Class Quaterniond

Namespace

Vintagestory.API.MathTools

Assembly

VintagestoryAPI.dll

Open in GitHub

public class Quaterniond

Inheritance

object

Quaterniond

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Extension Methods

ObjectHandleExtensions.ToGcHandle(object)

ObjectHandleExtensions.ToIntPtr(object)

Methods

Add(double[], double[], double[])

public static double[] Add(double[] output, double[] a, double[] b)

Parameters

output double[]

a double[]

b double[]

Returns

double[]

CalculateW(double[], double[])

public static double[] CalculateW(double[] output, double[] a)

Parameters

output double[]

a double[]

Returns

double[]

CloneIt(double[])

public static double[] CloneIt(double[] a)

Parameters

a double[]

Returns

double[]

Conjugate(double[], double[])

public double[] Conjugate(double[] output, double[] a)

Parameters

output double[]

a double[]

Returns

double[]

Copy(double[], double[])

public static double[] Copy(double[] output, double[] a)

Parameters

output double[]

a double[]

Returns

double[]

Create()

public static double[] Create()

Returns

double[]

Dot(double[], double[])

public static double Dot(double[] a, double[] b)

Parameters

a double[]

b double[]

Returns

double

FromMat3(double[], double[])

public static double[] FromMat3(double[] output, double[] m)

Parameters

output double[]

m double[]

Returns

double[]

FromValues(double, double, double, double)

public static double[] FromValues(double x, double y, double z, double w)

Parameters

x double

y double

z double

w double

Returns

double[]

Identity_(double[])

public static double[] Identity_(double[] output)

Parameters

output double[]

Returns

double[]

Invert(double[], double[])

public double[] Invert(double[] output, double[] a)

Parameters

output double[]

a double[]

Returns

double[]

Length_(double[])

public static double Length_(double[] a)

Parameters

a double[]

Returns

double

Lerp(double[], double[], double[], double)

public static double[] Lerp(double[] output, double[] a, double[] b, double t)

Parameters

output double[]

a double[]

b double[]

t double

Returns

double[]

Multiply(double[], double[], double[])

public static double[] Multiply(double[] output, double[] a, double[] b)

Parameters

output double[]

a double[]

b double[]

Returns

double[]

Normalize(double[], double[])

public static double[] Normalize(double[] output, double[] a)

Parameters

output double[]

a double[]

Returns

double[]

RotateX(double[], double[], double)

public static double[] RotateX(double[] output, double[] a, double rad)

Parameters

output double[]

a double[]

rad double

Returns

double[]

RotateY(double[], double[], double)

public static double[] RotateY(double[] output, double[] a, double rad)

Parameters

output double[]

a double[]

rad double

Returns

double[]

RotateZ(double[], double[], double)

public static double[] RotateZ(double[] output, double[] a, double rad)

Parameters

output double[]

a double[]

rad double

Returns

double[]

RotationTo(double[], double[], double[])

public static double[] RotationTo(double[] output, double[] a, double[] b)

Parameters

output double[]

a double[]

b double[]

Returns

double[]

Scale(double[], double[], double)

public static double[] Scale(double[] output, double[] a, double b)

Parameters

output double[]

a double[]

b double

Returns

double[]

Set(double[], double, double, double, double)

public static double[] Set(double[] output, double x, double y, double z, double w)

Parameters

output double[]

x double

y double

z double

w double

Returns

double[]

SetAxes(double[], double[], double[], double[])

public static double[] SetAxes(double[] output, double[] view, double[] right, double[] up)

Parameters

output double[]

view double[]

right double[]

up double[]

Returns

double[]

SetAxisAngle(double[], double[], double)

public static double[] SetAxisAngle(double[] output, double[] axis, double rad)

Parameters

output double[]

axis double[]

rad double

Returns

double[]

Slerp(double[], double[], double[], double)

public static double[] Slerp(double[] output, double[] a, double[] b, double t)

Parameters

output double[]

a double[]

b double[]

t double

Returns

double[]

SquaredLength(double[])

public static double SquaredLength(double[] a)

Parameters

a double[]

Returns

double

ToEulerAngles(double[])

public static float[] ToEulerAngles(double[] quat)

Parameters

quat double[]

Returns

float[]