1fad071e.json
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Train Examples
Test Example
Participant 1
Initial description: put a number of blue squares equal to the number of blue 2x2 squares in the input
Final description: Create a 1x5 grid. Starting on the leftmost square, put a number of blue squares equal to the number of blue 2x2 squares in the input
Participant 2
Initial description: Count all blue boxes comprised of 4 pixels in test input grid, then change test output grid to be 1 pixel tall and 4 across. Put 3 blue pixels there (going left from right) to match the number of blue boxes in the original test input grid.
Final description: Count all blue boxes comprised of 4 pixels in test input grid, then change test output grid to be 1 pixel tall and 5 across. Put 3 blue pixels on that 1x5 grid (going left from right) to match the number of blue boxes in the original test input grid.
Participant 3
Initial description: The squares fill up based on how many blue cells are in a row on the test input
Final description: The squares fill up based on how many blue cells are in a row on the test input
Participant 4
Initial description: number of 2x2 blue blocks
Final description: number of 2x2 blue blocks
Participant 5
Initial description: Make three full squares of each color, even if separated.
Final description: Make three full squares of each color, even if separated.
Participant 6
Initial description: NUMBER OF 2 X 2 BLUE SQUARES
Final description: NUMBER OF 2 X 2 BLUE SQUARES
Participant 7
Initial description: Blue square only dependent on square in an area when the grid is shrunk.
Final description: Take the second horizontal line blue colors only.
Participant 8
Initial description: nan
Final description: nan
Participant 9
Initial description: Count the number of 2x2 blue squares in the input. On a 1x5 grid, color that number of cells blue, starting from the left.
Final description: Count the number of 2x2 blue squares in the input. On a 1x5 grid, color that number of cells blue, starting from the left.
Participant 10
Initial description: Copy the number of light blue squares in the second row down with the rest remaining dark blue
Final description: Reduce grid to 1 high by 5 wide, look at the number of light blue squares in the second row down on the input and fill those with light blue from left to right on the output, with the remaining squares being dark blue
Participant 11
Initial description: the number of 4 squared boxes determines the amount of boxes filled in the output
Final description: the number of 4 squared boxes determines the amount of boxes filled in the output
Participant 12
Initial description: Count the number of dark blue squares and then color in that amount of squares.
Final description: Count the number of dark blue squares and then color in that amount of squares.
Participant 13
Initial description: Make a 1 height x 5 width row. Then fill in blue for how many 4x4 red boxes there are on the test input. Leave the rest black.
Final description: Make a 1 height x 5 width row. Then fill in blue for how many 4x4 red boxes there are on the test input. Leave the rest black.
Participant 14
Initial description: depending on the number of blue squares you go left to right to show how many there are 1 blue square is one colored box on the output
Final description: depending on the number of blue squares you go left to right to show how many there are 1 blue square is one colored box on the output
Participant 15
Initial description: The output is a 1x5 grid with a blue square for every blue 2x2 square in the input.
Final description: The output is a 1x5 grid with a blue square for every blue 2x2 square in the input.
Participant 16
Initial description: matched two of the example outputs
Final description: matched the example outputs; guessed at the number of blue squares
Participant 17
Initial description: I can't figure out the pattern or rule.
Final description: I can't figure out the pattern or rule but for my second try, I guessed right.
Participant 18
Initial description: combo of patterns
Final description: combo of patterns
Participant 19
Initial description: Make a grid that is five squares long and only one square wide. Count the number of blue boxes you see in the input grid and color that many of the five squares blue. For example, if there are three blue boxes, you would mark the first three squares on your grid blue and leave the last two black.
Final description: Make a grid that is five squares long and only one square wide. Count the number of blue boxes you see in the input grid and color that many of the five squares blue. For example, if there are three blue boxes, you would mark the first three squares on your grid blue and leave the last two black.
Participant 20
Initial description: Count the number of blue squares in the second row of the input and make that number of squares blue in the output
Final description: Count the number of blue squares in the second row of the input and make that number of squares blue in the output
Participant 21
Initial description: I honestly have no idea I adding one red to the bottom of the blue was the only thing I could see
Final description: I honestly have no idea I adding one red to the bottom of the blue was the only thing I could see
Participant 22
Initial description: im trying to follow example 3
Final description: im trying to follow example 3
Participant 23
Initial description: nan
Final description: nan
Participant 24
Initial description: Make a 5x1 grid and then count the number of blue squares and put that many blue squares from left to right in the 5x1 grid.
Final description: Make a 5x1 grid and then count the number of blue squares and put that many blue squares from left to right in the 5x1 grid.
Participant 25
Initial description: Count the number of blue 2x2 squares.
Final description: Count the number of blue 2x2 squares. Make a 1x5 line and for each blue 2x2 there is fill in one square with a blue from left to right.
Participant 26
Initial description: Really just guessing, based on the examples. There apparently needs to be only five squares total, but they need to be the right number of blue and red.
Final description: Really just guessing, based on the examples. There apparently needs to be only five squares total, but they need to be the right number of blue and red.
Participant 27
Initial description: Count the big blue boxes, then arrange in a row of 5.
Final description: Count the big blue boxes, then arrange in a row of 5.
Participant 28
Initial description: create a grid that has height 1 and width 5. The grid is like a progress bar for tracking how many BLUE 2x2 shapes there are. Fill in from left to right, the same color blue, as many as you see in your Test Input. For example, if you see two BLUE 2x2 shapes, the test output would be a row starting with 2 blue and 3 black. Another example: if you see five BLUE2x2 shapes, the test output would just be 1 row of 5 blue squares. just ignore any individual blue shapes that are 1x1 and ignore all red shapes.
Final description: create a grid that has height 1 and width 5. The grid is like a progress bar for tracking how many BLUE 2x2 shapes there are. Fill in from left to right, the same color blue, as many as you see in your Test Input. For example, if you see two BLUE 2x2 shapes, the test output would be a row starting with 2 blue and 3 black. Another example: if you see five BLUE2x2 shapes, the test output would just be 1 row of 5 blue squares. just ignore any individual blue shapes that are 1x1 and ignore all red shapes.
Participant 29
Initial description: This is wrong...
Final description: This The grid is 1x5 like the examples. The number of blue is the same as the number of large blue square shapes shown in the input.
Participant 30
Initial description: count the number of big blue square
Final description: make a 1 x 5 grid, for each big blue square in the input, add a blue cell to the output starting from the left
Participant 31
Initial description: i lost it i wont get it
Final description: i lost it i wont get it
Participant 32
Initial description: It's showing the number of blue blocks on the second line down.
Final description: It's showing the number of blue blocks on the second line down.
Participant 33
Initial description: the blue 2x2 in the input gets 1 blue box each in the output
Final description: the blue 2x2 in the input gets 1 blue box each in the output
Participant 34
Initial description: Count how many two by two blue boxes there were and then filled in that many blue boxes starting from the left.
Final description: Create a grid with 5 columns and 1 row. Then count how many blue boxes there are. Fill in each blue box with that same count, starting from the left.
Participant 35
Initial description: I made a mistake initially and hit submit
Final description: not sure what the patterns on the left side are showing
Participant 36
Initial description: Make a 1 by five grid Count the number of 4x4 square and then use that number to fill in the 1x5
Final description: Make a 1 by five grid Count the number of 4x4 square and then use that number to fill in the 1x5
