Class Mat22

Namespace

Vintagestory.API.MathTools

Assembly

VintagestoryAPI.dll

2x2 Matrix

public class Mat22

Inheritance

object

Mat22

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

Adjoint(float[], float[])

Calculates the adjugate of a mat2 Returns output

public static float[] Adjoint(float[] output, float[] a)

Parameters

output float[]

the receiving matrix

a float[]

the source matrix

Returns

float[]

CloneIt(float[])

Creates a new mat2 initialized with values from an existing matrix Returns a new 2x2 matrix

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

Parameters

a float[]

matrix to clone

Returns

float[]

Copy(float[], float[])

Copy the values from one mat2 to another Returns output

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

Parameters

output float[]

the receiving matrix

a float[]

the source matrix

Returns

float[]

Create()

Creates a new identity mat2 Returns a new 2x2 matrix

public static float[] Create()

Returns

float[]

Determinant(float[])

Calculates the determinant of a mat2 Returns determinant of a

public static float Determinant(float[] a)

Parameters

a float[]

the source matrix

Returns

float

Identity_(float[])

Set a mat2 to the identity matrix Returns output

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

Parameters

output float[]

the receiving matrix

Returns

float[]

Invert(float[], float[])

Inverts a mat2 Returns output

public static float[] Invert(float[] output, float[] a)

Parameters

output float[]

the receiving matrix

a float[]

the source matrix

Returns

float[]

Mul(float[], float[], float[])

Alias for {@link mat2.multiply}

public static float[] Mul(float[] output, float[] a, float[] b)

Parameters

output float[]

a float[]

b float[]

Returns

float[]

Multiply(float[], float[], float[])

Multiplies two mat2's Returns output

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

Parameters

output float[]

the receiving matrix

a float[]

the first operand

b float[]

the second operand

Returns

float[]

Rotate(float[], float[], float)

Rotates a mat2 by the given angle Returns output

public static float[] Rotate(float[] output, float[] a, float rad)

Parameters

output float[]

the receiving matrix

a float[]

the matrix to rotate

rad float

the angle to rotate the matrix by

Returns

float[]

Scale(float[], float[], float[])

Scales the mat2 by the dimensions in the given vec2 Returns output

public static float[] Scale(float[] output, float[] a, float[] v)

Parameters

output float[]

the receiving matrix

a float[]

the matrix to rotate

v float[]

the vec2 to scale the matrix by

Returns

float[]

Transpose(float[], float[])

Transpose the values of a mat2 Returns output

public static float[] Transpose(float[] output, float[] a)

Parameters

output float[]

the receiving matrix

a float[]

the source matrix

Returns

float[]