Include this Package with

package math;

[**i**] *This package includes ReCTs math functions.*

# Random(maxNum -> int)

This function will return a random Int between 0 and the given Number.

# RandomRange(minNum -> int, maxNum -> int)

This function will return a random Int in the range being from the first to the second given number.

# Floor(num -> float)

This function will round the given Float to Floor and return the result as an Int.

# Ceil(num -> float)

This function will round the given Float to Ceil and return the result an Int.

# Pi()

This function will return Pi as a Float.

# Sqrt(num -> float)

This function will return square root of the given number as a Float.

# Pow(a -> float, b -> float)

This function will return the power of a to b as a Float.

# Clamp(num -> float, min -> float, max -> float)

This function will Clamp the given number between the min and max value.

# Abs(num -> float)

This function will return the ABS of the given number as a Float..

# Sin(angleInRadiants -> float)

This function will return the SIN of the given angle as a Float..

# Cos(angleInRadiants -> float)

This function will return the COS of the given angle as a Float..

# Tan(angleInRadiants -> float)

This function will return the TAN of the given angle as a Float..

# ASin(sin -> float)

This function will return the ASIN of the given sin in Radiants as a Float..

# ACos(cos -> float)

This function will return the ACOS of the given cos in Radiants as a Float..

# ATan(tan -> float)

This function will return the ATAN of the given tan in Radiants as a Float..

# SinDeg(angleInDegrees -> float)

This function will return the SIN of the given angle as a Float..

# CosDeg(angleInDegrees -> float)

This function will return the COS of the given angle as a Float..

# TanDeg(angleInDegrees -> float)

This function will return the TAN of the given angle as a Float..

# ASinDeg(sin -> float)

This function will return the ASIN of the given sin in Degrees as a Float..

# ACosDeg(cos -> float)

This function will return the ACOS of the given cos in Degrees as a Float..

# ATanDeg(tan -> float)

This function will return the ATAN of the given tan in Degrees as a Float..