Participant 1
Initial description: To fit them in a 7 x 7 area in their respective arrangements.
Final description: To fit them in a 7 x 7 area in their respective arrangements.
Participant 2
Initial description: Create a grid that matches the largest area of grouped boxes. In this case it is the green boxes and a 7x7 grid. Then put the green boxes in place in the grid. They go into the corners. Then put the blue boxes into the grid inside the green ones. This puts them in the middle positions around the edge of the grid. Next put the red and pink boxes in their place relative to the other boxes. This means red goes next to the left and right side of the grid next to the blue boxes. then put the pink boxes on top and bottom of the grid next to the blue boxes. Finally fill the rest of the boxes with the light blue color.
Final description: Create a grid that matches the largest area of grouped boxes. In this case it is the green boxes and a 7x7 grid. Then put the green boxes in place in the grid. They go into the corners. Then put the blue boxes into the grid inside the green ones. This puts them in the middle positions around the edge of the grid. Next put the red and pink boxes in their place relative to the other boxes. This means red goes next to the left and right side of the grid next to the blue boxes. then put the pink boxes on top and bottom of the grid next to the blue boxes. Finally fill the rest of the boxes with the light blue color.
Participant 3
Initial description: Combine all colors into a 7x7
Final description: Combine all colors into a 7x7
Participant 4
Initial description: The rule was to the fit the box outlines from the test input into the test output square.
Final description: The rule was to the fit the box outlines from the test input into the test output square.
Participant 5
Initial description: Find individual color-coded regions, move them to the border, make the dominant color the background.
Final description: rotate the color scheme
Participant 6
Initial description: Make the interior light blue, then fill superimpose the 4 outer borders on each other.
Final description: Make the interior light blue, then fill superimpose the 4 outer borders on each other.
Participant 7
Initial description: Takes the same shape of all the colored blocks and place them together as a single shape. match output size to the largest pattern.
Final description: Combine all the block patterns into a single output the size of the largest pattern. keep all colors the same, dont forget to fill the background.
Participant 8
Initial description: Copied Example 1 pattern
Final description: Not sure on this one at all
Participant 9
Initial description: The squares make a larger square
Final description: The colored boxes of the input are combined to form a bigger box outline.
Participant 10
Initial description: bring all the colored squares closer together
Final description: bring all the colored squares closer together
Participant 11
Initial description: I followed the pattern
Final description: I tried to followed the pattern
Participant 12
Initial description: Make the background color the same background color as the input. Make the grid the same number of squares across as the four individual color sets in the input. Arrange the same patterns from the input along the edges of the square.
Final description: Make the background color the same background color as the input. Make the grid the same number of squares across as the four individual color sets in the input. Arrange the same patterns from the input along the edges of the square.
Participant 13
Initial description: To get the output dimensions, the bounds of each like colored group of tiles are taken. The maximum width will be taken from the widest like colored group of tiles and the maximum height will be taken from the tallest like colored group of tiles. Then, each of the like colored groups of tiles will be placed in the output grid aligned by their center origins.
Final description: To get the output dimensions, the bounds of each like colored group of tiles are taken. The maximum width will be taken from the widest like colored group of tiles and the maximum height will be taken from the tallest like colored group of tiles. Then, each of the like colored groups of tiles will be placed in the output grid aligned by their center origins.
