Container of Model related information. More...

#include <Model.h>

Inheritance diagram for TBTK::Model:

Public Member Functions
	Model ()

	Model (const std::vector< unsigned int > &capacity)

	Model (const Model &model)

	Model (Model &&model)

	Model (const std::string &serialization, Mode mode)

virtual	~Model ()

Model &	operator= (const Model &rhs)

Model &	operator= (Model &&rhs)

void	add (HoppingAmplitude ha)

void	addModel (const Model &model, const Index &subsytemIndex)

int	getBasisIndex (const Index &index) const

int	getBasisSize () const

void	generateHoppingAmplitudeSet (const HoppingAmplitude::AmplitudeCallback &hoppingAmplitudeCallback)

void	generateOverlapAmplitudeSet (const OverlapAmplitude::AmplitudeCallback &overlapAmplitudeCallback)

void	construct ()

bool	getIsConstructed ()

void	setTemperature (double temperature)

double	getTemperature () const

void	setChemicalPotential (double chemicalPotential)

double	getChemicalPotential () const

void	setStatistics (Statistics statistics)

Statistics	getStatistics () const

const BasisStateSet &	getBasisStateSet () const

const HoppingAmplitudeSet &	getHoppingAmplitudeSet () const

const SourceAmplitudeSet &	getSourceAmplitudeSet () const

const OverlapAmplitudeSet &	getOverlapAmplitudeSet () const

Geometry &	getGeometry ()

const Geometry &	getGeometry () const

void	createManyParticleContext ()

ManyParticleContext *	getManyParticleContext ()

void	setFilter (const AbstractHoppingAmplitudeFilter &hoppingAmplitudeFilter)

void	setFilter (const AbstractIndexFilter &indexFilter)

Model &	operator<< (const AbstractState &basisState)

Model &	operator<< (const HoppingAmplitude &hoppingAmplitude)

Model &	operator<< (const std::tuple< HoppingAmplitude, HoppingAmplitude > &hoppingAmplitudes)

Model &	operator<< (const HoppingAmplitudeList &hoppingAmplitudeList)

Model &	operator<< (const SourceAmplitude &sourceAmplitude)

Model &	operator<< (const OverlapAmplitude &overlapAmplitudeSet)

virtual std::string	toString () const

std::string	serialize (Mode mode) const

Public Member Functions inherited from TBTK::Serializable
template<>
std::string	serialize (const bool &data, Mode mode)

template<>
std::string	serialize (const double &data, Mode mode)

template<>
std::string	serialize (const std::complex< double > &data, Mode mode)

template<>
std::string	serialize (const int &data, Mode mode)

template<>
std::string	serialize (const unsigned int &data, Mode mode)

template<>
std::string	serialize (const SpinMatrix &data, Mode mode)

template<>
std::string	serialize (const Statistics &data, Mode mode)

template<>
std::string	serialize (const std::vector< std::complex< double >> &data, Mode mode)

template<>
int	deserialize (const std::string &serialization, Mode mode)

template<>
unsigned int	deserialize (const std::string &serialization, Mode mode)

template<>
double	deserialize (const std::string &serialization, Mode mode)

template<>
std::complex< double >	deserialize (const std::string &serialization, Mode mode)

template<>
SpinMatrix	deserialize (const std::string &serialization, Mode mode)

template<>
Statistics	deserialize (const std::string &serialization, Mode mode)

template<>
std::vector< std::complex< double > >	deserialize (const std::string &serialization, Mode mode)

Public Member Functions inherited from TBTK::Communicator
	Communicator (bool verbose)

void	setVerbose (bool verbose)

bool	getVerbose () const

Friends
class	FileReader

Additional Inherited Members
Public Types inherited from TBTK::Serializable
enum	Mode { Debug, Binary, XML, JSON }

Static Public Member Functions inherited from TBTK::Serializable
static bool	hasID (const std::string &serialization, Mode mode)

static std::string	getID (const std::string &serialization, Mode mode)

static std::string	extractComponent (const std::string &serialization, const std::string &containerID, const std::string &componentID, const std::string &componentName, Mode mode)

Static Public Member Functions inherited from TBTK::Communicator
static void	setGlobalVerbose (bool globalVerbose)

static bool	getGlobalVerbose ()

