62c24649.json
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Train Examples
Test Example
Participant 1
Initial description: Take it, invert it, and copy it to the other corners
Final description: Take it, invert it, and copy it to the other corners
Participant 2
Initial description: make three copies of the input and create mirror images in each corner
Final description: make three copies of the input and create mirror images in each corner
Participant 3
Initial description: Grow the grid to six and then make the other three squares mirror the first one.
Final description: Grow the grid to six and then make the other three squares mirror the first one.
Participant 4
Initial description: Mirror the originall image on all axes
Final description: Mirror the originall image on all axes
Participant 5
Initial description: If all grids are filled in line it goes all the way across, otherwise match across, down 3 rows and then do it in reverse.
Final description: If all grids are filled in line it goes all the way across, otherwise match across, down 3 rows and then do it in reverse.
Participant 6
Initial description: The test input is mirrored in both the horizontal, vertical and z axis to create the test ouput.
Final description: The test input is mirrored in both the horizontal, vertical and z axis to create the test ouput.
Participant 7
Initial description: mirrored horizontally and then vertically
Final description: mirrored horizontally and then vertically
Participant 8
Initial description: make a 6x6 grid,
Final description: I could not find the correct rule
Participant 9
Initial description: The grid was different.
Final description: Doesn't make any sense.
Participant 10
Initial description: Input represents a quadrant mirrored for the output.
Final description: The input is the upper left quadrant of the output, where each quadrant is subsequently mirrored. There may be a glitch where the test doesn't accept the correct answer the first try.
Participant 11
Initial description: Replicate the test input onto four quadrants.
Final description: Replicate the test input onto four quadrants.
Participant 12
Initial description: The input is mirrored to the right and down.
Final description: The input is mirrored to the right and down.
Participant 13
Initial description: Extend the grid and extend each color to the corner.
Final description: Extend the grid and extend each color to the corner.
Participant 14
Initial description: double the sizie of the grid and mirror out the blocks from the smaller grid into the larger one.
Final description: double the sizie of the grid and mirror out the blocks from the smaller grid into the larger one.
Participant 15
Initial description: n.a
Final description: mirrors 4 sides
Participant 16
Initial description: The original design in reflected across the x and y axises
Final description: The original design in reflected across the x and y axises
Participant 17
Initial description: Mirror the grid in all corners of a 6x6 grid.
Final description: Mirror the grid in all corners of a 6x6 grid.
Participant 18
Initial description: original grid is mirrored four times around a grid 6x6
Final description: original grid is mirrored four times around a grid 6x6
Participant 19
Initial description: I filled in the squares to that all three colors were coloring three squares that touched in some way.
Final description: I tried to figure out some pattern of adding additional colored squares to make it look like it was moving or creating a pattern of color.
Participant 20
Initial description: I used the example output 1 as a reference
Final description: I have no clue why the hell would you start with something so fucking hard on the first attempt
Participant 21
Initial description: 3x3 pattern is mirrored horizontally and vertically to create a 6x6 pattern.
Final description: 3x3 pattern is mirrored horizontally and vertically to create a 6x6 pattern.
