Here is a list of all files with brief descriptions:
| abs_hamiltonian.h | Abstract Hamiltonian |
| abs_hmc.h | Abstract HMC trajectory Using the new structure |
| abs_inline_measurement.h | Abstract inline measurements |
| abs_inline_measurement_factory.h | Inline measurement factory |
| abs_integrator.h | Integrators |
| abs_MG_chrono_predictor.h | |
| abs_monomial.h | Monomials - gauge action or fermion binlinear contributions for HMC |
| actions.h | Include all files related to actions |
| aniso_io.cc | Anisotropy parameters |
| aniso_io.h | Anisotropy parameters |
| aniso_spectrum_gaugeact.cc | Anisotropic gaugeact useful for spectrum from hep-lat/9911003 |
| aniso_spectrum_gaugeact.h | Anisotropic gaugeact useful for spectrum from hep-lat/9911003 |
| aniso_sym_gaugeact_params.cc | Anisotropic gaugeact useful for spectrum from hep-lat/9911003 |
| aniso_sym_gaugeact_params.h | Params for Anisotropic Symanzik Gauge Action |
| aniso_sym_shared_functions.cc | |
| aniso_sym_shared_functions.h | |
| aniso_sym_spatial_gaugeact.cc | Anisotropic gaugeact useful for spectrum from hep-lat/9911003 |
| aniso_sym_spatial_gaugeact.h | Spatial part of Tree level LW action |
| aniso_sym_temporal_gaugeact.cc | Temporal part of Anisotropic Tree leve LW gauge action |
| aniso_sym_temporal_gaugeact.h | Temporal Part of Tree Level LW gauge action |
| antisymtensor.cc | Compute anti-symmetric tensors |
| antisymtensor.h | Compute anti-symmetric tensors |
| ape_link_smearing.cc | APE link smearing |
| ape_link_smearing.h | APE link smearing |
| ape_smear.cc | APE-smearing of the gauge configuration |
| ape_smear.h | |
| asq_dsl_s.cc | |
| asq_dsl_s.h | The "asq" or "asqtad" dslash operator D' |
| asqtad_cps_wrapper_qprop.cc | |
| asqtad_cps_wrapper_qprop.h | Propagator solver for an even-odd non-preconditioned fermion operator |
| asqtad_dslash.h | Include possibly optimized Asqtad dslash |
| asqtad_fermact_params_s.cc | Asqtad fermion action parameters |
| asqtad_fermact_params_s.h | AsqTad fermion action parameters |
| asqtad_fermact_s.cc | Asqtad staggered fermion action |
| asqtad_fermact_s.h | Asqtad staggered fermion action |
| asqtad_linop_s.cc | Unpreconditioned Asqtad linear operator |
| asqtad_linop_s.h | |
| asqtad_mdagm_s.cc | Unpreconditioned Wilson linear operator |
| asqtad_mdagm_s.h | Unpreconditioned Wilson fermion linear operator |
| asqtad_qprop.cc | Propagator solver for an even-odd non-preconditioned fermion operator |
| asqtad_qprop.h | Asqtad propagator wrapper |
| asqtad_state.h | Asqtad state |
| avp_altivecf_solver.cc | DWF/Bluegene altivec solver |
| avp_altivecf_solver.h | DWF/Bluegene altivec solver |
| avp_bgld_solver.cc | DWF/Bluegene double-prec solver |
| avp_bgld_solver.h | DWF/Bluegene double-prec solver |
| avp_bglf_solver.cc | DWF/Bluegene single-prec solver |
| avp_bglf_solver.h | DWF/Bluegene single-prec solver |
| avp_inverter_interface.cc | |
| avp_inverter_interface.h | Base class for AVP's DWF solver interface |
| avp_ssed_solver.cc | |
| avp_ssed_solver.h | DWF/SSE double-prec solver |
| avp_ssef_solver.cc | |
| avp_ssef_solver.h | Base class for AVP's SSEF-DWF solver interface |
| axgauge.cc | Axial gauge fixing |
| axgauge.h | Axial gauge fixing |
| background_fermbc_w.cc | Simple fermionic BC |
| background_fermbc_w.h | Quark bilinear background field fermionic BC |
| barcomp_diquark_w.cc | Construct all components of a baryon propagator using a diquark |
| barcomp_diquark_w.h | Construct all components of a baryon propagator using a diquark |
| barcomp_w.cc | Construct all components of a baryon propagator |
| barcomp_w.h | Construct all components of a baryon propagator |
| barhqlq_w.cc | Heavy-light baryon 2-pt functions |
| barhqlq_w.h | Heavy-light baryon 2-pt functions |
| barQll_w.cc | Heavy Baryon (Qll) 2-pt function : Orginos and Savage |
| barQll_w.h | Heavy Baryon (Qll) 2-pt function : Orginos and Savage |
| barspinmat_w.cc | Baryon spin and projector matrices |
| barspinmat_w.h | Baryon spin and projector matrices |
| baryon_2pt_w.cc | Construct baryon 2pt correlators |
| baryon_2pt_w.h | Construct baryon 2pt correlators |
| baryon_operator.cc | Construct baryon operators |
| baryon_operator.h | Construct baryon operator |
| baryon_operator_aggregate_w.cc | All baryon operators |
| baryon_operator_aggregate_w.h | All baryon operators |
| baryon_operator_factory_w.h | Factory for producing baryon operators |
| baryon_s.cc | |
| baryon_s.h | |
| baryon_seqsrc_w.cc | Construct baryon sequential sources |
| baryon_seqsrc_w.h | Construct baryon sequential sources |
| baryon_spin3by2_s.cc | |
| baryon_spinmat_funcmap_w.cc | All baryon spin matrix contraction objects |
| baryon_spinmat_funcmap_w.h | Factory for producing baryon spin matrix contraction objects |
| baryon_w.cc | Baryon 2-pt functions |
| baryon_w.h | Baryon 2-pt functions |
| bicgstab_kernels.h | |
| bicgstab_kernels_naive.h | |
| bicgstab_kernels_scalarsite.cc | |
| bicgstab_kernels_scalarsite.h | |
| bigfloat.h | Remez algorithm for finding nth roots |
| block.cc | Construct "block" links |
| block.h | Construct "block" links |
| block_couplings.cc | Caclulates the couplings between neighboring blocks given a displacement path |
| block_couplings.h | Caclulates the couplings between neighboring blocks given a displacement path |
| block_subset.h | Key for propagator colorstd::vector sources |
| boson.h | Boson action support |
| boundcond.h | Base class for all boundary conditions |
| BuildingBlocks_w.cc | |
| BuildingBlocks_w.h | |
| central_tprec_fermact_qprop_w.cc | Propagator solver for a generic even-odd preconditioned fermion operator |
| central_tprec_fermact_w.h | |
| central_tprec_linop.h | Time-preconditioned Linear Operators |
| central_tprec_logdet_tt_monomial_w.cc | Even-odd preconditioned log(det(T^\dag T )) |
| central_tprec_logdet_tt_monomial_w.h | Even-odd preconditioned log(det(A_ee)) |
| central_tprec_nospin_utils.h | Support for time preconditioning |
| cern_gauge_init.cc | Read a CERN config |
| cern_gauge_init.h | Read a CERN config |
| cern_io.h | CPPACS gauge format routines |
| cfgtransf.cc | Many-to-many gauge transformation routine |
| cfgtype_io.cc | Configuration structure IO |
| cfgtype_io.h | Configuration structure IO |
| character_gaugeact.cc | Plaquette gauge action as sum of characters |
| character_gaugeact.h | Gauge action as a sum of characters of the SU(3) irreps |
| chroma.cc | Main program to run all measurement codes |
| chroma.h | Primary include file for CHROMA in application codes |
| chroma_config.h | |
| chroma_gtest_env.h | |
| chroma_init.cc | Initialization of Chroma |
| chroma_init.h | Initialization of Chroma |
| chromabase.h | Primary include file for CHROMA library code |
| chromainc.h | |
| chrono_predictor.h | Chronological predictor for HMC |
| chrono_predictor_factory.h | Monomial factories |
| circular_buffer.h | Circular buffers |
| clover_apply_ssed.cc | |
| clover_fermact_params_w.cc | Clover fermion action parameters |
| clover_fermact_params_w.h | Parameters for Clover fermion action |
| clover_term_bagel_clover.cc | Clover term linear operator |
| clover_term_bagel_clover.h | Clover term linear operator |
| clover_term_base_w.cc | Clover term |
| clover_term_base_w.h | Clover term linear operator |
| clover_term_llvm_w.h | Clover term linear operator |
| clover_term_nvvm_w.h | Clover term linear operator |
| clover_term_ptx_w.h | Clover term linear operator |
| clover_term_qdp_w.cc | Clover term linear operator |
| clover_term_qdp_w.h | Clover term linear operator |
| clover_term_ssed.cc | Clover term linear operator |
| clover_term_ssed.h | Clover term linear operator |
| clover_term_w.h | Include possibly optimized Clover terms |
| collect_multi_propcomp.cc | Main code for propagator generation |
| collect_propcomp.cc | Main code for propagator generation |
| common_declarations.h | |
| comp_approx.cc | Components of rational approximation |
| comp_approx.h | Components of rational approximation |
| composite_set.h | Key for propagator colorstd::vector sources |
| conjgauge.cc | Take the complex conjugate of a gauge field |
| conjgauge.h | Take the complex conjugate of a gauge field |
| const_gauge_monomial.cc | Generic gauge action monomial wrapper |
| const_gauge_monomial.h | Generic gauge action monomial wrapper |
| const_hmc.cc | Main code for HMC with dynamical fermion generation |
| const_lcm_hmc.h | HMC trajectory |
| constgauge.cc | Constant diagonal gauge field |
| constgauge.h | Take the complex conjugate of a gauge field |
| constrained_plaq_gaugeact.cc | Constrained plaquette gauge action |
| constrained_plaq_gaugeact.h | Constrained plaquette gauge action |
| containers.h | |
| cool.cc | |
| coulgauge.cc | Coulomb (and Landau) gauge fixing |
| coulgauge.h | Coulomb (and Landau) gauge fixing |
| cppacs_gauge_init.cc | Read a CPPACS config |
| cppacs_gauge_init.h | Read a CPPACS config |
| cppacs_io.cc | CPPACS gauge format routines |
| cppacs_io.h | CPPACS gauge format routines |
| crc48.cc | 48-bit CRC |
| crc48.h | 48-bit CRC |
| create_state.h | Create a connection state |
| curcor2_w.cc | Mesonic current correlators |
| curcor2_w.h | |
| curcor3_w.cc | Mesonic current correlators |
| curcor3_w.h | |
| default_gauge_field.cc | Functions to set and get default gauge field |
| default_gauge_field.h | Functions to set and get default gauge field |
| delta_2pt_w.cc | Construct meson 2pt correlators |
| delta_2pt_w.h | Construct delta 2pt correlators |
| deriv_meson_seqsrc_w.cc | Construct meson sequential sources |
| deriv_meson_seqsrc_w.h | Construct derivative meson sequential sources |
| deriv_quark_displacement_s.cc | Derivative displacements |
| deriv_quark_displacement_s.h | Staggered Derivative displacements |
| deriv_quark_displacement_w.cc | Derivative displacements |
| deriv_quark_displacement_w.h | Derivative displacements |
| dilute_gauss_src_s.cc | Variety of Z2 noise sources |
| dilute_gauss_src_s.h | Dilute Gaussian sources |
| dilute_zN_eigvec_source_const.cc | Random ZN wall source construction |
| dilute_zN_eigvec_source_const.h | Random Z(N) source construction using dilution in eigenstd::vector space |
| diluteGrid_source_const.cc | Random ZN wall source construction |
| diluteGrid_source_const.h | Random Z(M) source construction using dilution |
| dilutezN_source_const.cc | Random ZN wall source construction |
| dilutezN_source_const.h | Random Z(N) source construction using dilution |
| dilution_quark_source_const_w.cc | Dilution scheme specified by MAKE_SOURCE and PROPAGATOR calls |
| dilution_quark_source_const_w.h | Dilution scheme inferred from pre-generated solutions |
| dilution_scheme.h | Dilution Schemes |
| dilution_scheme_aggregate.cc | All dilution scheme factories |
| dilution_scheme_aggregate.h | All dilution scheme factories |
| dilution_scheme_factory.h | Factory for dilution schemes |
| diquark_w.cc | Construct a diquark object |
| diquark_w.h | Construct a diquark object |
| diractodr.cc | Basis rotation matrix from Dirac to Degrand-Rossi (and reverse) |
| diractodr.h | Basis rotation matrix from Dirac to Degrand-Rossi (and reverse) |
| disordered_gauge_init.cc | Create a disordered config |
| disordered_gauge_init.h | Create a disordered config |
| disp_colvec_map.cc | Holds displaced color vectors |
| disp_colvec_map.h | Holds displaced color vectors |
| disp_soln_cache.cc | Cache for distillation - holds solution vectors |
| disp_soln_cache.h | Cache for displaced solution vectors |
| displace.cc | Parallel transport a lattice field |
| displace.h | Parallel transport a lattice field |
| displacement.cc | Parallel transport a lattice field |
| displacement.h | Parallel transport a lattice field |
| distillution_factory.cc | Distillution factory for producing keys * sources |
| distillution_factory.h | Distillution factory for producing keys * sources |
| distillution_noise.cc | Support for distillution - random time-slices and quark line noises |
| distillution_noise.h | Support for distillution - random time-slices and quark line noises |
| dslash_array_w.h | Include possibly optimized Wilson dslash |
| dslash_w.h | Include possibly optimized Wilson dslash |
| dwf_fermact_qprop_array_w.cc | Base class for unprec and even-odd preconditioned DWF qprop |
| dwf_qpropt_w.h | Pick up possibly optimized DWF inverters |
| dwf_quarkprop4_w.cc | Full quark propagator solver for domain wall fermions |
| dwf_quarkprop4_w.h | Full quark propagator solver for domain wall fermions |
| dwffld_w.cc | DWF parity/rotation operator |
| dwffld_w.h | DWF parity/rotation operator |
| eesu2.cc | Exactly exponentiate a SU(2) lie algebra element |
| eesu2.h | Exactly exponentiate a SU(2) lie algebra element |
| eesu3.cc | Exactly exponentiate a SU(3) lie algebra element |
| eesu3.h | Exactly exponentiate a SU(3) lie algebra element |
| eeu1.cc | Exactly exponentiate a U(1) lie algebra element |
| eeu1.h | Exactly exponentiate a U(1) lie algebra element |
| eig/eig.h | Eigenvalue measurements |
| inline/eig/eig.h | Inline measurements for eigenvalues |
| eig_s.h | Eigenvalue measurements |
| eig_spec.cc | Compute low lying eigenvalues of the hermitian H |
| eig_spec.h | |
| eig_spec_array.cc | Compute low lying eigenvalues of the hermitian H |
| eig_spec_array.h | |
| eig_w.h | Eigenvalue measurements |
| eigen_io.cc | |
| eigen_io.h | Eigenvalue IO |
| eigen_state.h | Eigenstate reader |
| eigeninfo.h | Hold eigenvalues and eigenvectors |
| enum_cfgtype_io.cc | CfgType enum |
| enum_cfgtype_io.h | CfgType enum |
| enum_coeffs_io.cc | Coeffs enum |
| enum_coeffs_io.h | Coeffs enum |
| enum_eigenvectype_io.cc | Eigenstd::vector type enum |
| enum_eigenvectype_io.h | Eigenstd::vector type enum |
| enum_fermtype_io.cc | FermType enum |
| enum_fermtype_io.h | FermType enum |
| enum_gaugeacttype_io.cc | Gauge action enum |
| enum_gaugeacttype_io.h | Gauge action enum |
| enum_heatbathtype_io.cc | Heatbath enum |
| enum_heatbathtype_io.h | Heatbath enum |
| enum_inner_solver_type_io.cc | Inner solver enum |
| enum_inner_solver_type_io.h | Inner solver enum |
| enum_io.h | Enums |
| enum_loops_s.h | Enums for the different types of stochastic source |
| enum_md_integrator_type_io.cc | MD integrator enum |
| enum_md_integrator_type_io.h | MD integrator enum |
| enum_mesonop_io.cc | Type of contractions for stochastic meson operators |
| enum_mesonop_io.h | Type of contractions for stochastic meson operators |
| enum_plusminus_io.cc | Inverter type enum |
| enum_plusminus_io.h | Plus/Minus type enum from Chroma |
| enum_prop_dist_io.cc | Type of lines for distillution |
| enum_prop_dist_io.h | Type of lines for distillution |
| enum_prop_line_io.cc | Type of lines for distillution |
| enum_prop_line_io.h | Type of lines for distillution |
| enum_proptype_io.cc | PropType enum |
| enum_proptype_io.h | PropType enum |
| enum_qdpvolfmt_io.cc | QDP volfmt enum |
| enum_qdpvolfmt_io.h | QDP volfmt enum |
| enum_quarkspintype_io.cc | Enum for what spin components of a quark prop to compute |
| enum_quarkspintype_io.h | Enum for what spin components of a quark prop to compute |
| enum_quda_io.cc | QUDA enum readers |
| enum_quda_io.h | |
| enum_simplebctype_io.cc | Simple BC type enum |
| enum_simplebctype_io.h | Simple BC type enum |
| enum_stochsrc_io.cc | Stochastic source enum |
| enum_stochsrc_io.h | Stochastic source enum |
| enum_type_map.h | Enum std::map |
| enum_wavetype_io.cc | Wavetype enum |
| enum_wavetype_io.h | Wavetype enum |
| eo3dprec_s_cprec_t_clover_fermact_w.cc | EO3DPreconditioned Wilson fermion action |
| eo3dprec_s_cprec_t_clover_fermact_w.h | |
| eo3dprec_s_cprec_t_clover_linop_w.cc | Unpreconditioned Clover linear operator |
| eo3dprec_s_cprec_t_clover_linop_w.h | |
| eo3dprec_s_cprec_t_wilson_fermact_w.cc | EO3DPreconditioned Wilson fermion action |
| eo3dprec_s_cprec_t_wilson_fermact_w.h | |
| eo3dprec_s_cprec_t_wilson_linop_w.cc | Unpreconditioned Wilson linear operator |
| eo3dprec_s_cprec_t_wilson_linop_w.h | |
| eo3dprec_s_cprec_t_wilstype_fermact_w.h | ILUPreconditioned spatial Preconditioned Temporal Wilson like fermion action |
| eo_linop.h | Linear Operators |
| eoprec_clover_dumb_linop_w.cc | Even-odd preconditioned clover linear operator |
| eoprec_clover_dumb_linop_w.h | Even-odd preconditioned Clover fermion linear operator |
| eoprec_clover_extfield_fermact_w.cc | Even-odd preconditioned Clover fermion action with an external field |
| eoprec_clover_extfield_fermact_w.h | Even-odd preconditioned Clover fermion action with an external field |
| eoprec_clover_extfield_linop_w.cc | Even-odd preconditioned Clover fermion linear operator in an external field |
| eoprec_clover_extfield_linop_w.h | Even-odd preconditioned Clover fermion linear operator in an external field |
| eoprec_clover_fermact_w.cc | Even-odd preconditioned Clover fermion action |
| eoprec_clover_fermact_w.h | Even-odd preconditioned Clover fermion action |
| eoprec_clover_linop_ssecombined_w.cc | Even-odd preconditioned clover linear operator |
| eoprec_clover_linop_w.cc | Even-odd preconditioned clover linear operator |
| eoprec_clover_linop_w.h | Even-odd preconditioned Clover fermion linear operator |
