C# Class Accord.Imaging.MatrixH

Datei anzeigen Open project: accord-net/framework Class Usage Examples

Public Methods

Method	Description
Equals ( object obj ) : bool	Compares two objects for equality.
GetHashCode ( ) : int	Returns the hash code for this instance.
Inverse ( ) : MatrixH	Returns the inverse matrix, if this matrix is invertible.
MatrixH ( ) : System	Creates a new projective matrix.
MatrixH ( double matrix ) : System	Creates a new projective matrix.
MatrixH ( float elements ) : System	Creates a new projective matrix.
MatrixH ( float m11, float m12, float m13, float m21, float m22, float m23, float m31, float m32 ) : System	Creates a new projective matrix.
MatrixH ( float m11, float m12, float m13, float m21, float m22, float m23, float m31, float m32, float m33 ) : System	Creates a new projective matrix.
Multiply ( MatrixH matrix ) : MatrixH	Multiplies this matrix, returning a new matrix as result.
Reset ( ) : void	Resets this matrix to be the identity.
ToDoubleArray ( ) : ].double[	Double[,] conversion.
ToSingleArray ( ) : ].float[	Single[,] conversion.
TransformPoints ( ) : System.Drawing.PointF[]	Transforms the given points using this transformation matrix.
TransformPoints ( ) : Accord.Imaging.PointH[]	Transforms the given points using this transformation matrix.
Transpose ( ) : MatrixH	Gets the transpose of this transformation matrix.
operator ( ) : MatrixH	Matrix multiplication.

Method Details

Equals() public method

Compares two objects for equality.

public Equals ( object obj ) : bool
obj	object
return	bool

GetHashCode() public method

Returns the hash code for this instance.

public GetHashCode ( ) : int
return	int

Inverse() public method

Returns the inverse matrix, if this matrix is invertible.

public Inverse ( ) : MatrixH
return	MatrixH

MatrixH() public method

Creates a new projective matrix.

public MatrixH ( ) : System
return	System

MatrixH() public method

Creates a new projective matrix.

public MatrixH ( double matrix ) : System
matrix	double
return	System

MatrixH() public method

Creates a new projective matrix.

public MatrixH ( float elements ) : System
elements	float
return	System

MatrixH() public method

Creates a new projective matrix.

public MatrixH ( float m11, float m12, float m13, float m21, float m22, float m23, float m31, float m32 ) : System
m11	float
m12	float
m13	float
m21	float
m22	float
m23	float
m31	float
m32	float
return	System

MatrixH() public method

Creates a new projective matrix.

public MatrixH ( float m11, float m12, float m13, float m21, float m22, float m23, float m31, float m32, float m33 ) : System
m11	float
m12	float
m13	float
m21	float
m22	float
m23	float
m31	float
m32	float
m33	float
return	System

Multiply() public method

Multiplies this matrix, returning a new matrix as result.

public Multiply ( MatrixH matrix ) : MatrixH
matrix	MatrixH
return	MatrixH

Reset() public method

Resets this matrix to be the identity.

public Reset ( ) : void
return	void

ToDoubleArray() public method

Double[,] conversion.

public ToDoubleArray ( ) : ].double[
return	].double[

ToSingleArray() public method

Single[,] conversion.

public ToSingleArray ( ) : ].float[
return	].float[

TransformPoints() public method

Transforms the given points using this transformation matrix.

public TransformPoints ( ) : System.Drawing.PointF[]
return	System.Drawing.PointF[]

TransformPoints() public method

Transforms the given points using this transformation matrix.

public TransformPoints ( ) : Accord.Imaging.PointH[]
return	Accord.Imaging.PointH[]

Transpose() public method

Gets the transpose of this transformation matrix.

public Transpose ( ) : MatrixH
return	MatrixH

operator() public static method

Matrix multiplication.

public static operator ( ) : MatrixH
return	MatrixH