ARC Visualizations

Participant 1

Initial description: I tried to duplicate the same, by making two large 'L's on the top and a large bottom rectangle.

Final description: I thought the rule was to make two top identical shapes and connect the bottom two red shapes with a blue fill.

Participant 2

Initial description: You repeat the initial pattern on the top on the bottom red squares in proportion to how big the red square is.

Final description: You repeat the initial pattern on the top on the bottom red squares in proportion to how big the red square is.

Participant 3

Initial description: The rule was blue objects with a red square remain the same, single red dots have a blue line 3 squares long extending from the left, 3x3 red squares blue extends to the left until it's stopped, and 2x2 squares get transformed into a large version of the smaller blue with a red square shape.

Final description: I thought the rule was blue objects with a red square touching them remained the same. Single red squares, or 2x2 red squares were to be shaped to that of the object in the test input that was a blue shape with a red square on it, and that the 3x2 red squares had a blue fill going left until they were stopped by the wall or other object

Participant 4

Initial description: The pattern in the test input that has a combination of blue and red squares always remains the same in the test output. The Red squares are used to recreate this pattern sometimes in the bigger form, depending on what's in the test input.

Final description: The pattern in the test input that has a combination of blue and red squares always remains the same in the test output. The Red squares are used to recreate this pattern sometimes in the bigger form, depending on what's in the test input.

Participant 5

Initial description: The examples all replicated the original input but scaled the blue shape in relation to the red square selections. If the red square was 1x1, the blue selection was going to be the smallest. If the red square was 2x2, then the blue selection was going to be twice as big. If the red square was 3x3, the blue selection was going to be three times as big.

Final description: The examples all replicated the original input but scaled the blue shape in relation to the red square selections. If the red square was 1x1, the blue selection was going to be the smallest. If the red square was 2x2, then the blue selection was going to be twice as big. If the red square was 3x3, the blue selection was going to be three times as big.

Participant 6

Initial description: I added blue squares from the left edge of the large cube at the bottom right, extending to the left edge of the grid.

Final description: I thought that I needed to replicate the blue squares in relation to the red squares, at the bottom of the screen.

Participant 7

Initial description: I made a mistake

Final description: I was confused about what was wanted

Participant 8

Initial description: Create a blue shape next to each red one that is the same as the blue shape in the input.

Final description: To copy the blue shape around each red box.

Participant 9

Initial description: Recreate the grid in the same size with the same colored tiles. Then, recreate the blue and red pattern, at each of the red sections that doesn't have any blue attached. The pattern is exactly like the original blue and red pattern but enlarged appropriately so that whatever size the new red area is will be equal to one tile in the sample pattern. So if the red section where there is no blue has a 2x2 red square, recreate the pattern with each of the original squares being a 2x2.

Final description: I thought the rule was to recreate the original grid and redraw what was on the input. Then, recreate the pattern that had red and blue on it at each of the other red areas. Enlarge the pattern to go with the scale of the red. So, if the red area is 3x3, then each corresponding blue will be 3x3 to create a similar but enlarged pattern to the original.

Participant 10

Initial description: Blue is added between red spaces.

Final description: The top blue portion is matched to the bottom portion to match the bottom portions size.

Participant 11

Initial description: Well

Final description: Like

Participant 12

Initial description: Copy the grid over as is, looking at the blue shape that is already attached to a red shape, create a copy of the blue shape and attach it to each of the red shapes in the same manner as the first one. If the red object is bigger than the first one, increase the size of the blue shape proportionately.

Final description: Copy the grid over as is. Looking at the blue object that is connected to the red object, copy the blue shape and attach it in the same manner to the other red shapes, increasing the size of the blue shape to proportionately match the size of the red shape.

Participant 13

Initial description: Duplicate the red and blue shape using the scale of each free square.

Final description: Duplicate the red and blue shape using the scale of each free square.

Participant 14

Initial description: Copy the input. The output should have only one shape that has both blue and red. If the input has multiple shapes with blue and red in them, the output should have only one with blue still left. The smallest shape with blue and red should be left, and any other shape that is larger should have the blue removed and turned into the background color, leaving only the red portions of them left.

Final description: Copy the input. The output should have only one shape that has both blue and red. If the input has multiple shapes with blue and red in them, the output should have only one with blue still left. The smallest shape with blue and red should be left, and any other shape that is larger should have the blue removed and turned into the background color, leaving only the red portions of them left.