0], [0, 7]]
| 4
|
310f3251_8
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 6x6:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 6x6), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 0, 2, 0, 2, 0], [0, 7, 0, 7, 0, 7], [2, 0, 2, 0, 2, 0], [0, 7, 0, 7, 0, 7], [2, 0, 2, 0, 2, 0], [0, 7, 0, 7, 0, 7]]
| 36
|
310f3251_9
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 5, 0], [0, 0, 0, 0]]
| 8
|
c92b942c_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 5x5:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 5x5), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0, 0, 0], [0, 0, 0, 0, 0], [0, 0, 2, 0, 0], [0, 0, 0, 0, 0], [0, 0, 0, 0, 0]]
| 25
|
c92b942c_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0], [0, 6, 0], [0, 0, 0]]
| 9
|
c92b942c_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 0, 0], [0, 0, 0], [0, 0, 0]]
| 9
|
c92b942c_8
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 1, 3], [2, 1, 0], [2, 0, 0]]
| 9
|
b7999b51_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 8, 3], [4, 8, 0], [4, 8, 0], [4, 0, 0]]
| 12
|
b7999b51_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x6:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x6), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 4, 8, 4, 4, 4], [2, 5, 0, 4, 4, 5], [4, 0, 5, 5, 5, 8]]
| 18
|
3d31c5b3_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x6:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x6), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 5, 2, 5, 5, 4], [8, 5, 2, 5, 5, 5], [5, 5, 4, 5, 5, 5]]
| 18
|
3d31c5b3_11
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[1, 2, 3, 9], [8, 3, 1, 9], [3, 8, 8, 9], [1, 3, 8, 9]]
| 16
|
de493100_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[7, 7, 8], [7, 7, 8], [8, 8, 8]]
| 9
|
46442a0e_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x2:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x2), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 6], [6, 8]]
| 4
|
46442a0e_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 6, 6, 8], [6, 8, 8, 6], [6, 8, 8, 6], [8, 6, 6, 8]]
| 16
|
46442a0e_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6, 9, 9], [6, 4, 4], [6, 4, 4]]
| 9
|
46442a0e_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[1, 4, 1], [4, 9, 4], [9, 1, 9]]
| 9
|
46442a0e_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6, 0, 0], [2, 5, 0], [2, 1, 0]]
| 9
|
90347967_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 1, 2], [0, 5, 2], [0, 0, 6]]
| 9
|
90347967_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 0, 0], [0, 8, 0], [0, 0, 8]]
| 9
|
d0f5fe59_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 0, 0, 0], [0, 8, 0, 0], [0, 0, 8, 0], [0, 0, 0, 8]]
| 16
|
d0f5fe59_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x2:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x2), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 0], [0, 8]]
| 4
|
d0f5fe59_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 8, 0], [0, 0, 0], [0, 8, 0]]
| 9
|
fb791726_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 4x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 4x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[9, 0, 0, 0], [0, 0, 0, 0], [9, 0, 0, 0], [0, 0, 0, 0]]
| 16
|
fb791726_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 4], [4, 4, 0], [0, 4, 0]]
| 9
|
c3202e5a_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3]]
| 1
|
642d658d_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2]]
| 1
|
642d658d_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8]]
| 1
|
642d658d_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x2:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x2), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[1, 1], [1, 1], [1, 1]]
| 6
|
1190e5a7_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3, 3], [3, 3, 3, 3]]
| 8
|
1190e5a7_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3], [3, 3, 3], [3, 3, 3]]
| 9
|
6e02f1e3_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 5, 5], [0, 0, 0], [0, 0, 0]]
| 9
|
6e02f1e3_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3], [4, 2, 2], [4, 4, 2]]
| 9
|
6e02f1e3_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 5], [0, 5, 0], [5, 0, 0]]
| 9
|
6e02f1e3_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 4, 4], [4, 4, 4], [4, 4, 4]]
| 9
|
6e02f1e3_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 5, 5], [0, 0, 0], [0, 0, 0]]
| 9
|
6e02f1e3_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 4, 4], [4, 4, 4], [3, 3, 3]]
| 9
|
6e02f1e3_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 0, 0], [0, 5, 0], [0, 0, 5]]
| 9
|
6e02f1e3_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 2, 2], [3, 2, 3], [3, 3, 3]]
| 9
|
6e02f1e3_8
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 0, 0], [0, 5, 0], [0, 0, 5]]
| 9
|
6e02f1e3_9
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 4, 4], [2, 3, 2], [3, 2, 3]]
| 9
|
6e02f1e3_10
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 5x5:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 5x5), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6, 6, 0, 0, 0], [0, 6, 6, 0, 0], [0, 0, 6, 6, 0], [0, 0, 0, 6, 6], [6, 0, 0, 0, 6]]
| 25
|
f76d97a5_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 5, 4], [5, 5, 5], [4, 5, 4]]
| 9
|
f76d97a5_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 4, 0], [4, 4, 4], [0, 4, 0]]
| 9
|
