Participant 1
Initial description: The pattern is copied three times going down vertically. Then it is mirrored on the other side (to the left).
Final description: The pattern is copied three times going down vertically. Then it is mirrored on the other side (to the left).
Participant 2
Initial description: The input is copied and mirrored once to the side and two times downward on each side.
Final description: The input is copied and mirrored once to the side and two times downward on each side.
Participant 3
Initial description: very easy
Final description: very easy
Participant 4
Initial description: Again, I looked at the example inputs compared to the test input to configure what the rule should be. Because none of the example inputs where exact comparted to my test input, I have to derive what I should use as an output determined by the difference in the boxes. Such as the top two green boxes arranged the same in the same color as the bottom two green. I tried to arrange them according to the pattern in example output 3.
Final description: I thought the rule was to pay attention to the input boxes, compare them to the example inputs, and when finding a pattern, simulate the example output for that input.
Participant 5
Initial description: flip the pattern top to bottom then replicate on both sides
Final description: flip the pattern top to bottom then replicate on both sides
Participant 6
Initial description: Imade the shapes as per in the input.
Final description: Imade the shapes as per in the input.
Participant 7
Initial description: Make a bigger grid, double the size and triple the length. Repeat the set over three times on the left size of the grid reversed and three times on the right size not reversed.
Final description: Make a bigger grid, double the size and triple the length. Repeat the set over three times on the left size of the grid reversed and three times on the right size not reversed.
Participant 8
Initial description: Repeating the same shape multipully.
Final description: Repeating the same shape multiple times.
Participant 9
Initial description: My solution is to put the original design on the right side and the flip it and put it on the left size. Continue the pattern on a 9 x 4 grid.
Final description: My solution is to put the original design on the right side and the flip it and put it on the left size. Continue the pattern on a 9 x 4 grid.
Participant 10
Initial description: The output is 2x wider and 3x taller. The input is copied to the top right (2, 0). The input is flipped vertically and drawn to (2, 3). The input is flipped vertically again and then drawn to (2, 5). The output is then mirrored horizontally.
Final description: The output is 2x wider and 3x taller. The input is copied to the top right (2, 0). The input is flipped vertically and drawn to (2, 3). The input is flipped vertically again and then drawn to (2, 5). The output is then mirrored horizontally.
Participant 11
Initial description: The shape should be flipped, the recreated in the output. This should be mirrored to the left once, and up twice. However, I see that although this was on edit mode, it randomly flood filled a block and I will have to recreate this one.
Final description: The output grid should be twice the width of the input, and three times as high. The input shape should be mirrored in the lower right corner. From there, mirror it once to the left, and flip the resulting shape twice above the first you made.
Participant 12
Initial description: Make the 2x3 grid a 4x9 grid by using the original pattern on the right side and a horizontally flipped version of the pattern on the left side. Repeat 3 times.
Final description: Make the 2x3 grid a 4x9 grid by using the original pattern on the right side and a horizontally flipped version of the pattern on the left side. Repeat 3 times.
Participant 13
Initial description: It seems as if the input is an enlarged area, but in the output it's not fully visible and only the right part of the grid in the test is used to start the pattern.
Final description: The test input piece starts at the upper right and is repeated on down the grid. Then it mirrors itself on the left side of the grid.
