#include <Act.h>

Inheritance diagram for composite::_< V >:

Collaboration diagram for composite::_< V >:

Public Types
typedef tmptools::Vector< V...>	Vector

Public Types inherited from composite::SubSystemsInteraction< mpl::size< tmptools::Vector< V...> >::value >
typedef structure::Interaction< RANK >::Ptr	InteractionPtr

Public Types inherited from structure::QuantumSystemWrapper< RANK, false >
typedef QuantumSystem< RANK >	QS

typedef Exact< RANK >	Ex

typedef Hamiltonian< RANK >	Ha

typedef Liouvillean< RANK >	Li

typedef Averaged< RANK >	Av

typedef QS::Ptr	QuantumSystemPtr

typedef Ex::Ptr	ExactPtr

typedef Ha::Ptr	HamiltonianPtr

typedef Li::Ptr	LiouvilleanPtr

typedef Av::Ptr	AveragedPtr

typedef Ex::StateVectorLow	StateVectorLow

typedef Li::Rates	Rates

typedef Li::LazyDensityOperator	LazyDensityOperator

typedef Av::Averages	Averages

Public Member Functions
template<typename IA >
	_ (const IA &ia)

Public Member Functions inherited from composite::SubSystemsInteraction< mpl::size< tmptools::Vector< V...> >::value >
	SubSystemsInteraction (InteractionPtr ia)

const InteractionPtr	get () const

Public Member Functions inherited from structure::QuantumSystemWrapper< RANK, false >
std::ostream &	displayCharacteristics (std::ostream &os) const
	Displays the dynamical characteristics of the system.

	QuantumSystemWrapper (DynamicsBase::Ptr qs)
	Constructor from DynamicsBase.

	QuantumSystemWrapper (QuantumSystemPtr qs, bool isNoisy)
	Constructor from QuantumSystem.

const QuantumSystemPtr	getQS () const

QuantumSystemPtr	getQS ()

const ExactPtr	getEx () const

ExactPtr	getEx ()

const HamiltonianPtr	getHa () const

HamiltonianPtr	getHa ()

const LiouvilleanPtr	getLi () const

LiouvilleanPtr	getLi ()

const AveragedPtr	getAv () const

AveragedPtr	getAv ()

const L_or_A_Ptr	getLA (LA_Li_tagType) const

const L_or_A_Ptr	getLA (LA_Av_tagType) const

bool	applicableInMaster () const

void	actWithU (double t, StateVectorLow &psi, double t0) const

void	addContribution (double t, const StateVectorLow &psi, StateVectorLow &dpsidt, double t0) const

void	actWithJ (double t, StateVectorLow &psi, size_t lindbladNo) const

void	process (Averages &averages) const

std::ostream &	display (double t, const LazyDensityOperator &matrix, std::ostream &os, int precision) const

size_t	nAvr () const

std::ostream &	displayKey (std::ostream &os, size_t &i) const

const Averages	average (double t, const LazyDensityOperator &matrix) const

Additional Inherited Members
Static Public Attributes inherited from structure::QuantumSystemWrapper< RANK, false >
static const int	N_RANK

Detailed Description

template<int... V>
class composite::_< V >

Helper class to Composite.

It combines a set of retained index positions (via its tmptools::Vector base) with a certain structure::Interaction element (via the SubSystemsInteraction base) of the corresponding arity (equalling the number of retained index positions) – this means that the given structure::Interaction element will act on the given retained index positions.

Composite expects a Boost.Fusion sequence as its template argument VA.

Template Parameters

V	has the same role as in tmptools::Vector

Definition at line 31 of file Act.h.

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

composites/Act.h

Public Types

Public Member Functions

Additional Inherited Members

Detailed Description

template<int... V> class composite::_< V >

template<int... V>
class composite::_< V >