Participant 1
Initial description: With the Orange one block was added on to each one except for if it had 2, And with the green it borders the outer for the most block on the input
Final description: Because the example inputs added an extra block except for if it had to with the one color(example 1 orange) and the second color (Example 1 yellow) Was an outer block separate like marking the edges of the furthest most block.
Participant 2
Initial description: I thought that the image had to be symmetrical, and have box colors adjusted to meet that rule.
Final description: The box colors needed to be adjusted to be symmetrical on all 4 sides of the grid. I looked at the squares that were not symmetrical on all 4 sides, and added those colored squares to 3 of the sides to make it symmetrical.
Participant 3
Initial description: make a parturn
Final description: make a parturn
Participant 4
Initial description: create a square equal to the total length top to bottom of the original figure
Final description: I absolutely could not figure out a rule on this one. The samples didn't have enough matching points with the test input (all three of them had an outside corner block, the input square did not
Participant 5
Initial description: i just do as in input
Final description: i thought as input
Participant 6
Initial description: This seems do a full rotation like a clock.
Final description: This seems do a full rotation like a clock.
Participant 7
Initial description: Bounded in 4 corners.
Final description: bounded in 4 corners.
Participant 8
Initial description: no idea
Final description: random nonsense
Participant 9
Initial description: There is an initial grouping pattern in the input, which could be 3X3 or 2X2, and forms a square. There are also some outlier shapes in the input that extend the square pattern, and become repeated all of the way around in the initial square when drawn in the output.
Final description: There is an initial grouping pattern in the input, which could be 3X3 or 2X2, and forms a square. There are also some outlier shapes in the input that extend the square pattern, and become repeated all of the way around in the initial square when drawn in the output.
Participant 10
Initial description: shaped figure extend
Final description: figure extend
Participant 11
Initial description: Surround the squares with red
Final description: I thought maybe doubling the reds on the outside was the rule
Participant 12
Initial description: Complete the Input grid with square.
Final description: Make a complate square grid
Participant 13
Initial description: Make the output symmetrical
Final description: I have no idea for this one
Participant 14
Initial description: Isolate the single block that is sticking out and repeat it on each side.
Final description: Extend the green lines so 2 jut out on each side.
Participant 15
Initial description: I followed the pattern of the test input to match it on the test output.
Final description: I thought the rule was to create a square from the original test input as they did in the task demonstrations.
Participant 16
Initial description: All sides of the square should match.
Final description: All sides of the square should match.
