Description

This module provides mathematical and random number generator functions

Example

import math
 
y = sin(30)        ' Calculates sine of 30 (in radians)
writeln(math_pi)   ' Prints mathematical π constant

Constants

• math_e — Mathematical e constant
• math_pi — Mathematical π constant

Functions

• abs() — Get absolute value of x
• acos() — Calculate inverse cosine of x, expressed in radians
• acosd() — Calculate inverse cosine of x, expressed in degrees
• acosh() — Calculate inverse hyperbolic cosine of x
• asin() — Calculate inverse sine of x, expressed in radians
• asind() — Calculate inverse sine of x, expressed in degrees
• asinh() — Calculate inverse hyperbolic sine of x
• atan() — Calculate inverse tangent of x, expressed in radians
• atand() — Calculate inverse tangent of x, expressed in degrees
• atanh() — Calculate inverse hyperbolic tangent of x
• ceil() — Round x upward
• cos() — Calculate cosine of x in radians
• cosd() — Calculate cosine of x in degrees
• cosh() — Calculate hyperbolic cosine of x
• exp() — Calculate base-e exponential function of x. exp(x) = e^x
• floor() — Round x downward
• getnumber() — Convert value to a number
• int() — Convert x to integer value
• ln() — Calculate natural logarithm (base-e) of x
• log() — Calculate base-10 logarithm of x
• logn() — Calculate base-n logarithm of x
• random() — Get random value between min and max
• randomint() — Get random integer value between min and max
• round() — Round x to specified precision
• sign() — Get sign of a number
• sin() — Calculate sine of x in radians
• sind() — Calculate sine of x in degrees
• sinh() — Calculate hyperbolic sine of x
• sqrt() — Calculate square root of x
• tan() — Calculate tangent of x in radians
• tand() — Calculate tangent of x in degrees
• tanh() — Calculate hyperbolic tangent of x

Classes

There are no classes.

Documentation version: 1.0.16. Updated on: 14 July 2025.
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