d631b094.json
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Train Examples
Test Example
Participant 1
Initial description: The test output becomes one row only. The width is determined by the number of non-black squares in the test input. For example, if there are 3 green squares in the test input, then the test output would be 1 row of 3 green squares.
Final description: The test output becomes one row only. The width is determined by the number of non-black squares in the test input. For example, if there are 3 green squares in the test input, then the test output would be 1 row of 3 green squares.
Participant 2
Initial description: grid size is 1 high by number of colored squares wide; set all of these to color of input
Final description: grid size is 1 high by number of colored squares wide; set all of these to color of input
Participant 3
Initial description: take the number of coclored squares and make a horizontal line with it
Final description: take the number of coclored squares and make a horizontal line with it
Participant 4
Initial description: Make the output 1x(the number of non-black squares in the input), then color the squares the non-black color from the input.
Final description: Make the output 1x(the number of non-black squares in the input), then color the squares the non-black color from the input.
Participant 5
Initial description: Count all the colored (non black) blocks and make grid on row with the number of columns equal to number of colored blocks and make all blocks in that one row that color.
Final description: Count all the colored (non black) blocks and make grid on row with the number of columns equal to number of colored blocks and make all blocks in that one row that color.
Participant 6
Initial description: I was to put in a horizontal line all of the colored squares.
Final description: I was to put in a horizontal line all of the colored squares.
Participant 7
Initial description: total number of colored squared put in a single row
Final description: total number of colored squared put in a single row
Participant 8
Initial description: the colored sqares are lined up
Final description: the colored sqares are lined up
Participant 9
Initial description: The colored squares were pulled out of the grid and put in a single line.
Final description: The colored squares were pulled out of the grid and put in a single line.
Participant 10
Initial description: Output a 1xN grid of the non-black color, where N is the number of non-black cells in the input.
Final description: Output a 1xN grid of the non-black color, where N is the number of non-black cells in the input.
Participant 11
Initial description: Every colored square on the test input is horizontal in the test output, with no black square spaces around it.
Final description: Every colored square on the test input is horizontal in the test output, with no black square spaces around it.
Participant 12
Initial description: there's 5 yellow squares in the input and the output is a single row of those 5 squares
Final description: there's 5 yellow squares in the input and the output is a single row of those 5 squares
Participant 13
Initial description: The output was showing the number of example colors to take out alone. I put the 5 yellows into their own row of colors. Just like shown in the demos. The colors matched the amount of squares.
Final description: The output was showing the number of example colors to take out alone. I put the 5 yellows into their own row of colors. Just like shown in the demos. The colors matched the amount of squares.
Participant 14
Initial description: Count how many colored squares there are in the input and create a straight line of that color with that number.
Final description: Count how many colored squares there are in the input and create a straight line of that color with that number.
Participant 15
Initial description: All the example outputs have a single row, the number of squares are determined by how many non-black squares are in the input. Since the test input has five yellow squares, it makes a single row of five squares, colored yellow.
Final description: All the example outputs have a single row, the number of squares are determined by how many non-black squares are in the input. Since the test input has five yellow squares, it makes a single row of five squares, colored yellow.
Participant 16
Initial description: Take the number of colored squares from the input grid and create one line in the new grid.
Final description: Take the number of colored squares from the input grid and create one line in the new grid.
