Participant 1
Initial description: Overlay the grids with red and blue squares. If there is only one color in a square, color it green. If there is a black square or both colors, the square is black
Final description: Create a 4x4 grid. Overlay the grids with red and blue squares in the input. If there is only one color in a square, color it green. If there is a black square or both colors, the square is black
Participant 2
Initial description: Think of the two grids that are over/under each other as actually overlapped on top of one another. Where overlapping, black from top grid matching black from black from bottom grid should remain black on the test output. Grids that have a blue or red color, but the color is black from the other grid, should be colored green.
Final description: Think of the two grids that are over/under each other as actually overlapped on top of one another. If there's a red/blue overlap between the two, that pixel should be black on the output. If there's a black/blue overlap, that pixel should then be black on the output. if there's a red/black overlap, that pixel should be green on the output.
Participant 3
Initial description: Each green cell is relative to the cells that are present on a row. The shape of it is determined by how many cells are colored in per row
Final description: Each green cell is relative to the cells that are present on a row. The shape of it is determined by how many cells are colored in per row
Participant 4
Initial description: red and blue same color equal black, different equals green
Final description: red and blue same color equal black, different equals green
Participant 5
Initial description: Form a pattern by filling in black squares.
Final description: Form a pattern by filling in black squares.
Participant 6
Initial description: overlap the two grids on either side of the yellow border and make the squares with both red and blue squares into black, the suares with two black squares stay black and the squares that contain either a red or a blue square but not both turn green
Final description: overlap the two grids on either side of the yellow border and make the squares with both red and blue squares into black, the squares with two black squares stay black and the squares that contain either a red or a blue square but not both turn green
Participant 7
Initial description: I am unsure I just know that somehow yellow and blue make green and all the rest are black squares.
Final description: All green and black output, I am unsure how they transpose over to the other side because the amount of yellow mixed with blue and the patterns do not add up.
Participant 8
Initial description: nan
Final description: If the blue and red blocks are not matching in color in their corresponding positions then fill in a green color in the test output.
Participant 9
Initial description: Look at the two 4x4 grids separated by the yellow line. On a 4x4 output grid, color green every cell that is black in one of the input 4x4 grids but not the other.
Final description: Look at the two 4x4 grids separated by the yellow line. On a 4x4 output grid, color green every cell that is black in one of the input 4x4 grids but not the other.
Participant 10
Initial description: Output grid should be 4x4, I have no clue what defines the output colors though
Final description: Output grid should be 4x4, I have no clue what defines the output colors though
Participant 11
Initial description: the color missing from input goes to the output in an unknown pattern
Final description: the color missing from input goes to the output in an unknown pattern
Participant 12
Initial description: I have no idea. Completely and totally clueless.
Final description: I have no idea. Completely and totally clueless.
Participant 13
Initial description: I'm not sure how this one was done.
Final description: I'm not sure how this one was done.
Participant 14
Initial description: if you put the 2 shapes on top of each other, the sqaures that have a have 2 inputs on the same square are black, and the squares that have no imputs are also black. but if there is only one input per square its colored green
Final description: if you put the 2 shapes on top of each other, the sqaures that have a have 2 inputs on the same square are black, and the squares that have no imputs are also black. but if there is only one input per square its colored green
Participant 15
Initial description: The grid is 4x4 and the blocks in the output are only green. But other than that I have no idea what the rule is. Looks like the green blocks are just randomly placed in the 4x4 grid.
Final description: The grid is 4x4 and the blocks in the output are only green. But other than that I have no idea what the rule is. Looks like the green blocks are just randomly placed in the 4x4 grid.
Participant 16
Initial description: thought fields were somehow reversed
Final description: thought fields were somehow reversed
Participant 17
Initial description: For this one, I can't see a pattern at all. I just randomly filled in the squares.
Final description: For this one, I can't see a pattern at all. I just randomly filled in the squares.
Participant 18
Initial description: not sure
Final description: not sure
Participant 19
Initial description: For this one I honestly can't figure it out. I've tried thinking of a solution and I just can't see one.
