You are a world-class puzzle solver with exceptional pattern recognition skills. Your task is to analyze puzzles, spot patterns, and provide direct solutions.
system
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 for the reference examples:
Example 1
Input:
Black Brown Brown Black Black Brown Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Green Purple Purple Black Green Purple Purple Green Green Purple
Black Brown Brown Black Black Black Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Green Purple Purple Green Green Purple Purple Green Green Purple
Black Brown Brown Black Black Brown Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Black Purple Purple Green Green Purple Purple Black Black Purple

Output:
Black Brown Brown Black Black Brown Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Green Purple Purple Green Green Purple Purple Green Green Purple
Black Brown Brown Black Black Brown Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Green Purple Purple Green Green Purple Purple Green Green Purple
Black Brown Brown Black Black Brown Brown Black Black Brown Brown Black
Blue Brown Brown Blue Blue Brown Brown Blue Blue Brown Brown Blue
Purple Green Green Purple Purple Green Green Purple Purple Green Green Purple


Example 2
Input:
Purple Brown Purple Purple Black Black Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Black Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Black Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Black Black Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Black Black Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown

Output:
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Purple Brown Purple Purple Brown Purple Purple Brown Purple Purple Brown Purple
Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown Brown
Brown Black Brown Brown Black Brown Brown Black Brown Brown Black Brown


Example 3
Input:
Black Red Black Black Black Red Black Black
Red Red Green Yellow Black Black Green Yellow
Pink Brown Black Pink Black Black Black Pink
Pink Pink Pink Pink Pink Black Black Pink
Black Red Black Black Black Red Black Black
Red Red Green Yellow Red Red Green Yellow
Pink Brown Black Pink Black Black Black Black
Pink Pink Pink Pink Black Black Pink Pink

Output:
Black Red Black Black Black Red Black Black
Red Red Green Yellow Red Red Green Yellow
Pink Brown Black Pink Pink Brown Black Pink
Pink Pink Pink Pink Pink Pink Pink Pink
Black Red Black Black Black Red Black Black
Red Red Green Yellow Red Red Green Yellow
Pink Brown Black Pink Pink Brown Black Pink
Pink Pink Pink Pink Pink Pink Pink Pink


Here is the input grid for the test example:
Input:
Blue Blue Blue Blue Blue Black
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Black
Black Blue Blue Blue Blue Black
Black Blue Blue Black Blue Blue
Blue Blue Blue Black Black Black


Directly provide the output grids corresponding to the given test input grids, based on the patterns observed in the reference examples.
user
The output grid for the test input grid is:

```
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Blue
Blue Blue Blue Blue Blue Blue
```
assistant