Participant 1
Initial description: copy the input and fill the color grid
Final description: copy the input and fill the color grid
Participant 2
Initial description: Filling in black boxes that had a random color with that color completely
Final description: Filling in black boxes that had a random color with that color completely
Participant 3
Initial description: floodfill any black cell that has either a green or red square. Fill any black cells between 2 colored cells with that same color. Where there is overlap, floodfill that cell with pink
Final description: floodfill any black cell that has either a green or red square. Fill any black cells between 2 colored cells with that same color. Where there is overlap, floodfill that cell with pink
Participant 4
Initial description: Anytime a red square is horizontally or vertically across from another red square, completely fill in all the squares between them (inclusive) with red. Do the same for green squares. Anytime red and green paths intersect, color that square pink.
Final description: Anytime a red square is horizontally or vertically across from another red square, completely fill in all the squares between them (inclusive) with red. Do the same for green squares. Anytime red and green paths intersect, color that square pink.
Participant 5
Initial description: Fill the squares with the color of the single square already in it. Then fill subsequent squares to link them together. If the red and green squares intersect color the squares pink.
Final description: Fill the squares with the color of the single square already in it. Then fill subsequent squares to link them together. If the red and green squares intersect color the squares pink.
Participant 6
Initial description: For each color block that is not black or blue, check if there is another color block of the same color in a direct line. If there is, fill all of the grid blocks between these two color blocks, including the grid blocks where the color blocks reside. If any line of connected grid blocks intersects with another, the intersection is filled with pink.
Final description: For each color block that is not black or blue, check if there is another color block of the same color in a direct line. If there is, fill all of the grid blocks between these two color blocks, including the grid blocks where the color blocks reside. If any line of connected grid blocks intersects with another, the intersection is filled with pink.
Participant 7
Initial description: Fill in boxes to create grid lines inside main grid, then use edit tool to fill individual boxes where needed.
Final description: Fill like colored boxes (in this case green and orange) so that they fill the space between each other. Where colored boxes meet and interrupt the flow, fill intersecting box in pink.
Participant 8
Initial description: Make a line in the corresponding color from where one square dot was positioned to the next, making the box where red and green meet a pink color.
Final description: Make a line in the corresponding color from where one square dot was positioned to the next, making the box where red and green meet a pink color.
Participant 9
Initial description: Where there is a single square of color, fill in til it reaches the blue. Fill in the 4x4 grids so that the newly filled grids connect to each other, without overwriting the blue squares. Where green and orange overlap, fill with purple.
Final description: Where there is a single square of color, fill in til it reaches the blue. Fill in the 4x4 grids so that the newly filled grids connect to each other, without overwriting the blue squares. Where green and orange overlap, fill with purple.
Participant 10
Initial description: Create a checkerboard pattern by alternating between the two colors in each row.
Final description: Create a checkerboard pattern by alternating between the two colors in each row.
