Participant 1
Initial description: Count the number of grids with four green squares. Then place that number of blue squares starting in the upper left corner and going down diagonally.
Final description: Count the number of grids with four green squares. Then place that number of blue squares starting in the upper left corner and going down diagonally.
Participant 2
Initial description: Based on how many green squares there are on the left input, put that many squares on the right input in a diagonal order.
Final description: Based on how many green squares there are on the left input, put that many blue squares on the right in a diagonal pattern.
Participant 3
Initial description: Count the number of one whole green, 4-squared boxes and remember it. Then use a Dark blue color, start at the top left corner, and fill in diagonally. repeat this using the number of green boxes that you counted.
Final description: Count the number of one whole green, 4-squared boxes and remember it. Then use a Dark blue color, start at the top left corner, and fill in diagonally. repeat this using the number of green boxes that you counted.
Participant 4
Initial description: I copied the grid, transposing it to 3 x 3, using the same metrics, and altered the new to fit the old.
Final description: I tried to transpose and rearrange the black, to fit past red, and blue for green, but that's not working.
Participant 5
Initial description: actually maybe it's just two squares of the same color and one square of one color.
Final description: guessed
Participant 6
Initial description: Pattern of the 4x4 green squares into blue squares.
Final description: I know it is the 4 green squares converted to blue squares. But I don't know the exact position.
Participant 7
Initial description: Match the colors based on the input and put a blue box in the top left
Final description: If there are 2 green boxes add 2 blue boxes
Participant 8
Initial description: Blue squares equal the number of green squares taking up four spaces.
Final description: Blue squares equal the number of green squares taking up four spaces.
Participant 9
Initial description: Create a 3x3 box that reflects how many green squares that are 2x2 in Input 1 by placing one blue box starting diagonally from the top left box.
Final description: Create a 3x3 box that reflects how many green squares that are 2x2 in Input 1 by placing one blue box starting diagonally from the top left box.
Participant 10
Initial description: Count the amount of 2x2 green squares in the test input. Then, depending on how many green squares are present, draw the corresponding amount of blue squares diagonally, starting from the top left.
Final description: Count the amount of 2x2 green squares in the test input. Then, depending on how many green squares are present, draw the corresponding amount of blue squares diagonally, starting from the top left.
Participant 11
Initial description: I honestly had no idea. All I know is that the output is either 1, 2, or 3 blue squares in a diagonal so i knew I could likely guess correctly in time.
Final description: I have no idea what the pattern is. All I know is that the answer is either 1, 2, or 3 blue squares in a diagonal. I had high odds that I would eventually guess correctly since there were 3 options and 3 attempts.
Participant 12
Initial description: Add the number of blue colored blocks that's equal to the number of green four-square blocks in the input in a diagonal line from the top left to bottom right.
Final description: Add the number of blue colored blocks that's equal to the number of green four-square blocks in the input in a diagonal line from the top left to bottom right.
Participant 13
Initial description: Matched as closely as possible an output based on input
Final description: Matched as closely to get output
Participant 14
Initial description: Place blue squares going diagonal from top left to bottom right based upon how many green squares consisting of four blocks there are.
Final description: Place blue squares going diagonal from top left to bottom right based upon how many green squares consisting of four blocks there are.
Participant 15
Initial description: Fill one square blue in the top left corner of a 9-squared grid.
Final description: Using a 9 square grid, color the top left square blue and the second square in the middle row blue.
Participant 16
Initial description: For each large green block, add a blue block proceeding down diagonally.
Final description: For each large green block, add a blue block proceeding down diagonally.
Participant 17
Initial description: The blue squares in output equals the number of green boxes in the input. The blue squares always appear on the diagonal line.
Final description: The blue squares in output equals the number of green boxes in the input. The blue squares always appear on the diagonal line.
