Name | ## % (modulo) |
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Examples |
a = 5 % 4 # Sets 'a' to 1 b = 125 % 100 # Sets 'b' to 25 c = 285.5 % 140.0 # Sets 'c' to 5.5 d = 30.0 % 33.0 # Sets 'd' to 30.0 #Keep line within sketch boundaries a = 0 def draw(): background(200) global a a = (a + 1) % width # 'a' increases between 0 and width line(a, 0, a, height) | ||||

Description |
Calculates the remainder when one number is divided by another. For example, when 52.1 is divided by 10, the divisor (10) goes into the dividend (52.1) five times (5 * 10 == 50), and there is a remainder of 2.1 (52.1 - 50 == 2.1). Thus, 52.1 % 10 produces 2.1.Note that when the divisor is greater than the dividend, the remainder constitutes the value of the entire dividend. That is, a number cannot be divided by any number larger than itself. For example, when 9 is divided by 10, the result is zero with a remainder of 9. Thus, 9 % 10 produces 9.Modulo is extremely useful for keeping numbers within a boundary such as keeping a shape on the screen. (See the second example above.) |
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Syntax |
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Parameters |
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Related |
/ (divide) |

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