PhysicalQtyComplex.h File Reference

Overloads for operations on complex physical quantities. More...

#include "PhysicalQty.h"
#include "PhysicalQtyOps.h"
#include <complex>

Go to the source code of this file.

Classes
class	std::complex< ThePEG::QtyDouble >
	Template specialization for std::complex<Qty<0,0,0> > with conversions to complex<double> More...

Namespaces
	ThePEG
	This is the main namespace within which all identifiers in ThePEG are declared.

Functions
Overloads for mathematical operations
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
constexpr auto	ThePEG::operator* (std::complex< Qty< L1, E1, Q1 >> q1, std::complex< Qty< L2, E2, Q2 >> q2) -> std::complex< decltype(q1.real() *q2.real())>
template<typename L , typename E , typename Q >
constexpr std::complex< typename Qty< L, E, Q >::Squared >	ThePEG::operator* (std::complex< Qty< L, E, Q >> q1, std::complex< Qty< L, E, Q >> q2)
constexpr std::complex< double >	ThePEG::operator- (std::complex< double > q1, std::complex< QtyDouble > q2)
constexpr std::complex< double >	ThePEG::operator+ (std::complex< double > q1, std::complex< QtyDouble > q2)
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > >	ThePEG::operator* (std::complex< double > q1, std::complex< Qty< L, E, Q >> q2)
template<typename L , typename E , typename Q >
std::complex< typename Qty< L, E, Q >::Inverse >	ThePEG::operator/ (std::complex< double > q1, std::complex< Qty< L, E, Q >> q2)
template<typename L , typename E , typename Q >
constexpr std::complex< typename Qty< L, E, Q >::Inverse >	ThePEG::operator/ (std::complex< double > q1, Qty< L, E, Q > q2)
template<typename L , typename E , typename Q >
std::complex< Qty< L, E, Q > >	ThePEG::operator/ (std::complex< Qty< L, E, Q >> q1, std::complex< double > q2)
template<typename L , typename E , typename Q >
std::complex< Qty< L, E, Q > >	ThePEG::operator/ (Qty< L, E, Q > q1, std::complex< double > q2)
template<typename L , typename E , typename Q >
std::complex< double >	ThePEG::operator/ (std::complex< Qty< L, E, Q >> q1, std::complex< Qty< L, E, Q >> q2)
template<typename L , typename E , typename Q >
std::complex< double >	ThePEG::operator/ (Qty< L, E, Q > q1, std::complex< Qty< L, E, Q >> q2)
template<typename L , typename E , typename Q >
constexpr std::complex< double >	ThePEG::operator/ (std::complex< Qty< L, E, Q >> q1, Qty< L, E, Q > q2)
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
auto	ThePEG::operator/ (std::complex< Qty< L1, E1, Q1 >> q1, std::complex< Qty< L2, E2, Q2 >> q2) -> std::complex< decltype(q1.real()/q2.real())>
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
auto	ThePEG::operator/ (Qty< L1, E1, Q1 > q1, std::complex< Qty< L2, E2, Q2 >> q2) -> std::complex< decltype(q1/q2.real())>
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
constexpr auto	ThePEG::operator/ (std::complex< Qty< L1, E1, Q1 >> q1, Qty< L2, E2, Q2 > q2) -> std::complex< decltype(q1.real()/q2)>
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > >	ThePEG::operator* (std::complex< Qty< L, E, Q >> q1, std::complex< double > q2)
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
constexpr auto	ThePEG::operator* (Qty< L1, E1, Q1 > q1, std::complex< Qty< L2, E2, Q2 >> q2) -> std::complex< decltype(q1 *q2.real())>
template<typename L , typename E , typename Q >
constexpr std::complex< typename Qty< L, E, Q >::Squared >	ThePEG::operator* (Qty< L, E, Q > q1, std::complex< Qty< L, E, Q >> q2)
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > >	ThePEG::operator* (Qty< L, E, Q > q1, std::complex< double > q2)
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > >	ThePEG::operator* (std::complex< double > q1, Qty< L, E, Q > q2)
template<typename L1 , typename E1 , typename Q1 , typename L2 , typename E2 , typename Q2 >
constexpr auto	ThePEG::operator* (std::complex< Qty< L1, E1, Q1 >> q1, Qty< L2, E2, Q2 > q2) -> decltype(q2 *q1)
template<typename L , typename E , typename Q >
constexpr std::complex< typename Qty< L, E, Q >::Squared >	ThePEG::operator* (std::complex< Qty< L, E, Q >> q1, Qty< L, E, Q > q2)
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > > &	ThePEG::operator*= (std::complex< Qty< L, E, Q >> &q1, double q2)
template<typename L , typename E , typename Q >
constexpr std::complex< Qty< L, E, Q > > &	ThePEG::operator/= (std::complex< Qty< L, E, Q >> &q1, double q2)

Detailed Description

Overloads for operations on complex physical quantities.

Definition in file PhysicalQtyComplex.h.