Participant 1
Initial description: Create a table with 3 identicals patterns
Final description: Create a pattern akin to the pattern shown in the test input
Participant 2
Initial description: replicate the color pattern within a grid that has more squares
Final description: copy the color grid pattern into the top left corner of a 9 x 9 grid
Participant 3
Initial description: There is a block in the left that is disconnected from the one to the left and right by color.
Final description: I thought that maybe the rule was to follow the diagonal pattern of of Output/Input sample 5
Participant 4
Initial description: This examples have them in all corners except for this one alone.
Final description: Have the two colors that are horizontal, but opposite colors touch.
Participant 5
Initial description: Recreate the test input in the upper right corner
Final description: Recreate the test input diagonally across the grid.
Participant 6
Initial description: The 3 x 3 squares in the output grid correspond to the 3 x 3 pattern from the input grid. The smaller squares are the same pattern and form the larger pattern on the right.
Final description: Create a 9 x 9 grid. Repeat the pattern shown in the input by creating a block matching the pattern in the input. Place each 3 x 3 block in the corresponding "orange" portions of your output grid.
Participant 7
Initial description: grid change and fill colors.
Final description: dragging cells
Participant 8
Initial description: The least represented color is use as the marker and how many separate shapes should be made. The location on the grid syncs to the color's location on the smaller grid.
Final description: The least represented color on the input tells how many copes should be created. It also shows where on the larger grid each shape should be placed.
Participant 9
Initial description: Copy the Input the same number of times as the least common colored square and in the same corresponding positions as the lease common colored square appears in the Input.
Final description: Copy the Input the same number of times as the least common colored square and in the same corresponding positions as the lease common colored square appears in the Input.
Participant 10
Initial description: Create a 9 x 9 grid. Recreate the pattern from test input one to test input two -- but do it three times inside the grid.
Final description: Create a 9 x 9 grid. Recreate the patterns of color (maroon and orange) to make four smaller grids in the upper left and lower right hand corners.
Participant 11
Initial description: There is a need to count the number of each color of the squares in the test input and based on the one with the lowest count, determine where in the 9x9 test output the patterns will be placed. The pattern is inserted unchanged into each of the 3x3 grid inside the 9x9 where the lowest count color, orange, in this case is found.
Final description: There is a need to count the number of each color of the squares in the test input and based on the one with the lowest count, determine where in the 9x9 test output the patterns will be placed. The pattern is inserted unchanged into each of the 3x3 grid inside the 9x9 where the lowest count color, orange, in this case is found.
Participant 12
Initial description: if two color place according to pattern on right on 9x9 grid
Final description: if two color use example output as examples
Participant 13
Initial description: I have to reproduce the figure shown in the test input the number of times = the smallest number of blocks. I then have to place them in the formation as indicated by the smallest number of blocks.
Final description: I have to reproduce the figure shown in the test input the number of times = the smallest number of blocks. I then have to place them in the formation as indicated by the smallest number of blocks.
Participant 14
Initial description: Put shape in to corner.
Final description: Fit shape in the corner.
Participant 15
Initial description: Copy the grid layout and color scheme to follow the initial input.
Final description: I thought I was supposed to follow the input example three to do the current grid.
Participant 16
Initial description: Convert 3x3 to 9x9 grid. Whichever color represented the fewest times on the Test Input will determine where the 3x3 grids on the new 9x9 grid will filled in. Once determined, the rule is to simply copy the Test Input precisely into each corresponding 3x3 grid on the new 9x9 grid.
Final description: Convert 3x3 to 9x9 grid. Whichever color represented the fewest times on the Test Input will determine where the 3x3 grids on the new 9x9 grid will filled in. Once determined, the rule is to simply copy the Test Input precisely into each corresponding 3x3 grid on the new 9x9 grid.
