Participant 1

Initial description: Place all input pictures together, with one square spacing.

Final description: Place all input pictures together, with one square spacing.


Attempt 1: Correct

Participant 2

Initial description: The 4 shapes on the larger grid are placed at the corners of a reduced sized grid of 7x7

Final description: The 4 shapes on the larger grid are placed at the corners of a reduced sized grid of 7x7


Attempt 1: Correct

Participant 3

Initial description: Move each piece to a corner

Final description: Move each piece to their closest corner and put them on a 7x7 grid


Attempt 1: Incorrect
Attempt 2: Correct

Participant 4

Initial description: I expanded each set into its corner.

Final description: I expanded each set into its corner.


Attempt 1: Correct

Participant 5

Initial description: I didn't mean to hit submit.

Final description: All output grids are 7x7 and you use the design to compete each quadrant of the output.


Attempt 1: Incorrect
Attempt 2: Correct

Participant 6

Initial description: The rule was to create for shapes within the test output, being separated by a border.

Final description: The rule was to create for shapes within the test output, being separated by a border.


Attempt 1: Correct

Participant 7

Initial description: Recreate the orange patterns in a 7 x 7 grid

Final description: Recreate the orange patterns in a 7 x 7 grid


Attempt 1: Correct

Participant 8

Initial description: Shrink the grid to a 7x7, reverse the colors of the shapes in the test input and place the shapes in each corner of the test output.

Final description: Shrink the grid to a 7x7, reverse the colors of the shapes in the test input and place the shapes in each corner of the test output.


Attempt 1: Correct

Participant 9

Initial description: reposition the four characters within a 7 x 7 grid according to their current relative locations

Final description: reposition the four characters within a 7 x 7 grid according to their current relative locations


Attempt 1: Correct

Participant 10

Initial description: All the example outputs were 7 width by 7 length. The shapes were maintained and put in the corners. I tried to do the exame same I saw.

Final description: All the example outputs were 7 width by 7 length. The shapes were maintained and put in the corners. I tried to do the exame same I saw.


Attempt 1: Correct

Participant 11

Initial description: Take the input and match on a smaller scale for the output.

Final description: Take the input and match on a smaller scale for the output.


Attempt 1: Correct

Participant 12

Initial description: put them all in thier corners and leave 1 space between each

Final description: put them all in thier corners and leave 1 space between each


Attempt 1: Correct

Participant 13

Initial description: I was trying to do a mirror image but got confused and it was not accurate

Final description: I really thought the patterns were going to be mirror images, i just kept messing up on the the spacing.


Attempt 1: Incorrect
Attempt 2: Incorrect
Attempt 3: Incorrect

Participant 14

Initial description: Make the grid 7 by 7 and move the shapes to their closest corners.

Final description: Make the grid 7 by 7 and move the shapes to their closest corners.


Attempt 1: Correct

Participant 15

Initial description: The pattern was to get the shapes together and placing them into their corresponding corner.

Final description: The pattern was to get the shapes together and placing them into their corresponding corner.


Attempt 1: Correct

Participant 16

Initial description: move shapes, starting from the top left most into the first available pixel in the top left, with a buffer of one pixel between each shape. Select the top most, followed by left most shape. Copy it, and then paste it to the top left most pixel. Following this, ignoring the original shape, look for the next highest shape, copying it to the top left most pixel, two pixels to the right of the first shape. Repeat these two steps with the bottom left most, and then bottom right most shapes.

Final description: move shapes, starting from the top left most into the first available pixel in the top left, with a buffer of one pixel between each shape. Select the top most, followed by left most shape. Copy it, and then paste it to the top left most pixel. Following this, ignoring the original shape, look for the next highest shape, copying it to the top left most pixel, two pixels to the right of the first shape. Repeat these two steps with the bottom left most, and then bottom right most shapes.


Attempt 1: Correct