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C++QEDCore
v2 Milestone 10
a framework for simulating open quantum dynamics – core
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C++QEDCore
v2 Milestone 10
a framework for simulating open quantum dynamics – core
|
In the language of the framework, a free system is a unary system (arity 1, RANK=1)
More...
#include <Free.h>
Inheritance diagram for structure::Free: Collaboration diagram for structure::Free:Public Types | |
| typedef boost::shared_ptr< const Free > | Ptr |
| Public Types inherited from structure::QuantumSystem< 1 > | |
| typedef boost::shared_ptr< const QuantumSystem > | Ptr |
| Many of the basic template classes in the framework act as template metafunctions returning a shared pointer to their own type. More... | |
| typedef Base::Dimensions | Dimensions |
| Public Types inherited from DimensionsBookkeeper< RANK > | |
| typedef ExtTiny< RANK > | Dimensions |
| The dimensions as a static vector of size N_RANK. | |
| Public Types inherited from structure::DynamicsBase | |
| typedef boost::shared_ptr< const DynamicsBase > | Ptr |
| typedef std::tuple< std::string, double, double > | RF |
| name-value-multiplier tuple for a real frequency-like parameter | |
| typedef std::tuple< std::string, dcomp,double > | CF |
| same for complex | |
| typedef std::list< RF > | RealFreqs |
| list of real frequency-like parameters | |
| typedef std::list< CF > | ComplexFreqs |
| same for complex | |
| typedef std::initializer_list< RF > | RealFreqsInitializer |
| typedef std::initializer_list< CF > | ComplexFreqsInitializer |
Public Member Functions | |
| Free (size_t dim, const RealFreqs &realFreqs=emptyRF, const ComplexFreqs &complexFreqs=emptyCF) | |
A single dimension to initialise QuantumSystem<1> and the lists of real and complex name-frequency-multiplier tuples for DynamicsBase. | |
| Free (size_t dim, const ComplexFreqs &complexFreqs) | |
| Free (size_t dim, RealFreqsInitializer rf, ComplexFreqsInitializer cf={}) | |
| Free (size_t dim, ComplexFreqsInitializer cf) | |
| Free (size_t dim, RF rf, CF cf=CF()) | |
| Free (size_t dim, CF cf) | |
| Free (size_t dim, RealFreqsInitializer rf, CF cf) | |
| Free (size_t dim, RF rf, ComplexFreqsInitializer cf) | |
Implementating inherited virtuals | |
| double | highestFrequency () const |
| Simply connects the pure virtual QuantumSystem::highestFrequency to the implementation DynamicsBase::highestFrequency. More... | |
| std::ostream & | displayParameters (std::ostream &os) const |
| ” | |
| Public Member Functions inherited from structure::QuantumSystem< 1 > | |
| QuantumSystem (const Dimensions &dimensions) | |
| Construction from a set of Dimensions. | |
| double | highestFrequency () const |
| The fastest timescale of the system for ODE stepping. | |
| std::ostream & | displayParameters (std::ostream &os) const |
| Communicating system parameters towards the user. | |
| Public Member Functions inherited from DimensionsBookkeeper< RANK > | |
| DimensionsBookkeeper (mpl::bool_< IS_CONST >=mpl::false_()) | |
Constructor usable only in the IS_CONST=false case. More... | |
| DimensionsBookkeeper (const Dimensions &dimensions) | |
Standard constructor usable also in the IS_CONST=true case. | |
| const Dimensions & | getDimensions () const |
| Get the Dimensions vector. | |
| size_t | getTotalDimension () const |
| Get the total dimension of a system of arbitrary arity. | |
| size_t | getDimension (mpl::int_< RANK >=mpl::int_< 1 >()) const |
| Get the (single) dimension for a unary system. | |
| size_t | getDimension (size_t i) const |
| void | setDimensions (const Dimensions &dimensions) |
| This will work only in the non-const case. | |
| Public Member Functions inherited from structure::DynamicsBase | |
| DynamicsBase (const RealFreqs &=emptyRF, const ComplexFreqs &=emptyCF) | |
| Straightforward constructor. | |
| DynamicsBase (const ComplexFreqs &complexFreqs) | |
| DynamicsBase (RealFreqsInitializer rf, ComplexFreqsInitializer cf={}) | |
| Constructor with initializer lists. | |
| DynamicsBase (ComplexFreqsInitializer cf) | |
| DynamicsBase (RF rf, CF cf=CF()) | |
| DynamicsBase (CF cf) | |
| DynamicsBase (RealFreqsInitializer rf, CF cf) | |
| DynamicsBase (RF rf, ComplexFreqsInitializer cf) | |
| double | highestFrequency () const |
| Calculates the fastest timescale of the system from the frequencies stored in the lists. | |
| std::ostream & | displayParameters (std::ostream &) const |
| Displays the content of the stored ostringstream followed by a call to displayMoreParameters. | |
Additional Inherited Members | |
| Static Public Attributes inherited from DimensionsBookkeeper< RANK > | |
| static const int | N_RANK |
| Arity of the Hilbert space. | |
| static const int | DIMESIONS_BOOKKEEPER_RANK |
Ditto (to break ambiguity if a class is derived from another base featuring N_RANK). | |
| Static Public Attributes inherited from structure::DynamicsBase | |
| static const RealFreqs | emptyRF |
| static const ComplexFreqs | emptyCF |
| Protected Member Functions inherited from structure::DynamicsBase | |
| std::ostringstream & | getParsStream () |
The stored std::ostringstream object, for constructors of clients to write parameters on. | |
| RealFreqs & | getRealFreqs () |
| ComplexFreqs & | getComplexFreqs () |
| Related Functions inherited from structure::DynamicsBase | |
| template<int RANK> | |
| const Exact< RANK >::Ptr | qse (DynamicsBase::Ptr base) |
| Dynamic cast to a shared pointer to Exact More... | |
| template<int RANK> | |
| const Hamiltonian< RANK >::Ptr | qsh (DynamicsBase::Ptr base) |
| Dynamic cast to a shared pointer to Hamiltonian More... | |
| template<int RANK> | |
| const Liouvillean< RANK >::Ptr | qsl (DynamicsBase::Ptr base) |
| Dynamic cast to a shared pointer to Liouvillean More... | |
| template<int RANK> | |
| const Averaged< RANK >::Ptr | qsa (DynamicsBase::Ptr base) |
| Dynamic cast to a shared pointer to Averaged More... | |
In the language of the framework, a free system is a unary system (arity 1, RANK=1)
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inline |
Simply connects the pure virtual QuantumSystem::highestFrequency to the implementation DynamicsBase::highestFrequency.
An exception to the rule “never redefine an inherited non-virtual function” is taken because these functions are called the same in the two bases of Free, which would otherwise create ambiguities.
1.8.11 
