Implementation of the GaugeFieldFactory App class. More...

#include <gaugefieldfactory.h>

Inheritance diagram for GaugeFieldFactory:

Collaboration diagram for GaugeFieldFactory:

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Public Member Functions
	GaugeFieldFactory (int MCSteps, int thermSteps, int NConf, double epsilon, std::string startType)
	Constructor of the GaugeFieldFactory object.

void	generateConfigurations ()
	Run the thermalization first, then the sampling of configurations.

std::vector< double > &	getObsValues ()

void	execute ()
	Executes the App code. Perform initialization of subclasses and the system, then runst the Monte Carlo algorithm.

Public Member Functions inherited from App
void	setAction (Action *action)
	Initializes the Action object pointer given an instance of it. More...

virtual void	createLattice (std::array< int, 4 > latticeSize)
	Initializes the GluonField object given a sublattice size. More...

void	addObservable (Observable *observable)
	Adds a Observable class pointer to the vector of observables of the App. More...

Private Member Functions
void	initialize ()
	Initializes the GluonField based on the initial condition (hot/cold), runs the initializers of the subclasses.

void	MCUpdate ()
	Loops over all links and tres to update them.

void	updateLink (int x, int y, int z, int t, int mu)
	Tries to update a single link 30 times (N_Hits)

void	computeObservables ()
	Computes the Observable value for all memebers of the m_obs vector.

void	thermalize ()
	Perform N_Therm Monte Carlo updates to thermalize the system.

void	sampleConf ()
	Performs the Monte Carlo updates, every N_Corr saves the lattice and computes observables.

void	thermalizeTime ()
	Perform N_Therm Monte Carlo updates to thermalize the system. Prints times of execution.

void	sampleConfTime ()
	Performs the Monte Carlo updates, every N_Corr saves the lattice and computes observables. Prints out times of execution.

Private Attributes
std::vector< double >	m_obsValues

int	m_MCSteps

int	m_correlationSteps

int	m_thermSteps

int	m_confs

std::string	m_startType

double	m_epsilon

long int	m_accepted = 0

long int	m_updates = 0

long	m_seed

const char *	m_outDir

SU3	newLink

Additional Inherited Members
Protected Attributes inherited from App
Action *	m_act = nullptr
	Pointer to the Action instance.

GluonField *	m_lat = nullptr
	Pointer to the GluonField instance.

std::array< int, 4 >	m_size
	Size of the sublattice.

std::vector< Observable * >	m_obs
	Vector of pointers to Observable instances.

Detailed Description

Implementation of the GaugeFieldFactory App class.

Author: Giovanni Pederiva

Version: 1.0

Date: 2017-2018

Copyright: MIT License.

The GaugeFieldFactory class implements the Metropolis algorithm to generate an ensemble of gauge field configurations. It requires and Action to be specified and the length of the Markov-Chain to simulate.

Definition at line 51 of file gaugefieldfactory.h.

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

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description