AffineXf3f Class Reference

affine transformation: y = A*x + b, where A in VxV, and b in V More...

#include <MRAffineXf.h>

Public Member Functions
	AffineXf3f ()
	creates identity transformation
	AffineXf3f (Matrix3f^ A)
	creates linear-only transformation (without translation)
	AffineXf3f (Vector3f^ b)
	creates translation-only transformation (with identity linear component)
	AffineXf3f (Matrix3f^ A, Vector3f^ b)
	creates full transformation
	~AffineXf3f ()
void	set (Matrix3f^ value)
void	set (Vector3f^ value)
Vector3f	Apply (Vector3f^ x)

Static Public Member Functions
static AffineXf3f	operator* (AffineXf3f^ a, AffineXf3f^ b)

Public Attributes
property Matrix3f	A { Matrix3f^ get()
	linear component
property Vector3f	B { Vector3f^ get()
	translation

Detailed Description

affine transformation: y = A*x + b, where A in VxV, and b in V

Constructor & Destructor Documentation

AffineXf3f() [1/4]

AffineXf3f::AffineXf3f

(

)

creates identity transformation

AffineXf3f() [2/4]

AffineXf3f::AffineXf3f

(

Matrix3f^

A

)

creates linear-only transformation (without translation)

AffineXf3f() [3/4]

AffineXf3f::AffineXf3f

(

Vector3f^

b

)

creates translation-only transformation (with identity linear component)

AffineXf3f() [4/4]

AffineXf3f::AffineXf3f	(	Matrix3f^	A,
		Vector3f^	b )

creates full transformation

~AffineXf3f()

AffineXf3f::~AffineXf3f

(

)

Member Function Documentation

Apply()

Vector3f AffineXf3f::Apply

(

Vector3f^

x

)

operator*()

static AffineXf3f AffineXf3f::operator* ( AffineXf3f^ a, AffineXf3f^ b )

static

composition of two transformations:

set() [1/2]

void AffineXf3f::set

(

Matrix3f^

value

)

set() [2/2]

void AffineXf3f::set

(

Vector3f^

value

)

Member Data Documentation

A

property Matrix3f AffineXf3f::A { Matrix3f^ get()

linear component

B

property Vector3f AffineXf3f::B { Vector3f^ get()

translation

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The documentation for this class was generated from the following file:

• MRDotNet/MRAffineXf.h