Implements a mode damped with rate $\kappa$ , that is $H=\lp-\delta-i\kappa\rp a^\dagger a$ , in a fully exact way, that is $\ket{\Psi(t)}=e^{-z\,t\,a^\dagger a}\ket{\Psi(0)}$ , and $\Liou\rho=2\kappa\lp(n_\text{Th}+1)\,a\rho a^\dagger+n_\text{Th}\,a^\dagger\rho a\rp$ . More...

#include <Mode_.h>

Inheritance diagram for LossyMode< TEMPERATURE, AveragingType >:

Collaboration diagram for LossyMode< TEMPERATURE, AveragingType >:

Public Member Functions
template<typename... AveragingConstructorParameters>
	LossyMode (const mode::ParsLossy &, AveragingConstructorParameters &&...)

Public Member Functions inherited from mode::Exact
	Exact (const dcomp &zI, size_t)

const dcomp &	get_zI () const

Public Member Functions inherited from structure::Exact< RANK >
void	actWithU (double t, StateVectorLow &psi, double t0) const

Public Member Functions inherited from structure::ExactCommon
bool	applicableInMaster () const

Public Member Functions inherited from ModeBase
	ModeBase (size_t dim, const RealFreqs &realFreqs=emptyRF, const ComplexFreqs &complexFreqs=emptyCF, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, const ComplexFreqs &complexFreqs, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, RealFreqsInitializer rf, ComplexFreqsInitializer cf={}, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, ComplexFreqsInitializer cf, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, RF rf, CF cf=CF(), const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, CF cf, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, RealFreqsInitializer rf, CF cf, const std::string &keyTitle=mode::keyTitle)

	ModeBase (size_t dim, RF rf, ComplexFreqsInitializer cf, const std::string &keyTitle=mode::keyTitle)

Public Member Functions inherited from structure::Free
	Free (size_t dim, const RealFreqs &realFreqs=emptyRF, const ComplexFreqs &complexFreqs=emptyCF)

double	highestFrequency () const

std::ostream &	displayParameters (std::ostream &os) const

double	highestFrequency () const

std::ostream &	displayParameters (std::ostream &os) const

Public Member Functions inherited from QuantumSystem< 1 >
	QuantumSystem (const Dimensions &dimensions)

double	highestFrequency () const

std::ostream &	displayParameters (std::ostream &os) const

Public Member Functions inherited from DimensionsBookkeeper< RANK >
	DimensionsBookkeeper (mpl::bool_< IS_CONST >=mpl::false_())

	DimensionsBookkeeper (const Dimensions &dimensions)

const Dimensions &	getDimensions () const

size_t	getTotalDimension () const

size_t	getDimension (mpl::int_< RANK >=mpl::int_< 1 >()) const

void	setDimensions (const Dimensions &dimensions)

Public Member Functions inherited from structure::DynamicsBase
	DynamicsBase (const RealFreqs &=emptyRF, const ComplexFreqs &=emptyCF)

	DynamicsBase (RealFreqsInitializer rf, ComplexFreqsInitializer cf={})

double	highestFrequency () const

std::ostream &	displayParameters (std::ostream &) const

const Exact< RANK >::Ptr	qse (DynamicsBase::Ptr base)

const Hamiltonian< RANK >::Ptr	qsh (DynamicsBase::Ptr base)

const Liouvillean< RANK >::Ptr	qsl (DynamicsBase::Ptr base)

const Averaged< RANK >::Ptr	qsa (DynamicsBase::Ptr base)

Additional Inherited Members
Public Types inherited from QuantumSystem< 1 >
typedef boost::shared_ptr< const QuantumSystem >	Ptr

Public Types inherited from DimensionsBookkeeper< RANK >
typedef ExtTiny< RANK >	Dimensions

Public Types inherited from structure::DynamicsBase
typedef std::tuple< std::string, double, double >	RF

typedef std::tuple< std::string, dcomp, double >	CF

typedef std::list< RF >	RealFreqs

typedef std::list< CF >	ComplexFreqs

Static Public Attributes inherited from DimensionsBookkeeper< RANK >
static const int	N_RANK

static const int	DIMESIONS_BOOKKEEPER_RANK

Protected Member Functions inherited from structure::DynamicsBase
std::ostringstream &	getParsStream ()

virtual std::ostream &	displayMoreParameters (std::ostream &) const

Detailed Description

template<bool TEMPERATURE, typename AveragingType>
class LossyMode< TEMPERATURE, AveragingType >

Implements a mode damped with rate $\kappa$ , that is $H=\lp-\delta-i\kappa\rp a^\dagger a$ , in a fully exact way, that is $\ket{\Psi(t)}=e^{-z\,t\,a^\dagger a}\ket{\Psi(0)}$ , and $\Liou\rho=2\kappa\lp(n_\text{Th}+1)\,a\rho a^\dagger+n_\text{Th}\,a^\dagger\rho a\rp$ .

See also: Summary of the various Mode classes

Template Parameters

TEMPERATURE governs whether the possibility of finite temperature is considered

Definition at line 389 of file Mode_.h.

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

frees/Mode_.h

Public Member Functions

Additional Inherited Members

Detailed Description

template<bool TEMPERATURE, typename AveragingType> class LossyMode< TEMPERATURE, AveragingType >

template<bool TEMPERATURE, typename AveragingType>
class LossyMode< TEMPERATURE, AveragingType >