Participant 1
Initial description: grid size is 9 + ((6 - 2) x 3); pattern is as shown, inscribed in a 3 x 3 grid.
Final description: grid size is 9 + ((6 - 2) x 3); pattern is as shown, inscribed in a 3 x 3 grid.
Participant 2
Initial description: The rule for the grid is to multiple the number of black spaces in the test input by 3, replicate the pattern from the upper left of the grid. The colored grids represent the number of times the pattern is repeated.
Final description: Multiple the black spaces by 3 to create the grid count. Repeat the pattern by the number of non-black spaces.
Participant 3
Initial description: It matches the premise of the other outputs where the pattern is repeated at the top, but only the top, depending on how many boxes are filled in the input.
Final description: I thought the rule would be that the input would only fill the top, but that didn't work so I tried expanding it.
Participant 4
Initial description: The overall grid was 3 times the number of black spaces in the example high and wide. Then the pattern was repeated the number of times equal to the number of color spaces in the example.
Final description: The overall grid was 3 times the number of black spaces in the example high and wide. Then the pattern was repeated the number of times equal to the number of color spaces in the example.
Participant 5
Initial description: The example outputs have a pattern of their own that follows what size the grid will be. The other pattern is that the input is repeated based on how many squares are filled in.
Final description: There is a rule to the size of the grid but I am unable to figure out what that pattern is.
Participant 6
Initial description: I feel like this is the shape repeated ,but unsure how many times the shape needs to be repeated
Final description: Ugh i just dont know how many times or how big the grid needs to be for the one, its very challenging , but i do feel that it has to do with repeating the image over and over
Participant 7
Initial description: Draw the same grid for as many colored square as there are in the input. in a 12x12 grid.
Final description: I am not sure what the rule was, I couldn't correlate the number of colored cells to the size of the grid.
Participant 8
Initial description: copies of test input onto output in copies numbering amount of colored squares
Final description: copies of test input in numbers related to number of colored squares
