#include <field_G_SF.h>

Inheritance diagram for Field_G_SF:

Public Member Functions
	Field_G_SF (const int Nvol=CommonParameters::Nvol(), const int Nex=1)

	Field_G_SF (const Field &x)

	Field_G_SF (double phi, double phipr)

void	set_parameters (const Parameters_Field_G_SF &params)
	Set the parameter with Parameters_Field_G_SF class. More...

void	set_parameters (const std::valarray< double > &phi, const std::valarray< double > &phipr)
	Set the parameter by giving valarray objects. More...

void	set_parameters (double phi, double phipr)
	Set the parameter for the boundary links Wk, Wk'. More...

void	set_boundary_wk (const Mat_SU_N &U)
	Set the boundary spatial link at t=0 for SF bc. More...

void	set_boundary_wkpr (const Mat_SU_N &U)
	Set the boundary spatial link at t=Nt-1 for SF bc. More...

void	set_boundary_zero ()
	Set the boundary matrix to 0 for SF bc. More...

void	set_boundary_spatial_link_zero ()
	Set the boundary spatial link to 0 for SF bc. More...

void	mult_ct_boundary (int t, double ct)
	Multiply the boundary improvement factor ct or ctr to an SU(N) matrix object which belongs to a site at t. More...

void	set_boundary_wk (Field_G &f)
	Set the boundary spatial link at t=0 for SF bc. More...

void	set_boundary_wkpr (Field_G &f)
	Set the boundary spatial link at t=Nt-1 for SF bc. More...

void	set_boundary_zero (Field_G &f)
	Set the boundary matrix to 0 for SF bc. More...

void	set_boundary_spatial_link_zero (Field_G &f)
	Set the boundary spatial link to 0 for SF bc. More...

Public Member Functions inherited from Field_G
	Field_G (const int Nvol=CommonParameters::Nvol(), const int Nex=1)

Field_G	clone () const

	Field_G (const Field &x)

Field_G &	operator= (const double a)

void	reset (const int Nvol, const int Nex)

int	nc () const

double	cmp_r (const int cc, const int site, const int mn=0) const

double	cmp_i (const int cc, const int site, const int mn=0) const

void	set_r (const int cc, const int site, const int mn, const double re)

void	set_i (const int cc, const int site, const int mn, const double im)

void	set_ri (const int cc, const int site, const int mn, const double re, const double im)

Mat_SU_N	mat (const int site, const int mn=0) const

Mat_SU_N	mat_dag (const int site, const int mn=0) const

void	mat (Mat_SU_N &Tmp, const int site, const int mn=0) const

void	mat_dag (Mat_SU_N &Tmp, const int site, const int mn=0) const

void	set_mat (const int site, const int mn, const Mat_SU_N &U)

void	add_mat (const int site, const int mn, const Mat_SU_N &U)

void	add_mat (const int site, const int mn, const Mat_SU_N &U, double prf)

void	xI ()

void	set_unit ()

void	set_random (RandomNumbers *rand)

void	reunit ()

Public Member Functions inherited from Field
	Field ()

	Field (const int Nin, const int Nvol, const int Nex, const element_type cmpl=COMPLEX)

Field	clone () const

void	reset (const int Nin, const int Nvol, const int Nex, const element_type cmpl=COMPLEX)

Field &	operator= (const double a)

int	nin () const

int	nvol () const

int	nex () const

element_type	field_element_type () const

int	ntot () const

int	size () const

double	cmp (const int jin, const int site, const int jex) const

double	cmp (const int i) const

double *	ptr (const int jin, const int site, const int jex)

double *	ptr (const int i)

void	set (const int jin, const int site, const int jex, double v)

void	set (const int i, double v)

void	set (double a)

void	add (const int jin, const int site, const int jex, double v)

void	add (const int i, double v)

void	setpart_ex (int ex, const Field &w, int exw)

void	addpart_ex (int ex, const Field &w, int exw)

void	addpart_ex (int ex, const Field &w, int exw, double prf)

Field &	operator+= (const Field &v)

Field &	operator-= (const Field &v)

Field &	operator*= (const double a)

Field &	operator/= (const double a)

Field &	operator*= (const dcomplex a)

double	operator* (const Field &rhs)

double	norm2 () const

double	norm () const

void	stat (double &Fave, double &Fmax, double &Fdev) const
	determines the statistics of the field. average, maximum value, and deviation is determined over global lattice. On-site degree of freedom is sumed over in quadrature, not averaged. This function works only on single node. More...

Private Attributes
int	m_Nc
	number of color elements More...

int	m_Ndf
	number of components as real values More...

int	m_Nvol
	number of sites More...

int	m_Nex
	extra degree of freedom, such as mu, nu. More...

int	Nx

int	Ny

int	Nz

int	Nt

int	Svol

int	NPEt

Mat_SU_N	wk
	SF boundary condition at t=0. More...

Mat_SU_N	wkpr
	SF boundary condition at t=Nt. More...

Additional Inherited Members
Public Types inherited from Field
enum	element_type { REAL = 1, COMPLEX = 2 }

Protected Member Functions inherited from Field
int	myindex (const int jin, const int site, const int jex) const

Protected Attributes inherited from Field
int	m_Nin

int	m_Nvol

int	m_Nex

element_type	m_element_type

std::valarray< double >	field

Bridge::VerboseLevel	m_vl

Detailed Description

Definition at line 41 of file field_G_SF.h.

Constructor & Destructor Documentation

Field_G_SF::Field_G_SF	(	const int	Nvol = `CommonParameters::Nvol()`,
		const int	Nex = `1`
	)

inline

Definition at line 64 of file field_G_SF.h.

Field_G_SF::Field_G_SF ( const Field & x )

inline

Definition at line 78 of file field_G_SF.h.

