Participant 1
Initial description: Filled in the provided grid with the color of the space that takes up the most area
Final description: Filled in the provided grid with the color of the space that takes up the most area
Participant 2
Initial description: Turn the grid to 3X3 and flood the color with the lowest colored blob on the input.
Final description: Turn the grid to 3X3 and flood the color with the lowest colored blob on the input.
Participant 3
Initial description: The colored squares with the largest area should make a 3x3 grid of that color.
Final description: The colored squares with the largest area should make a 3x3 grid of that color.
Participant 4
Initial description: The output is equal to the color of the "shape" within the grid with the most squares. So in this case, it would be gray.
Final description: The output is equal to the color of the "shape" within the grid with the most squares. So in this case, it would be gray.
Participant 5
Initial description: Example Input 2 is similar as we see 4 large patches of color within a 20 x 20 patchwork with checkboard and much black.
Final description: I have explained already that Example Input 3 provides the rule of 4 colorful patches within a 20 x 20 patchwork, a checkboard of three colors, much of it in black
Participant 6
Initial description: fill a 3x3 grid with the color that occupies the most contiguous squares
Final description: fill a 3x3 grid with the color that occupies the most contiguous squares
Participant 7
Initial description: Set the color of all in the output to the the largest color block in the input.
Final description: Set the color of all in the output to the the largest color block in the input.
Participant 8
Initial description: Reset grid to 3 x 3 size and fill all squares with the color of the largest solid block of color from test input.
Final description: Reset grid to 3 x 3 size and fill all squares with the color of the largest solid block of color from test input.
Participant 9
Initial description: Create the grid output of the color that has the most or largest area of individual grid spaces of a single color within the input grid space
Final description: Create the grid output of the color that has the most or largest area of individual grid spaces of a single color within the input grid space
Participant 10
Initial description: Fill a 3x3 grid with the color from the largest continuous colored feature from input.
Final description: Fill a 3x3 grid with the color from the largest continuous colored feature from input.
Participant 11
Initial description: recreate the example input 2 since there were 4 different blocks of shape
Final description: recreate the example input 2 since there were 4 different blocks of shape
