Participant 1
Initial description: Each square becomes a cross with nothing in the middle.
Final description: Double the height and width of the grid used in the input. The original input goes in the top left 3x4 grid. Then mirror the pattern on the grid above and next to it. Mirror the top right grid to the bottom right grid
Participant 2
Initial description: Change to 6 x 8 grid, then using yellow pixels, match pattern from original yellow pixels for the remaining squares by placing corresponding yellow pixels on grid to match on the right.
Final description: Change to 6 x 8 grid, then using yellow pixels, match pattern from original yellow pixels for the remaining squares by placing corresponding yellow pixels on grid to match on the right.
Participant 3
Initial description: The grid expands and the squares will take up one more square to that color starting on the sides. As you move inwards the number of cells colored in goes up by one
Final description: The grid expands and the squares will take up one more square to that color starting on the sides. As you move inwards the number of cells colored in goes up by one
Participant 4
Initial description: mirror up/down and left/right
Final description: mirror up/down and left/right
Participant 5
Initial description: Reproduce the input in the opposite direction.
Final description: Reproduce the input in the opposite direction.
Participant 6
Initial description: Pattern is repeated in each quadrant but orientated in each quadrant according to create symmetry.
Final description: Pattern is repeated in each quadrant but orientated in each quadrant according to create symmetry such that neighboring quadrants are mirror images of each other.
Participant 7
Initial description: Try to repeat the pattern as much as possible in the box
Final description: Fill in the bigger patter with the smaller pattern as much as possible forwards and backwards.
Participant 8
Initial description: nan
Final description: Mirror the test input to 4 different sections of the test output by making a 6x8 grid.
Participant 9
Initial description: On a grid twice as high and long as the input, reproduce the input pattern in the upper left. Then mirror that pattern to the right, and then mirror the top half to the bottom to fill the entire grid.
Final description: On a grid twice as high and long as the input, reproduce the input pattern in the upper left. Then mirror that pattern to the right, and then mirror the top half to the bottom to fill the entire grid.
Participant 10
Initial description: Expand to a grid that's 8x6 andthen mirror the section in the test input in all 4 quadrants
Final description: Expand to a grid that's 8 wide and 6 high and then mirror the section in the test input in all 4 quadrants
Participant 11
Initial description: the input color goes into an 6x8 grid and fills the outer boxes
Final description: the input color goes into an 6x8 grid and fills the outer boxes
Participant 12
Initial description: Copy the pattern and color into the right corner of the grid. Then flip it around and put in the bottom left corner too. Then do the same in the bottom and top right, as if you are looking in a mirror.
Final description: Copy the pattern and color into the right corner of the grid. Then flip it around and put in the bottom left corner too. Then do the same in the bottom and top right, as if you are looking in a mirror.
Participant 13
Initial description: Three on the left, Three on the right.
Final description: To make a solid shape and connect all the inputs.
Participant 14
Initial description: its just the shape mirrored top to bottom and left to right
Final description: its just the shape mirrored top to bottom and left to right
Participant 15
Initial description: The grid is double the size of the input grid and the blocks placed
Final description: Double the grid size of the input and place the pattern in the input down twice from the input.
Participant 16
Initial description: thought all outer squares should be yellow
Final description: thought all lines extended yellow
Participant 17
Initial description: The test input is a mirror image and should be extended throughout the graph.
Final description: The test input is a mirror image and should be extended throughout the graph.
Participant 18
Initial description: opposite colors
Final description: opposite colors
Participant 19
Initial description: Create a eight by six size grid. Repeat the pattern that you see in the test input over that grid, reflecting in for the bottom portion.
Final description: Create a eight by six size grid. Repeat the pattern that you see in the test input over that grid, reflecting in for the bottom portion.
Participant 20
Initial description: Repeat the pattern from the input 4 times
Final description: Repeat the pattern from the input 4 times but mirror it horizontally and/or vertically
Participant 21
Initial description: I just tried making the yellow blocks all match
Final description: I just tried making the yellow blocks all match. nothing matched
Participant 22
Initial description: i thought it was a similar pattern as input 3
Final description: i thought it was the top mirroed
Participant 23
Initial description: nan
Final description: The input is mirrored vertically, then the result of that is mirrored horizontally to produce the final output.
Participant 24
Initial description: You take the 4x3 corner and extrapolate that pattern symmetrically into an 8x6 grid. Making sure the original 4x3 corner pattern is in the upper left corner.
Final description: You take the 4x3 corner and extrapolate that pattern symmetrically into an 8x6 grid. Making sure the original 4x3 corner pattern is in the upper left corner.
Participant 25
Initial description: Pattern is mirrored in each direction as if you folded a paper in half perfectly horizontal and/or vertical.
Final description: Pattern is mirrored in each direction as if you folded a paper in half perfectly horizontal and/or vertical.
Participant 26
Initial description: I really can't figure out the rule and am just guessing that the big blocks of yellow need to be smaller configurations of green. somehow......
Final description: I really can't figure out the rule and am just guessing that the big blocks of yellow need to be smaller configurations of green. somehow......
Participant 27
Initial description: Mirror the shape to the 4 corners.
Final description: Mirror the shape to the 4 corners.
Participant 28
Initial description: Make a new grid the size that is double the height and double the width. Put the original input in the Top Left corner. The Top Right corner will be the mirror image. And then the bottom part will be a mirror image of the top part.
Final description: Make a new grid the size that is double the height and double the width. Put the original input in the Top Left quadrant. The Top Right quadrant will be the mirror image. And then the bottom part will be a mirror image of the top part. The output will be symmetrical looking at it from head on or sideways.
Participant 29
Initial description: The test input becomes the top left corner of the output. It is then mirrored for the other three sides.
Final description: The test input becomes the top left corner of the output. It is then mirrored for the other three sides.
Participant 30
Initial description: mirror the input vertically and horizontally into a 6 x 8 grid
Final description: make a 6 x 8 grid, copy the input into the upper left quadrant, then mirror the design into the three remaining quadrants
Participant 31
Initial description: im i doing it right
Final description: im i doing it right it getting hard to do
Participant 32
Initial description: The pattern is mirrored and filpped.
Final description: The pattern is mirrored and filpped.
Participant 33
Initial description: turn it into a 6x8 and mirror the pattern in each 3x4 corner
Final description: turn it into a 6x8 and mirror the pattern in each 3x4 corner
Participant 34
Initial description: I took the input and created a mirror image across, diagonally, and below.
Final description: Make a grid 8 by 6. Then put the input in top left. Then create a mirror image of that on the right side, bottom left part, and bottom right part.
Participant 35
Initial description: the bottom output looks like this could be the same pattern.
Final description: I tried to copy the pattern of the second example and focus on the border pattern.
Participant 36
Initial description: The images are mirrored
Final description: The images are mirrored
