Participant 1
Initial description: I mirrored the shaped provided to create a symmetrical image
Final description: I can't figure it out.
Participant 2
Initial description: I took the input and reproduced all of the shapes in the output to go all around the bigger box.
Final description: I took the input and reproduced all of the shapes in the output to go all around the bigger box.
Participant 3
Initial description: The grid will be the same size and none of the colors will change. The sides must be mirrored images of each other (i.e., if this were a piece of paper and you folded it down or across, the squares would match each other). It may help to put down a different colored line going directly across the middle horizontally and vertically to help square placement.
Final description: The grid will be the same size and none of the colors will change. The sides must be mirrored images of each other (i.e., if this were a piece of paper and you folded it down or across, the squares would match each other). It may help to put down a different colored line going directly across the middle horizontally and vertically to help square placement.
Participant 4
Initial description: The patterns on the should be identical to each other, but reversed to completely fill the screen.
Final description: The patterns on the should be identical to each other, but reversed to completely fill the screen.
Participant 5
Initial description: This is like Example Input 1 and Output 1, having squares of considerable size with a black (open) box in each.
Final description: I chose example Output 1 as the rule, but it was not accepted, so in order to get to the end of this survey, I tried the others.
Participant 6
Initial description: the machine would fill in the missing patterns from the sets, creating 4x4 grids of blue blocks with one black pixel working its way from left to right, top to bottom, on each 4x4 blue square
Final description: the machine would fill in the missing patterns from the sets, creating 4x4 grids of blue blocks with one black pixel working its way from left to right, top to bottom, on each 4x4 blue square
Participant 7
Initial description: Resized to 19 squares each way. Edited individual squares to match pattern.
Final description: change grid to 19. copy settings from test input to output.
Participant 8
Initial description: Mirror the pattern of each block across the center axis vertically and horizontally.
Final description: Mirror the pattern of each block across the center axis vertically and horizontally.
Participant 9
Initial description: Fill in the blue squares that complete the mirror image
Final description: Fill in the blue squares that complete the mirror image
Participant 10
Initial description: after messing with this for 45 minutes i have no clue whats going on if you reject me im not gonna be happy
Final description: no matte what i try it says im wrong so here is a blank one to see if that makes it happy i have count grid sqaures
Participant 11
Initial description: Mirror the pattern horizontally and vertically.
Final description: Mirror the pattern horizontally and vertically.
Participant 12
Initial description: the rule was to recreate the output in increments of 1 black square over and one black square up til you reached the end
Final description: the rule was to recreate the output in increments of 1 black square over and one black square up til you reached the end
