prompt stringlengths 936 36.2k | answer stringlengths 3 6.3k |
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Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Black Black
Brown Brown
Green Green
Gray Gray
Brown Brown
Black Black
Brown Brown
Pink Pink
Brown Brown
Brown Brown |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Black Black Black Black Black Purple Black Black Black Black Purple Black Black Black Black Black Purple Black Black
Black Black Black Black Black Purple Black Black Black Black Purple Black Black Black Black Black Purple Black Black
Black Black Black Black Black Purple Black Black Black Black Purple Black Black Black ... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Yellow Yellow Yellow Green Yellow Yellow Yellow Yellow Yellow Yellow Yellow Yellow Green Yellow Yellow Yellow
Yellow Yellow Yellow Yellow Yellow Gray Purple Black Black Purple Gray Yellow Yellow Yellow Yellow Yellow
Yellow Gray Yellow Yellow Yellow Green Orange Yellow Yellow Orange Green Yellow Yellow Yellow Gray Yello... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray Black Black Black Black Black Black Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray
Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray Black Black Black Black Black Black Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray
Gray Gray Gray Gray Gray Gray Gray Gray Gray Gra... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink
Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Purple Purple Purple Pink Pink
Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Purple Pink Purple Pink Pink
Pink Pink Pink Pink Pink Pink Pink Pink Pink Pink Purple Purple Purple Pink Pink
Pink... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Blue Blue Blue Green Green Green Green Green Green Green Green Green Green Green Blue Blue Blue Blue Blue Blue Green
Blue Green Green Green Blue Blue Blue Green Green Green Green Green Green Green Green Green Green Green Green Blue Green
Blue Green Blue Blue Green Green Blue Green Green Green Green Green Green Green Gr... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Green Green Yellow Green Yellow Yellow Green Yellow Yellow Green Green Green Green Green Green
Green Yellow Green Yellow Yellow Yellow Green Green Yellow Green Green Green Yellow Yellow Yellow
Yellow Green Yellow Green Green Green Yellow Yellow Yellow Yellow Green Yellow Yellow Yellow Yellow
Yellow Green Green Yellow G... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Gray Gray Gray Gray Gray Gray Gray Gray Black Green Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray Green Green Green Black Black Black Gray Gray Gray Gray
Pink Pink Black Black Gray Gray Gray Gray Pink Black Gray Gray Gray Gray Gray Gray Gray Gray Gray Gray Green Green Green Black Black Black Gray Gray Gray Gray
Pin... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Green Green Brown Green Brown Green Green Green Green Green Green Green Green Green
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Green Green
Green Green Brown Red Brown Red Brown Green Green Green Green Green Green Green
Green Green Brown Brown Brown Brown Brown Green Green Green Green Green ... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Orange Orange Brown Brown Yellow Yellow Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Orange Orange Brown Brown Yellow Yellow Brown Brown Brown Brown Brown ... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Pink Pink Pink Pink Pink Pink Pink Pink
Yellow Red Purple Purple Purple Purple Purple Purple
Yellow Purple Red Purple Purple Purple Purple Purple
Yellow Purple Purple Red Purple Purple Purple Purple
Yellow Purple Purple Purple Red Purple Purple Purple
Yellow Purple Purple Purple Purple Red Purple Purple
Yellow Purple P... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple
Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple Purple
Purple Purple Purple Purple Purple Purpl... |
Given input-output grid pairs as reference examples, carefully observe the patterns to predict the output grid for new test input. Each pair follows the same transformation rule. Grids are 2D arrays represented as strings, with cells (colors) separated by spaces and rows by newlines.
Here are the input and output grids... | Purple Purple Purple Purple
Purple Purple Purple Purple
Purple Green Green Purple
Purple Purple Purple Purple
Green Purple Purple Green |
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