f76d97a5_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 3, 0], [0, 7, 7], [0, 0, 0]]
| 9
|
60c09cac_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3], [3, 0, 0], [1, 1, 0]]
| 9
|
8ba14f53_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[7, 7, 7], [8, 8, 0], [0, 0, 0]]
| 9
|
8ba14f53_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[9, 9, 9], [5, 5, 5], [0, 0, 0]]
| 9
|
8ba14f53_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 0, 0], [6, 0, 0], [0, 0, 0]]
| 9
|
8ba14f53_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 0, 0], [6, 6, 6], [6, 6, 6]]
| 9
|
8ba14f53_9
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[7, 7, 0], [8, 8, 8], [0, 0, 0]]
| 9
|
8ba14f53_11
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 5, 9, 9], [9, 5, 5, 5], [5, 7, 5, 7]]
| 12
|
0c786b71_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 5, 5], [5, 8, 5, 8], [8, 8, 5, 8]]
| 12
|
0c786b71_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8, 5, 7, 8], [7, 7, 8, 8], [5, 5, 8, 5]]
| 12
|
0c786b71_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0]]
| 1
|
239be575_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8]]
| 1
|
239be575_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0]]
| 1
|
239be575_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8]]
| 1
|
239be575_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8]]
| 1
|
239be575_9
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0]]
| 1
|
239be575_11
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 5x5:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 5x5), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[5, 5, 5, 5, 5], [5, 5, 5, 5, 5], [5, 5, 5, 5, 5], [5, 5, 5, 5, 5], [5, 5, 5, 5, 5]]
| 25
|
7039b2d7_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[1, 1, 1], [1, 1, 1]]
| 6
|
7039b2d7_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0], [0, 2, 0], [2, 4, 2]]
| 9
|
b8cdaf2b_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 0, 4], [0, 2, 0], [2, 4, 2]]
| 9
|
b8cdaf2b_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 7x7:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 7x7), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0], [0, 0, 3, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 4, 0, 0], [0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0]]
| 49
|
dc433765_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 3], [0, 0, 0], [4, 0, 0]]
| 9
|
dc433765_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0], [0, 3, 0], [4, 0, 0]]
| 9
|
dc433765_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 0, 0], [0, 0, 0], [0, 0, 4]]
| 9
|
dc433765_12
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0], [0, 3, 0], [0, 0, 4]]
| 9
|
dc433765_13
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4, 0, 0], [0, 0, 0], [0, 0, 3]]
| 9
|
dc433765_14
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 5x5:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 5x5), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 2, 0, 4, 3], [5, 0, 0, 0, 0], [0, 0, 6, 0, 0], [5, 2, 0, 4, 0], [5, 0, 0, 0, 0]]
| 25
|
1e0a9b12_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 2x4:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 2x4), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 0, 0, 0], [0, 5, 0, 0]]
| 8
|
10fcaaa3_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 1], [1, 3, 0], [0, 2, 2]]
| 9
|
62c24649_0
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[3, 3, 3], [0, 2, 2], [1, 1, 0]]
| 9
|
62c24649_2
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 1, 0], [0, 2, 3], [0, 3, 0]]
| 9
|
62c24649_4
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 6x6:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 6x6), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2, 1, 0, 0, 1, 2], [0, 2, 3, 3, 2, 0], [0, 3, 0, 0, 3, 0], [0, 3, 0, 0, 3, 0], [0, 2, 3, 3, 2, 0], [2, 1, 0, 0, 1, 2]]
| 36
|
62c24649_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x3:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x3), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[1, 1, 0], [0, 3, 2], [3, 3, 0]]
| 9
|
62c24649_6
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[6]]
| 1
|
de1cd16c_1
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[2]]
| 1
|
de1cd16c_3
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[4]]
| 1
|
de1cd16c_5
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 1x1:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 1x1), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[8]]
| 1
|
de1cd16c_7
|
|
Now you are asked to identify the colors in color grid image.
The image is as follows, and the rows and columns number of the image is 3x5:
<image>
You should output in text format like python 2D lists. Each grid color is represented by a number.
The numbers representing color are as follows:
0: black(#000000) 1: blue(#1e93ff) 2: red(#f93c31) 3: green(#4fcc30) 4: yellow(#ffdc00) 5: gray-light(#999999) 6: magenta(#e53aa3) 7: orange(#ff851b) 8: blue-light(#87d8f1) 9: maroon(#921231)
For example, your output may be like(pretending it is 3x3(not this question, this question is 3x5), and replace 0 with real color):
<think> The image size is 3x3. ... </think>
<answer> [[0, 0, 0], [0, 0, 0], [0, 0, 0]] </answer>
In thinking process, you can describe the grid color, and then output the answer.
|
[[0, 6, 0, 0, 6], [0, 6, 0, 6, 6], [0, 0, 6, 6, 0]]
| 15
|
31d5ba1a_5
|
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