ARC Visualizations

Participant 1

Initial description: The number of rows is the colored box with the most significant number (blue, 6) and the columns are the number of colors. From the left to right, just fill in the boxes with different colors (the number is consistent with that on the left).

Final description: The number of rows is the colored box with the most significant number (blue, 6) and the columns are the number of colors. From the left to right, just fill in the boxes with different colors (the number is consistent with that on the left).

Participant 2

Initial description: Good

Final description: good

Participant 3

Initial description: The rule is that the output has as many columns as there are distinct colors in the input and as height or number of rows is equal to the number of tiles in the input for the color with the most tiles so that the output has the colors arranged left to right in decreasing order of color maximum number of tiles with the same number of tiles for each color in each color column going vertical down with black tiles filling the space below this.

Final description: The rule is that the output has as many columns as there are distinct colors in the input and as height or number of rows is equal to the number of tiles in the input for the color with the most tiles so that the output has the colors arranged left to right in decreasing order of color maximum number of tiles with the same number of tiles for each color in each color column going vertical down with black tiles filling the space below this.

Participant 4

Initial description: NICE

Final description: DONE

Participant 5

Initial description: This one was honestly too abstract for me, I could not figure this out even the width and height confuse me

Final description: I could not grasp this one at all, I could find no reasonable pattern, sorry

Participant 6

Initial description: Count the number of each color. The grid will be as tall as the highest number, and the width is how many colors there are. From left to right, make columns of the colors in their numerical order.

Final description: Count the number of each color. The grid will be as tall as the highest number, and the width is how many colors there are. From left to right, make columns of the colors in their numerical order.

Participant 7

Initial description: We are rearranging the boxes starting with the one with the most boxes and the the one that flow it not in number of boxes but how they follow each other from in the input.

Final description: Rearrage the boxes vertically starting with the one with the most boxes.

Participant 8

Initial description: The output grid will be the width of the number of the colors in the input. The height of the output grid will be the number of squares that are the dominant (most used) color of the input. Then each column of the output will be colored in descending order by the number of squares that were that color in the input. So if the input has 6 blue, 4 light blue, 3 red, 2 green, and 1 yellow, the output will be a 6 high by 5 wide grid, with the first column being 6 blue squares, the 2nd column 4 light blue squares, etc.

Final description: The output grid will be the width of the number of the colors in the input. The height of the output grid will be the number of squares that are the dominant (most used) color of the input. Then each column of the output will be colored in descending order by the number of squares that were that color in the input. So if the input has 6 blue, 4 light blue, 3 red, 2 green, and 1 yellow, the output will be a 6 high by 5 wide grid, with the first column being 6 blue squares, the 2nd column 4 light blue squares, etc.

Participant 9

Initial description: good

Final description: ok

Participant 10

Initial description: I noticed that in the example inputs/outputs, the output was "deconstructing" the colored shapes by the number of squares each shape occupied. The colors were then placed into lines going from longes to shortest, left to right.

Final description: I noticed that in the example inputs/outputs, the output was "deconstructing" the colored shapes by the number of squares each shape occupied. The colors were then placed into lines going from longes to shortest, left to right.