C# Class LostPolygon.DynamicWaterSystem.FastFunctions

A collection of fast implementations of mathematical functions.

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Méthodes publiques

Méthode	Description
FastCos ( float x ) : float	Calculates the approximate value of cosine function at a given angle. This function is much faster than `Mathf.Cos()`, especially on mobile devices.
FastInvSqrt ( float x ) : float	Calculates the approximate inverse square root of a given value. This function is much faster than calling `1/Mathf.Sqrt(x)`, especially on mobile devices.
FastIsNaN ( float x ) : bool	Checks whether the float value is NaN. This function is much faster than calling `Math.IsNaN()`, especially on mobile devices.
FastLog2 ( float x ) : float	Calculates the approximate log2 of a given value. This function is much faster than `Mathf.Log()`, especially on mobile devices.
FastPow ( float a, float b ) : float	Calculates the approximate value of a^b. This function is much faster than `Mathf.Pow()`, especially on mobile devices.
FastPow2 ( float x ) : float	Calculates the approximate value of 2^x. This function is much faster than `Mathf.Pow()`, especially on mobile devices.
FastPowInt ( float a, int b ) : float	Calculates the approximate value of a^b. This function is much faster than `Mathf.Pow()`, especially on mobile devices.
FastSin ( float x ) : float	Calculates the approximate value of sine function at a given angle. This function is much faster than `Mathf.Sin()`, especially on mobile devices.
FastSqrt ( float x ) : float	Calculates the approximate square root of a given value. This function is much faster than `Mathf.Sqrt()`, especially on mobile devices.
FastVector3Magnitude ( Vector3 vector ) : float	Calculates the approximate magnitude of `Vector3`. This function is much faster than `Vector3.magnitude`, especially on mobile devices.

Method Details

FastCos() public static méthode

Calculates the approximate value of cosine function at a given angle.

This function is much faster than Mathf.Cos(), especially on mobile devices.

public static FastCos ( float x ) : float
x	float	/// The angle in radians. ///
Résultat	float

FastInvSqrt() public static méthode

Calculates the approximate inverse square root of a given value.

This function is much faster than calling 1/Mathf.Sqrt(x), especially on mobile devices.

public static FastInvSqrt ( float x ) : float
x	float	/// The input value. ///
Résultat	float

FastIsNaN() public static méthode

Checks whether the float value is NaN.

This function is much faster than calling Math.IsNaN(), especially on mobile devices.

public static FastIsNaN ( float x ) : bool
x	float	/// The input value to be checked. ///
Résultat	bool

FastLog2() public static méthode

Calculates the approximate log2 of a given value.

This function is much faster than Mathf.Log(), especially on mobile devices.

public static FastLog2 ( float x ) : float
x	float	/// Input value. ///
Résultat	float

FastPow() public static méthode

Calculates the approximate value of a^b.

This function is much faster than Mathf.Pow(), especially on mobile devices.

public static FastPow ( float a, float b ) : float
a	float	/// The base value. ///
b	float	/// The power value. ///
Résultat	float

FastPow2() public static méthode

Calculates the approximate value of 2^x.

This function is much faster than Mathf.Pow(), especially on mobile devices.

public static FastPow2 ( float x ) : float
x	float	/// Input value. ///
Résultat	float

FastPowInt() public static méthode

Calculates the approximate value of a^b.

This function is much faster than Mathf.Pow(), especially on mobile devices.

public static FastPowInt ( float a, int b ) : float
a	float	/// The base value. ///
b	int	/// The power value. ///
Résultat	float

FastSin() public static méthode

Calculates the approximate value of sine function at a given angle.

This function is much faster than Mathf.Sin(), especially on mobile devices.

public static FastSin ( float x ) : float
x	float	/// The angle in radians. ///
Résultat	float

FastSqrt() public static méthode

Calculates the approximate square root of a given value.

This function is much faster than Mathf.Sqrt(), especially on mobile devices.

public static FastSqrt ( float x ) : float
x	float	/// Input value. ///
Résultat	float

FastVector3Magnitude() public static méthode

Calculates the approximate magnitude of Vector3.

This function is much faster than Vector3.magnitude, especially on mobile devices.

public static FastVector3Magnitude ( Vector3 vector ) : float
vector	UnityEngine.Vector3	/// Input vector. ///
Résultat	float