Participant 1
Initial description: It was the inverted form of the bottom half to finish the pattern
Final description: It was the inverted form of the bottom half to finish the pattern
Participant 2
Initial description: It looked similar to the first output example, so I figured I would try it.
Final description: This looked completely random to me.
Participant 3
Initial description: Make the grid the same size as the green area. Create the pattern that should be in that space.
Final description: Create a grid the same dimensions of the green squares in the large input. Create the colored pattern that would be in that space.
Participant 4
Initial description: I think the transformation is just filling in the green areas with the pattern that fits in with the rest of the area
Final description: I think the transformation is just filling in the green areas with the pattern that fits in with the rest of the area
Participant 5
Initial description: The green area indicates where it is wanting the coloring filled in. SInce the image is symetrical, use a mirror image of the same space on the other side of the image.
Final description: The green area indicates where it is wanting the coloring filled in. SInce the image is symetrical, use a mirror image of the same space on the other side of the image.
Participant 6
Initial description: The size of the output is determined by the green pattern. The colors inside seem to be randomly chosen.
Final description: The green pattern determined the size of the output but I could not figure out which patter of the input went into the output.
Participant 7
Initial description: Create a color graph with the colors used in the graph except for the green color.
Final description: Create the color grid used in the test input to make a color coding chart for reference.
Participant 8
Initial description: fill in the green section
Final description: fill in the green section
Participant 9
Initial description: fill out an area equal to the green rectangle that would make the image symmetric
Final description: fill out an area equal to the green rectangle that would make the image symmetric
Participant 10
Initial description: I think it was like example three
Final description: it was so difficult to identify
Participant 11
Initial description: Fills the green section in the input with a pattern based on the rest of the image.
Final description: Fills the green section in the input with a pattern based on the rest of the image.
Participant 12
Initial description: The entire input square is a mirrored pattern. Use this information to fill in the green squares with what the colors should be if it was perfectly mirrored.
Final description: The entire input square is a mirrored pattern. Use this information to fill in the green squares with what the colors should be if it was perfectly mirrored. The output pattern should only be the size of the green squares.
