e5062a87.json
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Train Examples
Test Example
Participant 1
Initial description: The test input is copied to the test output. From there, whatever red shape exists in the test input is multiplied in the test output as long as it does not touch the black squares. For example, a 3x3 red square in the test input is added to the test output as many times as possible within the gray squares only.
Final description: I thought the rule was to take the red object and duplicate it among the black squares only.
Participant 2
Initial description: Replicate the orange box shape in as many spaces it will fit in the black boxes.
Final description: Replicate the orange box shape in as many spaces it will fit in the black boxes.
Participant 3
Initial description: The output is the same as the input, except that every pattern of black squares that is the same shape as the orange pattern in the input should also be colored orange.
Final description: The output is the same as the input, except that every pattern of black squares that is the same shape as the orange pattern in the input should also be colored orange.
Participant 4
Initial description: Create a grid of the height and width to match test input. Anywhere there are black blocks touching that can be recreated in the red pattern, turn them to red.
Final description: Create a grid of the same height and width of test input. Anyplace there are black blocks touching in the same pattern as the red, turn them red.
Participant 5
Initial description: Copy the red shape onto black squares where it will fit.
Final description: Copy the red shape onto black squares where it will fit.
Participant 6
Initial description: find the red shape in the input and color as many similar shapes in the black sections of the output as you can find.
Final description: find the red shape in the input and color as many similar shapes in the black sections of the output as you can find.
Participant 7
Initial description: We take the section of colored blocks from the input and see if that shape can fit into any of the black shapes. If it can, we turn those black shapes into the different color from the input.
Final description: We take the section of colored blocks from the input and see if that shape can fit into any of the black shapes. If it can, we turn those black shapes into the different color from the input.
Participant 8
Initial description: Any red shape turns red in the output.
Final description: Any red shape turns red in the output.
Participant 9
Initial description: the black squares don't change, but the red squares duplicate themselves
Final description: the red squares duplicate themselves some number of times
Participant 10
Initial description: Reproduce the input, but change the color of any set of black squares that is identical to the set of red squares. Make all such sets red.
Final description: Reproduce the input, but change the color of any set of black squares that is identical to the set of red squares. Make all such sets red.
Participant 11
Initial description: copy the input and fill in areas that are the same size exactly the same
Final description: copy the input and fill in areas that are the same size exactly the same
Participant 12
Initial description: N/A, this was an accidental click as the puzzle was changing.
Final description: Color in the black squares where this same shape will fit, and also maintain orientation of the shape.
Participant 13
Initial description: I looked for the pattern that I see in red into the test output. I found 3 of the duplicates so I filled those in red. It's what I saw in the patterns of the demos that were similar.
Final description: I looked for the pattern that I see in red into the test output. I found 3 of the duplicates so I filled those in red. It's what I saw in the patterns of the demos that were similar.
Participant 14
Initial description: The red block pattern is to be copied onto the test output, but only if that pattern can fit exactly within a black section that is exactly the same from the test input.
Final description: The red block pattern is to be copied onto the test output, but only if that pattern can fit exactly within a black section that is exactly the same from the test input.
Participant 15
Initial description: Whatever pattern the red area is, create that in the output grid and copy it to any area that matches the specific pattern.
Final description: Whatever pattern the red area is, create that in the output grid and copy it to any area that matches the specific pattern.
