structure::lindblad::_< RANK, LINDBLAD_ORDINAL, IS_TIME_DEPENDENT, NLINDBLADS > Class Template Reference

Class defining the virtual functions corresponding to a single Lindblad… More...

#include <ElementLiouvillean.h>

Inheritance diagram for structure::lindblad::_< RANK, LINDBLAD_ORDINAL, IS_TIME_DEPENDENT, NLINDBLADS >:

Collaboration diagram for structure::lindblad::_< RANK, LINDBLAD_ORDINAL, IS_TIME_DEPENDENT, NLINDBLADS >:

Public Types
typedef time::DispatcherIsTimeDependent< IS_TIME_DEPENDENT >::type	Time

Public Member Functions
void	typeErasedActWithJ (Time t, typename quantumdata::Types< RANK >::StateVectorLow &psi) const
	calls the virtual doActWithJ for the given LINDBLAD_ORDINAL
double	typeErasedRate (Time t, const quantumdata::LazyDensityOperator< RANK > &matrix) const
	calls the virtual rate for the given LINDBLAD_ORDINAL

Detailed Description

template<int RANK, int LINDBLAD_ORDINAL, bool IS_TIME_DEPENDENT, int NLINDBLADS = LINDBLAD_ORDINAL+1>
class structure::lindblad::_< RANK, LINDBLAD_ORDINAL, IS_TIME_DEPENDENT, NLINDBLADS >

Class defining the virtual functions corresponding to a single Lindblad…

… and all the Lindblads with lesser index, since the class uses base-class chaining. At the bottom of the chain sits Base<NLINDBLADS>

Template Parameters

RANK	arity of the Hilbert space
LINDBLAD_ORDINAL	the index of the given Lindblad
IS_TIME_DEPENDENT	governs time dependence
NLINDBLADS	the total number of Lindblads

In the case of the _::typeErasedActWithJ and _::typeErasedRate functions, the simultaneous use of the type-erasure & non-virtual interface idioms is notable

Definition at line 50 of file ElementLiouvillean.h.

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

• structure/ElementLiouvillean.h