Participant 1
Initial description: Each block in the output represents the majority color of the input
Final description: Each block in the output represents the majority color of the input
Participant 2
Initial description: I thought it was output 2 as there are three different boxes along the width of the input.
Final description: I thought it was Output 2 because I counted 3 different colored squares along the width in the test input which is the same as the example input 2.
Participant 3
Initial description: Count the number of squares and rectangles between each complete vertical and horizontal black line. Then, make one square for each color in each of the squares and rectangles.
Final description: Count the number of squares and rectangles between each complete vertical and horizontal black line. Then, make one square for each color in each of the squares and rectangles.
Participant 4
Initial description: match the color patterns and the grid numbers
Final description: match the color patterns and the grid numbers
Participant 5
Initial description: Extend the colors into grids for the output
Final description: Finish the boxes so the output matches the input like the example boxes to the left.
Participant 6
Initial description: d
Final description: each new square corresponds to each section in the input and is divided by black lines. fill in as one square in the output with the majority color in the section of the input.
Participant 7
Initial description: each colored area count as one block and solid color
Final description: each colored area count as one block and solid color
Participant 8
Initial description: Use the clusters of color in the original image to recreate a new grid of solid colors based on those clusters. Treat the solid the black lines as borders.
Final description: Use the clusters of color in the original image to recreate a new grid of solid colors based on those clusters. Treat the solid the black lines as borders.
Participant 9
Initial description: Each color represented an equal amount of the total output and each color determined how many total squares there were.
Final description: Each color was its own square in the order it was displayed in the input. The amount of each square didn't matter, just the colors and where they rested.
Participant 10
Initial description: The colors in the input, you take one and fill a 3x3 box
Final description: The colors in the input, you take one and fill a 3x3 box
Participant 11
Initial description: the rule is to reproduce the main colors of the different sections of the bigger grid.
Final description: the rule is to reproduce the main colors of the different sections of the bigger grid.
