Participant 1
Initial description: The green square pattern enclosed in the blue lines should be cropped. Then each 3x3 grid of what remains should be colored according to the input grid colored squares
Final description: The green square pattern enclosed in the blue lines should be cropped. Then each 3x3 grid of what remains should be colored according to the input grid colored squares
Participant 2
Initial description: Using color guide (4 pixels in corner of input red-blue-yellow-orange), place colors to match where you think the colors should go on the larger test output grid. Follow color guide starting top row pixel number 1, move right to pixel number 2, then down to bottom of color grid, color number 3, then move to right to use final color shown on right pixel.
Final description: Using color guide (4 pixels in corner of input red-blue-yellow-orange), place colors to match where you think the colors should go on the larger test output grid. Follow color guide starting top row pixel number 1, move right to pixel number 2, then down to bottom of color grid, color number 3, then move to right to use final color shown on right pixel.
Participant 3
Initial description: The square at the bottom is indicates what the color of the cells will be. The light blue cross that seperates these cells also indicates what the cells will look like.
Final description: The square at the bottom is indicates what the color of the cells will be. The light blue cross that seperates these cells also indicates what the cells will look like.
Participant 4
Initial description: small 2x2 determines colors, the 6x6 determine shapes
Final description: small 2x2 determines colors, the 6x6 determine shapes
Participant 5
Initial description: Use the four colored squares at the corner to replicate the pattern in order.
Final description: Use the four colored squares at the corner to replicate the pattern in order.
Participant 6
Initial description: colors in small square show color to change green squares into for each quadrant
Final description: colors in small square show color to change green squares into for each quadrant
Participant 7
Initial description: You use the multicolored square as a color code which relates to the larger 6 by 6. You break the 6 by 6 into 4 3x3's. Copy the pattern from the original into the 3x3's by code according to the square cube guide.
Final description: You use the multicolored square as a color code which relates to the 6 by 6 that you make. You break your 6 by 6 into 4 3x3's (in your mind). Copy the color code pattern from the original into the 3x3's. Use the original pattern layout and just change colors as i have instructed you.
Participant 8
Initial description: nan
Final description: Fill in a 6x6 grid based on the location of the green blocks. Use the 4 colors in the corner to fill in all 4 sections of the grid.
Participant 9
Initial description: Reproduce the pattern of green squares in the 6x6 grid using the four colors in the opposite corner for each of the corresponding 3x3 section.
Final description: Reproduce the pattern of green squares in the 6x6 grid using the four colors in the opposite corner. Each 3x3 corner section of the 6x6 grid should be colored using the corresponding color in the 2x2 corner grid.
Participant 10
Initial description: Grid should be 6x6 and mentally sectioned into four quarters. Reproduce the input figure in green, using the colors in the 4 colored square in each of the quadrants.
Final description: Grid should be 6x6 and mentally sectioned into four quarters. Reproduce the input figure in green, using the colors in the 4 colored square in each of the quadrants.
Participant 11
Initial description: fill the colors as needed where they could fit
Final description: fill the colors as needed where they could fit
Participant 12
Initial description: Make the grid 6x6 instead of 9x9. Look at the colorful square in the corner and the box with the green shapes in it. Transfer the squares in the top left into the same area in the grid but make them red. Transfer the squares in the bottom left into the same area but make them yellow. Transfer the squares in the top right into the same area but make the blue and transfer the squares in the bottom right in the same area but make them orange.
Final description: Make the grid 6x6 instead of 9x9. Look at the colorful square in the corner and the box with the green shapes in it. Transfer the squares in the top left into the same area in the grid but make them red. Transfer the squares in the bottom left into the same area but make them yellow. Transfer the squares in the top right into the same area but make the blue and transfer the squares in the bottom right in the same area but make them orange.
Participant 13
Initial description: Take the pattern and separate it into 3x3 blocks. The use the color legend on the test input to recreate it on the output.
Final description: Use the color legend on the input to recreate the pattern exactly as it was but in the different colors. each color represents a 3x3 block on the test output. Forget the light blue colors separating the two, just focus on the pattern.
Participant 14
Initial description: from the input there is a bit set of green boxes and a small colored set of different colors. the output will only be the size of the green shape, so 6 by 6. and you just copy paste the shape over. and then the small colored part is your color pallette, so the top left colors are red, bottom left yellow, bottom right orange, and top right blue.
Final description: from the input there is a bit set of green boxes and a small colored set of different colors. the output will only be the size of the green shape, so 6 by 6. and you just copy paste the shape over. and then the small colored part is your color pallette, so the top left colors are red, bottom left yellow, bottom right orange, and top right blue.
Participant 15
Initial description: The output is a 6x6 square that uses the colors in the 4 blocks to recreate the pattern that is in the 6x6 part of the input. With 3x3 quadrant using the color as they are ordered in the 2x2 square.
Final description: The output is a 6x6 square that uses the colors in the 4 block 2x2 square that is separated from the rest of the input. It will recreate the pattern that is in the 6x6 part of the input. With 3x3 quadrant using the color as they are ordered in the 2x2 square.
