Participant 1
Initial description: Duplicate the pattern 3 times, arranged together in clockwise fashion from the original so that it forms a larger 6x6 pattern. Each duplication, placed clockwise from the original, should be rotated clockwise itself.
Final description: Duplicate the pattern 3 times, arranged together in clockwise fashion from the original so that it forms a larger 6x6 pattern. Each duplication, placed clockwise from the original, should be rotated clockwise itself.
Participant 2
Initial description: Quadruple the grid size and repeat the pattern using one-quarter rotation, in a clockwise pattern.
Final description: Quadruple the grid size and repeat the pattern using one-quarter rotation, in a clockwise pattern.
Participant 3
Initial description: I saw the example output and done like that
Final description: I saw the example output and done like that
Participant 4
Initial description: It seemed like there was a pattern and I thought it was two's.
Final description: I was trying to develop a pattern and it seemed as though some of the lines were upside down or sideways.
Participant 5
Initial description: double the size and turn the whole input 60 degrees
Final description: rotate the input 90 degrees, just forgot about the gray squares
Participant 6
Initial description: good
Final description: good
Participant 7
Initial description: paint middle with blue, and black alongside
Final description: unsure where is incorrect, I refer to example 1
Participant 8
Initial description: It's copied and flipped to match each corner
Final description: It's rotated and copied to each corner in succession.
Participant 9
Initial description: I need to rotate the figure 45 degree for each quadrant that I move it to. I first go to the top right, then bottom right, then bottom left. (I was not given an opportunity to create this design. I'm not sure why I am prompted to provide my description without creating the design, but wanted to make the researcher aware of this.)
Final description: I had to rotate the design 45 degrees to the right as I moved clockwise around the quadrants.
Participant 10
Initial description: Rotate the test input counterclockwise and copy all the colors over as well.
Final description: Rotate the test input counterclockwise and copy all the colors over as well.
Participant 11
Initial description: It looked like the upper left part of the test input dictated the corners, the bottom right dictated the middle and the other spots dictated the rest of the board.
Final description: The middle of the puzzle goes to the bottom right of the screen right next to the corner. But otherwise the middle is based on the bottom right of the test input and the corners go from the upper left of the test input and the green and black are the top, left, right and bottom with grey filling in between.
Participant 12
Initial description: good
Final description: good
Participant 13
Initial description: I used example 1 because there is two gray boxes or pixels in the middle column and a different color box in the bottom of the middle column.
Final description: I again thought it was rule 1. The test input has two grey boxes in the middle column. That matches the example input 1. That was the best I could do to find a match between the test input and one of the rules. Its a tough assignment but I am trying to demonstrate logic and be consistent for each task.
Participant 14
Initial description: To make the output as in the input.
Final description: I make it as opposite in the input.
Participant 15
Initial description: much more shard this round am cannot be assume any example.
Final description: much more hard task.
Participant 16
Initial description: I get example from output 1
Final description: I can't solve this
Participant 17
Initial description: I thought the rule applied like the first sample. And I had to substitute the corresponding colors that matches the amount of blocks of that color on the right side.
Final description: I thought the rule was to copy Output sample 2 as much as I can
Participant 18
Initial description: Repeat the smaller pattern in a larger frame.
Final description: I thought the rule was to make the smaller pattern repeat within a larger one multiple times.
Participant 19
Initial description: First of all I give red color for the two grid vertically. The last grid was filled up by green color. And, I choose blue color horizontally to fill up the remaining two grids and then, I use blue color to fill the the two grid vertically. I switch fill up button to fill up the disclosed grid with grey color
Final description: I did all thing correctly.
Participant 20
Initial description: Change the grid to 6x6 and reflect the image over the X and Y axes
Final description: Change the grid to 6x6 and rotate the pattern 90 degrees before copying, clockwise
Participant 21
Initial description: The rule for this puzzle was to take the original configuration and then rotate it clockwise for each of the four sections that you create.
Final description: The rule for this puzzle was to take the original configuration and then rotate it clockwise for each of the four sections that you create.
Participant 22
Initial description: The pattern is being rotated 90 degrees and down 3 blocks.
Final description: The pattern is being rotated 90 degrees and down 3 blocks.
Participant 23
Initial description: given input rotated 90 degrees clockwise in the grid.
Final description: given input rotated 90 degrees clockwise in the grid.
Participant 24
Initial description: Double the input size so that you can fit 4 of the test input into the output. Copy the test input into the top left quadrant. Then flip it 90 degrees clockwise and put that into the top right. Repeat this going clockwise until it is full.
Final description: Double the input size so that you can fit 4 of the test input into the output. Copy the test input into the top left quadrant. Then flip it 90 degrees clockwise and put that into the top right. Repeat this going clockwise until it is full.
Participant 25
Initial description: I duplicate it and rotate it clockwise until it returns to the original place.
Final description: I duplicate it and rotate it clockwise until it returns to the original place.
Participant 26
Initial description: I think the output rotated clockwise.
Final description: I think the output rotated clockwise.
Participant 27
Initial description: Copy the pattern as you go clockwise around the grid, but turn it 90° to the right with each new quadrant.
Final description: Copy the pattern as you go clockwise around the grid, but turn it 90° to the right with each new quadrant.
Participant 28
Initial description: Copy colors of 3x3 pattern to upper left quadrant of a 6x6 grid. To fill in upper right quadrant, turn upper left quadrant clockwise one rotation and fill in the colors accordingly. To fill in lower left quadrant, rotate upper left quadrant counter-clockwise one rotation and fill in the colors accordingly. To fill in the lower right quadrant, turn upper left quadrant upside-down and fill in colors accordingly.
Final description: Copy colors of 3x3 pattern to upper left quadrant of a 6x6 grid. To fill in upper right quadrant, turn upper left quadrant clockwise one rotation and fill in the colors accordingly. To fill in lower left quadrant, rotate upper left quadrant counter-clockwise one rotation and fill in the colors accordingly. To fill in the lower right quadrant, turn upper left quadrant upside-down and fill in colors accordingly.
Participant 29
Initial description: The grid is made four times the original size. The original pattern is put in the top left corner then rotated on time clockwise and placed in the next corner going clockwise. This action is repeated until four rotated patterns are completed.
Final description: The grid is made four times the original size. The original pattern is put in the top left corner then rotated on time clockwise and placed in the next corner going clockwise. This action is repeated until four rotated patterns are completed.
Participant 30
Initial description: very nice.
Final description: Very nice.
Participant 31
Initial description: Going clockwise, the figure is rotated 90 degrees each time.
Final description: Going clockwise, the figure is rotated 90 degrees each time.
