Participant 1
Initial description: it is right
Final description: I focus what I done
Participant 2
Initial description: The largest number of colored blocks goes on the top, then the second largest number goes second and the least amount of colored blocks goes on the bottom.
Final description: The largest number of colored blocks goes on the top, then the second largest number goes second and the least amount of colored blocks goes on the bottom.
Participant 3
Initial description: we have an output 1 box horizontal and 3 boxes verticle. The colors match the input with the least amount of squares to the most amount of squares from top to bottom
Final description: The output is 1 square wide and 3 squares tall. The colors go from top to bottom with the top being the most squares from the input to the least squares from the input.
Participant 4
Initial description: The color with the most amount of squares is the first square on top. The color with the 2nd most amount of squares is the middle. The number of with least amount of squares is at the bottom.
Final description: The color with the most amount of squares is the first square on top. The color with the 2nd most amount of squares is the middle. The number of with least amount of squares is at the bottom.
Participant 5
Initial description: The most used color block is represented by one block on top followed by each subsequent color underneath.
Final description: The most used color block is represented by one block on top followed by each subsequent color underneath.
Participant 6
Initial description: The most blocks gets on top, then 2nd most blocks, then 3rd is on bottom.
Final description: The most blocks gets on top, then 2nd most blocks, then 3rd is on bottom.
Participant 7
Initial description: the color which is present more need to filled first in the output and in same order the other colors.
Final description: the color which is present more need to filled first in the output and in same order the other colors.
Participant 8
Initial description: I GIVE A OUTPUT BASED ON INPUT GRID
Final description: I GIVE A OUTPUT BASED ON INPUT GRID
Participant 9
Initial description: may be easy examples.
Final description: quiet easy one.
Participant 10
Initial description: following the examples
Final description: followed the examples
Participant 11
Initial description: One block from each of the shapes in a single line.
Final description: One block from each shape in the input should be made in the output but I could not figure out what determines the order. I thought it was height but now I believe it may be overall area of the shapes.
Participant 12
Initial description: fill in the colors
Final description: one cell from most to least
Participant 13
Initial description: There will be one box for each color from the test input made into a vertical column. From top to bottom will be based on whichever color had the most input squares, in descending order.
Final description: There will be one box for each color from the test input made into a vertical column. From top to bottom will be based on whichever color had the most input squares, in descending order.
Participant 14
Initial description: change to 3 by 1. big colors go on top, little on bottom
Final description: change to 3 by 1. big colors go on top, little on bottom
Participant 15
Initial description: on the new grid the three colors are translated in to just 1 block each they are in order from top to bottom most amount of color to least amount of color on the original.
Final description: on the new grid the three colors are translated in to just 1 block each they are in order from top to bottom most amount of color to least amount of color on the original.
Participant 16
Initial description: Looked at examples and it showed was biggest color blobs in descending order
Final description: Looked at examples and it showed was biggest color blobs in descending order
Participant 17
Initial description: Shrink the Test Output 3 x 1 grid and make the top pixel the color of the shape with the most pixels in the Input, the middle pixel of the Output the color of the Input shape with the 2nd most pixels and the bottom pixel of the Output the color of the Input shape with the least number of pixels.
Final description: Shrink the Test Output 3 x 1 grid and make the top pixel the color of the shape with the most pixels in the Input, the middle pixel of the Output the color of the Input shape with the 2nd most pixels and the bottom pixel of the Output the color of the Input shape with the least number of pixels.
Participant 18
Initial description: This progress was good.
Final description: This progress was good.
Participant 19
Initial description: to give height and width value and give some suitable color
Final description: To give height and width value and suitable colors
Participant 20
Initial description: It depends on the grid.
Final description: The rule looks different.
Participant 21
Initial description: The rule was to count the amount of blocks for each color in the test input. Then for the output, you create a grid of 3x1 where the color with the most blocks is on top and the color with the least blocks is on the bottom.
Final description: The rule was to count the amount of blocks for each color in the test input. Then for the output, you create a grid of 3x1 where the color with the most blocks is on top and the color with the least blocks is on the bottom.
Participant 22
Initial description: The color with the most squares goes at the top, and the one with the smallest space goes on bottom.
Final description: The color with the most squares goes at the top, and the one with the smallest space goes on bottom.
Participant 23
Initial description: change grid to 1x1 Then put the colors in order of which one had the most in previous grid
Final description: change grid to 1x1 Then put the colors in order of which one had the most in previous grid
Participant 24
Initial description: The one with most squares on top, etc.
Final description: The one with most squares on top, etc.
Participant 25
Initial description: whatever was the largest item on the example was the first color in the output, repeated until the smallest item was the color for the third
Final description: whatever was the largest item on the example was the first color in the output, repeated until the smallest item was the color for the third
