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This is the building blocks for the brick function block, with an input being put into the repeat block.This is the code behind the brickline block. It takes in a certain number of lines wanted in a for i loop. Using i, it checks to see if it can be divisible by 2. If so, when it is sent back, the x coordinate is sent further back by 10.
If i is odd, then the sprite is sent back to the back left of the screen. Either way, the y is increased by 10.
Then the function begins to write the bricks themselves using the brick function created earlier.
Each brick is 1/24 of the width of the screen.
Thus, having 24 bricks would create an entire line.
And so, the cycle continues for however many lines needed.36 lines are needed due to there being 360 y coordinates in total. With each brick line being 10 coordinates tall, to envelop the screen with bricks, one would need to have 36 lines in total.24000