Participant 16
Initial description: thought it might replicate example 1
Final description: inside box gets replicated but could not figure out colors
Participant 17
Initial description: the color pattern is determined by the lower right section of the graph. Each color is 3x3
Final description: the color pattern is determined by the lower right section of the graph. Each color is 3x3
Participant 18
Initial description: no idea, this is hard
Final description: no idea, this is hard
Participant 19
Initial description: The rule was to resize the output grid to match only the area that was inside the blue blocks. Then, you were to recolor the green blocks starting from left to right with the colors presented in the squared off area. Each color, would be applied until there was a space present.
Final description: The rule was to resize the output grid to match only the area that was inside the blue blocks. Then, you were to recolor the green blocks starting from left to right with the colors presented in the squared off area. Each color, would be applied until there was a space present.
Participant 20
Initial description: Recreate the pattern of the green squares from the input but use the 4 colors in the corner as a guide for which color the squares in each quadrant should be in the output
Final description: Recreate the pattern of the green squares from the input but use the 4 colors in the corner as a guide for which color the squares in each quadrant should be in the output
Participant 21
Initial description: I tried to use the colors at the bottom to make a pattern at the top
Final description: I tried to use the colors at the bottom to make a pattern at the top
Participant 22
Initial description: i rtried to mirror output 1
Final description: i rtried to mirror output 1
Participant 23
Initial description: nan
Final description: The four color grid separated from the rest of the example by light blue bars determines the color of each quadrant of the output, which applies these colors to the example input shown in the other part of the example.
Participant 24
Initial description: The 6x6 pattern that's green and bordered on two sides by light blue is the pattern for the 6x6 output. The colors are changed to match the 2x2 pattern in the opposite corner.
Final description: The 6x6 pattern that's green and bordered on two sides by light blue is the pattern for the 6x6 output. The colors are changed to match the 2x2 pattern in the opposite corner.
Participant 25
Initial description: Color in lower right shows what each of the 3x3 sections in the 6x6 should be from left to right.
Final description: Multi-color 2x2 shows what a 6x6 grid of the solid color should be transformed into. Each color gets a 3x3 grid starting from top left and proceeding left to right.
Participant 26
Initial description: Using the examples, I chose colors based on the four color box in the corner and attempted to change each green square to the correct color
Final description: Using the examples, I chose colors based on the four color box in the corner and attempted to change each green square to the correct color
Participant 27
Initial description: Place the boxed in shape on a 6 x 6 grid. Use the small section to determine color.
Final description: Place the boxed in shape on a 6 x 6 grid. Use the small section to determine color.
Participant 28
Initial description: the light blue lines divide the input into 2 areas. Your job is to re-color the large area that starts off as all green. So create a new grid that is the same area as the box that contains a green picture. Then use the smaller 2x2 as the guide to color it in. Like a paint-by-number. Each box in the 2x2 guide matches up with a quadrant in the larger box. Change the green into the color that is in that 2x2 guide for that quadrant. Example: the 2x2 box has red on the top left. Then you would turn all the green into red in the top left (probably 3x3 area) and leave the black black. Do that for all four quadrants with the color that is in the corresponding 2x2 guide box.
Final description: the light blue lines divide the input into 2 areas. Your job is to re-color the large area that starts off as all green. So create a new grid that is the same area as the box that contains a green picture. Then use the smaller 2x2 as the guide to color it in. Like a paint-by-number. Each box in the 2x2 guide matches up with a quadrant in the larger box. Change the green into the color that is in that 2x2 guide for that quadrant. Example: the 2x2 box has red on the top left. Then you would turn all the green into red in the top left (probably 3x3 area) and leave the black black. Do that for all four quadrants with the color that is in the corresponding 2x2 guide box.
Participant 29
Initial description: The pattern in green is reproduced based on the four colors shown square shown.
Final description: The pattern in green is reproduced based on the four colors of the square shown.
Participant 30
Initial description: use the color cube as key to paint the pattern in the larger area
Final description: copy the pattern from the larger area, use the small color cube/square as key to paint each four quadrant
Participant 31
Initial description: what you see copy it
Final description: what you see copy it
Participant 32
Initial description: I don't know.
Final description: I don't know.
Participant 33
Initial description: the green squares in the 6x6 turn into the color scheme as the bottom right 2x2 shows
Final description: the green squares in the 6x6 turn into the color scheme as the bottom right 2x2 shows
Participant 34
Initial description: Copied the green pattern to an output. Then I colored them based on the "color key" in the corner, where the each quadrant gets the same color in the quadrant of the color key.
Final description: Make a grid the same size as the part where the green boxes are. Then fill in the output with the green input. Then use the box with colors in the corner to recolor each quadrant, matching the color in the box with quadrants of the output.
Participant 35
Initial description: I am not sure what the colors should be but the pattern on each output seems to be what is enclosed by the light blue blocks.
Final description: I am not sure what the colors should be but the pattern on each output seems to be what is enclosed by the light blue blocks.
Participant 36
Initial description: The bigger shape in the square is used and the smaller square tells you which colors to make them.
Final description: The bigger shape in the square is used and the smaller square tells you which colors to make them.