| eoprec_clover_orbifold_fermact_w.cc | Even-odd preconditioned Clover fermion action |
| eoprec_clover_orbifold_fermact_w.h | Even-odd preconditioned Clover fermion action with orbifold |
| eoprec_clover_orbifold_linop_w.cc | Even-odd preconditioned Clover fermion linear operator with orbifold |
| eoprec_clover_orbifold_linop_w.h | Even-odd preconditioned Clover fermion linear operator with orbifold |
| eoprec_constdet_constgauge_one_flavor_rat_monomial_w.cc | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_constgauge_one_flavor_rat_monomial_w.h | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_linop.h | Preconditioned 4D Linop with Gauge Independent Even-Even part |
| eoprec_constdet_one_flavor_rat_monomial5d_w.cc | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_rat_monomial5d_w.h | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_rat_monomial_w.cc | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_one_flavor_rat_monomial_w.h | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_conv_monomial5d_w.cc | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_conv_monomial5d_w.h | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_conv_monomial_w.cc | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_conv_monomial_w.h | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_rat_monomial5d_w.cc | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_rat_monomial5d_w.h | One-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_rat_monomial_w.cc | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_one_flavor_ratio_rat_rat_monomial_w.h | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_monomial5d_w.cc | Two-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_two_flavor_monomial5d_w.h | Two-flavor collection of even-odd preconditioned 5D ferm monomials |
| eoprec_constdet_two_flavor_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_multihasen_cancel_monomial_w.cc | Cancel monomial for the multi-Hasenbusch term with shifted linop |
| eoprec_constdet_two_flavor_polynomial_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_polynomial_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_polyprec_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_polyprec_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_conv_monomial5d_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_conv_monomial5d_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_conv_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_conv_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_conv_multihasen_monomial_w.cc | Asymmetric even-odd preconditioned multi-Hasenbusch monomial |
| eoprec_constdet_two_flavor_ratio_conv_rat_monomial5d_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_rat_monomial5d_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_rat_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_two_flavor_ratio_conv_rat_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_constdet_wilstype_fermact_w.h | Even-odd const determinant Wilson-like fermact |
| eoprec_dwf_fermact_array_w.cc | 4D style even-odd preconditioned domain-wall fermion action |
| eoprec_dwf_fermact_array_w.h | 4D style even-odd preconditioned domain-wall fermion action |
| eoprec_dwf_fermact_base_array_w.h | Base class for even-odd preconditioned domain-wall-like fermion actions |
| eoprec_dwf_linop_array_w.cc | 4D-style even-odd preconditioned domain-wall linear operator |
| eoprec_dwf_linop_array_w.h | 4D Even Odd preconditioned domain-wall fermion linear operator |
| eoprec_dwf_qprop_array_cg_dwf_lowmem_w.h | 4D style even-odd preconditioned domain-wall fermion action |
| eoprec_dwf_qprop_array_cg_dwf_w.h | 4D style even-odd preconditioned domain-wall fermion action |
| eoprec_dwflike_linop_base_array_w.h | Base class for even-odd preconditioned domain-wall-like linops |
| eoprec_fermact_qprop.cc | Propagator solver for a generic even-odd preconditioned fermion operator |
| eoprec_fermact_qprop_array.cc | Propagator solver for a generic even-odd preconditioned fermion operator |
| eoprec_fermact_qprop_array.h | Propagator solver for a generic even-odd preconditioned fermion operator |
| eoprec_ht_contfrac5d_fermact_array_w.cc | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| eoprec_ht_contfrac5d_fermact_array_w.h | Even-odd preconditioned Continued Fraction 5D |
| eoprec_ht_contfrac5d_linop_array_w.cc | 4D-style even-odd preconditioned domain-wall linear operator |
| eoprec_ht_contfrac5d_linop_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) linear operator |
| eoprec_kno_fermact_array_w.cc | Preconditioned KNO fermion action |
| eoprec_kno_fermact_array_w.h | Preconditioned KNO domain-wall fermion action |
| eoprec_linop.h | Base class for even-odd preconditioned 4D and 5D Linop |
| eoprec_logdet_ee_monomial_w.cc | Even-odd preconditioned log(det(A_ee)) |
| eoprec_logdet_ee_monomial_w.h | Even-odd preconditioned log(det(A_ee)) |
| eoprec_logdet_linop.h | Preconditioned Linear Operators where the Even Even part depends on the gauge field |
| eoprec_logdet_two_flavor_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_logdet_two_flavor_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| eoprec_logdet_wilstype_fermact_w.h | Even-odd const determinant Wilson-like fermact |
| eoprec_nef_fermact_array_w.cc | 4D style even-odd preconditioned NEF fermion action |
| eoprec_nef_fermact_array_w.h | 4D style even-odd preconditioned NEF fermion action |
| eoprec_nef_general_linop_array_w.cc | 4D-style even-odd preconditioned NEF domain-wall linear operator |
| eoprec_nef_general_linop_array_w.h | 4D Even Odd preconditioned NEF domain-wall fermion linear operator generalised to take array of b_5 and c_5 |
| eoprec_nef_linop_array_w.cc | 4D-style even-odd preconditioned NEF domain-wall linear operator |
| eoprec_nef_linop_array_w.h | 4D Even Odd preconditioned NEF domain-wall fermion linear operator |
| eoprec_ovdwf_fermact_array_w.cc | 4D style even-odd preconditioned Overlap-DWF (Borici) action |
| eoprec_ovdwf_fermact_array_w.h | 4D style even-odd preconditioned Overlap-DWF (Borici) action |
| eoprec_ovdwf_linop_array_w.cc | 4D Even Odd preconditioned Overlap-DWF (Borici) linear operator |
| eoprec_ovdwf_linop_array_w.h | 4D Even Odd preconditioned Overlap-DWF (Borici) linear operator |
| eoprec_ovext_fermact_array_w.cc | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| eoprec_ovext_fermact_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| eoprec_ovext_linop_array_w.cc | |
| eoprec_ovext_linop_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) linear operator |
| eoprec_ovlap_contfrac5d_fermact_array_w.cc | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| eoprec_ovlap_contfrac5d_fermact_array_w.h | Even-odd preconditioned Continued Fraction 5D |
| eoprec_ovlap_contfrac5d_linop_array_opt_w.cc | Optimized version of 5D continued frac. linop |
| eoprec_ovlap_contfrac5d_linop_array_opt_w.h | Optimized Even-odd prec. 5D continued fraction linop |
| eoprec_ovlap_contfrac5d_linop_array_w.cc | Even-odd prec. 5D continued fraction linop |
| eoprec_ovlap_contfrac5d_linop_array_w.h | Even-odd prec. 5D continued fraction linop |
| eoprec_ovlap_contfrac5d_linop_base_array_w.cc | Base class for even-odd prec. 5D continued fraction linop |
| eoprec_ovlap_contfrac5d_linop_base_array_w.h | Base class for Even-odd prec. 5D continued fraction linop |
| eoprec_ovlap_contfrac5d_pv_linop_array_w.cc | Even-odd preconditioned Pauli-Villars Continued Fraction 5D |
| eoprec_ovlap_contfrac5d_pv_linop_array_w.h | Even-odd preconditioned Pauli-Villars Continued Fraction 5D |
| eoprec_parwilson_fermact_w.cc | Even-odd preconditioned Wilson fermion action with parity breaking term |
| eoprec_parwilson_fermact_w.h | Even-odd preconditioned Wilson fermion action with parity breaking term |
| eoprec_parwilson_linop_w.cc | Even-odd preconditioned Wilson fermion linear operator with parity breaking term |
| eoprec_parwilson_linop_w.h | Even-odd preconditioned Wilson fermion linear operator with parity breaking term |
| eoprec_slic_fermact_w.cc | Even-odd preconditioned Clover fermion action |
| eoprec_slic_fermact_w.h | Even-odd preconditioned Clover fermion action |
| eoprec_slic_linop_w.cc | Even-odd preconditioned clover linear operator |
| eoprec_slic_linop_w.h | Even-odd preconditioned Clover fermion linear operator |
| eoprec_slrc_fermact_w.cc | Even-odd preconditioned Clover fermion action (fat-relevant, thin-irrelevant terms) |
| eoprec_slrc_fermact_w.h | Even-odd preconditioned Clover fermion action (fat-relevant, thin-irrelevant terms) |
| eoprec_slrc_linop_w.cc | Even-odd preconditioned Clover linear operator (fat-relevant, thin-irrelevant terms) |
| eoprec_slrc_linop_w.h | Even-odd preconditioned Clover linear operator (fat-relevant, thin-irrelevant terms) |
| eoprec_staggered_qprop.h | Propagator solver for an even-odd non-preconditioned fermion operator |
| eoprec_twm_fermact_array_w.cc | Even-odd preconditioned Twisted-mass where each flavor is one of two array elements |
| eoprec_twm_fermact_array_w.h | Even-odd preconditioned Twisted-mass where each flavor is one of two array elements |
| eoprec_twm_linop_array_w.cc | Even-odd preconditioned Twisted-mass linop where each flavor is one of two array elements |
| eoprec_twm_linop_array_w.h | Even-odd preconditioned Twisted-mass linop where each flavor is one of two array elements |
| eoprec_wilson_coarse_fine_fermact_w.cc | Even-odd preconditioned Wilson fermion action supporting 2+2 anisotropy |
| eoprec_wilson_coarse_fine_fermact_w.h | Even-odd preconditioned Wilson fermion action supporting 2+2 anisotropy |
| eoprec_wilson_fermact_w.cc | Even-odd preconditioned Wilson fermion action |
| eoprec_wilson_fermact_w.h | Even-odd preconditioned Wilson fermion action |
| eoprec_wilson_linop_w.cc | Even-odd preconditioned Wilson linear operator |
| eoprec_wilson_linop_w.h | Even-odd preconditioned Wilson fermion linear operator |
| eoprec_wilstype_fermact_w.h | Even-odd preconditioned Wilson-like fermion actions |
| eoprec_zolo_nef_fermact_array_w.cc | Unpreconditioned NEF fermion action |
| eoprec_zolo_nef_fermact_array_w.h | Unpreconditioned NEF domain-wall fermion action |
| etensor.cc | Tensor used for E representations |
| etensor.h | Tensor used for E representations |
| exact_hamiltonian.cc | |
| exact_hamiltonian.h | Exact Hamiltonians |
| ExampleBuildingBlocks.cc | Main code for generating building blocks |
| expm12.cc | 12-th order exponentiation of a lattice color matrix |
| expm12.h | 12-th order exponentiation of a lattice color matrix |
| expmat.cc | Exponentiate a SU(n) lie algebra element by some method, |
| expmat.h | Exponentiate a SU(n) lie algebra element by some method, |
| expsu3.cc | |
| expsu3.h | |
| extfield.h | External field |
| extfield_aggregate_w.cc | External field aggregate |
| extfield_aggregate_w.h | External field functions |
| extfield_factory_w.h | External field factory |
| extfield_fermstate_w.cc | External field ferm state and a creator |
| extfield_fermstate_w.h | Fermion external field state and a creator |
| fat7_links_s.cc | Support for Asqtad |
| actions/ferm/ferm.h | Fermion action support |
| util/ferm/ferm.h | Utilities for manipulating fermion fields |
| ferm_createstate_aggregate_s.cc | All ferm create-state method |
| ferm_createstate_aggregate_s.h | All ferm create-state method |
| ferm_createstate_aggregate_w.cc | All ferm create-state method |
| ferm_createstate_aggregate_w.h | All ferm create-state method |
| ferm_createstate_factory_s.h | Fermion create state factory |
| ferm_createstate_factory_w.h | Fermion create state factory |
| ferm_createstate_reader_s.cc | All ferm create-state method |
| ferm_createstate_reader_s.h | All ferm create-state method |
| ferm_createstate_reader_w.cc | All ferm create-state method |
| ferm_createstate_reader_w.h | All ferm create-state method |
| ferm_s.h | |
| ferm_w.h | |
| fermact.h | Class structure for fermion actions |
| fermact.orig.h | Class structure for fermion actions |
| fermact_factory_s.h | Fermion action factories |
| fermact_factory_w.h | Fermion action factories |
| fermact_qprop.cc | Propagator solver for a generic non-preconditioned fermion operator |
| fermact_qprop_array.cc | Propagator solver for a generic non-preconditioned fermion operator |
| fermacts.h | Fermion actions |
| fermacts_aggregate_s.cc | All Staggered-type fermion actions |
| fermacts_aggregate_s.h | All Staggered-type fermion actions |
| fermacts_aggregate_w.cc | All Wilson-type fermion actions |
| fermacts_aggregate_w.h | All Wilson-type fermion actions |
| fermacts_s.h | Fermion actions |
| fermacts_w.h | Fermion actions |
| fermbc.h | Fermion action boundary conditions |
| fermbc_factory_s.h | Fermion Boundary Condition factories |
| fermbc_factory_w.h | Fermion Boundary Condition factories |
| fermbcs.h | Fermion boundary conditions |
| fermbcs_aggregate_s.cc | All Wilson-type fermion boundary conditions |
| fermbcs_aggregate_s.h | All Staggered-type fermion boundary conditions |
| fermbcs_aggregate_w.cc | All Wilson-type fermion boundary conditions |
| fermbcs_aggregate_w.h | All Wilson-type fermion boundary conditions |
| fermbcs_reader_s.cc | Fermionic BC reader |
| fermbcs_reader_s.h | Fermionic boundary condition reader |
| fermbcs_reader_w.cc | Fermionic BC reader |
| fermbcs_reader_w.h | Fermionic boundary condition reader |
| fermstates.h | Fermion states |
| fgmres_dr_tests.cc | |
| field_state.h | Field state |
| fixed_random_ferm_monomial.cc | Fixed random monomial |
| fixed_random_ferm_monomial.h | Fixed random monomial |
| follana_io_s.cc | |
| follana_io_s.h | |
| force_monitors.cc | Helper function for calculating forces |
| force_monitors.h | Helper function for calculating forces |
| formfac_w.cc | Form-factors |
| formfac_w.h | Form-factors |
| ft.h | Fourier transform support |
| funcmap.h | Map of function calls |
| fuzglue.cc | Compute 'fuzzy' (blocked) glueball correlation functions |
| fuzglue.h | Compute 'fuzzy' (blocked) glueball correlation functions |
| fuzwilp.cc | Calculate ape-fuzzed Wilson loops |
| fuzwilp.h | Calculate ape-fuzzed Wilson loops |
| fuzz_smear.cc | Fuzzed sources |
| fuzz_smear.h | Fuzzed sources |
| g4g5_x_g4g5_local.cc | |
| g4g5_x_g4g5_local.h | |
| gamma5_herm_w.cc | Gamma5 hermiticity |
| gamma5_herm_w.h | Gamma5 hermiticity |
| gamma_displacement_w.cc | Gamma insertion/displacement |
| gamma_displacement_w.h | Gamma insertions |
| gammasgn_w.cc | Compute gamma matrix multiplication table factors |
| gammasgn_w.h | Compute gamma matrix multiplication table factors |
| actions/gauge/gauge.h | Gauge action support |
| util/gauge/gauge.h | Include all gauge utility routines |
| gauge_createstate_aggregate.cc | All gauge create-state method |
| gauge_createstate_aggregate.h | All gauge create-state method |
| gauge_createstate_factory.h | Gauge create state factory |
| gauge_init.h | Gauge initialization |
| gauge_init_aggregate.cc | Gauge initialization |
| gauge_init_aggregate.h | All gauge field initializers |
| gauge_init_factory.h | Factory for producing gauge initializer objects |
| gauge_io.cc | Routines associated with Chroma propagator gauge IO |
| gauge_io.h | Gauge reader/writers in QIO format |
| gauge_monomial.cc | Generic gauge action monomial wrapper |
| gauge_monomial.h | Generic gauge action monomial wrapper |
| gauge_s.h | Include all gauge utility routines |
| gauge_startup.cc | Initialize the gauge fields |
| gauge_startup.h | Initialize the gauge fields |
| gaugeact.h | Class structure for gauge actions |
| gaugeact_factory.h | Fermion action factories |
| gaugeacts.h | Gauge actions |
| gaugeacts_aggregate.cc | All gauge actions |
| gaugeacts_aggregate.h | All gauge actions |
| gaugebc.h | Gauge boundary conditions |
| gaugebc_aggregate.cc | Gauge boundary condition aggregator |
| gaugebc_aggregate.h | Gauge boundary condition aggregator |
| gaugebc_factory.h | Gauge boundary condition factories |
| gaugebcs.h | Gauge boundary conditions |
| gaugestates.h | Gauge states |
| gaus_quark_smearing.cc | Gaussian smearing of color std::vector |
| gaus_quark_smearing.h | Gaussian smearing of color std::vector and propagator |
| gaus_smear.cc | Gaussian smearing of color std::vector |
| gaus_smear.h | Gaussian smearing of color std::vector |
| gbaryonall2all.cc | |
| gfix/gfix.h | Gauge fixing routines |
| inline/gfix/gfix.h | Inline gauge fixing measurements |
| global_metropolis_accrej.cc | Simple metropolis accept/reject |
| global_metropolis_accrej.h | Global metropolis |
| glue/glue.h | Gluonic observables |
| inline/glue/glue.h | Inline glue measurements |
| gluecor.cc | Construct 0++, 2++ and 1+- glueball correlation functions from fuzzy links |
| gluecor.h | Construct 0++, 2++ and 1+- glueball correlation functions from fuzzy links |
| gramschm.cc | Gramm-Schmidt orthogonolization |
| gramschm.h | Gramm-Schmidt orthogonolization |
| gramschm_array.cc | Gramm-Schmidt orthogonolization |
| gramschm_array.h | Gramm-Schmidt orthogonolization |
| grelax.cc | Perform a single gauge fixing iteration |
| grelax.h | Perform a single gauge fixing iteration |