Field_G_SF::Field_G_SF	(	double *	phi,
		double *	phipr
	)

inline

Definition at line 92 of file field_G_SF.h.

Member Function Documentation

void Field_G_SF::mult_ct_boundary	(	int	t,
		double	ct
	)

Multiply the boundary improvement factor ct or ctr to an SU(N) matrix object which belongs to a site at t.

Multiply the boundary improvement factor ct or ctr to an SU(N) matrix object attached to the boundary t=0 or t=Nt.

Supposed to be used for a matrix given by upper(g,mu,nu) or lower(g,mu,nu) when it is attached to the t=0 boundary.
The SU(N) matrix object may belong to a site at t=0 or t=1 or t=Nt.
This function performs no check if the object is a proper one at the boundary.
Lorentz index is set to mn=0.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 151 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_spatial_link_zero ( )

Set the boundary spatial link to 0 for SF bc.

Set the boundary spatial link to zero.

Supposed to be used for a force for the boundary spatial link in order to keep it zero.
Lorentz index mn runs for spatial value.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 125 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_spatial_link_zero ( Field_G & f )

Set the boundary spatial link to 0 for SF bc.

Set the boundary spatial link to zero.

Supposed to be used for a force for the boundary spatial link in order to keep it zero.
Lorentz index mn runs for spatial value.
Field is given as an argument.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 252 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_wk ( const Mat_SU_N & U )

Set the boundary spatial link at t=0 for SF bc.

Set the boundary spatial link $U_k(t=0)$ to its proper Dirichlet bounday $W_k$ .

Supposed to be used for u_mu given by u_mu.setpart_ex(0, *g,mu) when mu is a spatial.
Lorentz index is set to mn=0.
Wk is given as an argument U.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 50 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_wk ( Field_G & f )

Set the boundary spatial link at t=0 for SF bc.

Set the boundary spatial link $U_k(t=0)$ to its proper Dirichlet bounday $W_k$ .

Supposed to be used for u_mu given by u_mu.setpart_ex(0, *g,mu) when mu is a spatial.
Lorentz index is set to mn=0.
Field is given as an argument.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 178 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_wkpr ( const Mat_SU_N & U )

Set the boundary spatial link at t=Nt-1 for SF bc.

Set the boundary spatial link $U_k(t=N_t-1)$ to its proper Dirichlet bounday $W_k'$ .

Supposed to be used for v given by shift.backward(v,u_nu,mu) when mu is a temporal.
Lorentz index is set to mn=0.
Wk' is given as an argument U.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 76 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_wkpr ( Field_G & f )

Set the boundary spatial link at t=Nt-1 for SF bc.

Set the boundary spatial link $U_k(t=N_t-1)$ to its proper Dirichlet bounday $W_k'$ .

Supposed to be used for v given by shift.backward(v,u_nu,mu) when mu is a temporal.
Lorentz index is set to mn=0.
Field is given as an argument.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 202 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_zero ( )

Set the boundary matrix to 0 for SF bc.

Set the boundary matrix to zero.

Supposed to be used for a staple for the boundary spatial plaquette in order to keep the corresponding force to zero.
Lorentz index is set to mn=0.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 101 of file field_G_SF.cpp.

void Field_G_SF::set_boundary_zero ( Field_G & f )

Set the boundary matrix to 0 for SF bc.

Set the boundary matrix to zero.

Supposed to be used for a staple for the boundary spatial plaquette in order to keep the corresponding force to zero.
Lorentz index is set to mn=0.
Field is given as an argument.
Introduced by Yusuke Taniguchi for SF bc.

Definition at line 226 of file field_G_SF.cpp.

void Field_G_SF::set_parameters ( const Parameters_Field_G_SF & params )

Set the parameter with Parameters_Field_G_SF class.

Definition at line 268 of file field_G_SF.cpp.

void Field_G_SF::set_parameters	(	const std::valarray< double > &	phi,
		const std::valarray< double > &	phipr
	)

Set the parameter by giving valarray objects.

Definition at line 278 of file field_G_SF.cpp.

void Field_G_SF::set_parameters	(	double *	phi,
		double *	phipr
	)

Set the parameter for the boundary links Wk, Wk'.

Definition at line 294 of file field_G_SF.cpp.

Member Data Documentation

int Field_G_SF::m_Nc

private

number of color elements

Definition at line 45 of file field_G_SF.h.

int Field_G_SF::m_Ndf

private

number of components as real values

Definition at line 47 of file field_G_SF.h.

int Field_G_SF::m_Nex

private

extra degree of freedom, such as mu, nu.

Definition at line 51 of file field_G_SF.h.

int Field_G_SF::m_Nvol

private

number of sites

Definition at line 49 of file field_G_SF.h.

int Field_G_SF::NPEt

private

Definition at line 54 of file field_G_SF.h.

int Field_G_SF::Nt

private

Definition at line 53 of file field_G_SF.h.

int Field_G_SF::Nx

private

Definition at line 53 of file field_G_SF.h.

int Field_G_SF::Ny

private

Definition at line 53 of file field_G_SF.h.

int Field_G_SF::Nz

private

Definition at line 53 of file field_G_SF.h.

int Field_G_SF::Svol

private

Definition at line 53 of file field_G_SF.h.

Mat_SU_N Field_G_SF::wk

private

SF boundary condition at t=0.

Definition at line 57 of file field_G_SF.h.

Mat_SU_N Field_G_SF::wkpr

private

SF boundary condition at t=Nt.

Definition at line 59 of file field_G_SF.h.

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

/work/sueda-2/code/bridge-code/bridge-1.2.2/src/Field/field_G_SF.h
/work/sueda-2/code/bridge-code/bridge-1.2.2/src/Field/field_G_SF.cpp

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation