Participant 1
Initial description: If this is a requirement to have to explain it then I will return it because I don't know how lol And it's not a half-assed answer I simply just don't know how to explain it. My explanation it would take me two hours to try to explain it just here in this block I wouldn't accomplish explaining it and it would be so confusing and verbose Of a twisted mess of an explanation of something that I can't even explain to myself. It's a communication barrier thing that I have, I'm really bad at it I'd be so aggravated by the time I got to the end of this explanation here I would time out
Final description: Because it's just flipped around that's the best way I can explain it the other ones are up and down this one is just flipped around and the 1st one I submitted I thought was correct so I don't know how to move past this attempt without inputting an answer
Participant 2
Initial description: The grid doubled up and the pattern gets mirrored. Any spaces that has green squares will get filed with blue from top to bottom. Any columns with no green squares will remain black.
Final description: The grid doubled up and the pattern gets mirrored. Any spaces that has green squares will get filed with blue from top to bottom. Any columns with no green squares will remain black.
Participant 3
Initial description: Given Input Tiled 2 X 2 and the boder columns and rows of the given input colored with cyan color
Final description: Given Input tiled 2X2 and the columns containing given cells are colored with cyan color
Participant 4
Initial description: First, double the grid size ie 3x3 becomes 6x6, 4x4 becomes 8x8, and so on. Place green cubes to match the input in the double grid. Then fill vertical squares in each of the rows with a green square with light blue squares.
Final description: First, double the grid size ie 3x3 becomes 6x6, 4x4 becomes 8x8, and so on. Place green cubes to match the input in the double grid. Then fill vertical squares in each of the rows with a green square with light blue squares.
Participant 5
Initial description: The grid is doubled in size and divided into four even sections. The input cells copied into each section. In any column with input cells, the blank cells are turned blue.
Final description: The grid is doubled in size and divided into four sections. The input cells are copied over into each section. In any column with input cells, the blank cells are turned cerulean.
Participant 6
Initial description: I made a copy of the input but not from the option but from making the new grid by making a grid that is 4x4 that has a pattern and double it with the pattern in each 4x4 to a 8x8 size grid where the pattern is made in each side of the grid with the same number of space in the color squares in the same order. Then you color the empty space on top and below each color square with light blue.
Final description: I made a copy of the input but not from the option but from making the new grid by making a grid that is 4x4 that has a pattern and double it with the pattern in each 4x4 to a 8x8 size grid where the pattern is made in each side of the grid with the same number of space in the color squares in the same order. Then you color the empty space on top and below each color square with light blue.
Participant 7
Initial description: Copy the input three times and put one to the right and the other two below the top two. Fill in light blue in any columns that have a colored square and leave the other columns all black.
Final description: Copy the input three times and put one to the right and the other two below the top two. Fill in light blue in any columns that have a colored square and leave the other columns all black.
Participant 8
Initial description: I honestly couldn't figure this one out. Seems to be related to duplication AND adding blue in between the duplicated initial input colors.
Final description: I couldn't quite get it. I understood to double the double, and it seemed like they were all mirror images of each other somehow.
Participant 9
Initial description: The input is blown up to 4 times the original grid area and each column with a colored block on it will have the black space filled in with light blue.
Final description: The input is blown up to 4 times the original grid area and each column with a colored block on it will have the black space filled in with light blue.
Participant 10
Initial description: The rule was to double the amount of the grid. Then to put the colored boxes where they originally were within the new grid.
Final description: You must double the size of the grid. Then you put the green squares in the same exact place as they were in the test input. You first do this in the upper left part of the grid matching the test input. Then move to the right and input the green squares again as if it were a new grid. After this go to the bottom part of the grid, and repeat the process that you did on the top. In the end you should have 12 green squares. When you finish this, then add light blue squares vertically in line with the green squares from the very top of the grid to the bottom. Then leave the left over squares black.
Participant 11
Initial description: The test input area must be quadrupled into four identical sections. Within each section, light blue squares should extend vertically from each colored square.
Final description: The test input area must be quadrupled into four identical sections. Within each section, light blue squares should extend vertically from each colored square.
Participant 12
Initial description: Tile the pattern 4 times. Fill each line that has color in it with grey.
Final description: Tile the pattern in a 2x2 pattern. In each vertical line that has a color from the input pattern, turn all the black to light blue.
Participant 13
Initial description: The original pattern is duplicated four times. The vertical lines with any colored square is filled in with light blue.
Final description: The original pattern is duplicated four times. The vertical lines with any colored square is filled in with light blue.
Participant 14
Initial description: repeat the patter in four places
Final description: double the column up and down and any column with gren fill other place with light blue
Participant 15
Initial description: ?
Final description: I don't know
Participant 16
Initial description: The grid was four times the size. The pattern that existed was copied identically in all four corners of the larger grid. Then any line that had a colored square in it was filled vertically with pale blue.
Final description: The grid was four times the size. The pattern that existed was copied identically in all four corners of the larger grid. Then any line that had a colored square in it was filled vertically with pale blue.
Participant 17
Initial description: Double the size of the grid, creating 3 new blank grids equal to the size of the original grid. Duplicate the original grid's colors to each of the new grids. In any column that contains a green square, change all black squares to light blue.
Final description: Double the size of the grid, creating 3 new blank grids equal to the size of the original grid. Duplicate the original grid's colors to each of the new grids. In any column that contains a green square, change all black squares to light blue.
Participant 18
Initial description: The rule was to repeat the pattern once each in width and length, then fill light blue color in the black background if a column has non-black color tile.
Final description: The rule was to repeat the pattern once each in width and length, then fill light blue color in the black background if a column has non-black color tile.
Participant 19
Initial description: I made the grid as in the input and double it.
Final description: I made the grid as in the input and double it.
Participant 20
Initial description: I have no idea
Final description: I thought rule was double width and height of grid and then make even black boxes
Participant 21
Initial description: I doubled the grid size in both directions. Made the pattern 4 times in the test output. Then I colored the blocks blue that had another color in the line grid.
Final description: I doubled the grid size in both directions. Made the pattern 4 times in the test output. Then I colored the blocks blue that had another color in the line grid.