| group_baryon_operator_w.cc | Construct group baryon operators |
| group_baryon_operator_w.h | Construct group baryon operators |
| group_baryon_run.cc | |
| gtest-all.cc | |
| gtest.h | |
| gtest_main.cc | |
| hadron/hadron.h | Hadronic observables |
| inline/hadron/hadron.h | Inline measurements for hadron observables |
| hadron_2pt.cc | Construct hadron 2pt correlators |
| hadron_2pt.h | Construct hadron 2pt correlators |
| hadron_contract.cc | Construct hadron contractions |
| hadron_contract.h | Construct hadron correlators |
| hadron_contract_aggregate.cc | All hadron contraction constructors |
| hadron_contract_aggregate.h | All hadron contraction constructors |
| hadron_contract_factory.h | Factory for producing hadron correlator objects |
| hadron_corr_s.h | |
| hadron/hadron_s.h | Hadronic observables |
| inline/hadron_s/hadron_s.h | Inline measurements for hadron observables |
| hadron_seqsource.cc | Construct hadron sequential sources |
| hadron_seqsource.h | Construct hadron sequential sources |
| hadron_w.h | Hadronic observables |
| hamiltonian.h | Hamiltonian systems |
| hamiltonian_io.cc | |
| hamiltonian_io.h | Hamiltonion IO |
| handle.h | Class for counted reference semantics |
| hb_params.h | Parameters for heat-bath |
| heatbath.h | Heatbath |
| heavy_hadron_potentials_w.cc | Potential between 2 heavy hadrons : Detmold Correlators checked independentely by Savage |
| heavy_hadron_potentials_w.h | Potential between 2 heavy hadrons : Detmold |
| heavy_hadrons_su3_w.cc | Heavy hadrons in su3 : Detmold |
| heavy_hadrons_su3_w.h | Potential between 2 heavy hadrons : Detmold Correlators checked independentely by Savage |
| hex_fermstate_params.cc | Hex fermstate params |
| hex_fermstate_params.h | |
| hex_fermstate_w.cc | Connection State for Hex state (.cpp file) |
| hex_fermstate_w.h | Hex field state for stout links and a creator |
| hex_smear.cc | Hyp-smearing of the gauge configuration |
| hex_smear.h | Hex smear a gauge field |
| hisq_fermact_params_s.cc | Hisq fermion action parameters |
| hisq_fermact_params_s.h | Hisq fermion action parameters |
| hisq_fermact_s.cc | Hisq staggered fermion action |
| hisq_fermact_s.h | Hisq staggered fermion action |
| hisq_qprop.cc | Propagator solver for an even-odd non-preconditioned fermion operator |
| hisq_qprop.h | Hisq propagator wrapper |
| hmc.cc | Main code for HMC with dynamical fermion generation |
| hmc.h | HMC trajectories |
| hotst.cc | Set a gauge field from a sample of (almost) Haar measure |
| hotst.h | Set a gauge field from a sample of (almost) Haar measure |
| hybmeson_w.cc | Hybrid meson 2-pt functions |
| hybmeson_w.h | Hybrid meson 2-pt functions |
| hyp_link_smearing.cc | Hyp link smearing |
| hyp_link_smearing.h | HYP link smearing |
| hyp_smear.cc | Hyp-smearing of the gauge configuration |
| hyp_smear.h | Hyp smear a gauge field |
| hyp_smear3d.cc | Hyp-smearing of the gauge configuration |
| hyp_smear3d.h | Hyp smear a gauge field |
| ilu2prec_s_cprec_t_clover_fermact_w.cc | ILU2Preconditioned Clover fermion action |
| ilu2prec_s_cprec_t_clover_fermact_w.h | |
| ilu2prec_s_cprec_t_clover_linop_w.cc | Unpreconditioned Clover linear operator |
| ilu2prec_s_cprec_t_clover_linop_w.h | |
| ilu2prec_s_cprec_t_wilson_fermact_w.cc | ILU2Preconditioned Wilson fermion action |
| ilu2prec_s_cprec_t_wilson_fermact_w.h | |
| ilu2prec_s_cprec_t_wilson_linop_w.cc | Unpreconditioned Wilson linear operator |
| ilu2prec_s_cprec_t_wilson_linop_w.h | |
| ilu2prec_s_cprec_t_wilsonlike_linop_w.h | |
| iluprec_s_cprec_t_clover_fermact_w.cc | ILUPreconditioned Clover fermion action |
| iluprec_s_cprec_t_clover_fermact_w.h | |
| iluprec_s_cprec_t_clover_linop_w.cc | Unpreconditioned Clover linear operator |
| iluprec_s_cprec_t_clover_linop_w.h | |
| iluprec_s_cprec_t_wilson_fermact_w.cc | ILUPreconditioned Wilson fermion action |
| iluprec_s_cprec_t_wilson_fermact_w.h | |
| iluprec_s_cprec_t_wilson_linop_w.cc | Unpreconditioned Wilson linear operator |
| iluprec_s_cprec_t_wilson_linop_w.h | |
| iluprec_s_cprec_t_wilsonlike_linop_w.h | |
| iluprec_s_cprec_t_wilstype_fermact_w.h | ILUPreconditioned spatial Preconditioned Temporal Wilson like fermion action |
| improvement_terms_s.h | Support for Asqtad |
| info.h | Info utilities |
| inline.h | Inline measurements |
| inline_aggregate.cc | Inline measurement aggregator |
| inline_aggregate.h | Inline measurement aggregator |
| inline_annih_prop_matelem_colorvec_w.cc | Compute the annihilation diagram propagator elements M^-1 * multi1d<LatticeColorVector> |
| inline_annih_prop_matelem_colorvec_w.h | Compute the annihilation diagram propagator elements M^-1 * multi1d<LatticeColorVector> |
| inline_apply_fermstate_s.cc | Inline ferm state application |
| inline_apply_fermstate_s.h | Inline ferm state application |
| inline_apply_fermstate_w.cc | Inline ferm state application |
| inline_apply_fermstate_w.h | Inline ferm state application |
| inline_apply_gaugestate.cc | Inline gauge state application |
| inline_apply_gaugestate.h | Inline gauge state application |
| inline_bar3ptfn_w.cc | Inline measurement of bar3ptfn |
| inline_bar3ptfn_w.h | Inline measurement of bar3ptfn |
| inline_barspec_db_w.cc | Inline construction of hadron spectrum |
| inline_barspec_db_w.h | Inline hadron spectrum calculations |
| inline_baryon_matelem_colorvec_w.cc | Inline measurement of baryon operators via colorstd::vector matrix elements |
| inline_baryon_matelem_colorvec_w.h | Inline measurement of baryon operators via colorstd::vector matrix elements |
| inline_building_blocks_w.cc | Inline construction of BuildingBlocks |
| inline_building_blocks_w.h | Inline construction of BuildingBlocks |
| inline_copy_map_obj.cc | Inline task to read an object into a named buffer |
| inline_copy_map_obj.h | Inline task to copy std::map objects |
| inline_coulgauge.cc | Inline coulomb (and landau) gauge fixing loops |
| inline_coulgauge.h | Inline coulomb (and landau) gauge fixing loops |
| inline_create_colorvecs.cc | Construct colorvectors via power iteration of the laplacian |
| inline_create_colorvecs.h | Construct colorvectors via power iteration of the laplacian |
| inline_diquark_w.cc | Inline construction of the diquark within a QQQ |
| inline_diquark_w.h | Inline construction of the diquark within a QQQ |
| inline_disco_eigcg_w.cc | Inline measurement 3pt_prop |
| inline_disco_eigcg_w.h | Inline measurement of stochastic 3pt functions |
| inline_disco_eo_eigcg_w.cc | Inline measurement 3pt_prop |
| inline_disco_eo_eigcg_w.h | Inline measurement of stochastic 3pt functions |
| inline_disco_eoprec_w.cc | Inline measurement 3pt_prop |
| inline_disco_eoprec_w.h | Inline measurement of stochastic 3pt functions |
| inline_disco_w.cc | Inline measurement 3pt_prop |
| inline_disco_w.h | Inline measurement of stochastic 3pt functions |
| inline_distillution_noise.cc | Setup the origin and noise factory for distillution |
| inline_distillution_noise.h | Setup the origin and noise factory for distillution |
| inline_eig_aggregate.cc | Inline eig measurement aggregator |
| inline_eig_aggregate.h | Inline eigenvalute measurement aggregator |
| inline_eigbnds.cc | Inline measurements for eigenvalue bounds |
| inline_eigbnds.h | Inline measurements for eigenvalue bounds |
| inline_eigen_bin_colvec_read_obj.cc | Inline task to read an object from a named buffer |
| inline_eigen_bin_colvec_read_obj.h | Inline task to read an object from a named buffer |
| inline_eigen_bin_lime_colvec_read_obj.cc | Inline task to read an object from a named buffer |
| inline_eigen_bin_lime_colvec_read_obj.h | Inline task to read an object from a named buffer |
| inline_eigen_lime_colvec_read_obj.cc | Inline task to read an object from a named buffer |
| inline_eigen_lime_colvec_read_obj.h | Inline task to read an object from a named buffer |
| inline_erase_mg_proto_qphix_space.cc | Inline task to erase an object from a named buffer |
| inline_erase_mg_proto_qphix_space.h | Inline task to erase a named mg space |
| inline_erase_mg_proto_space.cc | Inline task to erase an object from a named buffer |
| inline_erase_mg_proto_space.h | Inline task to erase a named mg space |
| inline_erase_mg_space.cc | Inline task to erase an object from a named buffer |
| inline_erase_mg_space.h | Inline task to erase a named mg space |
| inline_erase_obj.cc | Inline task to erase an object from a named buffer |
| inline_erase_obj.h | Inline task to write an object from a named buffer |
| inline_erase_quda_multigrid_space.cc | Inline task to erase an object from a named buffer |
| inline_erase_quda_multigrid_space.h | Inline task to erase a named mg space |
| inline_fuzwilp.cc | Inline fuzzed Wilson loops |
| inline_fuzwilp.h | Inline fuzzed Wilson loops |
| inline_gauge_transf_obj.cc | Inline task gauge transform some fermion object |
| inline_gauge_transf_obj.h | Inline task gauge transform some fermion object |
| inline_gaussian_obj.cc | Inline task to gaussian init a named object |
| inline_gaussian_obj.h | Inline task to gaussian init a named object |
| inline_genprop_matelem_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*Gamma*M^-1**LatticeColorVector |
| inline_genprop_matelem_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*Gamma*M^-1**LatticeColorVector |
| inline_genprop_matelem_da_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*Gamma*displace*M^-1**LatticeColorVector |
| inline_genprop_matelem_da_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*Gamma*displace*M^-1**LatticeColorVector |
| inline_genprop_matelem_pt_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*Gamma*M^-1**LatticeColorVector |
| inline_genprop_matelem_pt_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*Gamma*M^-1**LatticeColorVector |
| inline_gfix_aggregate.cc | Inline gauge fixing measurement aggregator |
| inline_gfix_aggregate.h | Inline gauge fixing measurement aggregator |
| inline_glue_aggregate.cc | Inline glue measurement aggregator |
| inline_glue_aggregate.h | Inline glue measurement aggregator |
| inline_glue_diag_matelem_colorvec.cc | Inline measurement of glueball operators via colorstd::vector matrix elements |
| inline_glue_diag_matelem_colorvec.h | Inline measurement of glueball operators via colorstd::vector matrix elements |
| inline_glue_matelem_colorvec.cc | Inline measurement of glueball operators via colorstd::vector matrix elements |
| inline_glue_matelem_colorvec.h | Inline measurement of glueball operators via colorstd::vector matrix elements |
| inline_glueball_ops.cc | Inline measurement of glueball operators |
| inline_glueball_ops.h | Inline measurement of glueball operators |
| inline_hadron_aggregate.cc | Inline hadron measurement aggregator |
| inline_hadron_aggregate.h | Inline hadron measurement aggregator |
| inline_hadron_aggregate_s.cc | Inline hadron measurement aggregator |
| inline_hadron_aggregate_s.h | Inline hadron measurement aggregator |
| inline_hadron_contract.cc | Inline hadron contraction calculations - for correlators |
| inline_hadron_contract.h | Inline hadron contractions - for correlators |
| inline_hadspec_w.cc | Inline construction of hadron spectrum |
| inline_hadspec_w.h | Inline hadron spectrum calculations |
| inline_heavy_light_cont_w.cc | Inline construction of hadron contractions Still just does static!! Contraction calculations |
| inline_heavy_light_cont_w.h | Inline heavy light contractions for weak three and four point functions |
| inline_heavyhadspec_w.cc | Inline construction of heavy hadron spectrum in SU(3) |
| inline_heavyhadspec_w.h | Inline hadron spectrum calculations |
| inline_io.cc | |
| inline_io.h | Support for inline measurements |
| inline_io_aggregate.cc | Inline IO aggregator |
| inline_io_aggregate.h | Inline io aggregator |
| inline_laplace_eigs.cc | Use the IRL method to solve for eigenvalues and eigenvectors of the gauge-covariant laplacian. |
| inline_laplace_eigs.h | Use the Implicitly Restarted Lanczos method with a Tchebyshev polynomial preconditioner to solve for the lowest eigenvalues and eigenvectors of the gague-covariant Laplacian |
| inline_link_smear.cc | Inline Link smearing |
| inline_link_smear.h | Inline link smearing |
| inline_list_obj.cc | Inline task to list an object from a named buffer |
| inline_list_obj.h | Inline task to write an object from a named buffer |
| inline_make_source_ferm_w.cc | Inline construction of make_source for lattice fermions |
| inline_make_source_ferm_w.h | Inline construction of make_source for lattice fermions |
| inline_make_source_s.cc | Inline construction of make_source |
| inline_make_source_s.h | Inline construction of make_source |
| inline_make_source_w.cc | Inline construction of make_source |
| inline_make_source_w.h | Inline construction of make_source |
| inline_matelem_distillation_w.cc | Compute propagators from distillation |
| inline_matelem_distillation_w.h | Compute the propagator from distillation |
| inline_meson_matelem_colorvec_w.cc | Inline measurement of meson operators via colorstd::vector matrix elements |
| inline_meson_matelem_colorvec_w.h | Inline measurement of meson operators via colorstd::vector matrix elements |
| inline_mesonspec_w.cc | Inline construction of meson spectrum |
| inline_mesonspec_w.h | Inline meson spectrum calculations |
| inline_milc_write_stag_source.cc | Inline task to write an object from a named buffer |
| inline_milc_write_stag_source.h | Inline task to read a USQCD DD Pairs Prop |
| inline_mres_w.cc | Inline construction of mres |
| inline_mres_w.h | Inline mres calculations |
| inline_multi_propagator_w.cc | Inline construction of propagator |
| inline_multi_propagator_w.h | Inline construction of multi_propagator – overlap only |
| inline_multipole_w.cc | Inline multipole measurement |
| inline_multipole_w.h | Inline multipole measurements |
| inline_nersc_read_obj.cc | Inline task to read an object from a named buffer |
| inline_nersc_read_obj.h | Inline task to read an object from a named buffer |
| inline_nersc_write_obj.cc | Inline task to write an object from a named buffer |
| inline_nersc_write_obj.h | Inline task to write an object from a named buffer |
| inline_noisy_building_blocks_w.cc | Inline construction of noisy BuildingBlocks |
| inline_noisy_building_blocks_w.h | Inline construction of noisy BuildingBlocks |
| inline_npr_vertex_w.cc | Inline construction of NPR vertices |
| inline_npr_vertex_w.h | Inline construction of NPR vertices |
| inline_npr_w.cc | Inline construction of NPR propagator |
| inline_npr_w.h | Inline construction of Landau gauge propagator |
| inline_pbp_aggregate.cc | |
| inline_pbp_aggregate.h | |
| inline_plaq_density.cc | Inline plaquette density |
| inline_plaq_density.h | Inline plaquette density |
| inline_plaquette.cc | Inline plaquette |
| inline_plaquette.h | Inline plaquette |
| inline_polar_source_w.cc | |
| inline_polylp.cc | Inline polyakov loop |
| inline_polylp.h | Inline polyakov loop |
| inline_prop_3pt_w.cc | Inline measurement 3pt_prop |
| inline_prop_3pt_w.h | Inline measurement of stochastic 3pt functions |
| inline_prop_and_matelem_colorvec_w.cc | Compute the perambulators |
| inline_prop_and_matelem_colorvec_w.h | Compute the perambulators |
| inline_prop_and_matelem_distillation2_w.cc | Compute propagators from distillation |
| inline_prop_and_matelem_distillation2_w.h | Compute the propagator from distillation |
| inline_prop_and_matelem_distillation_w.cc | Compute propagators from distillation |
| inline_prop_and_matelem_distillation_w.h | Compute the propagator from distillation |
| inline_prop_colorvec_w.cc | Compute the matrix element of M^-1 * multi1d<LatticeColorVector> |
| inline_prop_colorvec_w.h | Compute the propagator elements M^-1 * multi1d<LatticeColorVector> |
| inline_prop_distillation_stoch_w.cc | Compute propagators from distillation |
| inline_prop_distillation_stoch_w.h | Compute the propagator from distillation |
| inline_prop_distillation_w.cc | Compute propagators from distillation |
| inline_prop_distillation_w.h | Compute the propagator from distillation |
| inline_prop_distillution_w.cc | Compute propagators from distillution |
| inline_prop_distillution_w.h | Compute the propagator from distillution |
| inline_prop_matelem_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_prop_matelem_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_prop_matelem_lm_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_prop_matelem_lm_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_prop_matelem_pt_colorvec_w.cc | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_prop_matelem_pt_colorvec_w.h | Compute the matrix element of LatticeColorVector*M^-1*LatticeColorVector |
| inline_propagator_ferm_w.cc | Inline construction of propagator returning only a single lattice fermion |
| inline_propagator_ferm_w.h | Inline construction of propagator returning only a single lattice fermion |
| inline_propagator_s.cc | Inline construction of propagator |
| inline_propagator_s.h | Inline construction of propagator |
| inline_propagator_w.cc | Inline construction of propagator |
| inline_propagator_w.h | Inline construction of propagator |
| inline_psibarpsi_w.cc | |
| inline_psibarpsi_w.h | |