Final description: For this one I honestly can't figure it out. I've tried thinking of a solution and I just can't see one.
Participant 20
Initial description: If the red and blue sections were laid on top of each other find the squares that wouldn't have any overlap and make those green
Final description: If the red and blue sections were laid on top of each other find the squares that wouldn't have any overlap and make those green
Participant 21
Initial description: Again no idea I just don't see a pattern
Final description: Again no idea I just don't see a pattern No idea what I am missing. The tool is fun to play with though
Participant 22
Initial description: i have no idea what the output should be
Final description: i have no idea what the output should be
Participant 23
Initial description: nan
Final description: Overlay the top and bottom grids. Where colors overlay each other or black squares overlay each other, the output will be black. Where a color and black square overlap, the result is green.
Participant 24
Initial description: Make a 4x4 output grid and then look at the two 4x4 grids seperated by the yellow line to make the new 4x4 grid based on what's in the location of each square in both grids. Two black squares equal a black square. A red and a blue square a;so equals a black square. One black square with either a red or blue square equals a green square.
Final description: Make a 4x4 output grid and then look at the two 4x4 grids seperated by the yellow line to make the new 4x4 grid based on what's in the location of each square in both grids. Two black squares equal a black square. A red and a blue square a;so equals a black square. One black square with either a red or blue square equals a green square.
Participant 25
Initial description: Any spots where red/blue to overlap or black/black doesn't overlap are green.
Final description: Any spots where red/blue to overlap or black/black doesn't overlap are green.
Participant 26
Initial description: I really couldn't figure out the rule here so I'm just attempting to copy the example verbatim and get lucky.
Final description: I really couldn't figure out the rule here so I'm just attempting to copy the example verbatim and get lucky.
Participant 27
Initial description: red/blue and black turns green.
Final description: red/blue and black turns green.
Participant 28
Initial description: Create a 4x4 grid. Recreate the top 4x4 blue grid using GREEN. The new output will be all green and black. Use the bottom 4x4 red input part under the yellow line as a GUIDE that tells you which blocks to delete in your new grid. (no need to do anything if bottom part is all black.) If a box is red in the input, then the corresponding box will be black in the new output. So that means turn it black if it was green, but keep it black if it was already black. Example: the top left box in your new output is Green. And in the red input part, The top left box is red. So that means you need to change the top left box in your output to Black. If the corresponding box in the red guide is black, then just don't change that box. leave it as green or black, whatever it was originally.
Final description: create a 4x4 grid. There are two 4x4 grids in the input separated by a yellow line. Look at a pair of boxes, one in the top and the corresponding box in the bottom. If both are filled in with blue and red, then that box is black in your output. If neither are filled in in the input, that box is also black in your output. If only one (either blue or red) is filled in and the other is black in the input, then that box is green in your output. So your output will be all green and black, and 4x4. The green boxes in your output are the only ones where one box in the inputs is filled (either red or blue). If red and blue both exist in that corresponding box or neither exist, that box is black in your output.
Participant 29
Initial description: I don't know.
Final description: I did not understand any pattern here.
Participant 30
Initial description: overlap the patterns, black cells remain black, overlapped cells become black, while non-overlapped cells become green
Final description: make a 4 x 4 grid, mentally overlap the upper and lower pattern from input, black cells remain black, overlapped cells become black, while non-overlapped cells become green
Participant 31
Initial description: im doing it wrong
Final description: im doing it wrong
Participant 32
Initial description: I don't know.
Final description: I don't know.
Participant 33
Initial description: If the blue and red had the same square, then they would go black.
Final description: If the blue and red had the same square, then they would go black.
Participant 34
Initial description: If there is exactly one non-black color in the top four rows or the bottom rows, then the output is green. Otherwise it is black.
Final description: If there is exactly one non-black color in the top four rows or in the bottom rows, then the output is green. Otherwise it is black.
Participant 35
Initial description: copied the pattern that I see on the left
Final description: copied the pattern that I see on the left
Participant 36
Initial description: Fill in the leftover black spots.
Final description: I do not know, I cannot figure out the pattern
