Participant 1
Initial description: Everything is moved closer together by one while the whole picture gets shorter by two columns.
Final description: I thought everything shifted to the left and down while the grid got smaller by two.
Participant 2
Initial description: Delete any all-black columns and move the second-from-the-left colored shape down to rest on the bottom row
Final description: I thought you deleted the black columns and then moved all colors up from the row below the first shape.
Participant 3
Initial description: Another matter of copying the pattern. In this one, in the examples, all black square rows appear to be omitted from the test output.
Final description: Seems like the grey squares should be all black, and then one row is made all black regardless of the colored squares in place in the test input.
Participant 4
Initial description: Shift all of the shapes to the top or bottom and to the left based on the position of the upper left red shape
Final description: I thought it was to shift the shapes towards the original red shape in the upper left
Participant 5
Initial description: Ignore this one because I figured out the rule while trying to figure out how to explain this..
Final description: squish all of the shapes together but have them meet at a singular 1x1 block of each
Participant 6
Initial description: I connected all the squares together so there was no break in the pattern.
Final description: I connected all the squares together so there was no break in the pattern.
Participant 7
Initial description: Connect shapes to the end of previous shape.
Final description: Connect shapes to the end of previous shape.
Participant 8
Initial description: Leave the first shape as is. For every other shape, shift to the left as much as needed until it touches the first shape. Then, shift up or down as much as needed to create a snake pattern.
Final description: Leave the first shape as is. For every other shape, shift to the left as much as needed until it touches the first shape. Then, shift up or down as much as needed to create a snake pattern.
Participant 9
Initial description: Chnage the color of the cells through flipping them.
Final description: Rotate the cells and their color to create the inverse.
Participant 10
Initial description: I used example two which decreased from 11 cell width to 8 then followed the move down that the output had for all the shapes
Final description: I utilized example two which decreased the width from 11 to 8. Then i followed the shape shift for each shape input to the output.
Participant 11
Initial description: Four colors, following pattern outputs of examples 1 and 2
Final description: Four colors, following pattern outputs of examples 1 and 2
Participant 12
Initial description: Remove any empty spaces between patterns. Align the point where the patterns touch so that the next pattern touches a single block.
Final description: Remove spaces so that the blocks touch one another. Meeting point is where a the pattern on the right touches a single block.