| inline_qactden.cc | Inline action density and really naive topological charge |
| inline_qactden.h | Inline action density and really naive topological charge |
| inline_qio_read_obj.cc | Inline task to read an object from a named buffer |
| inline_qio_read_obj.h | Inline task to read an object from a named buffer |
| inline_qio_write_erase_obj.cc | Inline task to write and delete an object from a named buffer |
| inline_qio_write_erase_obj.h | Inline task to write and delete an object from a named buffer |
| inline_qio_write_obj.cc | Inline task to write an object from a named buffer |
| inline_qio_write_obj.h | Inline task to write an object from a named buffer |
| inline_qnaive.cc | Inline naive topological charge |
| inline_qnaive.h | Inline naive topological charge |
| inline_qprop_matmul_w.cc | Inline construction of QpropMatMul |
| inline_qprop_matmul_w.h | Inline construction of QpropMatMul |
| inline_qpropadd_w.cc | Inline measurement of qpropadd |
| inline_qpropadd_w.h | Inline measurement of qpropadd |
| inline_qpropdiff_w.cc | Inline measurement of qpropadd |
| inline_qpropdiff_w.h | Inline measurement of qpropadd |
| inline_qpropqio_w.cc | Inline measurement of qpropqio |
| inline_qpropqio_w.h | Inline measurement of qpropqio |
| inline_qqbar_w.cc | Inline construction of qqbar |
| inline_qqbar_w.h | Inline construction of qqbar |
| inline_qqq_diquark_w.cc | Inline construction of QQQ's using a diquark |
| inline_qqq_diquark_w.h | Inline construction of QQQ's using a diquark |
| inline_qqq_w.cc | Inline construction of qqq_w |
| inline_qqq_w.h | Inline construction of qqq_w |
| inline_qqqNucNuc_w.cc | The QQQ and QQBAR object calculation |
| inline_qqqNucNuc_w.h | The QQQ and QQBAR object calculation |
| inline_random_transf_gauge.cc | Do a random gauge transformation on a gauge field |
| inline_random_transf_gauge.h | Do a random gauge transformation on a gauge field |
| inline_read_map_obj_disk.cc | Inline task to read an object into a named buffer |
| inline_read_map_obj_disk.h | Inline task to read an object into a named buffer |
| inline_ritz_H_w.cc | Inline construction of eigenvalues (Ritz) |
| inline_ritz_H_w.h | Inline construction of eigenvalues (Ritz) |
| inline_rng.cc | Inline task to read and write RNG seed |
| inline_rng.h | Inline task to read and write RNG seed |
| inline_rotate_spin_w.cc | Inline task to spin rotate to a Dirac basis |
| inline_rotate_spin_w.h | Inline task to spin rotate to a Dirac basis |
| inline_schrfun_aggregate.cc | Inline Schroedinger functional measurement aggregator |
| inline_schrfun_aggregate.h | Inline schroedinger functional measurement aggregator |
| inline_seqprop_test_w.cc | Test sequential propagator |
| inline_seqprop_test_w.h | Test sequential propagator |
| inline_seqsource_w.cc | Inline construction of sequential sources |
| inline_seqsource_w.h | Inline construction of sequential sources |
| inline_sfpcac_w.cc | Inline Schroedinger functional measurements |
| inline_sfpcac_w.h | Inline Schroedinger functional measurements |
| inline_sink_smear_s.cc | Inline construction of sink_smear |
| inline_sink_smear_s.h | Inline sink_smear propagators |
| inline_sink_smear_w.cc | Inline construction of sink_smear |
| inline_sink_smear_w.h | Inline sink_smear propagators |
| inline_smear_aggregate.cc | Inline smear measurement aggregator |
| inline_smear_aggregate.h | Inline smearing measurement aggregator |
| inline_spectrum_s.cc | Inline construction of staggered spectrum |
| inline_spectrum_s.h | Inline staggered spectrum calculations |
| inline_spectrum_w.cc | Inline construction of spectrum |
| inline_spectrum_w.h | Inline spectrum calculations |
| inline_spectrumQll.cc | Inline construction of heavy-light baryon spectrum (infinitely heavy) |
| inline_spectrumQll.h | Inline spectrum calculations |
| inline_stag_to_wils.cc | Inline construction of propagator |
| inline_stag_to_wils.h | Inline construction of propagator |
| inline_static_light_spec_w.cc | Inline construction of hadron spectrum |
| inline_static_light_spec_w.h | Inline static light spectrum calculations |
| inline_static_prop_colorvec_w.cc | Compute a static prop (1/2)*(1+gamma_4)U*U*...U * multi1d<LatticeColorVector> |
| inline_static_prop_colorvec_w.h | Compute a static prop (1/2)*(1+gamma_4)U*U*...U * multi1d<LatticeColorVector> |
| inline_stoch_baryon_w.cc | Inline measurement of stochastic baryon operator |
| inline_stoch_baryon_w.h | Inline measurement of stochastic baryon operator |
| inline_stoch_group_baryon_w.cc | Inline measurement of stochastic group baryon operator |
| inline_stoch_group_baryon_w.h | Inline measurement of stochastic group baryon operator |
| inline_stoch_group_meson_w.cc | Inline measurement of stochastic group meson operator |
| inline_stoch_group_meson_w.h | Inline measurement of stochastic group meson operators |
| inline_stoch_hadron_w.cc | Inline measurement of stochastic hadron operator (mesons and baryons) |
| inline_stoch_hadron_w.h | Inline measurement of stochastic hadron operator (mesons and baryons) |
| inline_stoch_meson_w.cc | Inline measurement of stochastic meson operator |
| inline_stoch_meson_w.h | Inline measurement of stochastic meson operator |
| inline_szin_read_obj.cc | Inline task to read an object from a named buffer |
| inline_szin_read_obj.h | Inline task to read an object from a named buffer |
| inline_szin_write_obj.cc | Inline task to write an object from a named buffer |
| inline_szin_write_obj.h | Inline task to write an object from a named buffer |
| inline_unsmeared_hadron_node_distillation_w.cc | Inline measurement that construct unsmeared hadron nodes using distillation |
| inline_unsmeared_hadron_node_distillation_w.h | Inline measurement that construct unsmeared hadron nodes using distillation |
| inline_usqcd_read_ddpairs_prop.cc | Inline task to read an object from a named buffer |
| inline_usqcd_read_ddpairs_prop.h | Inline task to read a USQCD DD Pairs Prop |
| inline_usqcd_write_ddpairs_prop.cc | Inline task to write an object from a named buffer |
| inline_usqcd_write_ddpairs_prop.h | Inline task to read a USQCD DD Pairs Prop |
| inline_wilslp.cc | Inline Wilson loops |
| inline_wilslp.h | Inline Wilson loops |
| inline_wilson_flow.cc | Wilson Flow driver |
| inline_wilson_flow.h | Wilson Flow a configuration |
| inline_write_timeslice_map_obj_disk.cc | Inline task to time-sliced std::map object |
| inline_write_timeslice_map_obj_disk.h | Inline task to time-sliced std::map object |
| inline_xml_write_obj.cc | Inline task to write an object from a named buffer |
| inline_xml_write_obj.h | Inline task to write an object from a named buffer |
| instanton.cc | Construct an instanton or anti-instanton configuration in singular gauge |
| instanton.h | Construct an instanton or anti-instanton configuration in singular gauge |
| integrator.h | HMD integrators |
| integrator_aggregate.cc | |
| integrator_aggregate.h | |
| integrator_shared.cc | |
| integrator_shared.h | |
| inv_borici_w.cc | |
| inv_borici_w.h | |
| inv_eigcg2.cc | Conjugate-Gradient algorithm with eigenstd::vector acceleration |
| inv_eigcg2.h | Conjugate-Gradient algorithm with eigenstd::vector acceleration |
| inv_eigcg2_array.cc | Conjugate-Gradient algorithm with eigenstd::vector acceleration |
| inv_eigcg2_array.h | Conjugate-Gradient algorithm with eigenstd::vector acceleration |
| inv_gmresr_cg_array.cc | |
| inv_gmresr_cg_array.h | Relaxed GMRESR algorithm of the Wuppertal Group |
| inv_minres_array.cc | |
| inv_minres_array.h | |
| inv_multiprec_richardson.cc | |
| inv_multiprec_richardson.h | |
| inv_rel_cg1.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| inv_rel_cg1.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| inv_rel_cg2.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| inv_rel_cg2.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| inv_rel_gmresr_cg.cc | |
| inv_rel_gmresr_cg.h | Relaxed GMRESR algorithm of the Wuppertal Group |
| inv_rel_gmresr_sumr.cc | |
| inv_rel_gmresr_sumr.h | Relaxed GMRESR algorithm of the Wuppertal Group |
| inv_rel_sumr.cc | |
| inv_rel_sumr.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicg.cc | |
| invbicgstab.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicgstab.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicgstab_array.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicgstab_array.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicrstab.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invbicrstab.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg1.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg1.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg1_array.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg1_array.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_array.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_array.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_prec_wilson.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_prec_wilson.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks_2.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks_2.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks_3.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invcg2_timing_hacks_3.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invdd_deflated.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invdd_deflated.h | |
| invert.h | Inverters |
| invibicgstab.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| invibicgstab.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| invmr.cc | Minimal-Residual (MR) for a generic fermion Linear Operator |
| invmr.h | Minimal-Residual (MR) for a generic fermion Linear Operator |
| invsumr.cc | |
| invsumr.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| io/io.h | IO routines |
| meas/inline/io/io.h | Inline reader and writers for memory buffers |
| io_s.h | |
| io_w.h | |
| ischiral_w.cc | |
| ischiral_w.h | |
| jacobi_quark_smearing.cc | Jacobi smearing of color std::vector |
| jacobi_quark_smearing.h | Jacobi smearing of color std::vector and propagator |
| jacobi_smear.cc | Jacobi smearing of color std::vector |
| jacobi_smear.h | Jacobi smearing of color std::vector |
| key_glue_matelem.cc | Key for glueball colorstd::vector matrix elements |
| key_glue_matelem.h | Key for glueball colorstd::vector matrix elements |
| key_hadron_2pt_corr.cc | Hadron 2pt correlators |
| key_hadron_2pt_corr.h | Hadron 2pt correlators |
| key_hadron_3pt_corr.cc | Hadron 3pt correlators |
| key_hadron_3pt_corr.h | Hadron 3pt correlators |
| key_peram_distillution.cc | Key for propagator distillution matrix elements |
| key_peram_distillution.h | Key for propagator distillution matrix elements |
| key_prop_colorvec.cc | Key for propagator colorstd::vector sources |
| key_prop_colorvec.h | Key for propagator colorstd::vector sources |
| key_prop_distillation.cc | Key for vanilla distillation propagator sources and solutions |
| key_prop_distillation.h | Key for vanilla distillation propagator sources and solutions |
| key_prop_distillution.cc | Key for distillution propagator sources and solutions |
| key_prop_distillution.h | Key for distillution propagator sources and solutions |
| key_prop_matelem.cc | Key for propagator colorstd::vector matrix elements |
| key_prop_matelem.h | Key for propagator colorstd::vector matrix elements |
| key_timeslice_colorvec.cc | Key for time-sliced color eigenvectors |
| key_timeslice_colorvec.h | Key for time-sliced color eigenvectors |
| key_timeslice_gauge.cc | Key for time-sliced gauge fields |
| key_timeslice_gauge.h | Key for time-sliced gauge fields |
| key_val_db.h | Key and values for DB |
| klein_gord.cc | Apply Klein-Gordon operator |
| klein_gord.h | Klein-Gordon operator |
| klein_gordon_fermact_s.cc | Klein-Gordon boson action masquerading action as a staggered action |
| klein_gordon_fermact_s.h | Klein-Gordon boson action masquerading action as a staggered action |
| klein_gordon_linop_s.cc | Klein-Gordon boson action masquerading action as a staggered action |
| klein_gordon_linop_s.h | Klein-Gordon operator |
| ks_local_loops.cc | |
| ks_local_loops.h | Wrapper routines for computing loops with staggeref fermions |
| kyu_gauge_init.cc | Read a KYU config |
| kyu_gauge_init.h | Read a KYU config |
| kyugauge_io.cc | Read/write a Kentucky gauge configuration |
| kyugauge_io.h | Read/write a KYU gauge configuration |
| kyuqprop_io.cc | Read/write a Kentucky quark propagator |
| kyuqprop_io.h | Read/write a KYU propagator |
| laplacian.cc | Laplacian smearing of a source |
| laplacian.h | Laplacian smearing of a source |
| last_solution_predictor.cc | |
| last_solution_predictor.h | Last solution predictor |
| lcm_4mn4fp_recursive.cc | |
| lcm_4mn4fp_recursive.h | Lat Col Mat 4th order 4 force calculation minimum norm integrator |
| lcm_4mn5fp_recursive.cc | |
| lcm_4mn5fp_recursive.h | Lat Col Mat 4th order 5 force calculation minimum norm integrator |
| lcm_4mn5fv_recursive.cc | |
| lcm_4mn5fv_recursive.h | Lat Col Mat 4th order 5 force calculation minimum norm integrator |
| lcm_creutz_gocksch_4_recursive.cc | |
| lcm_creutz_gocksch_4_recursive.h | Lat Col Mat 4th order Creutz-Gocksch (Campostrini?) Integrator |
| lcm_exp_sdt.cc | |
| lcm_exp_sdt.h | Intgrator for exp(S dt) |
| lcm_exp_tdt.cc | |
| lcm_exp_tdt.h | Intgrator for exp(T dt) |
| lcm_hmc.h | HMC trajectory |
| lcm_integrator_leaps.cc | |
| lcm_integrator_leaps.h | |
| lcm_sts_force_grad_recursive.cc | |
| lcm_sts_force_grad_recursive.h | Lat Col Mat force-gradient integrator |
| lcm_sts_leapfrog_recursive.cc | |
| lcm_sts_leapfrog_recursive.h | Intgrator for exp(S dt) |
| lcm_sts_min_norm2_recursive.cc | |
| lcm_sts_min_norm2_recursive.h | Intgrator for exp(S dt) |
| lcm_sts_min_norm2_recursive_dtau.cc | |
| lcm_sts_min_norm2_recursive_dtau.h | Intgrator for exp(S dt) |
| lcm_toplevel_integrator.cc | |
| lcm_toplevel_integrator.h | |
| lcm_tst_leapfrog_recursive.cc | |
| lcm_tst_leapfrog_recursive.h | Intgrator for exp(S dt) |
| lcm_tst_min_norm2_recursive.cc | |
| lcm_tst_min_norm2_recursive.h | Intgrator for exp(S dt) |
| lcm_tst_min_norm2_recursive_dtau.cc | |
| lcm_tst_min_norm2_recursive_dtau.h | Intgrator for exp(S dt) |
| ldag.h | M^dag composition of a linear operator |
| lDeltaLs_w.cc | Unpreconditioned Wilson linear operator |
| lDeltaLs_w.h | |
| ldumul_w.cc | |
| lg5eps_double_pass_w.cc | Overlap-pole operator |
| lg5eps_double_pass_w.h | Internal Overlap-pole operator |
| lg5eps_w.cc | Overlap-pole operator |
| lg5eps_w.h | Internal pole epsilon operator. Just the unitary part |
| lg5Rherm_w.h | |
| lgherm_w.h | |
| lib.h | Chroma Lattice Field Theory library |
| linear_extrap_predictor.cc | |
| linear_extrap_predictor.h | Linear extrapolation predictor |
| linearop.h | Linear Operators |
| link_smearing.h | Link smearing |
| link_smearing_aggregate.cc | All link smearing applicators |
| link_smearing_aggregate.h | All link smearing constructors |
| link_smearing_factory.h | Factory for producing link smearing objects |
| linop.h | Fermion linear operators |
| linop_s.h | Linear operators |
| linop_w.h | Linear operators |
| llincomb.h | |
| lmdagm.h | M^dag*M composition of a linear operator |
| loops_s.h | |
| loops_w.cc | |
| loops_w.h | Quark loop via noise |
| lopishift.h | |
| lopscl.h | |
| lovddag_double_pass_w.cc | Overlap-pole operator |
| lovddag_double_pass_w.h | Internal Overlap-pole operator |
| lovddag_w.cc | Overlap-pole operator |
| lovddag_w.h | Internal Overlap-pole operator |
| lovlap_double_pass_w.cc | Overlap-pole operator |
| lovlap_double_pass_w.h | Internal Overlap-pole operator |
| lovlapms_w.cc | Overlap-pole operator |
| lovlapms_w.h | Internal Overlap-pole operator |
| lu_solve.cc | |
| lu_solve.h | LU solver |
| lunprec_w.h | |
| lw_1loop_gaugeact.cc | 1-loop tadpole-improved Luscher-Weisz gauge action |
| lw_1loop_gaugeact.h | 1-loop tadpole-improved Luscher-Weisz gauge action |
| lw_tree_gaugeact.cc | Tree-level tadpole-improved Luscher-Weisz gauge action |
| lw_tree_gaugeact.h | Tree-level tadpole-improved Luscher-Weisz gauge action |
| lwldslash_3d_qdp_w.cc | Wilson Dslash linear operator |
| lwldslash_3d_qdp_w.h | Wilson Dslash linear operator |
| lwldslash_3d_sse_w.cc | Wilson Dslash linear operator |
| lwldslash_3d_sse_w.h | Wilson Dslash linear operator |
| lwldslash_array_pab_w.cc | Wilson Dslash linear operator array |
| lwldslash_array_pab_w.h | Wilson Dslash linear operator over arrays |
| lwldslash_array_qdpopt_w.cc | Wilson Dslash linear operator array |
| lwldslash_array_qdpopt_w.h | Wilson Dslash linear operator over arrays |
| lwldslash_array_sse_w.cc | Wilson Dslash linear operator array |
| lwldslash_array_sse_w.h | Wilson Dslash linear operator array |
| lwldslash_array_w.cc | Wilson Dslash linear operator array |
| lwldslash_array_w.h | Wilson Dslash linear operator over arrays |
| lwldslash_base_3d_w.cc | Wilson Dslash linear operator |
| lwldslash_base_3d_w.h | 3D Wilson Dslash linear operator |
| lwldslash_base_array_w.cc | Wilson Dslash linear operator over arrays |
| lwldslash_base_array_w.h | Wilson Dslash linear operator over arrays |
