Participant 1
Initial description: The output would be the shape of the largest box with the same locations and the width and height the same as that box. The color is of the random colored squares
Final description: The output would be the shape of the largest box with the same locations and the width and height the same as that box. The color is of the random colored squares
Participant 2
Initial description: We just want to focus onto the bigger square box.
Final description: We just want to focus and zoom into the bigger box formation in the test output. The color of the squares inside the box will replace the boarder color.
Participant 3
Initial description: I'm very frustrated as the examples are not at all helpful.
Final description: I'm very frustrated as the examples are not at all helpful.
Participant 4
Initial description: the most boxes present in the any of the boxes is the input we needed to take and need to change all the colour as which is present inside the box.
Final description: the most boxes present in the any of the boxes is the input we needed to take and need to change all the colour as which is present inside the box.
Participant 5
Initial description: Recreate the largest inner rectangle using only the color of the smaller boxes
Final description: Recreate the largest inner rectangle using only the color of the smaller boxes
Participant 6
Initial description: I think the rule is to recreate one of the smaller boxes inside of the bigger design.
Final description: I think the rule is to recreate one of the smaller boxes inside of the bigger design.
Participant 7
Initial description: Only replicate the largest rectangle within the grid. Draw the border in the same color as the individual squares and then copy the pattern within the largest rectangle.
Final description: Only replicate the largest rectangle within the grid. Draw the border in the same color as the individual squares and then copy the pattern within the largest rectangle.
Participant 8
Initial description: its too hard one
Final description: too hard task
Participant 9
Initial description: Based my solutions on the examples and test input
Final description: Based my solutions on the examples and test input
Participant 10
Initial description: Reduce the grid to half it's size. Choose the color that the squares are on the background and outline the grid with it. Select the largest square in the test input. Copy it's squares located inside that large square.
Final description: I counted how many squares was in the largest square in the test input. I made the output that amount of squares. Outlined the output with the colors shown in the background of input. Matched the input's squares that were in the large square.
Participant 11
Initial description: This was a misclick.
Final description: Locate the rectangle with the most non-black squares inside. Create a grid with the same dimensions. Copy the rectangle and squares within onto the output, but replace the rectangle's color with the color of the squares within.
Participant 12
Initial description: The border of the largest colored shape in the input becomes the grid size for the output, and the shape's border changes to match the color of the scattered input dots.
Final description: The border of the largest colored shape in the input becomes the grid size for the output, and the shape's border changes to match the color of the scattered input dots.
Participant 13
Initial description: blue to green border with first three squares inside of the largest input box represented
Final description: It was something related to the number of squares inside the largest input box surrounded by the corresponding color.
Participant 14
Initial description: I need to choose the biggest square in the test input and copy the design. The color of the new design is based on the inside of the square which is light blue.
Final description: I need to choose the biggest square in the test input and copy the design. The color of the new design is based on the inside of the square which is light blue.
Participant 15
Initial description: Find the largest square in the input, copy it to the output. Then change the border color to match the color of the dots within the square.
Final description: Find the largest square in the input, copy it to the output. Then change the border color to match the color of the dots within the square.
Participant 16
Initial description: Create cells that represent the box that has some colored cells in it. Change the color of the outline cells to color of the cells inside.
Final description: Create cells that represent the box that has some colored cells in it. Change the color of the outline cells to color of the cells inside.
Participant 17
Initial description: Copy biggest square, make inner cubes the whole color
Final description: Copy biggest square, make inner cubes the whole color. Just got the color wrong
Participant 18
Initial description: Flood fill the dark blue squares with light blue. Leave the existing light blue pixels as is.
Final description: Create a copy of the largest box in the Test Input, but now I realize I failed to turn the borders of that box light blue.
Participant 19
Initial description: Use to tool edit and select was very useful.
Final description: image of the interface that you will be using to solve these tasks.
Participant 20
Initial description: I took the biggest square in the input and zoomed in and copied it to output
Final description: I took the biggest square in the input and copied it to output. Inside of it was light blue and thats what I made the whole square.
Participant 21
Initial description: The rule was to take the biggest square in the test input and make that the output. After recreating the input, the outline of the square becomes the color of the inner blocks.
Final description: The rule was to take the biggest square in the test input and make that the output. After recreating the input, the outline of the square becomes the color of the inner blocks.
Participant 22
Initial description: Look for the biggest "circled" set of squares. In the output, recreate that "circle" (it now will just be a square). BUT, when you recreate it be sure that the outer edge "circle" (really a square) is all the same color - that color being the opposite of what color the outer edge color is in the input.
Final description: Look for the biggest "circled" set of squares. In the output, recreate that "circle" (it now will just be a square). BUT, when you recreate it be sure that the outer edge "circle" (really a square) is all the same color - that color being the opposite of what color the outer edge color is in the input.
