PUBLIC

ComplexC::ComplexC(void) ComplexC::ComplexC(RealT) ComplexC::ComplexC(RealT,RealT) ComplexC::ComplexC(const ComplexC &) ComplexC::Re(void) ComplexC::Re(void) const ComplexC::Im(void) ComplexC::Im(void) const ComplexC::Mag(void) const ComplexC::I(void) const ComplexC::Conj(void) const ComplexC::operator +=(RealT) ComplexC::operator +=(const ComplexC &) ComplexC::operator -=(RealT) ComplexC::operator -=(const ComplexC &) ComplexC::operator *=(RealT) ComplexC::operator *=(const ComplexC &) ComplexC::operator /=(RealT) ComplexC::operator /=(const ComplexC &) ComplexC::operator +(RealT,const ComplexC &) ComplexC::operator +(const ComplexC &,RealT) ComplexC::operator +(const ComplexC &,const ComplexC &) ComplexC::operator -(RealT,const ComplexC &) ComplexC::operator -(const ComplexC &,RealT) ComplexC::operator -(const ComplexC &,const ComplexC &) ComplexC::operator *(RealT,const ComplexC &) ComplexC::operator *(const ComplexC &,RealT) ComplexC::operator *(const ComplexC &,const ComplexC &) ComplexC::operator /(const ComplexC &,RealT) ComplexC::operator /(const ComplexC &,const ComplexC &) ComplexC::operator /(RealT,const ComplexC &) ComplexC::operator ^(const ComplexC &,RealT) ComplexC::operator &&(const ComplexC &,const ComplexC &) ComplexC::Exp(const ComplexC &) ComplexC::CExp(RealT) ComplexC::Log(const ComplexC &)

RealT re;

RealT im;

ComplexC()

Creates the complex number (0,0).

ComplexC(RealT real)

Creates the complex number (real, 0).

ComplexC(RealT real,RealT imaginary)

Create the complex number (real, imaginary).

ComplexC(const ComplexC & x)

Copy constructor. Access to the parts of a complex number. ----------------------------------------

RealT & Re()

Returns the real part.

RealT Re() const

Returns the real part.

RealT & Im()

Returns the imaginary part of the complex number.

RealT Im() const

Returns the imaginary part of the complex number.

RealT Mag() const

The maginude

ComplexC I() const

Inverse.

ComplexC Conj() const

Get the complex conjugate.

const ComplexC & operator +=(RealT a)

const ComplexC & operator +=(const ComplexC & x)

const ComplexC & operator -=(RealT a)

const ComplexC & operator -=(const ComplexC & x)

const ComplexC & operator *=(RealT a)

const ComplexC & operator *=(const ComplexC & x)

const ComplexC & operator /=(RealT a)

const ComplexC & operator /=(const ComplexC & x)

ComplexC operator +(RealT a,const ComplexC & x)

ComplexC operator +(const ComplexC & x,RealT a)

ComplexC operator +(const ComplexC & a,const ComplexC & x)

ComplexC operator -(RealT a,const ComplexC & x)

ComplexC operator -(const ComplexC & x,RealT a)

ComplexC operator -(const ComplexC & a,const ComplexC & x)

ComplexC operator *(RealT a,const ComplexC & x)

ComplexC operator *(const ComplexC & x,RealT a)

ComplexC operator *(const ComplexC & a,const ComplexC & x)

ComplexC operator /(const ComplexC & x,RealT a)

ComplexC operator /(const ComplexC & a,const ComplexC & x)

ComplexC operator /(RealT a,const ComplexC & x)

ComplexC operator ^(const ComplexC & x,RealT a)

RealT operator &&(const ComplexC & a,const ComplexC & x)

ComplexC Exp(const ComplexC & x)

ComplexC CExp(RealT a)

ComplexC Log(const ComplexC & x)