Participant 1
Initial description: I think the rule was to flood the areas with the color outside in the middle, and change the border to the color embedded with the differently colored outline.
Final description: See the border outline of a shape that has one color different? Take that one different color and change the whole outline to match it. Now, see the different colored square in the space within that border? Change the area within the space of the border to match that one color. Use the flooding tool to go quickly.
Participant 2
Initial description: When a group of blocks have one color block out that doesn't match switch the blocks to that color.
Final description: When a group of blocks have a single color block that doesn't match that color switch the blocks to the color.
Participant 3
Initial description: Fill in the black with whichever color is in the black. Fill in the blue with the odd color on the blue shape.
Final description: Fill in the black with whichever color is in the black. Fill in the blue with the odd color on the blue shape.
Participant 4
Initial description: Each blue path becomes the color of the one colored square in it. Each separate area with black squares becomes the color of the one colored square in it.
Final description: Each blue path becomes the color of the one colored square in it. Each separate area with black squares becomes the color of the one colored square in it.
Participant 5
Initial description: Just fill in any black spaces with the color of the single square inside of it. The blue lines then must match the color of the one square that it different that sits inside the line.
Final description: Just fill in any black spaces with the color of the single square inside of it. The blue lines then must match the color of the one square that it different that sits inside the line.
Participant 6
Initial description: It's a transformation by color of each area or shape. Each area or shape in the first image is composed mainly of one color, but has a single block of another color present in it. In the transformation, that area or shape is changed to the color of the single odd-color block present.
Final description: It's a transformation by color of each area or shape. Each area or shape in the first image is composed mainly of one color, but has a single block of another color present in it. In the transformation, that area or shape is changed to the color of the single odd-color block present.
Participant 7
Initial description: i counted the blocks to calculate where everything should go
Final description: i counted the blocks to calculate where everything should go
Participant 8
Initial description: Create a checkerboard pattern
Final description: good
Participant 9
Initial description: what ever color is in an area i was to color that are in that color, if the color block was on a line then the line got that color if the color block was on an open space than that open space got that color,
Final description: when a color block is on a line color that portion of the line that color. when a color block is in an open area color in the area in that color. only color that area which is connected together.
Participant 10
Initial description: I saw that input and output 2 looked similar so I tried to recreate the output based on the placement and colors of what was in the test input.
Final description: I tried to match the boxes to the color based on the color that dominated that section.
Participant 11
Initial description: used the color in the area
Final description: used the color in the area
Participant 12
Initial description: I thought it would be the same.
Final description: I give up.
Participant 13
Initial description: Use the input as a template and recolor the image in the colors of the provided color square from the input for each section.
Final description: Use the input as a template and recolor the image in the colors of the provided color square from the input for each section.