| lwldslash_base_w.cc | Wilson Dslash linear operator |
| lwldslash_base_w.h | Wilson Dslash linear operator |
| lwldslash_llvm_w.h | Wilson Dslash linear operator |
| lwldslash_qdpopt_w.cc | Wilson Dslash linear operator |
| lwldslash_qdpopt_w.h | Wilson Dslash linear operator |
| lwldslash_w.cc | Wilson Dslash linear operator |
| lwldslash_w.h | Wilson Dslash linear operator |
| lwldslash_w_cppd.cc | Wilson Dslash linear operator |
| lwldslash_w_cppd.h | Wilson Dslash linear operator |
| lwldslash_w_cppf.cc | Wilson Dslash linear operator |
| lwldslash_w_cppf.h | Wilson Dslash linear operator |
| lwldslash_w_pab.cc | Wilson Dslash linear operator |
| lwldslash_w_pab.h | Wilson Dslash linear operator |
| lwldslash_w_qphix.h | Wilson Dslash linear operator |
| lwldslash_w_sse.cc | Wilson Dslash linear operator |
| lwldslash_w_sse.h | Wilson Dslash linear operator |
| main.h | Production main programs |
| mainprogs.h | Main programs |
| make_seeds.cc | |
| make_xml_file.cc | Make xml file writer |
| make_xml_file.h | Make xml file writer |
| map_obj_aggregate_w.cc | Aggregate registration for MapObj types |
| map_obj_aggregate_w.h | |
| map_obj_disk_w.cc | Disk based std::map object, factory registration |
| map_obj_disk_w.h | Header file for std::map obj aggregate registrations |
| map_obj_factory_w.h | |
| map_obj_memory_w.cc | Memory based std::map object, factory registration |
| map_obj_memory_w.h | Header file for std::map obj aggregate registrations |
| map_obj_null_w.cc | Null based std::map object, factory registration |
| map_obj_null_w.h | Header file for std::map obj aggregate registrations |
| mciter.cc | One heatbath interation of updating the gauge field configuration |
| mciter.h | One heatbath interation of updating the gauge field configuration |
| mciter32.cc | One heatbath interation of updating the gauge field configuration |
| mciter32.h | One heatbath interation of updating the gauge field configuration |
| md_integrator_factory.h | Integrator factories |
| mdwf_solver.cc | DWF/SSE double-prec solver |
| mdwf_solver.h | DWF/SSE double-prec solver |
| meas.h | Include all measurement routines |
| mescomp_w.cc | Construct all components of a meson propagator |
| mescomp_w.h | Construct all components of a meson propagator |
| mesfield.cc | Calculates the antihermitian field strength tensor iF(mu,nu) |
| mesfield.h | Calculates the antihermitian field strength tensor iF(mu,nu) |
| meslate.cc | |
| meson_seqsrc_w.cc | Construct meson sequential sources |
| meson_seqsrc_w.h | Construct meson sequential sources |
| meson_spec_2pt_w.cc | Construct meson 2pt correlators leaving all spin indices open |
| meson_spec_2pt_w.h | Construct meson 2pt correlators leaving all spin indices open |
| mesons2_w.cc | |
| mesons2_w.h | Meson 2-pt functions |
| mesons_w.cc | |
| mesons_w.h | Meson 2-pt functions |
| mespbg5p_w.cc | |
| mespbp_s.cc | |
| mespbp_w.cc | Calculates noise estimator for psi_bar_psi |
| mespbp_w.h | Psibar-psi measurements |
| mesphas_follana_s.cc | |
| mesphas_follana_s.h | |
| mesphas_s.cc | |
| mesphas_s.h | |
| mesplq.cc | Plaquette measurement |
| mesplq.h | |
| mesq.cc | |
| mesQl_w.cc | Heavy Meson (Qlbar) 2-pt function : Orginos and Savage |
| mesQl_w.h | Heavy light meson (Qlbar) 2-pt function : Orginos and Savage |
| mesQlPOT_w.cc | Potential between 2 heavy mesons : Orginos and Savage |
| mesQlPOT_w.h | Potential between 2 heavy mesons : Orginos and Savage |
| MG_predictor.cc | |
| MG_predictor.h | |
| mg_proto_helpers.cc | |
| mg_proto_helpers.h | |
| mg_proto_qphix_helpers.cc | |
| mg_proto_qphix_helpers.h | |
| mg_solver_exception.h | |
| mgproto_solver_params.cc | |
| mgproto_solver_params.h | |
| milc_gauge_init.cc | Read a MILC config |
| milc_gauge_init.h | Read a MILC config |
| milc_io.cc | MILC gauge format routines |
| milc_io.h | MILC gauge format routines |
| minv_rel_cg.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minv_rel_cg.h | |
| minv_rel_sumr.cc | |
| minv_rel_sumr.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| minvcg.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg2.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg2.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg2_accum.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg2_accum.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg_accumulate_array.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg_accumulate_array.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg_array.cc | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvcg_array.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvmr.cc | Multishift Minimal-residual algorithm for a Linear Operator |
| minvmr.h | Multishift Conjugate-Gradient algorithm for a Linear Operator |
| minvmr_array.cc | Multishift Minimal-residual algorithm for a Linear Operator |
| minvsumr.cc | |
| minvsumr.h | Conjugate-Gradient algorithm for a generic Linear Operator |
| molecdyn.h | Molecular dynamics support |
| mom_source_const.cc | Momentum (wall) source construction |
| mom_source_const.h | Fixed momentum (wall) source construction |
| monomial.h | HMC monomials |
| monomial_aggregate_w.cc | Fermion monomial aggregator |
| monomial_aggregate_w.h | Fermion monomial aggregator |
| monomial_factory.h | Monomial factories |
| monomial_io.cc | |
| monomial_io.h | Monomial IO |
| monomial_w.h | Monomials of actions |
| monte.cc | Routine for doing the hybrid (monte carlo) algorithm |
| monte.h | Routine for doing the hybrid (monte carlo) algorithm |
| mre_extrap_predictor.cc | |
| mre_extrap_predictor.h | Minimal residual predictor |
| mre_initcg_extrap_predictor.cc | |
| mre_initcg_extrap_predictor.h | Minimal residual predictor - which takes also information from an EIG CG e-vec basis.. |
| mre_shifted_predictor.h | Minimal residual predictor |
| multi_propagator_comp.cc | Main code for propagator generation |
| multi_syssolver_cg_params.cc | Params of CG inverter |
| multi_syssolver_cg_params.h | Params of CG inverter |
| multi_syssolver_linop.h | Disambiguator for multi-shift linop system solvers |
| multi_syssolver_linop_aggregate.cc | All LinOp system solver constructors |
| multi_syssolver_linop_aggregate.h | Register LinOp system solvers |
| multi_syssolver_linop_factory.h | Factory for producing system solvers for M*psi = chi |
| multi_syssolver_linop_mr.cc | Solve a (M+shift)*psi=chi linear system by MR |
| multi_syssolver_linop_mr.h | Solve a (M+shift)*psi=chi linear system by MR |
| multi_syssolver_mdagm.h | Disambiguator for multi-shift MdagM system solvers |
| multi_syssolver_mdagm_accumulate.h | Disambiguator for multi-shift MdagM system solvers |
| multi_syssolver_mdagm_accumulate_aggregate.cc | All MdagM system solver constructors |
| multi_syssolver_mdagm_accumulate_aggregate.h | Register MdagM system solvers |
| multi_syssolver_mdagm_accumulate_factory.h | Factory for producing system solvers for MdagM*psi = chi |
| multi_syssolver_mdagm_aggregate.cc | All MdagM system solver constructors |
| multi_syssolver_mdagm_aggregate.h | Register MdagM system solvers |
| multi_syssolver_mdagm_cg.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg.h | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_accumulate.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_accumulate.h | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_accumulate_array.cc | Solve a MdagM*psi=chi linear system by multi-shift CG |
| multi_syssolver_mdagm_cg_accumulate_array.h | Solve a MdagM*psi=chi linear system by multi-shift CG |
| multi_syssolver_mdagm_cg_array.cc | Solve a MdagM*psi=chi linear system by multi-shift CG |
| multi_syssolver_mdagm_cg_array.h | Solve a MdagM*psi=chi linear system by multi-shift CG |
| multi_syssolver_mdagm_cg_chrono_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_chrono_clover.h | Solve a MdagM*psi=chi linear system by CG2 using CG |
| multi_syssolver_mdagm_cg_clover_qphix_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_clover_qphix_w.h | Solve a M*psi=chi linear system by BiCGStab |
| multi_syssolver_mdagm_cg_clover_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_clover_quda_w.h | Solve a MdagM*psi=chi linear system by CG2 using CG |
| multi_syssolver_mdagm_cg_wilson_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| multi_syssolver_mdagm_cg_wilson_quda_w.h | Solve a MdagM*psi=chi linear system by CG2 using CG |
| multi_syssolver_mdagm_factory.h | Factory for producing system solvers for MdagM*psi = chi |
| multi_syssolver_mr_params.cc | Params of MR inverter |
| multi_syssolver_mr_params.h | Params of MR inverter |
| multi_syssolver_qphix_clover_params.cc | |
| multi_syssolver_qphix_clover_params.h | |
| multi_syssolver_quda_clover_params.cc | |
| multi_syssolver_quda_clover_params.h | |
| multipole_w.cc | Multipole moments |
| multipole_w.h | Multipole moments |
| naik_term_s.cc | |
| named_obj.h | Named object support |
| named_objmap.h | Named object function std::map |
| nef_fermact_params_w.cc | NEF fermion action parameters |
| nef_fermact_params_w.h | Parameters for Clover fermion action |
| nef_quarkprop4_w.cc | Full quark propagator solver for domain wall fermions |
| nef_quarkprop4_w.h | Full quark propagator solver for domain wall fermions |
| nersc_gauge_init.cc | Read a NERSC config |
| nersc_gauge_init.h | Read a NERSC config |
| no_link_smearing.cc | No link smearing |
| no_link_smearing.h | No link smearing |
| no_quark_displacement.cc | No quark displacement |
| no_quark_displacement.h | No quark displacement |
| no_quark_smearing.cc | No quark smearing |
| no_quark_smearing.h | No quark smearing |
| no_spin_insertion.cc | No spin insertion |
| no_spin_insertion.h | No spin insertion |
| norm_gram_schm.cc | Gram-Schmidt with normalization |
| norm_gram_schm.h | Gram-Schmidt with normalization |
| norm_sh_sink_smearing.cc | NormShell sink smearing |
| norm_sh_sink_smearing.h | NormShell sink smearing |
| norm_sh_source_const.cc | Normalized Shell source construction |
| norm_sh_source_const.h | Normalized Shell source construction |
| npr_vertex_w.cc | NPR vertex calculations |
| npr_vertex_w.h | NPR vertex calculations |
| null_predictor.cc | |
| null_predictor.h | Null predictor: Leaves input x0 unchanged |
| objfactory.h | Factory class for objects from XML input |
| objfunctor.h | Generic functor class |
| octave.h | |
| one_flavor_rat_monomial5d_w.h | One flavor monomials using RHMC |
| one_flavor_rat_monomial_params_w.cc | One-flavor monomial params |
| one_flavor_rat_monomial_params_w.h | One-flavor monomial params |
| one_flavor_rat_monomial_w.h | One flavor monomials using RHMC |
| one_flavor_ratio_rat_conv_monomial5d_w.h | One flavor ratio of rational monomials using RHMC |
| one_flavor_ratio_rat_conv_monomial_params_w.cc | One-flavor monomial params |
| one_flavor_ratio_rat_conv_monomial_params_w.h | One-flavor ratio of determinants rational monomial params |
| one_flavor_ratio_rat_conv_monomial_w.h | One flavor ratio of rational monomials using RHMC |
| one_flavor_ratio_rat_rat_monomial5d_w.h | One flavor ratio of rational monomials using RHMC |
| one_flavor_ratio_rat_rat_monomial_params_w.cc | One-flavor monomial params |
| one_flavor_ratio_rat_rat_monomial_params_w.h | One-flavor ratio of determinants rational monomial params |
| one_flavor_ratio_rat_rat_monomial_w.h | One flavor ratio of rational monomials using RHMC |
| ord_cxmayf_kernel.h | |
| ord_cxmayf_kernel_generic.h | |
| ord_cxmayf_kernel_sse.h | |
| ord_ib_rxupdate_kernel.h | |
| ord_ib_rxupdate_kernel_generic.h | |
| ord_ib_rxupdate_kernel_sse.h | |
| ord_ib_stupdates_kernel_generic.h | |
| ord_ib_stupdates_kernel_sse.h | |
| ord_ib_stupdates_reduces.h | |
| ord_ib_zvupdates_kernel.h | |
| ord_ib_zvupdates_kernel_generic.h | |
| ord_ib_zvupdates_kernel_sse.h | |
| ord_norm2x_cdotxy_kernel.h | |
| ord_norm2x_cdotxy_kernel_generic.h | |
| ord_norm2x_cdotxy_kernel_sse.h | |
| ord_xmay_normx_cdotzx_kernel.h | |
| ord_xmay_normx_cdotzx_kernel_generic.h | |
| ord_xmay_normx_cdotzx_kernel_sse.h | |
| ord_xmyz_normx_kernel.h | |
| ord_xmyz_normx_kernel_generic.h | |
| ord_xmyz_normx_kernel_sse.h | |
| ord_xpaypbz_kernel.h | |
| ord_xpaypbz_kernel_generic.h | |
| ord_xpaypbz_kernel_sse.h | |
| ord_yxpaymabz_kernel.h | |
| ord_yxpaymabz_kernel_generic.h | |
| ord_yxpaymabz_kernel_sse.h | |
| overlap_fermact_base_w.cc | Base class for unpreconditioned overlap-like fermion actions |
| overlap_fermact_base_w.h | Base class for unpreconditioned overlap-like fermion actions |
| overlap_state.cc | Connection state holding eigenvectors |
| overlap_state.h | Connection state holding eigenvectors |
| overlap_state_info.cc | |
| overlap_state_info.h | |
| ovext_const_div_by_resp_strategy.cc | Ovext rescale strategy |
| ovext_const_div_by_resp_strategy.h | Ovext rescale strategy |
| ovext_constant_strategy.cc | Ovext rescale strategy |
| ovext_constant_strategy.h | Ovext rescale strategy |
| ovext_neuberger_strategy.cc | Ovext Neuberger rescale strategy |
| ovext_neuberger_strategy.h | Ovext Neuberger rescale strategy |
| ovext_tuning_strategy.h | Ovext tuning strategy |
| ovext_tuning_strategy_aggregate.cc | Ovext tuning strategy |
| ovext_tuning_strategy_aggregate.h | Ovext tuning strategy |
| ovlap_contfrac5d_w.h | Include possibly optimized partfrac5d |
| ovlap_partfrac4d_fermact_w.cc | 4D Zolotarev variant of Overlap-Dirac operator |
| ovlap_partfrac4d_fermact_w.h | 4D Zolotarev variant of Overlap-Dirac operator |
| ovpbg5p_w.cc | Calculates noise estimator for the overlap trace |
| pade_trln_w.cc | |
| param_io.cc | Various parameter readers/writers for main programs |
| param_io.h | Various parameter structs and reader/writers |
| partrat.h | |
| partwall_source_const.cc | Partial wall source construction |
| partwall_source_const.h | Partial wall source construction |
| paulitodr.cc | Basis rotation matrix from Pauli-Schwinger (Euclidean Sakurai) to Degrand-Rossi (and reverse) |
| paulitodr.h | Basis rotation matrix from Pauli-Schwinger (Euclidean Sakurai) to Degrand-Rossi (and reverse) |
| pbg5p_w.cc | |
| inline/pbp/pbp.h | |
| pbp/pbp.h | Psibar-psi measurements |
| periodic_fermbc.h | Fermion action boundary conditions |
| periodic_fermbc_w.cc | Periodic fermionic BC |
| periodic_fermbc_w.h | Periodic fermionic BC |
| periodic_fermstate.h | Periodic ferm state and a creator |
| periodic_fermstate_s.cc | Periodic ferm state and a creator |
| periodic_fermstate_s.h | Periodic ferm state and a creator |
| periodic_fermstate_w.cc | Periodic ferm state and a creator |
| periodic_fermstate_w.h | Periodic ferm state and a creator |
| periodic_gaugebc.cc | Periodic gauge boundary conditions |
| periodic_gaugebc.h | Periodic gauge boundary conditions |
| periodic_gaugestate.cc | Periodic gauge state and a creator |
| periodic_gaugestate.h | Periodic gauge state and a creator |
| pg_gaugeact.cc | Parallelogram gauge action |
| pg_gaugeact.h | Parallelgram gauge action |
| phase_stout_link_smearing.cc | Stout link smearing |
| phase_stout_link_smearing.h | Stout link smearing |
| photon_seqsrc_w.cc | Construct a photon sequential sources via LSZ reduction |
| photon_seqsrc_w.h | Construct a photon sequential sources via LSZ reduction |
| pion_local_s.cc | |
| pion_local_s.h | |
| pion_sing_s.cc | |
| pion_sing_s.h | |
| pions_s.cc | |
| pions_s.h | |
| plaq_gaugeact.cc | Plaquette gauge action |
| plaq_gaugeact.h | Plaquette gauge action |
| plaq_plus_adj_power_gaugeact.cc | Plaquette plus a power of a adjoint gauge action |
| plaq_plus_adj_power_gaugeact.h | Plaquette plus a power of an adjoint gauge action |
| plaq_plus_adjoint_gaugeact.cc | Plaquette gauge action |
| plaq_plus_adjoint_gaugeact.h | Plaquette plus adjoint (plaquette squared) gauge action |
| plaq_plus_plaq_power_gaugeact.cc | Plaquette plus power of a plaquette (plaquette power) gauge action |
| plaq_plus_plaq_power_gaugeact.h | Plaquette plus power of a plaquette (plaquette power) gauge action |
| plaq_plus_spatial_two_plaq_gaugeact.cc | Plaquette gauge action |
| plaq_plus_spatial_two_plaq_gaugeact.h | Plaquette gauge action |
| plaq_plus_two_plaq_gaugeact.cc | Plaquette plus two-plaquette (plaquette squared) gauge action |
| plaq_plus_two_plaq_gaugeact.h | Plaquette plus two-plaquette (plaquette squared) gauge action |
| polar_dec.cc | Decompose a complex matrix as C = exp(i\alpha) V P |
| polar_dec.h | Decompose a complex matrix as  |
| polprec_op.h | Maybe usefull for polynomial preconditioning. It contructs an operator that is  , where  , with M any 4D dirac operator (including EO preconditioned variants). P(Q^2) is could be any function of Q^2 |
| poly_cheb_fermact_w.cc | Chebyshev polynomial fermion action |
| poly_cheb_fermact_w.h | Chebyshev polynomial fermion action |
| polycor.cc | Construct Polyakov loop correlation functions from fuzzy links |
| polycor.h | Construct Polyakov loop correlation functions from fuzzy links |
| polylinop.h | Polynomial Linear Operators |
| polylp.cc | Calculate the global normalized sum of the Polyakov loop |
| polylp.h | Calculate the global normalized sum of the Polyakov loop |
