Participant 1
Initial description: The colored grid is removed and the remaining cells are reduced to one cell per color.
Final description: The cells that are in a grid shape represent the grid of the output. Each colored square within the grid represents a single cell in the output. The output flips the image horizontally.
Participant 2
Initial description: The input consists of a grid of squares of different colors. Take those colored squares and reduce each on to a single 1x1 box. Then mirror the result left-right. The vertical and horizontal lines in the input that separate the squares are not in the output.
Final description: The input consists of a grid of squares of different colors. Take those colored squares and reduce each on to a single 1x1 box. Then mirror the result left-right. The vertical and horizontal lines in the input that separate the squares are not in the output.
Participant 3
Initial description: I accidentally clicked twice on the button.
Final description: The output has to match the number of square tiles that are all in one color. Then the grid on the output has to be flipped like a mirror to opposite sides.
Participant 4
Initial description: The grid shrunk to 4X4. The bigger blocks were used as a guide for the inside and inverted.
Final description: Grid was changed to a four by four. The bigger blocks were used for the inside and flipped.
Participant 5
Initial description: change the grid to opposite side.
Final description: change the grid to opposite side.
Participant 6
Initial description: Change the grid size to match the number of squares between the light blue lines going vertically and horizontally. Then match the colored squares by mirroring them.
Final description: Change the grid size to match the number of squares between the light blue lines going vertically and horizontally. Then match the colored squares by mirroring them.
Participant 7
Initial description: Create a complete horizontal and vertical red line from each red square, and then color the enclosed squares blue.
Final description: Create a complete horizontal and vertical red line from each red square, and then color the enclosed squares blue.
Participant 8
Initial description: mirror the grid and remove the blue lines
Final description: mirror the grid and remove the blue lines
Participant 9
Initial description: Accidently pressed submit
Final description: Using the test input as an example, make each section of color that was separated by light blue equal 1 square on the grid. Take that image and flip it horizontally.
Participant 10
Initial description: change the grid to 4x4 and the pattern is the same as the test input
Final description: change the grid to 4x4 and the pattern is the same as the test input but reversed
Participant 11
Initial description: I made it in a reverse order.
Final description: I made it in a reverse order.
Participant 12
Initial description: I guessed it is a mirror of the test input keeping the colors intact.
Final description: I guessed it is a mirror of the test input keeping the colors intact.
Participant 13
Initial description: reduce the pattern from the input to lower resolution in the output
Final description: lower resolution of input and flip vertically
