sisi4s::SingleParticleOccupancies Class Reference

Evaluates given the DoublesAmplitudes from a linearized coupled cluster theory. More...

#include <SingleParticleOccupancies.hpp>

Inheritance diagram for sisi4s::SingleParticleOccupancies:

Collaboration diagram for sisi4s::SingleParticleOccupancies:

Public Member Functions
virtual std::string	getName ()
	SingleParticleOccupancies (std::vector< Argument > const &argumentList)
virtual	~SingleParticleOccupancies ()
virtual void	run ()
virtual void	dryRun ()
	The dryRun estimates resource consumption, especially memory and processor time.
Public Member Functions inherited from sisi4s::Algorithm
	Algorithm (std::vector< Argument > const &argumentList)
virtual	~Algorithm ()
virtual std::string	getName ()=0
virtual void	run ()=0
virtual void	dryRun ()
	The dryRun estimates resource consumption, especially memory and processor time.
bool	isArgumentGiven (std::string const &argumentName)
std::string	getTextArgument (std::string const &argumentName)
std::string	getTextArgument (std::string const &argumentName, std::string const &defaultValue)
bool	getBooleanArgument (std::string const &name)
bool	getBooleanArgument (std::string const &name, bool const &defaultValue)
int64_t	getIntegerArgument (std::string const &argumentName)
int64_t	getIntegerArgument (std::string const &argumentName, int64_t const defaultValue)
real	getRealArgument (std::string const &argumentName)
real	getRealArgument (std::string const &argumentName, real const defaultValue)
template<typename F = real, typename T = Tensor<F>>
T *	getTensorArgument (std::string const &argumentName)
template<typename F = real, typename C = std::vector<F>>
C *	getContainerArgument (std::string const &argumentName)
template<typename F = real, typename C = std::vector<F>>
void	allocateContainerArgument (std::string const &argumentName, C *container)
std::vector< std::string >	getGivenArgumentNames () const
void	checkArgumentsOrDie (const std::vector< std::string > args) const
template<typename F = real, typename T = Tensor<F>>
void	allocatedTensorArgument (std::string const &argumentName, T *tensor)
	Specifies the location of an output tensor data.
void	setRealArgument (std::string const &argumentName, real const value)
void	setIntegerArgument (std::string const &argumentName, int const value)
real	getRealArgumentFromInteger (IntegerData *data)
real	getRealArgumentFromTensor (TensorData< real > *data)
template<typename F = real, typename T = Tensor<F>>
T *	getTensorArgumentFromReal (RealData *realData)
	Converts the given real data into a scalar tensor.
Data *	getArgumentData (std::string const &argumentName)

Static Public Attributes
static sisi4s::AlgorithmRegistrar< SingleParticleOccupancies >	registrar_

Additional Inherited Members
Public Attributes inherited from sisi4s::Algorithm
std::string	note
bool	fallible = false
std::map< std::string, std::string >	arguments

Detailed Description

Evaluates given the DoublesAmplitudes from a linearized coupled cluster theory.

Constructor & Destructor Documentation

SingleParticleOccupancies()

SingleParticleOccupancies::SingleParticleOccupancies

(

std::vector< Argument > const &

argumentList

)

~SingleParticleOccupancies()

SingleParticleOccupancies::~SingleParticleOccupancies ( )

virtual

Member Function Documentation

dryRun()

void SingleParticleOccupancies::dryRun ( )

virtual

The dryRun estimates resource consumption, especially memory and processor time.

Reimplemented from sisi4s::Algorithm.

Here is the call graph for this function:

getName()

virtual std::string sisi4s::SingleParticleOccupancies::getName ( )

inlinevirtual

Implements sisi4s::Algorithm.

run()

void SingleParticleOccupancies::run ( )

virtual

Implements sisi4s::Algorithm.

Member Data Documentation

registrar_

sisi4s::AlgorithmRegistrar< SingleParticleOccupancies > SingleParticleOccupancies::registrar_

static

---

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

• SingleParticleOccupancies.hpp
• SingleParticleOccupancies.cxx