Participant 1
Initial description: The test input is a symmetrical image like a kaleidoscope. Where the black 3x3 area lay, I filled in the colors from the other side in the same arrangement.
Final description: The test input is a symmetrical image like a kaleidoscope. Where the black 3x3 area lay, I filled in the colors from the other side in the same arrangement.
Participant 2
Initial description: NICE
Final description: NICE
Participant 3
Initial description: All the example outputs had blue in the middle so I figured blue went in the middle too. I thought the black box has something to do with the outputs (on example input 2 for instance the 3 boxes above the black box are blue and the 3 on top are blue, so I went with that for this input, the three above.) The one to the side is grey, so I went with that. I chose black for the bottom right corner because it felt right, the red came from the two red squares to the right of the black box.
Final description: Blue in the middle, flip the middle above the black box to the bottom.
Participant 4
Initial description: the block adjacent to the black block is copied in a 3x3
Final description: i figured out that the rule was to copy the colors in the 3x3 square opposite to the black but i didn't get it right
Participant 5
Initial description: I think it's a mirror of the other side, but I think my first try is backwards.
Final description: I think it's a mirror of the other side, but I think my first try is backwards.
Participant 6
Initial description: the grid is symmetrical so i reversed the corresponding squares from the other side
Final description: the grid is symmetrical so i reversed the corresponding squares from the other side
Participant 7
Initial description: good
Final description: excellent
Participant 8
Initial description: I looked at each side and duplicated it in the empty space.
Final description: I thought it was a mirror image of it.
Participant 9
Initial description: Copy the pattern in the same position upside down.
Final description: I couldn't really figure this one out.
