SimTK::conjugate< double > Class Template Reference

Public Member Functions
	conjugate ()
	conjugate (const double &real, const double &imag)
	Construction from reals. Note that the numeric result is (real-imag*i). More...
	conjugate (const double &real, int i)
	conjugate (int r, const double &imag)
	conjugate (int r, int i)
	conjugate (const double &real)
	Implicit conversion from double to conjugate<double>. More...
	conjugate (int r)
	conjugate (const conjugate< float > &cf)
	conjugate (const float &rf)
	conjugate (const complex< float > &x)
	conjugate (const complex< double > &x)
	operator complex< double > () const
	Implicit conversion to complex<double> when necessary (costs an actual negation – yuck!). More...
complex< double >	operator- () const
const conjugate &	operator+ () const
conjugate &	operator= (const double &r)
conjugate &	operator+= (const double &r)
conjugate &	operator-= (const double &r)
conjugate &	operator*= (const double &r)
conjugate &	operator/= (const double &r)
conjugate &	operator= (const float &r)
conjugate &	operator+= (const float &r)
conjugate &	operator-= (const float &r)
conjugate &	operator*= (const float &r)
conjugate &	operator/= (const float &r)
conjugate &	operator= (int i)
conjugate &	operator+= (int i)
conjugate &	operator-= (int i)
conjugate &	operator*= (int i)
conjugate &	operator/= (int i)
conjugate &	operator+= (const conjugate< double > &c)
conjugate &	operator-= (const conjugate< double > &c)
conjugate &	operator+= (const conjugate< float > &c)
conjugate &	operator-= (const conjugate< float > &c)
conjugate &	operator= (const complex< double > &c)
conjugate &	operator+= (const complex< double > &c)
conjugate &	operator-= (const complex< double > &c)
conjugate &	operator= (const complex< float > &c)
conjugate &	operator+= (const complex< float > &c)
conjugate &	operator-= (const complex< float > &c)
conjugate &	operator*= (const conjugate< double > &c)
conjugate &	operator*= (const complex< double > &t)
conjugate &	operator*= (const conjugate< float > &c)
conjugate &	operator*= (const complex< float > &c)
conjugate &	operator/= (const conjugate< double > &d)
conjugate &	operator/= (const complex< double > &d)
conjugate &	operator/= (const conjugate< float > &c)
conjugate &	operator/= (const complex< float > &c)
const double &	real () const
double &	real ()
const negator< double > &	imag () const
negator< double > &	imag ()
const complex< double > &	conj () const
complex< double > &	conj ()
const double &	negImag () const
double &	negImag ()
bool	isReal () const

Constructor & Destructor Documentation

conjugate() [1/11]

SimTK::conjugate< double >::conjugate ( )

inline

conjugate() [2/11]

SimTK::conjugate< double >::conjugate ( const double &  real, const double &  imag  )

inline

Construction from reals. Note that the numeric result is (real-imag*i).

conjugate() [3/11]

SimTK::conjugate< double >::conjugate ( const double &  real, int  i  )

inline

conjugate() [4/11]

SimTK::conjugate< double >::conjugate ( int  r, const double &  imag  )

inline

conjugate() [5/11]

SimTK::conjugate< double >::conjugate ( int  r, int  i  )

inline

conjugate() [6/11]

SimTK::conjugate< double >::conjugate ( const double &  real )

inline

Implicit conversion from double to conjugate<double>.

conjugate() [7/11]

SimTK::conjugate< double >::conjugate ( int  r )

inline

conjugate() [8/11]

SimTK::conjugate< double >::conjugate ( const conjugate< float > &  cf )

inline

conjugate() [9/11]

SimTK::conjugate< double >::conjugate ( const float &  rf )

inline

conjugate() [10/11]

SimTK::conjugate< double >::conjugate ( const complex< float > &  x )

inlineexplicit

conjugate() [11/11]

SimTK::conjugate< double >::conjugate ( const complex< double > &  x )

inlineexplicit

Member Function Documentation

operator complex< double >()

SimTK::conjugate< double >::operator complex< double > ( ) const

inline

Implicit conversion to complex<double> when necessary (costs an actual negation – yuck!).