Static Protected Member Functions inherited from TBTK::Serializable
static bool	validate (const std::string &serialization, const std::string &id, Mode mode)

static std::string	getContent (const std::string &serialization, Mode mode)

static std::vector< std::string >	split (const std::string &content, Mode mode)

template<typename DataType >
static std::enable_if<!std::is_pointer< DataType >::value, std::string >::type	serialize (const DataType &data, Mode mode)

template<typename DataType >
static std::enable_if< std::is_pointer< DataType >::value, std::string >::type	serialize (const DataType &data, Mode mode)

template<typename DataType >
static DataType	deserialize (const std::string &serialization, Mode mode)

static std::string	extract (const std::string &serialization, Mode mode, std::string component)

Detailed Description

Container of Model related information.

The Model contains all model related information such as the Hamiltonian, temperature, and chemical potential.

Example

#include "TBTK/Model.h"
#include "TBTK/Streams.h"
#include "TBTK/TBTK.h"
#include <complex>
using namespace std;
using namespace TBTK;
//Create a 2D-lattice with on-site potential U, nearest neighbor hopping
//amplitude t, chemical potential mu, temperature T, and Fermi-Dirac
//statistics.
int main(){
    Initialize();
    //Parameters.
    complex<double> U = 1;
    complex<double> t = 1;
    double mu = -1;
    double T = 300;
    unsigned int SIZE_X = 10;
    unsigned int SIZE_Y = 10;
    //Model specification.
    Model model;
    for(unsigned int x = 0; x < SIZE_X; x++){
        for(unsigned int y = 0; y < SIZE_Y; y++){
            for(unsigned int spin = 0; spin < 2; spin++){
                model << HoppingAmplitude(
                    U,
                    {x, y, spin},
                    {x, y, spin}
                );
                if(x+1 < SIZE_X){
                    model << HoppingAmplitude(
                        -t,
                        {x+1, y, spin},
                        {x, y, spin}
                    ) + HC;
                }
                if(y+1 < SIZE_Y){
                    model << HoppingAmplitude(
                        -t,
                        {x, y+1, spin},
                        {x, y, spin}
                    ) + HC;
                }
            }
        }
    }
    model.setChemicalPotential(mu);
    model.setTemperature(T);
    model.setStatistics(Statistics::FermiDirac);
    //Construct a mapping from the Physical Indices to a linear Hilbert
    //space basis.
    model.construct();
    Streams::out << model << "\n";
}

Output

Model
    Temperature: 300K (300 n.u.)
    Chemical potential: -1eV (-1 n.u.)
    Statistics: Fermi-Dirac
    Basis size: 200

Constructor & Destructor Documentation

◆ Model() [1/5]

TBTK::Model::Model ( )

Constructor.

◆ Model() [2/5]

TBTK::Model::Model ( const std::vector< unsigned int > & capacity )

Constructs a Model with a preallocated storage structure such that the addition of HoppingAmplitudes with indices that have the same subindex structure as 'capacity', but with smaller subindices will not cause reallocation for the main storage structure. Internal containers for HoppingAmplitudes may still be reallocated.

Parameters

capacity The 'Index capacity'.

◆ Model() [3/5]

TBTK::Model::Model ( const Model & model )

Copy constructor.

Parameters

model Model to copy.

◆ Model() [4/5]

TBTK::Model::Model ( Model && model )

Move constructor.

Parameters

model Model to move.

◆ Model() [5/5]

TBTK::Model::Model	(	const std::string &	serialization,
		Mode	mode
	)

Constructor. Constructs the Model from a serialization string. Note that the ManyParticleContext is not yet serialized.

Parameters

serialization	Serialization string from which to construct the Model.
mode	Mode with which the string has been serialized.

◆ ~Model()

virtual TBTK::Model::~Model ( )

virtual

Destructor.

Member Function Documentation

◆ add()

void TBTK::Model::add ( HoppingAmplitude ha )

inline

Add a HoppingAmplitude.

Parameters

ha	HoppingAmplitude to add.

◆ addModel()

void TBTK::Model::addModel	(	const Model &	model,
		const Index &	subsytemIndex
	)

Add a Model as a subsystem.

Parameters

model	Model to include as subsystem.
subsystemIndex	Index that will be prepended to each Index in the model.

◆ construct()

void TBTK::Model::construct ( )

Construct Hilbert space. No more HoppingAmplitudes should be added after this call.