| polynomial_op.h | Polynomial filter for 4D Dirac operators. It creates an approximation to 1/Q^2 in the range ![$[\mu, \lambda_{max}]$](form_4.png) with  where M is a dirac operator of some kind (EO preconditioned is accepted). Can handle any 4D operator but not 5D since gamma_5 hermiticity is more involved there |
| predictor.h | HMC linear system solver initial guess |
| predictor_aggregate.cc | Chrono predictor aggregator |
| predictor_aggregate.h | Chrono predictor aggregator |
| primitives.h | |
| printgeom.cc | Print out machine geometry and problem size info |
| printgeom.h | Print out machine geometry and problem size info |
| proginfo.cc | Print out basic info about this program |
| proginfo.h | Print out basic info about this program |
| propagator_comp.cc | Main code for propagator generation |
| pseudoscalar_loops_s.cc | |
| pseudoscalar_loops_s.h | |
| pseudoscalar_stoch_conn_s.cc | |
| pseudoscalar_stoch_conn_s.h | |
| pt_sink_smearing.cc | Point sink construction |
| pt_sink_smearing.h | Point sink smearing |
| pt_source_const.cc | Point source construction |
| pt_source_const.h | Point source construction |
| pt_source_smearing.cc | Point source construction |
| pt_source_smearing.h | Point source construction |
| purgaug.cc | Main code for pure gauge field generation |
| qactden.cc | Measure the lattice density of the lattice energy and the naive topological charge |
| qactden.h | Measure the lattice density of the lattice energy and the naive topological charge |
| qdpc_init.c | |
| qdpc_init.h | |
| qdpjit_memory_wrapper.h | |
| qio_write_obj_funcmap.cc | Write object function std::map |
| qio_write_obj_funcmap.h | Write object function std::map |
| Ql_3pt_w.cc | Heavy-Light 3pt function |
| Ql_3pt_w.h | Static-Light 3pt function |
| qnaive.cc | Calculate the topological charge from the gluonic definition |
| qnaive.h | Calculate the topological charge from the gluonic definition |
| qphix_singleton.h | Fermion action factories |
| qphix_vec_traits.h | |
| qprop.h | Quark propagator solution routines |
| qprop_io.cc | Routines associated with Chroma propagator IO |
| qprop_io.h | Routines associated with Chroma propagator IO |
| qprop_w.h | Quark propagator solution routines |
| qpropadd.cc | Add two quark propagators |
| qpropgfix.cc | Applies gauge transformation matrices on a propagator |
| qpropqio.cc | Reads a scidac prop and converts only the volume format |
| qproptransf.cc | Converts quark propagators in one format into another format |
| qproptrev.cc | Time-reverse a propagator |
| qqbar_w.cc | |
| qqbar_w.h | Constructs 2 quark propagators contracted at the sink |
| qqq_w.cc | |
| qqq_w.h | Constructs 3 quark propagators contracted at the sink |
| qtopcor.cc | |
| quark_displacement.h | Quark displacement |
| quark_displacement_aggregate.cc | All quark displacements |
| quark_displacement_aggregate.h | All quark displacement constructors |
| quark_displacement_factory.h | Factory for producing quark displacement objects |
| quark_flavor_s.cc | Derivative displacements |
| quark_flavor_s.h | Staggered Flavor operators |
| quark_smearing.h | Quark smearing |
| quark_smearing_aggregate.cc | All quark smearing |
| quark_smearing_aggregate.h | All quark smearing constructors |
| quark_smearing_factory.h | Factory for producing quark smearing objects |
| quark_source_sink.h | Quark source or sink smearing |
| quarkprop4_multi_w.cc | Full quark propagator solver |
| quarkprop4_multi_w.h | Full quark propagator solver |
| quarkprop4_s.cc | Full quark propagator solver |
| quarkprop4_s.h | Full quark propagator solver |
| quarkprop4_w.cc | Full quark propagator solver |
| quarkprop4_w.h | Full quark propagator solver |
| quda_gcr_params.cc | |
| quda_gcr_params.h | |
| quda_mg_utils.h | |
| quda_multigrid_params.cc | |
| quda_multigrid_params.h | |
| quda_predictor.cc | |
| quda_predictor.h | Pick channel for QUDA Predictor |
| rat_approx.h | Base class for rational approximations |
| rat_approx_aggregate.cc | Rational approximation aggregator |
| rat_approx_aggregate.h | Rational approximation aggregator |
| rat_approx_factory.h | Rational approximation factories |
| rbc_gaugeact.cc | RG style plaquette + rectangle gauge action following RBC conventions |
| rbc_gaugeact.h | RG style plaquette + rectangle gauge action following RBC conventions |
| read_rat_approx.cc | |
| read_rat_approx.h | Remez-type rational approximation |
| readcern.cc | Read a CERN gauge configuration |
| readcern.h | Read in a configuration written in CERN format |
| readcppacs.cc | Read a CPPACS gauge configuration |
| readcppacs.h | Read a CPPACS gauge configuration |
| readmilc.cc | Read a MILC gauge configuration written in the 1997 format |
| readmilc.h | Read a MILC gauge configuration written in the 1997 format |
| readszin.cc | Read in a configuration written by SZIN up to configuration version 7 |
| readszin.h | Read in a configuration written by SZIN up to configuration version 7 |
| readszinferm_w.cc | Read an old SZIN-style (checkerboarded) lattice Dirac fermion |
| readszinferm_w.h | Read an old SZIN-style (checkerboarded) lattice Dirac fermion |
| readszinqprop_w.cc | Read an old SZIN-style (checkerboarded) quark propagator |
| readszinqprop_w.h | Read a SZIN propagator |
| readwupp.cc | Read in a configuration written by BMW up to configuration version 7 (not the compressed format) |
| readwupp.h | Read in a configuration written by Wupp up to configuration version 7 |
| rect_gaugeact.cc | Rectangle gauge action |
| rect_gaugeact.h | Rectangle gauge action |
| reliable_bicgstab.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| reliable_bicgstab.h | BiCGStab Solver with reliable updates |
| reliable_cg.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| reliable_cg.h | BiCGStab Solver with reliable updates |
| reliable_ibicgstab.cc | Conjugate-Gradient algorithm for a generic Linear Operator |
| reliable_ibicgstab.h | BiCGStab Solver with reliable updates |
| remez.h | Redirector for Remez algorithm for finding nth roots |
| remez_coeff.h | Remez algorithm coefficients |
| remez_gmp.cc | Remez algorithm for finding nth roots |
| remez_gmp.h | Remez algorithm for finding nth roots |
| remez_rat_approx.cc | Remez-type rational approximation |
| remez_rat_approx.h | Remez-type rational approximation |
| remez_stub.h | Remez algorithm for finding nth roots |
| reunit.cc | Reunitarize in place a color matrix to SU(N) |
| reunit.h | Reunitarize in place a color matrix to SU(N) |
| rg_gaugeact.cc | Generic RG style plaquette + rectangle gauge action |
| rg_gaugeact.h | Generic RG style plaquette + rectangle gauge action |
| rgauge.cc | Do a random gauge transformation on the u fields |
| rgauge.h | Do a random gauge transformation on the u fields |
| ritz.cc | Ritz code for eigenvalues |
| ritz.h | |
| ritz_array.cc | Ritz code for eigenvalues |
| ritz_array.h | |
| rndz2wall_source_const.cc | Random Z2 wall source construction |
| rndz2wall_source_const.h | Random Z2 wall source construction |
| rndzNwall_source_const.cc | Random ZN wall source construction |
| rndzNwall_source_const.h | Random Z2 wall source construction |
| rot_colvec.cc | Rotate a color std::vector |
| rot_colvec.h | Rotate a color std::vector |
| scalar_local_s.cc | |
| scalar_local_s.h | |
| scalar_loops_s.cc | |
| scalar_loops_s.h | |
| schr_chromomag_fermbc_w.cc | Schroedinger BC - chromo-magnetic ferm BC |
| schr_chromomag_fermbc_w.h | Schroedinger BC - chromo-magnetic ferm BC |
| schr_chromomag_gaugebc.cc | Schroedinger BC - chromo-magnetic gauge BC |
| schr_chromomag_gaugebc.h | Schroedinger BC - chromo-magnetic gauge BC |
| schr_coupling_fermbc_w.cc | Schroedinger BC - use for coupling determinations |
| schr_coupling_fermbc_w.h | Schroedinger BC - use for coupling determinations |
| schr_coupling_gaugebc.cc | Schroedinger BC - use for coupling determinations |
| schr_coupling_gaugebc.h | Schroedinger BC - use for coupling determinations |
| schr_dirich_fermbc_w.cc | Schroedinger BC - dirichlet BC |
| schr_dirich_fermbc_w.h | Schroedinger BC - dirichlet BC |
| schr_dirich_gaugebc.cc | Schroedinger BC - dirichlet BC |
| schr_dirich_gaugebc.h | Schroedinger BC - dirichlet BC |
| schr_fermbc_params_w.cc | Schroedinger functional ferm boundary conditions |
| schr_fermbc_params_w.h | Schroedinger functional ferm boundary conditions |
| schr_gaugebc_params.cc | Schroedinger functional gauge boundary conditions |
| schr_gaugebc_params.h | Schroedinger functional gauge boundary conditions |
| schr_nonpert_fermbc_w.cc | Schroedinger BC - use for non-pertubative tuning of clover action |
| schr_nonpert_fermbc_w.h | Schroedinger BC - use for non-pertubative tuning of clover action |
| schr_nonpert_gaugebc.cc | Schroedinger BC - use for non-pertubative tuning of clover action |
| schr_nonpert_gaugebc.h | Schroedinger BC - use for non-pertubative tuning of clover action |
| schr_sf_fermbc_w.cc | Schroedinger functional base class |
| schr_sf_fermbc_w.h | Schroedinger ferm boundary conditions |
| schr_sf_gaugebc.cc | Schroedinger functional base class |
| schr_sf_gaugebc.h | Schroedinger gauge boundary conditions |
| schr_sf_zero_gaugebc.cc | Schroedinger BC - happens to zero out gauge fields in bc_dir |
| schr_sf_zero_gaugebc.h | Schroedinger BC - happens to zero out gauge fields in bc_dir |
| schr_triv_fermbc_w.cc | Schroedinger functional trivial ferm BC |
| schr_triv_fermbc_w.h | Schroedinger functional trivial ferm boundary conditions |
| schr_triv_gaugebc.cc | Schroedinger functional trivial gauge BC |
| schr_triv_gaugebc.h | Schroedinger functional trivial gauge boundary conditions |
| inline/schrfun/schrfun.h | Inline measurements for schroedinger functional observables |
| schrfun/schrfun.h | Schroedinger functional |
| schroedinger_fermbc_w.h | Fermion action boundary conditions |
| schroedinger_gaugebc.cc | Schroedinger functional base class |
| schroedinger_gaugebc.h | Schroedinger Gauge boundary conditions |
| seoprec_clover_fermact_w.cc | Symmetric even-odd preconditioned Clover fermion action |
| seoprec_clover_fermact_w.h | Symmetric even-odd preconditioned Clover fermion action |
| seoprec_clover_linop_w.cc | Symmetric even-odd preconditioned clover linear operator |
| seoprec_clover_linop_w.h | Symmetric even-odd preconditioned Clover fermion linear operator |
| seoprec_constdet_linop.h | Preconditioned 4D Linop with Gauge Independent Even-Even part |
| seoprec_constdet_one_flavor_rat_monomial_w.cc | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_one_flavor_rat_monomial_w.h | One-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_two_flavor_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_two_flavor_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_two_flavor_multihasen_cancel_monomial_w.cc | Cancel monomial for the multi-Hasenbusch term with shifted linop |
| seoprec_constdet_two_flavor_ratio_conv_conv_monomial_w.cc | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_two_flavor_ratio_conv_conv_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| seoprec_constdet_two_flavor_ratio_conv_conv_multihasen_monomial_w.cc | Symmetric even-odd preconditioned multi-Hasenbusch monomial |
| seoprec_constdet_wilstype_fermact_w.h | Symmetric even-odd const determinant Wilson-like fermact |
| seoprec_fermact_qprop.cc | Propagator solver for a generic symmetric even-odd preconditioned fermion operator |
| seoprec_linop.h | Base class for symmetric even-odd preconditioned 4D and 5D Linop |
| seoprec_logdet_diag_monomial_w.cc | Symmetric even-odd preconditioned log(det(A_ee)) and log(det(A_oo)) |
| seoprec_logdet_diag_monomial_w.h | Symmetric even-odd preconditioned log(det(A_ee)) and log(det(A_oo)) |
| seoprec_logdet_linop.h | Symmetric preconditioned linear pperators where the even-even and odd-odd parts depends on the gauge field |
| seoprec_logdet_two_flavor_monomial_w.cc | Two-flavor collection of symmetric even-odd preconditioned 4D ferm monomials |
| seoprec_logdet_two_flavor_monomial_w.h | Two-flavor collection of symmetric even-odd preconditioned 4D ferm monomials |
| seoprec_logdet_wilstype_fermact_w.h | Symmetric even-odd const determinant Wilson-like fermact |
| seoprec_wilstype_fermact_w.h | Symmetric even-odd preconditioned Wilson-like fermion actions |
| seqpiontest_w.cc | Test a pion sequential source |
| seqpiontest_w.h | Test a pion sequential source |
| seqsource_aggregate_w.cc | All sequential source constructors |
| seqsource_aggregate_w.h | All sequential source constructors |
| seqsource_factory_w.h | Factory for producing quark prop sinks |
| sf_gauge_init.cc | Initialize a Schroedinger BC config |
| sf_gauge_init.h | Initialize a Schroedinger BC config |
| sf_plaq_plus_adjoint_gaugeact.cc | Plaquette plus adjoint (plaquette squared) gauge action |
| sf_plaq_plus_adjoint_gaugeact.h | Plaquette plus adjoint (plaquette squared) gauge action |
| sf_plaq_plus_two_plaq_gaugeact.cc | Plaquette plus two-plaquette (plaquette squared) gauge action |
| sf_plaq_plus_two_plaq_gaugeact.h | Plaquette plus two-plaquette (plaquette squared) gauge action |
| sf_pt_source_const.cc | Point source construction for Schroedinger Functional |
| sf_pt_source_const.h | Point source construction for Schroedinger Functional |
| sf_sh_source_const.cc | Shell source construction for Schroedinger Functional |
| sf_sh_source_const.h | Shell source construction for Schroedinger Functional |
| sf_wall_source_const.cc | Wall source construction for Schroedinger Functional |
| sf_wall_source_const.h | Wall source construction fpr Schroedinger Functional |
| sf_wave_source_const.cc | Plane wave source construction for Schroedinger Functional |
| sf_wave_source_const.h | Wave source construction fpr Schroedinger Functional |
| sfcorr_w.cc | |
| sfcorr_w.h | Schroedinger functional correlation functions |
| sfcurrents_w.cc | Schroedinger functional application of PCAC |
| sfcurrents_w.h | Current renormalizations within Schroedinger functional |
| sfpcac_w.cc | Schroedinger functional application of PCAC |
| sfpcac_w.h | Schroedinger functional application of PCAC |
| sftmom.cc | |
| sftmom.h | Fourier transform phase factor support |
| sh_sink_smearing.cc | Shell sink smearing |
| sh_sink_smearing.h | Shell sink smearing |
| sh_source_const.cc | Shell source construction |
| sh_source_const.h | Shell source construction |
| sh_source_smearing.cc | Shell source construction |
| sh_source_smearing.h | Shell source smearing |
| sh_zN_grid_source_const.cc | Shell source construction |
| sh_zN_grid_source_const.h | Shell source construction this source implements a ZN (were N = Nc) for baryonic states It also works on mesoning 2 quark states. The idea is to increase statistics with a grid source construction This trick has been used by the Kentucky group. I think all I am doing is implementing what they have already done. I know that there are many grid sources in Chroma but I what one that works as I want.. |
| shift2.cc | Shift by a power of 2 |
| shift2.h | Shift by a power of 2 |
| shifted_linop_w.h | |
| simple_baryon_2pt_w.cc | Construct baryon sequential sources |
| simple_baryon_2pt_w.h | Construct simple baryon 2pt correlators |
| simple_baryon_operator_w.cc | Construct simple baryon operators |
| simple_baryon_operator_w.h | Construct simple baryon operators |
| simple_baryon_seqsrc_w.cc | Construct baryon sequential sources |
| simple_baryon_seqsrc_w.h | Construct baryon sequential sources |
| simple_fermbc.cc | Simple fermionic BC |
| simple_fermbc.h | Simple fermionic BC |
| simple_fermbc_s.cc | Simple fermionic BC |
| simple_fermbc_s.h | Simple fermionic BC |
| simple_fermbc_w.cc | Simple fermionic BC |
| simple_fermbc_w.h | Simple fermionic BC |
| simple_fermstate.h | Simple ferm state and a creator |
| simple_fermstate_s.cc | Simple ferm state and a creator |
| simple_fermstate_s.h | Simple ferm state and a creator |
| simple_fermstate_w.cc | Simple ferm state and a creator |
| simple_fermstate_w.h | Simple ferm state and a creator |
| simple_gaugebc.cc | Simple gauge boundary conditions |
| simple_gaugebc.h | Simple gauge boundary conditions |
| simple_gaugestate.cc | Simple gauge state and a creator |
| simple_gaugestate.h | Simple gauge state and a creator |
| simple_hadron_operator_w.cc | Construct simple baryon operators |
| simple_hadron_operator_w.h | Construct simple hadron operators |
| simple_meson_2pt_w.cc | Construct meson 2pt correlators |
| simple_meson_2pt_w.h | Construct meson 2pt correlators |
| simple_meson_seqsrc_w.cc | Construct meson sequential sources |
| simple_meson_seqsrc_w.h | Construct meson sequential sources |
| simple_quark_displacement.cc | Simple quark displacement |
| simple_quark_displacement.h | Simple quark displacement |
| simple_spin_insertion_w.cc | Gamma insertion |
| simple_spin_insertion_w.h | Gamma insertions |
| single_phase.cc | Compute a single phase factor |
| single_phase.h | Compute a single phase factor |
| singleton.h | Singleton support |
| sink_smearing_aggregate.cc | All make sink constructors |
| sink_smearing_aggregate.h | All make sink constructors |
| sink_smearing_factory.h | Factory for producing quark prop sinks |
| sinks.h | Quark sinks |
| inline/smear/smear.h | Inline smearing measurements |
| smear/smear.h | Smearing routines |
