C# 클래스 R3.Math.Matrix4D

공개 메소드들

메소드	설명
Clone ( ) : Matrix4D
GramSchmidt ( Matrix4D input ) : Matrix4D	Gram-Schmidt orthonormalize
GramSchmidt ( Matrix4D input, Func innerProduct, VectorND>.Func normalize ) : Matrix4D	Gram-Schmidt orthonormalize
Identity ( ) : Matrix4D
Matrix4D ( ) : System
Matrix4D ( double data ) : System
MatrixToRotateinCoordinatePlane ( double angle, int c1, int c2 ) : Matrix4D	Returns a matrix which will rotate in a coordinate plane by an angle in radians.
RotateVector ( Vector3D input ) : Vector3D	Rotate a vector with this matrix.
RotateVector ( VectorND input ) : VectorND	Rotate a vector with this matrix.
Transpose ( Matrix4D m ) : Matrix4D
operator ( ) : Matrix4D
this ( int i ) : VectorND
this ( int i, int j ) : double	Mixing multidim and jagged array notation here, but whatevs.

메소드	설명
Initialize ( ) : void

public Clone ( ) : Matrix4D
리턴	Matrix4D

Gram-Schmidt orthonormalize

public static GramSchmidt ( Matrix4D input ) : Matrix4D
input	Matrix4D
리턴	Matrix4D

Gram-Schmidt orthonormalize

public static GramSchmidt ( Matrix4D input, Func innerProduct, VectorND>.Func normalize ) : Matrix4D
input	Matrix4D
innerProduct	Func
normalize	VectorND>.Func
리턴	Matrix4D

public static Identity ( ) : Matrix4D
리턴	Matrix4D

public Matrix4D ( ) : System
리턴	System

public Matrix4D ( double data ) : System
data	double
리턴	System

Returns a matrix which will rotate in a coordinate plane by an angle in radians.

public static MatrixToRotateinCoordinatePlane ( double angle, int c1, int c2 ) : Matrix4D
angle	double
c1	int
c2	int
리턴	Matrix4D

Rotate a vector with this matrix.

public RotateVector ( Vector3D input ) : Vector3D
input	Vector3D
리턴	Vector3D

Rotate a vector with this matrix.

public RotateVector ( VectorND input ) : VectorND
input	R3.Geometry.VectorND
리턴	R3.Geometry.VectorND

public static Transpose ( Matrix4D m ) : Matrix4D
m	Matrix4D
리턴	Matrix4D

public static operator ( ) : Matrix4D
리턴	Matrix4D

Mixing multidim and jagged array notation here, but whatevs.