Participant 1
Initial description: I figured that the output would just be the blue section flipped.
Final description: I'm not sure why this is incorrect. I believe my second attempt was the correct answer because I just flipped the input on its side 180 clockwise.
Participant 2
Initial description: The image was rotated clockwise and flipped horizontally with the light blue, red, and yellow squares overlapping.
Final description: The image was rotated clockwise and flipped horizontally with the light blue, red, and yellow squares overlapping.
Participant 3
Initial description: I think the grid is supposed to be 9x9 and the photo has to be opposite of the test imput .... I'm not realized I actually copied Output 2 example and not my actual test input image.
Final description: I tried finding different ways to switch the shape of the green without changing it.
Participant 4
Initial description: it seems like blue square gets mirrored in some way
Final description: I thought it was mirrored in some way but I couldn't quite figure out the way in which it's mirrored
Participant 5
Initial description: I just tried to count the blocks and transpose the patterns as in the example.
Final description: It just looked like it was shifted and transposed in a certain way that I tried to emulate.
Participant 6
Initial description: Follow the shape an invert it to the opposite side
Final description: Invert shape to opposite side while also inverting other colors shown
Participant 7
Initial description: Resize to the size of blue rectangle in imput. Change the isolated squares to the colors indicated outside the blue region. repeat the patter and color of the other squares with the same orientaion with respect to the yellow square
Final description: Resize to the size of blue rectangle in imput. Change the isolated squares to the colors indicated outside the blue region. repeat the patter and color of the other squares with the same orientaion with respect to the yellow square
Participant 8
Initial description: The blue segment is rotated and mirrored so the 3 colored squares line up with the squares in the black area.
Final description: The blue segment is rotated and mirrored so the 3 colored squares line up with the squares in the black area.
