FrgCore implementation for time reversal invariant models. More...

Inheritance diagram for TRIFrgCore:

Collaboration diagram for TRIFrgCore:

Public Member Functions
	TRIFrgCore (const SpinModel &spinModel, const std::vector< Measurement * > &measurements, const std::map< std::string, std::string > &options)
	Construct a new TRIFrgCore, initialize with the specified spin model and add measurements. More...

	~TRIFrgCore ()
	Destroy the TRIFrgCore object.

void	computeStep () override
	Compute flow equations.

void	finalizeStep (const float newCutoff) override
	Finalize calculation of flow equations. More...

Public Member Functions inherited from FrgCore
void	takeMeasurements () const
	Invoke all associated measurement protocols.

EffectiveAction *	flowingFunctional () const
	Retrieve the flowing functional. More...

EffectiveAction *	flow () const
	Retrieve the vertex flow. More...

std::vector< Measurement * >	measurements () const
	Retrieve the list of measurements. More...

Public Attributes
float	normalization
	Energy normalization factor.

Additional Inherited Members
Protected Member Functions inherited from FrgCore
	FrgCore (const std::vector< Measurement * > &measurements)
	Construct a new FrgCore, which takes ownership of the specified measurements. More...

virtual	~FrgCore ()
	Destroy the FrgCore object and delete any associated measurement protocols.

Protected Attributes inherited from FrgCore
EffectiveAction *	_flowingFunctional
	Representation of the current state of the effective action.

EffectiveAction *	_flow
	Representation of the RG flow associated with the current state of the effective action.

std::vector< Measurement * >	_measurements
	List of measurement protocols to invoke throughout the solution of the flow equations.

Detailed Description

FrgCore implementation for time reversal invariant models.

Constructor & Destructor Documentation

TRIFrgCore::TRIFrgCore	(	const SpinModel &	spinModel,
		const std::vector< Measurement * > &	measurements,
		const std::map< std::string, std::string > &	options
	)

Construct a new TRIFrgCore, initialize with the specified spin model and add measurements.

Parameters

spinModel	Spin model to initialize the effective action with.
measurements	Measurements to add.
options	String-form list of core options as provided in the task file.

void TRIFrgCore::finalizeStep ( const float newCutoff )

overridevirtual

Finalize calculation of flow equations.

Parameters

newCutoff New cutoff to which to extrapolate flow.

Implements FrgCore.

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