Participant 1

Initial description: The rule was to only make one line of the pattern with all the different colors.

Final description: The rule was to make a single line with the colors from the pattern but only placing one time each color.


Attempt 1: Incorrect
Attempt 2: Correct

Participant 2

Initial description: It appears the row or column it is in, depending on the pattern, is reduced to 1. The colors that are touched are combined in to 1 color. This was reduced to 1 row and down to only 5 colors.

Final description: It appears the row or column it is in, depending on the pattern, is reduced to 1. The colors that are touched are combined in to 1 color. This was reduced to 1 row and down to only 5 colors.


Attempt 1: Correct

Participant 3

Initial description: This was better.

Final description: That was confusing.


Attempt 1: Incorrect
Attempt 2: Incorrect
Attempt 3: Incorrect

Participant 4

Initial description: the width is equal to the number of colors

Final description: the width is equal to the number of colors


Attempt 1: Correct

Participant 5

Initial description: It represents the columns or rows of colors depending which direction the input is extended and it is a single square per different color.

Final description: What I described previously, but I made a mistake implementing it. This website is unweildy.


Attempt 1: Incorrect
Attempt 2: Correct

Participant 6

Initial description: Demonstrate the color composition of the grid using a single square to represent each color. The orientation of the bar depends on how the colors were arranged in the input.

Final description: Demonstrate the color composition of the grid using a single square to represent each color. The orientation of the bar depends on how the colors were arranged in the input.


Attempt 1: Correct

Participant 7

Initial description: Based on the examples, make a 1x9 grid and copy the colors along the top row to match.

Final description: Make a 1x5 grid, and copy each color once, so the two blues become one, the three greens become one, and so on. Go in the order presented.


Attempt 1: Incorrect
Attempt 2: Correct

Participant 8

Initial description: Take one of the rows or columns (whichever has the most variety of colors) and recreate it in the test output

Final description: I though the rule was to take one of the rows or columns and recreate it.


Attempt 1: Incorrect
Attempt 2: Incorrect
Attempt 3: Incorrect

Participant 9

Initial description: Each color is presented once in the order it appears from left to right, ignoring duplicate instances.

Final description: Each color is presented once in the order it appears from left to right, ignoring duplicate instances.


Attempt 1: Correct

Participant 10

Initial description: easy to handle this task

Final description: not to easy this task


Attempt 1: Incorrect
Attempt 2: Incorrect
Attempt 3: Incorrect

Participant 11

Initial description: Cross-section to show the different colors but only one block to represent one color. So, if the colors are differently arranged vertically(column) the output will show a cross-section horizontally (row).

Final description: Cross-section to show the different colors but only one block to represent one color. So, if the colors are differently arranged vertically(column) the output will show a cross-section horizontally (row).


Attempt 1: Correct

Participant 12

Initial description: I copied the way in which is showed a cut through of all colors in a _x1 or 1x_

Final description: I made it a 1x5 for each color in order they appeared


Attempt 1: Incorrect
Attempt 2: Correct