| sn_jacob.cc | Single-node Jacobi routine |
| sn_jacob.h | |
| sn_jacob_array.cc | Single-node Jacobi routine |
| sn_jacob_array.h | |
| source_const_aggregate.cc | All make source constructors |
| source_const_aggregate.h | All make source constructors |
| source_const_factory.h | Factory for producing quark prop sources |
| source_construction.h | Source construction |
| source_smearing_aggregate.cc | All source smearing |
| source_smearing_aggregate.h | All source smearing |
| source_smearing_factory.h | Factory for producing quark smearing objects |
| sources.h | Quark sources |
| sources_s.h | Quark sources |
| sources_w.h | Quark sources |
| spatial_two_plaq_gaugeact.cc | Plaquette gauge action |
| spatial_two_plaq_gaugeact.h | Plaquette gauge action |
| spatial_wilson_gaugeact.cc | Wilson gauge action |
| spatial_wilson_gaugeact.h | Spatial Wilson gauge action |
| spectrum_s.cc | Main code for spectrum measurements |
| spin_insertion.h | Spin insertions |
| spin_insertion_aggregate.cc | All spin insertion constructors |
| spin_insertion_aggregate.h | All spin insertion constructors |
| spin_insertion_factory.h | Factory for producing spin insertion objects |
| spin_rep.cc | Sparse matrix representation of spin matrices |
| spin_rep.h | Sparse matrix representation of spin matrices |
| srcfil.cc | Point source construction |
| srcfil.h | Point source construction |
| stag_fermact_s.cc | Staggered fermion action |
| stag_fermact_s.h | Staggered fermion action |
| stag_phases_s.cc | Create phases used by staggered fermions |
| stag_phases_s.h | |
| stag_propShift_s.cc | |
| stag_propShift_s.h | |
| stag_scalars_s.cc | |
| stag_scalars_s.h | |
| staggered_operators_s.cc | Staggered operators |
| staggered_operators_s.h | Staggered operators |
| staggered_qprop.cc | Propagator solver for an even-odd non-preconditioned fermion operator |
| stagpbp_s.cc | Calculates noise estimator for the staggered trace |
| stagtype_fermact_s.h | Staggered-like fermion actions |
| state.h | Support class for fermion actions and linear operators |
| stoch_cond_cont_w.cc | Stoch quark condensates |
| stoch_cond_cont_w.h | Stoch quark condensates |
| stoch_conn_s.h | |
| stoch_var.cc | Stochastic variable construction |
| stoch_var.h | Stochastic variable construction |
| stout_fermstate_params.cc | Stout fermstate params |
| stout_fermstate_params.h | |
| stout_fermstate_w.cc | Connection State for Stout state (.cpp file) |
| stout_fermstate_w.h | Stout field state for stout links and a creator |
| stout_gaugestate.cc | Simple gauge state and a creator |
| stout_gaugestate.h | Stout gauge state and a creator |
| stout_link_smearing.cc | Stout link smearing |
| stout_link_smearing.h | Stout link smearing |
| stout_utils.cc | Stout utilities |
| stout_utils.h | Stout utilities |
| stout_utils_llvm.cc | |
| stout_utils_nvvm.cc | |
| stout_utils_ptx.cc | |
| su2_hb_update.cc | |
| su2_hb_update.h | |
| su2extract.cc | Extract an unnormalized SU(2) matrix from a GL(3,C) matrix |
| su2extract.h | Extract an unnormalized SU(2) matrix from a GL(3,C) matrix |
| su3hb.cc | Do one SU(2) subgroup heatbath update of SU(Nc) matrix U with action |
| su3hb.h | Do one SU(2) subgroup heatbath update of SU(Nc) matrix U with action |
| su3over.cc | Do one SU(2) subgroup microcanonical overrelaxation update of SU(Nc) |
| su3over.h | Do one SU(2) subgroup microcanonical overrelaxation update of SU(Nc) |
| su3proj.cc | Project a GL(3,C) color matrix onto SU(3) |
| su3proj.h | Project a GL(3,C) color matrix onto SU(3) |
| subset_ev_pair.h | Holds of vectors and eigenvalues |
| subset_vectors.cc | Holds of vectors and weights |
| subset_vectors.h | Holds of vectors and weights |
| sun_proj.cc | Project a complex Nc x Nc matrix W onto SU(Nc) by maximizing Tr(VW) |
| sun_proj.h | Project a complex Nc x Nc matrix W onto SU(Nc) by maximizing Tr(VW) |
| sunfill.cc | Fill an SU(Nc) matrix with an SU(2) submatrix |
| sunfill.h | Fill an SU(Nc) matrix with an SU(2) submatrix |
| symm_prec_tests.cc | |
| symm_prec_xml.h | |
| symtensor.cc | Compute symmetric tensors |
| symtensor.h | Compute symmetric tensors |
| syssolver.h | Linear system solvers |
| syssolver_bicgstab_params.cc | Params of CG inverter |
| syssolver_bicgstab_params.h | Solve a BICGSTAB system |
| syssolver_cg_clover_params.cc | |
| syssolver_cg_clover_params.h | |
| syssolver_cg_params.cc | Params of CG inverter |
| syssolver_cg_params.h | Solve a CG1 system |
| syssolver_eigcg_params.cc | Params of EigCG inverter |
| syssolver_eigcg_params.h | Solve a CG1 system |
| syssolver_fgmres_dr_params.cc | Params of CG inverter |
| syssolver_fgmres_dr_params.h | Solve an FGMRESR-DR system |
| syssolver_linop.h | Disambiguator for LinOp system solvers |
| syssolver_linop_aggregate.cc | All MdagM system solver constructors |
| syssolver_linop_aggregate.h | Register linop system solvers that solve M*psi=chi |
| syssolver_linop_bicgstab.cc | Solve a M*psi=chi linear system by MR |
| syssolver_linop_bicgstab.h | Solve a M*psi=chi linear system by BICGSTAB |
| syssolver_linop_bicrstab.cc | Solve a M*psi=chi linear system by MR |
| syssolver_linop_bicrstab.h | Solve a M*psi=chi linear system by BICGSTAB |
| syssolver_linop_cg.cc | Solve a M*psi=chi linear system by CG2 |
| syssolver_linop_cg.h | Solve a M*psi=chi linear system by CG2 |
| syssolver_linop_cg_array.cc | Solve a CG1 system |
| syssolver_linop_cg_array.h | Solve a M*psi=chi linear system by CG2 |
| syssolver_linop_cg_timing.cc | Solve a M*psi=chi linear system by CG2 |
| syssolver_linop_cg_timing.h | Solve a M*psi=chi linear system by CG2 |
| syssolver_linop_clover_mg_proto.cc | |
| syssolver_linop_clover_mg_proto.h | |
| syssolver_linop_clover_mg_proto_qphix.cc | |
| syssolver_linop_clover_mg_proto_qphix.h | |
| syssolver_linop_clover_mg_proto_qphix_eo.cc | |
| syssolver_linop_clover_mg_proto_qphix_eo.h | |
| syssolver_linop_clover_qphix_iter_refine_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_clover_qphix_iter_refine_w.h | Solve a M*psi=chi linear system by BiCGStab |
| syssolver_linop_clover_qphix_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_clover_qphix_w.h | Solve a M*psi=chi linear system by BiCGStab |
| syssolver_linop_clover_quda_multigrid_w.cc | |
| syssolver_linop_clover_quda_multigrid_w.h | |
| syssolver_linop_clover_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_clover_quda_w.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_eigbicg.h | Solve a M*psi=chi linear system by EigBiCG |
| syssolver_linop_eigcg.cc | Solve a M*psi=chi linear system by EigCG |
| syssolver_linop_eigcg.h | Solve a M*psi=chi linear system by EigCG |
| syssolver_linop_eigcg_array.cc | Solve a M*psi=chi linear system array by EigCG2 |
| syssolver_linop_eigcg_array.h | Solve a M*psi=chi linear system array by EigCG2 |
| syssolver_linop_factory.h | Factory for solving M*psi=chi where M is not hermitian or pos. def |
| syssolver_linop_fgmres_dr.cc | Solve a M*psi=chi linear system by MR |
| syssolver_linop_fgmres_dr.h | Solve a M*psi=chi linear system by FGMRES_DR |
| syssolver_linop_ibicgstab.cc | Solve a M*psi=chi linear system by MR |
| syssolver_linop_ibicgstab.h | Solve a M*psi=chi linear system by BICGSTAB |
| syssolver_linop_mdwf_array.cc | DWF/SSE double-prec solver |
| syssolver_linop_mdwf_array.h | DWF/SSE double-prec solver |
| syssolver_linop_mr.cc | Solve a M*psi=chi linear system by MR |
| syssolver_linop_mr.h | Solve a M*psi=chi linear system by MR |
| syssolver_linop_nef_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_nef_quda_w.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_OPTeigbicg.cc | Solve a A*psi=chi linear system by EigBiCG |
| syssolver_linop_OPTeigbicg.h | Solve a M*psi=chi linear system by EigBiCG |
| syssolver_linop_qop_mg_w.cc | Make contact with the QDP clover multigrid solver, transfer the gauge field, generate the coarse grids, solve systems |
| syssolver_linop_qop_mg_w.h | Make contact with the QDP clover multigrid solver, transfer the gauge field, generate the coarse grids, solve systems |
| syssolver_linop_rel_bicgstab_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_rel_bicgstab_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_rel_cg_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_rel_cg_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_rel_ibicgstab_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_rel_ibicgstab_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_richardson_multiprec_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_richardson_multiprec_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_linop_wilson_quda_multigrid_w.cc | |
| syssolver_linop_wilson_quda_multigrid_w.h | |
| syssolver_linop_wilson_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_linop_wilson_quda_w.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm.h | Disambiguator for MdagM system solvers |
| syssolver_mdagm_aggregate.cc | All MdagM system solver constructors |
| syssolver_mdagm_aggregate.h | Register MdagM system solvers |
| syssolver_mdagm_bicgstab.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_bicgstab.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_cg.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg.h | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg_array.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg_array.h | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg_lf_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg_lf_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_cg_timing.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_cg_timing.h | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_clover_qphix_iter_refine_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_clover_qphix_iter_refine_w.h | Solve a M*psi=chi linear system by BiCGStab |
| syssolver_mdagm_clover_qphix_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_clover_qphix_w.h | Solve a M*psi=chi linear system by BiCGStab |
| syssolver_mdagm_clover_quda_multigrid_w.cc | |
| syssolver_mdagm_clover_quda_multigrid_w.h | |
| syssolver_mdagm_clover_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_clover_quda_w.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_eigcg.h | Solve a M^dag*M*psi=chi linear system by EigCG |
| syssolver_mdagm_eigcg_qdp.cc | Solve a M^dag*M*psi=chi linear system by EigCG |
| syssolver_mdagm_eigcg_qdp.h | Solve a M^dag*M*psi=chi linear system by EigCG |
| syssolver_mdagm_factory.h | Factory for producing system solvers for MdagM*psi = chi |
| syssolver_mdagm_ibicgstab.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_ibicgstab.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_mr.cc | Solve a MdagM*psi=chi linear system by MR |
| syssolver_mdagm_mr.h | Solve a MdagM*psi=chi linear system by MR |
| syssolver_mdagm_OPTeigcg.cc | Solve a M^dag*M*psi=chi linear system by EigCG |
| syssolver_mdagm_OPTeigcg.h | Solve a M^dag*M*psi=chi linear system by EigCG |
| syssolver_mdagm_qop_mg_w.cc | Make contact with the QDP clover multigrid solver, transfer the gauge field, generate the coarse grids, solve systems |
| syssolver_mdagm_qop_mg_w.h | Make contact with the QDP clover multigrid solver, transfer the gauge field, generate the coarse grids, solve systems |
| syssolver_mdagm_rel_bicgstab_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_rel_bicgstab_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_rel_cg_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_rel_cg_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_rel_ibicgstab_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_rel_ibicgstab_clover.h | Solve a MdagM*psi=chi linear system by IBiCGStab |
| syssolver_mdagm_richardson_multiprec_clover.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_richardson_multiprec_clover.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdagm_wilson_quda_w.cc | Solve a MdagM*psi=chi linear system by CG2 |
| syssolver_mdagm_wilson_quda_w.h | Solve a MdagM*psi=chi linear system by BiCGStab |
| syssolver_mdwf_params.cc | |
| syssolver_mdwf_params.h | |
| syssolver_mr_params.cc | Params of CG inverter |
| syssolver_mr_params.h | Solve a MR system |
| syssolver_OPTeigbicg_params.cc | Params of EigCG inverter |
| syssolver_OPTeigbicg_params.h | Solve a biCG system |
| syssolver_OPTeigcg_params.cc | Params of EigCG inverter |
| syssolver_OPTeigcg_params.h | Solve a CG1 system |
| syssolver_polyprec.h | Disambiguator for PolyPrec system solvers |
| syssolver_polyprec_aggregate.cc | All PolyPrec system solver constructors |
| syssolver_polyprec_aggregate.h | Register linop system solvers that solve PolyPrec*psi=chi |
| syssolver_polyprec_cg.cc | Solve a PolyPrec*psi=chi linear system by CG1 |
| syssolver_polyprec_cg.h | Solve a PolyPrec*psi=chi linear system by CG1 |
| syssolver_polyprec_factory.h | Factory for solving PolyPrec*psi=chi where PolyPrec is hermitian and pos. def |
| syssolver_qop_mg_params.cc | Parameters for the external QDP clover multigrid solver |
| syssolver_qop_mg_params.h | Parameters for the external QDP clover multigrid solver |
| syssolver_qphix_clover_params.cc | |
| syssolver_qphix_clover_params.h | |
| syssolver_quda_clover_params.cc | |
| syssolver_quda_clover_params.h | |
| syssolver_quda_multigrid_clover_params.cc | |
| syssolver_quda_multigrid_clover_params.h | |
| syssolver_quda_multigrid_wilson_params.cc | |
| syssolver_quda_multigrid_wilson_params.h | |
| syssolver_quda_nef_params.cc | |
| syssolver_quda_nef_params.h | |
| syssolver_quda_wilson_params.cc | |
| syssolver_quda_wilson_params.h | |
| syssolver_rel_bicgstab_clover_params.cc | |
| syssolver_rel_bicgstab_clover_params.h | |
| syssolver_richardson_clover_params.cc | |
| syssolver_richardson_clover_params.h | |
| szin_gauge_init.cc | Read a SZIN config |
| szin_gauge_init.h | Read a SZIN config |
| szin_io.cc | Reader/writers for szin headers |
| szin_io.h | Routines associated with SZIN gauge field IO |
| szin_read_obj_funcmap.cc | Read object function std::map |
| szin_read_obj_funcmap.h | Read object function std::map |
| szin_write_obj_funcmap.cc | Write object function std::map |
| szin_write_obj_funcmap.h | Write object function std::map |
| szinqio_gauge_init.cc | Read a SZINQIO config |
| szinqio_gauge_init.h | Read a SZINQIO config |
| t_aniso_gaugeact.cc | |
| t_aniso_sym_force.cc | |
| t_ape_smear.cc | |
| t_bicgstab.cc | |
| t_circular_buffer.cc | |
| t_clover.cc | |
| t_conslinop.cc | |
| t_disc_loop_s.cc | Main code for propagator generation |
| t_dslashm.cc | |
| t_dwf4d.cc | |
| t_dwflinop.cc | |
| t_dwflocality.cc | |
| t_fermion_loop_w.cc | Main code for generation of disconnected loops |
| t_follana_io_s.cc | |
| t_follana_pion_s.cc | |
| t_formfac.cc | Test the form-factor routine |
| t_fuzwilp.cc | |
| t_g5eps_bj.cc | |
| t_gauge_force.cc | |
| t_gfix.cc | |
| t_hamiltonian.cc | |
| t_hamsys.cc | |
| t_hamsys_ferm.cc | |
| t_hmc_pg.cc | |
| t_hypsmear.cc | |
| t_inv_fgmres_dr.cc | |
| t_invborici.cc | |
| t_invert3_precwilson.cc | |
| t_invert4_precwilson.cc | |
| t_invrelcg.cc | |
| t_io.cc | |
| t_leapfrog.cc | |
| t_lower_tests.cc | |
| t_lwldslash.cc | |
| t_lwldslash_array.cc | |
| t_lwldslash_new.cc | |
| t_lwldslash_pab.cc | |
| t_lwldslash_sse.cc | |
| t_meas_wilson_flow.cc | Wrapper code to the measure the Wilson flow |
| t_meas_wilson_flow_loop.cc | Wrapper code to the measure the Wilson flow |
| t_mesons_w.cc | Test the Wilson mesons() routine |
| t_mesplq.cc | |
| t_mgproto.cc | |
| t_minvert.cc | |
| t_minvert_qphix.cc | |
| t_minvert_quda.cc | |
| t_monomial_force.cc | |
| t_mres_4d.cc | |
| t_msumr.cc | |
| t_neflinop.cc | |
| t_ov_pbp.cc | |
| t_overbu.cc | |
| t_ovlap5d_bj.cc | |
| t_ovlap_bj.cc | |
| t_ovlap_double_pass.cc | |
| t_prec_contfrac.cc | |
| t_prec_nef.cc | |
| t_prec_twoflav_wilson_monomial.cc | |
| t_prec_wilson_force.cc | |
| t_precact_4d.cc | Test 4d fermion actions |
| t_precact_5d.cc | Test 5d fermion actions |
| t_precact_sse.cc | |
| t_preccfz.cc | |
| t_preccfz_opt.cc | |
| t_precdwf.cc | |
| t_precnef.cc | |
| t_propagator_fuzz_baryon_s.cc | Main code for propagator generation |
| t_propagator_fuzz_s.cc | Main code for propagator generation |
| t_propagator_nrqcd.cc | Main code for NRQCD propagator generation |
| t_propagator_s.cc | Main code for propagator generation |
| t_propagator_twisted.cc | Main code for propagator generation of twisted mass QCD |
| t_propagator_w.cc | Main code for propagator generation |
| t_quda_tprec.cc | |
| t_read_eigen.cc | |
| t_rel_gmresr.cc | |
| t_remez.cc | Test the Remez code |
| t_ritz.cc | |
| t_ritz5d_KS.cc | |
| t_ritz_KS.cc | |
| t_seqsource.cc | |
| t_solver_accum.cc | Test 4d fermion actions |
| t_spprod.cc | |
| t_stagg_baryon.cc | Main code for staggered charmed baryons |
| t_stout_state.cc | |
| t_su3.cc | |
| t_sumr.cc | |
| t_symm_prec.cc | |
| t_temp_prec.cc | Test 4d fermion actions |
| t_unprec_twoflav_wilson_monomial.cc | |
| t_unprec_wilson_force.cc | |
| t_wilslp.cc | |
| t_wlinvcg.cc | |
| taproj.cc | Take the traceless antihermitian projection of a color matrix |
| taproj.h | Take the traceless antihermitian projection of a color matrix |
| tdiractodr.cc | Basis rotation matrix from Dirac to Degrand-Rossi (and reverse) |
| tdiractodr.h | Basis rotation matrix from Dirac to Degrand-Rossi (and reverse) |
| temporal_gauge.cc | Axial gauge fixing |
| temporal_gauge.h | Axial gauge fixing |
| temporal_wilson_gaugeact.cc | Wilson gauge action |
| temporal_wilson_gaugeact.h | Temporal Wilson gauge action |
| teoprec_linop.h | Even-odd Time-preconditioned Linear Operators |
| teoprec_logdet_linop.h | Time-preconditioned Linear Operators |
| tests.h | Test codes |
| time_slice_set.cc | Convenience for building time-slice subsets |
| time_slice_set.h | Convenience for building time-slice subsets |
| timeslice_io_cache.cc | LatticeColorVector time-slice IO cache |
| timeslice_io_cache.h | LatticeColorVector time-slice IO cache |
| topol.cc | |
| tprec_linop.h | Time-preconditioned Linear Operators |
| tprec_logdet_linop.h | Time-preconditioned Linear Operators |
| tprec_wilson_fermact_w.cc | Even-odd preconditioned Wilson fermion action |
| tprec_wilson_fermact_w.h | Time-preconditioned (no even-odd) Wilson fermion action |
| tprec_wilson_linop_w.cc | Even-odd preconditioned Wilson linear operator |
| tprec_wilson_linop_w.h | Even-odd preconditioned Wilson fermion linear operator |
| transf.cc | Insertion/Extraction utilities for vectors/fermions/propagators |
| transf.h | |
| trln.h | Trace-log support |
| twisted_fermbc_w.cc | Simple fermionic BC |
| twisted_fermbc_w.h | Twisted fermionic BC |
| two_flavor_monomial5d_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_monomial_params_w.cc | Two-flavor monomial params |
| two_flavor_monomial_params_w.h | Two-flavor monomial params |
| two_flavor_monomial_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_multihasen_cancel_monomial_params_w.cc | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_multihasen_cancel_monomial_params_w.h | Two-flavor monomial params cancel term for multi-Hasenbusch prec |
| two_flavor_multihasen_cancel_monomial_w.h | |
| two_flavor_polynomial_monomial_w.h | Two flavor Monomials |
| two_flavor_polyprec_monomial_w.h | Two flavor Monomials |
| two_flavor_ratio_conv_conv_monomial5d_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_ratio_conv_conv_monomial_params_w.cc | Two-flavor RatioConvConv monomial params |
| two_flavor_ratio_conv_conv_monomial_params_w.h | Two-flavor RatioConvConv monomial params |
| two_flavor_ratio_conv_conv_monomial_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_ratio_conv_conv_multihasen_monomial_params_w.cc | Two-flavor RatioConvConv monomial params |
| two_flavor_ratio_conv_conv_multihasen_monomial_params_w.h | Two-flavor RatioConvConv monomial params |
| two_flavor_ratio_conv_conv_multihasen_monomial_w.h | Two-flavor collection of even-odd preconditioned 4D ferm monomials |
| two_flavor_ratio_conv_rat_monomial5d_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| two_flavor_ratio_conv_rat_monomial_params_w.cc | Two-flavor ratio of conventional fermion action monomial params |
| two_flavor_ratio_conv_rat_monomial_params_w.h | Two-flavor ratio of conventional fermion action monomial params |
| two_flavor_ratio_conv_rat_monomial_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| twoquark_contract_ops.cc | Contraction operators for two quarks |
| twoquark_contract_ops.h | Contraction operators for two quarks |
| typeinfo.h | Type info support |
| typelist.h | Typelist support |
| typemanip.h | Type manipulator support |
| typetraits.h | Type traits support |
| unique_id.cc | Generate a unique id |
| unique_id.h | Generate a unique id |
| unit_check.cc | Test a gauge field is unitarized |
| unit_check.h | |
| unit_gauge_init.cc | Create a unit config |
| unit_gauge_init.h | Create a unit config |
| unprec_clover_fermact_w.cc | Unpreconditioned Clover fermion action |
| unprec_clover_fermact_w.h | Unpreconditioned Clover fermion action |
| unprec_clover_linop_w.cc | Even-odd preconditioned clover linear operator |
| unprec_clover_linop_w.h | Unpreconditioned Clover fermion linear operator |
| unprec_dwf4d_linop_w.cc | Unpreconditioned projected DWF operator to 4D |
| unprec_dwf4d_linop_w.h | Unpreconditioned projected DWF operator to 4D |
| unprec_dwf_fermact_array_w.cc | Unpreconditioned domain-wall fermion action |
| unprec_dwf_fermact_array_w.h | Unpreconditioned domain-wall fermion action |
| unprec_dwf_fermact_base_array_w.h | Base class for unpreconditioned domain-wall-like fermion actions |
| unprec_dwf_linop_array_w.cc | Unpreconditioned domain-wall linear operator |
| unprec_dwf_linop_array_w.h | Unpreconditioned domain-wall fermion linear operator |
| unprec_dwflike_linop_base_array_w.h | Base class for unpreconditioned domain-wall-like fermion linear operator |
| unprec_dwftransf_fermact_w.cc | Unpreconditioned Wilson fermion action |
| unprec_dwftransf_fermact_w.h | Unpreconditioned Wilson fermion action |
| unprec_dwftransf_linop_w.cc | Unpreconditioned Wilson linear operator |
| unprec_dwftransf_linop_w.h | Unpreconditioned Wilson fermion linear operator |
| unprec_graphene_fermact_w.cc | Unpreconditioned Graphene fermion action |
| unprec_graphene_fermact_w.h | Unpreconditioned Graphene fermion action |
| unprec_graphene_linop_w.cc | Unpreconditioned Graphene fermion linear operator |
| unprec_graphene_linop_w.h | Unpreconditioned Graphene fermion linear operator |
| unprec_hamberwu_fermact_w.cc | Unpreconditioned Hamber-Wu fermion action |
| unprec_hamberwu_fermact_w.h | Unpreconditioned Hamber-Wu fermion action |
| unprec_hamberwu_linop_w.cc | Unpreconditioned Hamber-Wu linear operator |
| unprec_hamberwu_linop_w.h | Unpreconditioned Hamber-Wu fermion linear operator |
| unprec_ht_contfrac5d_fermact_array_w.cc | Unpreconditioned H_T kernel continued fraction (5D) action |
| unprec_ht_contfrac5d_fermact_array_w.h | Unpreconditioned H_T kernel continued fraction (5D) action |
| unprec_ht_contfrac5d_linop_array_w.cc | Unpreconditioned H_T kernel continued fraction (5D) operator |
| unprec_ht_contfrac5d_linop_array_w.h | Unpreconditioned H_T kernel continued fraction (5D) operator |
| unprec_nef_fermact_array_w.cc | Unpreconditioned NEF fermion action |
| unprec_nef_fermact_array_w.h | Unpreconditioned NEF domain-wall fermion action |
| unprec_nef_linop_array_w.cc | Unpreconditioned NEF domain-wall linear operator |
| unprec_nef_linop_array_w.h | Unpreconditioned NEF domain-wall fermion linear operator |
| unprec_one_flavor_rat_monomial5d_w.cc | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_rat_monomial5d_w.h | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_rat_monomial_w.cc | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_one_flavor_rat_monomial_w.h | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_one_flavor_ratio_rat_conv_monomial5d_w.cc | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_ratio_rat_conv_monomial5d_w.h | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_ratio_rat_conv_monomial_w.cc | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_one_flavor_ratio_rat_conv_monomial_w.h | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_one_flavor_ratio_rat_rat_monomial5d_w.cc | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_ratio_rat_rat_monomial5d_w.h | One-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_one_flavor_ratio_rat_rat_monomial_w.cc | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_one_flavor_ratio_rat_rat_monomial_w.h | One-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_ovdwf_fermact_array_w.cc | Unpreconditioned Overlap-DWF (Borici) action |
| unprec_ovdwf_fermact_array_w.h | Unpreconditioned Overlap-DWF (Borici) action |
| unprec_ovdwf_linop_array_w.cc | Unpreconditioned Overlap-DWF (Borici) linear operator |
| unprec_ovdwf_linop_array_w.h | Unpreconditioned Overlap-DWF (Borici) linear operator |
| unprec_ovext_fermact_array_w.cc | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| unprec_ovext_fermact_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| unprec_ovext_linop_array_w.cc | |
| unprec_ovext_linop_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) linear operator |
| unprec_ovlap_contfrac5d_fermact_array_w.cc | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| unprec_ovlap_contfrac5d_fermact_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) action |
| unprec_ovlap_contfrac5d_linop_array_w.cc | |
| unprec_ovlap_contfrac5d_linop_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) linear operator |
| unprec_ovlap_contfrac5d_nonhermop_array_w.cc | |
| unprec_ovlap_contfrac5d_nonhermop_array_w.h | Unpreconditioned extended-Overlap (5D) (Naryanan&Neuberger) linear operator |
| unprec_ovlap_contfrac5d_pv_linop_array_w.cc | Unpreconditioned Pauli-Villars Continued Fraction 5D |
| unprec_ovlap_contfrac5d_pv_linop_array_w.h | Unpreconditioned Pauli-Villars Continued Fraction 5D |
| unprec_parwilson_fermact_w.cc | Unpreconditioned Wilson fermion action with parity breaking term |
| unprec_parwilson_fermact_w.h | Unpreconditioned Wilson fermion action with parity breaking term |
| unprec_parwilson_linop_w.cc | Unpreconditioned Wilson linear operator with parity breaking term |
| unprec_parwilson_linop_w.h | Unpreconditioned Wilson fermion linear operator with parity breaking term |
| unprec_pdwf4d_linop_w.cc | Unpreconditioned projected DWF operator to 4D using prec 5D bits |
| unprec_pdwf4d_linop_w.h | Unpreconditioned projected DWF operator to 4D using prec 5D bits |
| unprec_ppdwf4d_linop_w.cc | Unpreconditioned projected DWF operator to 4D using prec 5D bits |
| unprec_ppdwf4d_linop_w.h | Unpreconditioned projected DWF operator to 4D using prec 5D bits |
| unprec_s_cprec_t_wilson_fermact_w.cc | Unpreconditioned Wilson fermion action |
| unprec_s_cprec_t_wilson_fermact_w.h | |
| unprec_s_cprec_t_wilson_linop_w.cc | Unpreconditioned Wilson linear operator |
| unprec_s_cprec_t_wilson_linop_w.h | Unpreconditioned Wilson fermion linear operator |
| unprec_s_cprec_t_wilstype_fermact_w.h | Unpreconditioned spatial Preconditioned Temporal Wilson like fermion action |
| unprec_twm_fermact_array_w.cc | Unpreconditioned domain-wall fermion action |
| unprec_twm_fermact_array_w.h | Unpreconditioned Twisted mass treated as an array |
| unprec_two_flavor_monomial5d_w.cc | Two-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_two_flavor_monomial5d_w.h | Two-flavor collection of unpreconditioned 5D ferm monomials |
| unprec_two_flavor_monomial_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_monomial_w.h | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_monomial5d_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_monomial5d_w.h | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_monomial_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_monomial_w.h | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_multihasen_monomial_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_conv_multihasen_monomial_w.h | Two flavor Monomials - gauge action or fermion binlinear contributions for HMC |
| unprec_two_flavor_ratio_conv_rat_monomial5d_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_rat_monomial5d_w.h | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_rat_monomial_w.cc | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_two_flavor_ratio_conv_rat_monomial_w.h | Two-flavor collection of unpreconditioned 4D ferm monomials |
| unprec_w12_fermact_w.cc | Unpreconditioned W12 fermion action |
| unprec_w12_fermact_w.h | Unpreconditioned W12 fermion action |
| unprec_w12_linop_w.cc | Unpreconditioned W12 action |
| unprec_w12_linop_w.h | Unpreconditioned W12 action |
| unprec_wilson_fermact_w.cc | Unpreconditioned Wilson fermion action |
| unprec_wilson_fermact_w.h | Unpreconditioned Wilson fermion action |
| unprec_wilson_linop_w.cc | Unpreconditioned Wilson linear operator |
| unprec_wilson_linop_w.h | Unpreconditioned Wilson fermion linear operator |
| unprec_wilstype_fermact_w.h | Wilson-like fermion actions |
| unprec_zolo_nef_fermact_array_w.cc | Unpreconditioned NEF fermion action |
| unprec_zolo_nef_fermact_array_w.h | Unpreconditioned NEF domain-wall fermion action |
| update.h | Gauge field update routines |
| util.h | Include all utility routines |
| util_baryon_s.cc | Wrappers to compute staggered baryon correlators |
| util_compute_8_pions_s.cc | Wrapper code to compute staggered meson correlators |
| util_compute_8_scalars_s.cc | Wrapper code to compute staggered meson correlators |
| util_compute_8_vectors_s.cc | Wrapper code to compute staggered meson correlators |
| util_compute_meson_s.cc | Wrapper code to compute staggered meson correlators |
| util_compute_meson_s.h | |
| util_compute_quark_prop_s.cc | |
| util_compute_quark_prop_s.h | Compute staggered quark propagator |
| util_compute_singlet_ps.cc | |
| vector_meson_s.cc | |
| vector_meson_s.h | |
| vector_quark_smearing.cc | Gaussian smearing of color std::vector |
| vector_quark_smearing.h | Vector Smearing: Use an outerproduct of vectors as the smearing scheme |
| vector_smear.cc | Std::vector smearing of color std::vector |
| vector_smear.h | Std::vector smearing of color std::vector |
| walfil_s.cc | Wall source construction |
| walfil_s.h | Wall source construction |
| walfil_w.cc | Wall source construction |
| walfil_w.h | Wall source construction |
| wall_qprop_w.cc | Construct a wall-sink propagator |
| wall_qprop_w.h | Construct a wall-sink propagator |
| wall_sink_smearing.cc | Wall sink smearing |
| wall_sink_smearing.h | Wall sink smearing |
| wall_source_const.cc | Wall source construction |
| wall_source_const.h | Wall source construction |
| walldeltaff_w.cc | Wall-sink delta^+ -> gamma+delta^+ form-factors |
| walldeltaff_w.h | Wall-sink delta-> gamma+delta form-factors |
| walldeltapff_w.cc | Wall-sink delta^+ -> gamma+proton form-factors |
| walldeltapff_w.h | Wall-sink delta^+ -> gamma+proton form-factors |
| wallff_w.cc | Structures for wall-sink/source form-factors |
| wallff_w.h | Structures for wall-sink/source form-factors |
| wallformfac.cc | Main program for computing 3pt functions with a wall sink |
| wallnuclff_w.cc | Wall-sink nucleon form-factors |
| wallnuclff_w.h | Wall-sink nucleon form-factors |
| wallpionff_w.cc | Wall-sink pion form-factors |
| wallpionff_w.h | Wall-sink pion form-factors |
| wallrhoff_w.cc | Wall-sink rho-> gamma+rho form-factors |
| wallrhoff_w.h | Wall-sink rho-> gamma+rho form-factors |
| wallrhopiff_w.cc | Wall-sink rho^+ <-> gamma+pi^+ form-factors |
| wallrhopiff_w.h | Wall-sink rho^+ -> gamma+pi^+ form-factors |
| weak_field.cc | Construct a weak field |
| weak_field.h | Construct a weak field |
| weak_gauge_init.cc | Create a weak config |
| weak_gauge_init.h | Create a weak config |
| wilslp.cc | Calculate Wilson loops |
| wilslp.h | Calculate Wilson loops |
| wilson_coarse_fine_1loop_gaugeact.cc | Wilson gauge action supporting 2+2 anisotropy |
| wilson_coarse_fine_1loop_gaugeact.h | Wilson gauge action supporting 2+2 anisotropy |
| wilson_coarse_fine_fermact_params_w.cc | Wilson coarse-fine 2+2 anisotropic lattice fermion action parameters |
| wilson_coarse_fine_fermact_params_w.h | Wilson coarse-fine 2+2 anisotropic lattice fermion action parameters |
| wilson_coarse_fine_gaugeact.cc | Wilson gauge action supporting 2+2 anisotropy |
| wilson_coarse_fine_gaugeact.h | Wilson gauge action supporting 2+2 anisotropy |
| wilson_fermact_params_w.cc | Wilson fermion action parameters |
| wilson_fermact_params_w.h | Wilson fermion action parameters |
| wilson_flow_w.cc | Code for Wilson flow |
| wilson_flow_w.h | |
| wilson_gaugeact.cc | Wilson gauge action |
| wilson_gaugeact.h | Wilson gauge action |
| wilson_gaugeact_params.cc | |
| wilson_gaugeact_params.h | Params for Wilson gauge action |
| wilstype_fermact_w.h | Wilson-like fermion actions |
| wilstype_polyfermact_w.h | Class structure for polynomial fermion actions |
| wloop.cc | Compute simple Wilson loops for use in alpha_s calculation. These are the Wilson loops used by the HPQCD collaboration |
| wloop.h | |
| writemilc.cc | Writer a MILC gauge configuration in the 1997 format |
| writemilc.h | Write a MILC gauge configuration in the 1997 format |
| writeszin.cc | Write out a configuration written by SZIN up to configuration version 7 |
| writeszin.h | Write a SZIN configuration written at configuration version 7 |
| writeszinqprop_w.cc | Write an old SZIN-style (checkerboarded) quark propagator |
| writeszinqprop_w.h | Write out a SZIN propagator |
| wupp_gauge_init.cc | Read an expanded BMW config |
| wupp_gauge_init.h | Read an expanded BMW config |
| wupp_smear.cc | 3d Laplacian solution on color std::vector |
| xml_group_reader.cc | Read an XML group as a std::string |
| xml_group_reader.h | Read an XML group as a std::string |
| xml_write_obj_funcmap.cc | Write object function std::map |
| xml_write_obj_funcmap.h | Write object function std::map |
| xmllog_io.h | Singleton instances of xml output |
| z2_src.cc | Variety of Z2 noise sources |
| z2_src.h | Volume source of Z2 noise |
| zero_guess_predictor.cc | |
| zero_guess_predictor.h | Zero initial guess predictor |
| zN_src.cc | Variety of Z(N) noise sources |
| zN_src.h | Volume source of Z(N) noise |
| zolotarev.h | |
| zolotarev_coeffs.cc |