operator-()

complex<double> SimTK::conjugate< double >::operator- ( ) const

inline

operator+()

const conjugate& SimTK::conjugate< double >::operator+ ( ) const

inline

operator=() [1/5]

conjugate& SimTK::conjugate< double >::operator= ( const double &  r )

inline

operator+=() [1/7]

conjugate& SimTK::conjugate< double >::operator+= ( const double &  r )

inline

operator-=() [1/7]

conjugate& SimTK::conjugate< double >::operator-= ( const double &  r )

inline

operator*=() [1/7]

conjugate& SimTK::conjugate< double >::operator*= ( const double &  r )

inline

operator/=() [1/7]

conjugate& SimTK::conjugate< double >::operator/= ( const double &  r )

inline

operator=() [2/5]

conjugate& SimTK::conjugate< double >::operator= ( const float &  r )

inline

operator+=() [2/7]

conjugate& SimTK::conjugate< double >::operator+= ( const float &  r )

inline

operator-=() [2/7]

conjugate& SimTK::conjugate< double >::operator-= ( const float &  r )

inline

operator*=() [2/7]

conjugate& SimTK::conjugate< double >::operator*= ( const float &  r )

inline

operator/=() [2/7]

conjugate& SimTK::conjugate< double >::operator/= ( const float &  r )

inline

operator=() [3/5]

conjugate& SimTK::conjugate< double >::operator= ( int  i )

inline

operator+=() [3/7]

conjugate& SimTK::conjugate< double >::operator+= ( int  i )

inline

operator-=() [3/7]

conjugate& SimTK::conjugate< double >::operator-= ( int  i )

inline

operator*=() [3/7]

conjugate& SimTK::conjugate< double >::operator*= ( int  i )

inline

operator/=() [3/7]

conjugate& SimTK::conjugate< double >::operator/= ( int  i )

inline

operator+=() [4/7]

conjugate& SimTK::conjugate< double >::operator+= ( const conjugate< double > &  c )

inline

operator-=() [4/7]

conjugate& SimTK::conjugate< double >::operator-= ( const conjugate< double > &  c )

inline

operator+=() [5/7]

conjugate& SimTK::conjugate< double >::operator+= ( const conjugate< float > &  c )

inline

operator-=() [5/7]

conjugate& SimTK::conjugate< double >::operator-= ( const conjugate< float > &  c )

inline

operator=() [4/5]

conjugate& SimTK::conjugate< double >::operator= ( const complex< double > &  c )

inline

operator+=() [6/7]

conjugate& SimTK::conjugate< double >::operator+= ( const complex< double > &  c )

inline

operator-=() [6/7]

conjugate& SimTK::conjugate< double >::operator-= ( const complex< double > &  c )

inline

operator=() [5/5]

conjugate& SimTK::conjugate< double >::operator= ( const complex< float > &  c )

inline

operator+=() [7/7]

conjugate& SimTK::conjugate< double >::operator+= ( const complex< float > &  c )

inline

operator-=() [7/7]

conjugate& SimTK::conjugate< double >::operator-= ( const complex< float > &  c )

inline

operator*=() [4/7]

conjugate& SimTK::conjugate< double >::operator*= ( const conjugate< double > &  c )

inline

operator*=() [5/7]

conjugate& SimTK::conjugate< double >::operator*= ( const complex< double > &  t )

inline

operator*=() [6/7]

conjugate& SimTK::conjugate< double >::operator*= ( const conjugate< float > &  c )

inline

operator*=() [7/7]

conjugate& SimTK::conjugate< double >::operator*= ( const complex< float > &  c )

inline

operator/=() [4/7]

conjugate& SimTK::conjugate< double >::operator/= ( const conjugate< double > &  d )

inline

operator/=() [5/7]

conjugate& SimTK::conjugate< double >::operator/= ( const complex< double > &  d )

inline

operator/=() [6/7]

conjugate& SimTK::conjugate< double >::operator/= ( const conjugate< float > &  c )

inline

operator/=() [7/7]

conjugate& SimTK::conjugate< double >::operator/= ( const complex< float > &  c )

inline

real() [1/2]

const double& SimTK::conjugate< double >::real ( ) const

inline

real() [2/2]

double& SimTK::conjugate< double >::real ( )

inline

imag() [1/2]

const negator<double>& SimTK::conjugate< double >::imag ( ) const

inline

imag() [2/2]

negator<double>& SimTK::conjugate< double >::imag ( )

inline

conj() [1/2]

const complex<double>& SimTK::conjugate< double >::conj ( ) const

inline

conj() [2/2]

complex<double>& SimTK::conjugate< double >::conj ( )

inline

negImag() [1/2]

const double& SimTK::conjugate< double >::negImag ( ) const

inline

negImag() [2/2]

double& SimTK::conjugate< double >::negImag ( )

inline

isReal()

bool SimTK::conjugate< double >::isReal ( ) const

inline

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

• conjugate.h