cps::AlgActionRationalQuotient Class Reference

#include <alg_int.h>

Inherits cps::AlgActionRational.

List of all members.

Public Member Functions
	AlgActionRationalQuotient ()
	Need to add restart method or similar so do not need to.
	AlgActionRationalQuotient (AlgMomentum &mom, ActionRationalQuotientArg &rat_quo_arg, int traj_num=0)
virtual	~AlgActionRationalQuotient ()
	Heat Bath for the pseudo-fermions (phi).
void	reweight (Float *rw_fac, Float *norm)
	Heat Bath for the pseudo-fermions (phi).
void	heatbath ()
Float	energy ()
	run method evolves the integrator
void	evolve (Float dt, int steps)
	evolve method relevant to split timescales
void	evolve (Float dt, int steps, int **fractionSplit)
	Generate the optimal rational approximation for rational representation.
Protected Attributes
Float *	bsn_mass
	The boson mass parameter that appears in the quotient.
Float *	frm_mass
	This is where the rational parameters are stored.
RemezArg *	frm_remez_arg_md
RemezArg *	frm_remez_arg_mc
RemezArg *	bsn_remez_arg_md
RemezArg *	bsn_remez_arg_mc
CgArg ***	bsn_cg_arg_md
CgArg ***	bsn_cg_arg_mc
	Pointer to an array of structures containing solver parameters.
Vector **	eta
	Use to accumulate solver results.

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Constructor & Destructor Documentation

cps::AlgActionRationalQuotient::AlgActionRationalQuotient (   )

Need to add restart method or similar so do not need to. Definition at line 26 of file alg_action_rational_quotient.C.

cps::AlgActionRationalQuotient::AlgActionRationalQuotient (  AlgMomentum &  mom, ActionRationalQuotientArg &  r_arg, int  traj_num = 0 )

< First check n_masses bosons = n_masses fermions < Also check n_masses bilinear = n_masses fermions < Also check we have bosons and fermions correctly specified < Allocate memory for the fermion CG arguments. < For dwf we need the solution vector contiguous in memory Definition at line 35 of file alg_action_rational_quotient.C. References cps::ActionRationalQuotientArg::bi_arg, cps::ActionBilinearArg::bilinears, cps::ActionBilinearArg::bilinears_len, cps::ActionRationalQuotientArg::bosons, cps::ActionRationalQuotientArg::bosons_len, cps::ActionRationalQuotientArg::bosons_val, bsn_cg_arg_mc, bsn_cg_arg_md, cps::ActionRationalQuotientArg::bsn_mass, bsn_mass, cps::ActionRationalQuotientArg::bsn_mass_val, bsn_remez_arg_mc, bsn_remez_arg_md, cps::RemezArg::degree, cps::ERR, eta, cps::F_CLASS_ASQTAD, cps::ActionRationalQuotientArg::fermions, cps::ActionRationalQuotientArg::fermions_len, cps::ActionRationalQuotientArg::fermions_val, cps::RationalDescr::field_type, cps::Float, cps::ActionRationalQuotientArg::frm_mass, frm_mass, cps::ActionRationalQuotientArg::frm_mass_val, frm_remez_arg_mc, frm_remez_arg_md, cps::Error::General(), cps::AlgActionRational::generateApprox(), cps::AlgActionRational::generateCgArg(), cps::AlgActionBilinear::init(), and cps::smalloc().

cps::AlgActionRationalQuotient::~AlgActionRationalQuotient (   )  [virtual]

Heat Bath for the pseudo-fermions (phi). Definition at line 121 of file alg_action_rational_quotient.C.

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Member Function Documentation

Float cps::AlgActionRationalQuotient::energy (   )  [virtual]

run method evolves the integrator Reimplemented from cps::AlgActionRational. Definition at line 266 of file alg_action_rational_quotient.C.

void cps::AlgActionRationalQuotient::evolve (  Float  dt, int  steps, int **  fractionSplit )

Generate the optimal rational approximation for rational representation. Reimplemented from cps::AlgActionRational.

void cps::AlgActionRationalQuotient::evolve (  Float  dt, int  nsteps )  [virtual]

evolve method relevant to split timescales < Create an appropriate lattice First apply boson rational < Construct rhs < Now apply fermion rational < Construct rhs < Apply final boson rational < Now construct additional vectors needed Reimplemented from cps::AlgActionRational. Definition at line 324 of file alg_action_rational_quotient.C.

void cps::AlgActionRationalQuotient::heatbath (   )  [virtual]

< Only evaluate heatbath if necessary < Create an appropriate lattice < First apply the fermion rational < Now apply the boson rational Reimplemented from cps::AlgActionRational. Definition at line 217 of file alg_action_rational_quotient.C.

void cps::AlgActionRationalQuotient::reweight (  Float *  rw_fac, Float *  norm )

Heat Bath for the pseudo-fermions (phi). Definition at line 158 of file alg_action_rational_quotient.C.

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Member Data Documentation

CgArg*** cps::AlgActionRationalQuotient::bsn_cg_arg_mc [protected]

Pointer to an array of structures containing solver parameters. These are the parameters corresponding to each of the dynamical fermion masses. Definition at line 688 of file alg_int.h. Referenced by AlgActionRationalQuotient().

CgArg*** cps::AlgActionRationalQuotient::bsn_cg_arg_md [protected]

Definition at line 686 of file alg_int.h. Referenced by AlgActionRationalQuotient().

Float* cps::AlgActionRationalQuotient::bsn_mass [protected]

The boson mass parameter that appears in the quotient. Definition at line 678 of file alg_int.h. Referenced by AlgActionRationalQuotient().

RemezArg* cps::AlgActionRationalQuotient::bsn_remez_arg_mc [protected]

Definition at line 684 of file alg_int.h. Referenced by AlgActionRationalQuotient().

RemezArg* cps::AlgActionRationalQuotient::bsn_remez_arg_md [protected]

Definition at line 683 of file alg_int.h. Referenced by AlgActionRationalQuotient().

Vector** cps::AlgActionRationalQuotient::eta [protected]

Use to accumulate solver results. Definition at line 694 of file alg_int.h. Referenced by AlgActionRationalQuotient().

Float* cps::AlgActionRationalQuotient::frm_mass [protected]

This is where the rational parameters are stored. The fermion mass parameter that appears in the quotient Definition at line 679 of file alg_int.h. Referenced by AlgActionRationalQuotient().

RemezArg* cps::AlgActionRationalQuotient::frm_remez_arg_mc [protected]

Definition at line 682 of file alg_int.h. Referenced by AlgActionRationalQuotient().

RemezArg* cps::AlgActionRationalQuotient::frm_remez_arg_md [protected]

Definition at line 681 of file alg_int.h. Referenced by AlgActionRationalQuotient().

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

• include/alg/alg_int.h
• src/alg/alg_int/alg_action_rational_quotient.C

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