◆ createManyParticleContext()

void TBTK::Model::createManyParticleContext ( )

inline

Create ManyParticleContext.

◆ generateHoppingAmplitudeSet()

void TBTK::Model::generateHoppingAmplitudeSet ( const HoppingAmplitude::AmplitudeCallback & hoppingAmplitudeCallback )

inline

Generate HoppingAmplitudeSet from basis functions.

Parameters

hoppingAmplitudeCallback Callback to use as argument for the HoppingAmplitudes.

◆ generateOverlapAmplitudeSet()

void TBTK::Model::generateOverlapAmplitudeSet ( const OverlapAmplitude::AmplitudeCallback & overlapAmplitudeCallback )

inline

Generate OverlapAmplitudeSet from basis functions.

Parameters

overlapAmplitudeCallback Callback to use as argument for the OverlapAmplitudes.

◆ getBasisIndex()

int TBTK::Model::getBasisIndex ( const Index & index ) const

inline

Get Hilbert space index corresponding to given 'from'-index.

Parameters

index Physical Index for which to obtain the Hilbert space index.

Returns: The Hilbert space index corresponding to the given Physical Index. Returns -1 if Model::construct() has not been called.

◆ getBasisSize()

int TBTK::Model::getBasisSize ( ) const

inline

Get size of Hilbert space.

Returns: The basis size if the basis has been constructed using the call to Model::construct(), otherwise -1.

◆ getBasisStateSet()

const BasisStateSet & TBTK::Model::getBasisStateSet ( ) const

inline

Get BasisStateSet.

Returns: Reference to the contained BasisStateSet.

◆ getChemicalPotential()

double TBTK::Model::getChemicalPotential ( ) const

inline

Get chemical potential.

Returns: The chemical potential.

◆ getGeometry() [1/2]

Geometry & TBTK::Model::getGeometry ( )

inline

Get geometry.

Returns: Pointer to the contained Geometry.

◆ getGeometry() [2/2]

const Geometry & TBTK::Model::getGeometry ( ) const

inline

Get geometry.

Returns: Pointer to the contained Geometry.

◆ getHoppingAmplitudeSet()

const HoppingAmplitudeSet & TBTK::Model::getHoppingAmplitudeSet ( ) const

inline

Get amplitude set.

Returns: Reference to the contained HoppingAmplitudeSet.

◆ getIsConstructed()

bool TBTK::Model::getIsConstructed ( )

inline

Check whether the Hilbert space basis has been constructed.

Returns: True if the Hilbert space basis has been constructed.

◆ getManyParticleContext()

ManyParticleContext * TBTK::Model::getManyParticleContext ( )

inline

Get ManyParticleContext.

Returns: Pointer to the contained ManyParticleContext.

◆ getOverlapAmplitudeSet()

const OverlapAmplitudeSet & TBTK::Model::getOverlapAmplitudeSet ( ) const

inline

Get OverlapAmplitudeSet.

Returns: Reference to the contained OverlapAmplitudeSet.

◆ getSourceAmplitudeSet()

const SourceAmplitudeSet & TBTK::Model::getSourceAmplitudeSet ( ) const

inline

Get SourceAmplitudeSet.

Returns: Reference to the contained SourceAmplitudeSet.

◆ getStatistics()

Statistics TBTK::Model::getStatistics ( ) const

inline

Get statistics.

Returns: The currently set Statistics.

◆ getTemperature()

double TBTK::Model::getTemperature ( ) const

inline

Get temperature.

Returns: The temperature.

◆ operator<<() [1/6]

Model & TBTK::Model::operator<< ( const AbstractState & basisState )

inline

Operator<<.

◆ operator<<() [2/6]

Model & TBTK::Model::operator<< ( const HoppingAmplitude & hoppingAmplitude )

inline

Operator<<.

◆ operator<<() [3/6]

Model & TBTK::Model::operator<< ( const std::tuple< HoppingAmplitude, HoppingAmplitude > & hoppingAmplitudes )

inline

Operator<<.

◆ operator<<() [4/6]

Model & TBTK::Model::operator<< ( const HoppingAmplitudeList & hoppingAmplitudeList )

inline

Operator<<.

◆ operator<<() [5/6]

Model & TBTK::Model::operator<< ( const SourceAmplitude & sourceAmplitude )

inline

Operator<<.

◆ operator<<() [6/6]

Model & TBTK::Model::operator<< ( const OverlapAmplitude & overlapAmplitudeSet )

inline

Operator<<.

◆ operator=() [1/2]

Model& TBTK::Model::operator= ( const Model & rhs )

Assignment operator.

Parameters

rhs	Model to assign to the left hand side.

Returns: Reference to the assigned Model.

◆ operator=() [2/2]

Model& TBTK::Model::operator= ( Model && rhs )

Move assignment operator.

Parameters

rhs	Model to assign to the left hand side.

Returns: Reference to the assigned Model.

◆ serialize()

std::string TBTK::Model::serialize ( Mode mode ) const

virtual

Implements Serializable::serialize(). Note that the ManyParticleContext is not yet serialized.

Implements TBTK::Serializable.

◆ setChemicalPotential()

void TBTK::Model::setChemicalPotential ( double chemicalPotential )

inline

Set chemical potential.

Parameters

chemicalPotential The chemical potential.

◆ setFilter() [1/2]

void TBTK::Model::setFilter ( const AbstractHoppingAmplitudeFilter & hoppingAmplitudeFilter )

inline

Set a HoppingAmplitudeFilter. The HoppingAmplitudeFilter will be used by the Model to determine whether a given HoppingAmplitude that is passed to the Model actually should be added or not. If no HoppingAmplitudeFilter is set, all HoppingAmplitudes are added. But if a HoppingAmplitudeFilter is set, only those HoppingAmplitudes that the filter returns true for are added.

Parameters

hoppingAmplitudeFilter The HoppingAmplitudeFilter to use.

◆ setFilter() [2/2]

void TBTK::Model::setFilter ( const AbstractIndexFilter & indexFilter )

inline

Set an IndexFilter. The IndexFilter will be used by the Model to determine whether a given HoppingAmplitude that is passed to the Model actually should be added or not. If no IndexFilter is set, all HoppingAmplitudes are added. But if an IndexFilter is set, only those HoppingAmplitudes for which the filter returns true for both Indices are added.

Parameters

indexFilter The IndexFilter to use.

◆ setStatistics()

void TBTK::Model::setStatistics ( Statistics statistics )

inline

Set statistics.

Parameters

statistics The statistics to use.

◆ setTemperature()

void TBTK::Model::setTemperature ( double temperature )

inline

Set temperature.

Parameters

temperature The temperature.

◆ toString()

virtual std::string TBTK::Model::toString ( ) const

virtual

Returns a string with characteristic information about the Model.

Returns: A string with characterstic information about the Model.

Implements TBTK::Streamable.

Friends And Related Function Documentation

◆ FileReader

friend class FileReader

friend

FileReader is a friend class to allow it to write Model data.

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

/home/kristofer.bjornson/SecondQuantizationCom/TBTK/Lib/include/Core/TBTK/Model.h

Public Member Functions

Friends

Additional Inherited Members

Detailed Description

Example

Output

Constructor & Destructor Documentation

◆ Model() [1/5]

◆ Model() [2/5]

◆ Model() [3/5]

◆ Model() [4/5]

◆ Model() [5/5]

◆ ~Model()

Member Function Documentation

◆ add()

◆ addModel()

◆ construct()

◆ createManyParticleContext()

◆ generateHoppingAmplitudeSet()

◆ generateOverlapAmplitudeSet()

◆ getBasisIndex()

◆ getBasisSize()

◆ getBasisStateSet()

◆ getChemicalPotential()

◆ getGeometry() [1/2]

◆ getGeometry() [2/2]

◆ getHoppingAmplitudeSet()

◆ getIsConstructed()

◆ getManyParticleContext()

◆ getOverlapAmplitudeSet()

◆ getSourceAmplitudeSet()

◆ getStatistics()

◆ getTemperature()

◆ operator<<() [1/6]

◆ operator<<() [2/6]

◆ operator<<() [3/6]

◆ operator<<() [4/6]

◆ operator<<() [5/6]

◆ operator<<() [6/6]

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ serialize()

◆ setChemicalPotential()

◆ setFilter() [1/2]

◆ setFilter() [2/2]

◆ setStatistics()

◆ setTemperature()

◆ toString()

Friends And Related Function Documentation

◆ FileReader