SpawnBase(center coordinates, angle)
//center coordinates = center care package, all care packages placed around it ( 3 x 8 = dimensions )
//angle
NewSet(starting position, distance, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Staircase(starting position, distance, height, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//height means how far the care packages go upwards
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Checkpoint(starting position, angle)
SidewaysMover(starting position, distance, pairs to spawn, angle)
//distance is total for each pair, the mover is calculated by dividing the distance in half
Elevator(starting position, height, angle)
//height means how far up the care package (elevator) will go
Pouncer(starting position, distance, pairs to spawn, angle)
//same parameters as SidewaysMover
GuessingBlocks(starting position, distance, sets to spawn, angle)
//distance is total for each "set"
TPBlocks(starting position, distance, pairs to spawn, angle)
SpawnBase(center coordinates, angle)
//center coordinates = center care package, all care packages placed around it ( 3 x 8 = dimensions )
//angle
NewSet(starting position, distance, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Staircase(starting position, distance, height, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//height means how far the care packages go upwards
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Checkpoint(starting position, angle)
SidewaysMover(starting position, distance, pairs to spawn, angle)
//distance is total for each pair, the mover is calculated by dividing the distance in half
Elevator(starting position, height, angle)
//height means how far up the care package (elevator) will go
Pouncer(starting position, distance, pairs to spawn, angle)
//same parameters as SidewaysMover
GuessingBlocks(starting position, distance, sets to spawn, angle)
//distance is total for each "set"
TPBlocks(starting position, distance, pairs to spawn, angle)
NewSet(starting position, distance, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Staircase(starting position, distance, height, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//height means how far the care packages go upwards
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Checkpoint(starting position, angle)
SidewaysMover(starting position, distance, pairs to spawn, angle)
//distance is total for each pair, the mover is calculated by dividing the distance in half
Elevator(starting position, height, angle)
//height means how far up the care package (elevator) will go
Pouncer(starting position, distance, pairs to spawn, angle)
//same parameters as SidewaysMover
GuessingBlocks(starting position, distance, sets to spawn, angle)
//distance is total for each "set"
NewSet(starting position, distance, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Staircase(starting position, distance, height, amount to spawn, angle)
//starting position is the position of the first care package
//distance means how far of a jump their will be in between each carepackage
//height means how far the care packages go upwards
//amount to spawn means how many you want to spawn
//angle is either 1 or 2, which means which direction the carepackage is facing. distance is also a factor. If you want it to go forward, the distance would be POSITIVE, and the angle would be 1. If you want it to go backwards, the distance would be NEGATIVE, and the angle would be 1. If you want it to go left, the distance would be POSITIVE, and the angle would be 2. If you want it to go right, the distance would be NEGATIVE, and the angle would be 2. Easy to understand right?
Checkpoint(starting position, angle)
SidewaysMover(starting position, distance, pairs to spawn, angle)
//distance is total for each pair, the mover is calculated by dividing the distance in half
Elevator(starting position, height, angle)
//height means how far up the care package (elevator) will go
Pouncer(starting position, distance, pairs to spawn, angle)
//same parameters as SidewaysMover
GuessingBlocks(starting position, distance, sets to spawn, angle)
//distance is total for each "set"
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