Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 33

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 32

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 23

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 23

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 34

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 30

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 37

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 52

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 46

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 48

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 36

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 43

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 42

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 37

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 42

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 34

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 32

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 42

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 34

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 43

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 36

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Based on the three views, what's the maximum number of cubes that could be present?

Answer: 29

Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Based on the three views, what's the maximum number of cubes that could be present?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 54

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 17

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 31

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 18

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 22

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 27

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 26

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 21

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 14

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 10

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 16

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 14

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 30

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 13

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 24

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 45

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 33

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 50

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 47

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 50

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 32

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 25

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 21

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 20

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Answer: 17

Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given the three views, what is the minimum number of cubes needed to fill in the structure so that it becomes a solid block with no internal gaps?

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, triangle); (3, heart); (4, star); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, triangle); (2, star); (3, circle); (4, arrow); (5, moon)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, circle); (2, heart); (3, star); (4, arrow); (5, moon)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, triangle); (2, star); (3, heart); (4, arrow); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, star); (3, heart); (4, circle); (5, triangle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, triangle); (2, circle); (3, moon); (4, heart); (5, star)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, star); (2, triangle); (3, heart); (4, moon); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, moon); (3, circle); (4, heart); (5, triangle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, circle); (2, triangle); (3, heart); (4, star); (5, arrow)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, star); (3, arrow); (4, circle); (5, heart)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, circle); (2, heart); (3, moon); (4, arrow); (5, triangle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, moon); (3, star); (4, triangle); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, arrow); (3, circle); (4, triangle); (5, heart)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, star); (3, heart); (4, circle); (5, arrow)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, heart); (2, circle); (3, moon); (4, arrow); (5, star)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, moon); (3, heart); (4, circle); (5, triangle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, triangle); (2, circle); (3, arrow); (4, moon); (5, star)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, circle); (2, triangle); (3, heart); (4, star); (5, arrow)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, star); (2, circle); (3, triangle); (4, moon); (5, heart)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, heart); (3, star); (4, circle); (5, moon)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, arrow); (2, moon); (3, triangle); (4, heart); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, star); (2, moon); (3, circle); (4, arrow); (5, triangle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, heart); (2, arrow); (3, star); (4, triangle); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, heart); (3, triangle); (4, star); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, star); (2, circle); (3, heart); (4, arrow); (5, moon)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.


Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Answer: (1, moon); (2, heart); (3, triangle); (4, arrow); (5, circle)

Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.

[User]
Question: Given three different perspectives of a cube (top left, top right, and bottom left in the left image) and the patterns on its six faces (bottom right in the left image), please fill in the corresponding patterns in its unfolded view (right image). Note that only the outer surface of the cube has patterns; the inner surface does not. That is, the unfolded view on the right represents the outer surface of the cube. The six patterns are represented by 'heart, 'circle,' 'moon,' 'arrow,' 'triangle,' and 'star,' respectively. The output format is '(number, shape),' with different correspondences separated by semicolons.

Please first conduct step-by-step reasoning, and then provide the final answer. The final answer is placed in <answer></answer>.