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SimTK::conjugate< float > Class Template Reference

Public Member Functions

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

Constructor & Destructor Documentation

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

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

SimTK::conjugate< float >::conjugate ( const float &  real,
int  i 
)
inline
SimTK::conjugate< float >::conjugate ( int  r,
const float &  imag 
)
inline
SimTK::conjugate< float >::conjugate ( int  r,
int  i 
)
inline
SimTK::conjugate< float >::conjugate ( const float &  real)
inline

Implicit conversion from float to conjugate<float>.

SimTK::conjugate< float >::conjugate ( int  r)
inline
SimTK::conjugate< float >::conjugate ( const conjugate< double > &  cd)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const conjugate< long double > &  cl)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const double &  rd)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const long double &  rl)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const complex< float > &  x)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const complex< double > &  x)
inlineexplicit
SimTK::conjugate< float >::conjugate ( const complex< long double > &  x)
inlineexplicit

Member Function Documentation

SimTK::conjugate< float >::operator complex< float > ( ) const
inline

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

complex<float> SimTK::conjugate< float >::operator- ( ) const
inline
const conjugate& SimTK::conjugate< float >::operator+ ( ) const
inline
conjugate& SimTK::conjugate< float >::operator= ( const float &  r)
inline
conjugate& SimTK::conjugate< float >::operator+= ( const float &  r)
inline
conjugate& SimTK::conjugate< float >::operator-= ( const float &  r)
inline
conjugate& SimTK::conjugate< float >::operator*= ( const float &  r)
inline
conjugate& SimTK::conjugate< float >::operator/= ( const float &  r)
inline
conjugate& SimTK::conjugate< float >::operator+= ( const conjugate< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator-= ( const conjugate< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator= ( const complex< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator+= ( const complex< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator-= ( const complex< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator*= ( const conjugate< float > &  c)
inline
conjugate& SimTK::conjugate< float >::operator*= ( const complex< float > &  t)
inline
conjugate& SimTK::conjugate< float >::operator/= ( const conjugate< float > &  d)
inline
conjugate& SimTK::conjugate< float >::operator/= ( const complex< float > &  d)
inline
const float& SimTK::conjugate< float >::real ( ) const
inline
float& SimTK::conjugate< float >::real ( )
inline
const negator<float>& SimTK::conjugate< float >::imag ( ) const
inline
negator<float>& SimTK::conjugate< float >::imag ( )
inline
const complex<float>& SimTK::conjugate< float >::conj ( ) const
inline
complex<float>& SimTK::conjugate< float >::conj ( )
inline
const float& SimTK::conjugate< float >::negImag ( ) const
inline
float& SimTK::conjugate< float >::negImag ( )
inline
bool SimTK::conjugate< float >::isReal ( ) const
inline
The documentation for this class was generated from the following file: