1e0a9b12.json
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Train Examples
Test Example
Participant 1
Initial description: Each column should be condensed on into as few rows as possible starting at the bottom row
Final description: Each column should be condensed on into as few rows as possible starting at the bottom row. Think of it like tetris where everything falls to the bottom
Participant 2
Initial description: Leave all pixels on bottom row and also on 2nd up from bottom rows alone. Move DOWN all pixels that are anywhere up above those lines so that they rest on the bottom row, or on the 2nd up from bottom row. Almost like a Tetris game.
Final description: Leave all pixels on bottom row and also on 2nd up from bottom rows alone. Move DOWN all pixels that are anywhere up above those lines so that they rest on the bottom row, or on the 2nd up from bottom row. Almost like a Tetris game.
Participant 3
Initial description: All squares that are present on the grind just get shifted all the way down from their current position
Final description: All squares that are present on the grind just get shifted all the way down from their current position
Participant 4
Initial description: if all block fell downward, what would it result as
Final description: if all block fell downward, what would it result as
Participant 5
Initial description: Include all the colors in the examples, paying attention to the shape and the number of squares each shape made up.
Final description: Include all the colors in the examples, paying attention to the shape and the number of squares each shape made up.
Participant 6
Initial description: All colors fall to the x-axis and stack on top of one another
Final description: All colors fall to the x-axis and stack on top of one another
Participant 7
Initial description: Everything moves down as far as it can go to the bottom
Final description: Everything moves down as far as it can go to the bottom.
Participant 8
Initial description: nan
Final description: nan
Participant 9
Initial description: Every colored shape should be moved down as if they were falling blocks, so that they stack at the bottom of the grid.
Final description: Every colored shape should be moved down as if they were falling blocks, so that they stack at the bottom of the grid.
Participant 10
Initial description: Output grid size should be the same as input, with all of the colored squares moving to the bottom of the grid as though they fell straight down.
Final description: Output grid size should be the same as input, with all of the colored squares moving to the bottom of the grid as though they fell straight down.
Participant 11
Initial description: red goes down 2 spaces, the rest of the colors fill a certain number of lines
Final description: red goes down 2 spaces, the rest of the colors fill a certain number of lines
Participant 12
Initial description: Drop all of the colored squares straight down so they all start from the bottom of their column.
Final description: Drop all of the colored squares straight down so they all start from the bottom of their column.
Participant 13
Initial description: To organize the colors in rows by the amount they appeared on the test input.
Final description: Make a 5x5 Grid. Then organize the colors in a vertical volume depending on how many times they appeared on the test input. For example if the left row had 2 greens in it. You would make a blank grid and stack 2 greens(from the bottom). Then move on to the next row.
Participant 14
Initial description: all of the blocks just go to the bottom.
Final description: all of the blocks just go to the bottom.
Participant 15
Initial description: The output is the same number of squares as the input with all the blocks pushed down at the bottom of the grid in the column they are in the input.
Final description: The output is the same number of squares as the input with all the blocks pushed down at the bottom of the grid in the column they are in the input.
Participant 16
Initial description: thought all squares moved down to make columns
Final description: thought all squares moved down to make columns
Participant 17
Initial description: squares go from top to bottom
Final description: squares go from top to bottom
Participant 18
Initial description: not really sure
Final description: not really sure
Participant 19
Initial description: Join all colored blocks together in their respective sections and move them to the bottom of the grid without any spacing.
Final description: Join all colored blocks together in their respective sections and move them to the bottom of the grid without any spacing.
Participant 20
Initial description: Move all the colored squares in each column to the bottom of the frame
Final description: Move all the colored squares in each column to the bottom of the frame
Participant 21
Initial description: I took all the colored squares and put them at the bottom in their column to match what they did on the left
Final description: I took all the colored squares and put them at the bottom in their column to match what they did on the left
Participant 22
Initial description: im still not understanding this at all
Final description: im still not understanding this at all
Participant 23
Initial description: nan
Final description: nan
Participant 24
Initial description: Drop all the colored blocks to the lowest available black spot.
Final description: Drop all the colored blocks to the lowest available black spot.
Participant 25
Initial description: Every color drops down to the bottom and makes a column.
Final description: Every color drops down to the bottom and makes a column. Make a grid thats the same size as the input. After that just pretend the colors with black space under them have gravity and are going to drop down to settle into neat little columns of color.
Participant 26
Initial description: I really don't know what the rule is so I just tried to make a basic 2 rows + intersection.
Final description: I really just kind of guessed, based on the examples.
Participant 27
Initial description: Drop all colors to the bottom.
Final description: Drop all colors to the bottom.
Participant 28
Initial description: The test output is the same size, but all blocks have "dropped" like in a game of Tetris. Imagine this is a game and imagine the blocks have all fallen because of gravity. What would it look like? Think of the bottom edge as the floor that holds them up. If there are 3 blocks in a column, then the test output will have the same 3 blocks in that same column, but they will be at the bottom three, like a tower.
Final description: The test output is the same size, but all blocks have "dropped" like in a game of Tetris. Imagine this is a game and imagine the blocks have all fallen because of gravity. What would it look like? Think of the bottom edge as the floor that holds them up. If there are 3 blocks in a column, then the test output will have the same 3 blocks in that same column, but they will be at the bottom three, like a tower.
Participant 29
Initial description: Each color should fall downward to the bottom of the grid.
Final description: Each color should fall downward to the bottom of the grid.
Participant 30
Initial description: align all the color cells for each column at the bottom
Final description: copy input, stack all the color cells for each column at the bottom like a histogram
Participant 31
Initial description: i want this one right
Final description: i want this one right
Participant 32
Initial description: The color bars drop to the bottom
Final description: The color bars drop to the bottom
Participant 33
Initial description: All the colored squares go to the bottom and stack
Final description: All the colored squares go to the bottom and stack
Participant 34
Initial description: I moved all the boxes down to the bottom and stacked them up.
Final description: Move the boxes vertically until they reach the bottom. They should stack on top of one another.
Participant 35
Initial description: colored in the gray to match what I think the pattern is
Final description: colored in the gray to match what I think the pattern is though after looking again I cannot figure out why the colors went black on some and not on others.
Participant 36
Initial description: Bring each sqaure down to the last line and stack them
Final description: Bring each sqaure down to the last line and stack them
