Participant 1
Initial description: one square that is the same color as the majority of the example.
Final description: I thought it was one square the same as the flower looking grouping in the example.
Participant 2
Initial description: Find all cross-shapes that have the center one color and each cell immediately above, below, to the right of and to the left of that cell Call those cells A, B, C, and D. Make the test output grid (which is just one cell) the same color as the color that is used for the most cross-shapes to color A, B, C, and D.
Final description: Make the output grid just one cell and examine the input grid for all cross-shapes that have the four cells to the immediate right, immediate left, immediately above and immediately below the center of the cross that are the same color as the color that is used to make those four cells for the greatest number of cross-shares as any othe color in the input grid
Participant 3
Initial description: I choose the color of the most repeated pattern
Final description: I choose the color of the most repeated pattern
Participant 4
Initial description: The inputs contain "flowers" consisting of a yellow square surrounded by four "petals" of a certain color. Each input has one color "flower" that is repeated. The output should be a single square representing that repeated "petal" color.
Final description: The inputs contain "flowers" consisting of a yellow square surrounded by four "petals" of a certain color. Each input has one color "flower" that is repeated. The output should be a single square representing that repeated "petal" color.
Participant 5
Initial description: Figure out which color of the "flowers" are used twice and that color is the answer.
Final description: Figure out which color of the "flowers" are used twice and that color is the answer.
Participant 6
Initial description: In the input examples, there are two crosses formed by the same colored grids. In this example, two crosses are formed by red grids.
Final description: In the input examples, there are two crosses formed by the same colored grids. In this example, two crosses are formed by red grids.
