PUBLIC

FAffineC::FAffineC(void) FAffineC::FAffineC(const FAffineC &) FAffineC::FAffineC(const FMatrixC &,const FVectorC &) FAffineC::Translation(void) FAffineC::Translation(void) const FAffineC::Scale(FVectorC) FAffineC::Translate(const FVectorC &) FAffineC::operator *(const FVectorC &) const FAffineC::operator *(const FAffineC &) const FAffineC::operator /(const FAffineC &) const FAffineC::I(void) const FAffineC::SRMatrix(void) FAffineC::SRMatrix(void) const FAffineC::operator =(const FAffineC &) FAffineC::operator >>(istream &,FAffineC &) FAffineC::operator <<(ostream &,const FAffineC &)

Affine2dC

FMatrixC SR;

Scale/rotate.

FVectorC T;

Translate.

FAffineC()

Construct no-change transform.

FAffineC(const FAffineC & Oth)

Copy constructor.

FAffineC(const FMatrixC<N,N> & SR,const FVectorC<N> & T)

Construct from Scale/Rotate matrix and a translation vector.

FVectorC<N> & Translation()

Access the translation component of the transformation.

FVectorC<N> Translation() const

Constant access to the translation component of the transformation.

void Scale(FVectorC<N> xy)

In place Scaling along the X & Y axis by value given in the vector.
If all values 1, then no effect.

void Translate(const FVectorC<N> & T)

Add a translation in direction T.

FVectorC<N> operator *(const FVectorC<N> & In) const

Transform Vector, Scale, Rotate, Translate.
Take a vector and put it though the transformation.

FAffineC<N> operator *(const FAffineC & In) const

Compose this transform with 'In'

FAffineC<N> operator /(const FAffineC & In) const

'In' / 'Out' = this;

FAffineC<N> I() const

Generate an inverse transformation.

FMatrixC<N,N> & SRMatrix()

Get Scale/Rotate matrix.

const FMatrixC<N,N> & SRMatrix() const

Get Scale/Rotate matrix.

const FAffineC<N> & operator =(const FAffineC & Oth)

Assigmment.

istream & operator >>(istream & inS,FAffineC<N> & vector)

ostream & operator <<(ostream & outS,const FAffineC<N> & vector)