lib Directory Reference

Directories
directory	actions
directory	gtest
directory	init
directory	io
directory	meas
directory	update
directory	util

Files
file	boundcond.h [code]
	Base class for all boundary conditions.
file	central_tprec_fermact_w.h [code]
file	central_tprec_linop.h [code]
	Time-preconditioned Linear Operators.
file	chroma.h [code]
	Primary include file for CHROMA in application codes.
file	chroma_config.h [code]
file	chromabase.h [code]
	Primary include file for CHROMA library code.
file	chromainc.h [code]
file	common_declarations.h [code]
file	create_state.h [code]
	Create a connection state.
file	eo3dprec_s_cprec_t_wilstype_fermact_w.h [code]
	ILUPreconditioned spatial Preconditioned Temporal Wilson like fermion action.
file	eo_linop.h [code]
	Linear Operators.
file	eoprec_constdet_linop.h [code]
	Preconditioned 4D Linop with Gauge Independent Even-Even part.
file	eoprec_constdet_wilstype_fermact_w.h [code]
	Even-odd const determinant Wilson-like fermact.
file	eoprec_linop.h [code]
	Base class for even-odd preconditioned 4D and 5D Linop.
file	eoprec_logdet_linop.h [code]
	Preconditioned Linear Operators where the Even Even part depends on the gauge field.
file	eoprec_logdet_wilstype_fermact_w.h [code]
	Even-odd const determinant Wilson-like fermact.
file	eoprec_wilstype_fermact_w.h [code]
	Even-odd preconditioned Wilson-like fermion actions.
file	fermact.h [code]
	Class structure for fermion actions.
file	fermact.orig.h [code]
	Class structure for fermion actions.
file	fermbc.h [code]
	Fermion action boundary conditions.
file	funcmap.h [code]
	Map of function calls.
file	gaugeact.h [code]
	Class structure for gauge actions.
file	gaugebc.h [code]
	Gauge boundary conditions.
file	handle.h [code]
	Class for counted reference semantics.
file	iluprec_s_cprec_t_wilstype_fermact_w.h [code]
	ILUPreconditioned spatial Preconditioned Temporal Wilson like fermion action.
file	ldag.h [code]
	M^dag composition of a linear operator.
file	lib.h [code]
	Chroma Lattice Field Theory library.
file	linearop.h [code]
	Linear Operators.
file	lmdagm.h [code]
	M^dag*M composition of a linear operator.
file	named_obj.h [code]
	Named object support.
file	objfactory.h [code]
	Factory class for objects from XML input.
file	objfunctor.h [code]
	Generic functor class.
file	polylinop.h [code]
	Polynomial Linear Operators.
file	primitives.h [code]
file	qphix_singleton.h [code]
	Fermion action factories.
file	seoprec_constdet_linop.h [code]
	Preconditioned 4D Linop with Gauge Independent Even-Even part.
file	seoprec_constdet_wilstype_fermact_w.h [code]
	Symmetric even-odd const determinant Wilson-like fermact.
file	seoprec_linop.h [code]
	Base class for symmetric even-odd preconditioned 4D and 5D Linop.
file	seoprec_logdet_linop.h [code]
	Symmetric preconditioned linear pperators where the even-even and odd-odd parts depends on the gauge field.
file	seoprec_logdet_wilstype_fermact_w.h [code]
	Symmetric even-odd const determinant Wilson-like fermact.
file	seoprec_wilstype_fermact_w.h [code]
	Symmetric even-odd preconditioned Wilson-like fermion actions.
file	singleton.h [code]
	Singleton support.
file	stagtype_fermact_s.h [code]
	Staggered-like fermion actions.
file	state.h [code]
	Support class for fermion actions and linear operators.
file	syssolver.h [code]
	Linear system solvers.
file	teoprec_linop.h [code]
	Even-odd Time-preconditioned Linear Operators.
file	teoprec_logdet_linop.h [code]
	Time-preconditioned Linear Operators.
file	tprec_linop.h [code]
	Time-preconditioned Linear Operators.
file	tprec_logdet_linop.h [code]
	Time-preconditioned Linear Operators.
file	typeinfo.h [code]
	Type info support.
file	typelist.h [code]
	Typelist support.
file	typemanip.h [code]
	Type manipulator support.
file	typetraits.h [code]
	Type traits support.
file	unprec_s_cprec_t_wilstype_fermact_w.h [code]
	Unpreconditioned spatial Preconditioned Temporal Wilson like fermion action.
file	unprec_wilstype_fermact_w.h [code]
	Wilson-like fermion actions.
file	wilstype_fermact_w.h [code]
	Wilson-like fermion actions.
file	wilstype_polyfermact_w.h [code]
	Class structure for polynomial fermion actions.