GitHub - marcuspetschlies/cvc

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 9 Commits
DML_crc32.c		DML_crc32.c
Makefile		Makefile
Q_phi.c		Q_phi.c
Q_phi.h		Q_phi.h
README		README
contractions_io.c		contractions_io.c
contractions_io.h		contractions_io.h
contractions_io_3d.c		contractions_io_3d.c
contractions_io_v2.c		contractions_io_v2.c
cvc_complex.h		cvc_complex.h
cvc_exact2_xspace.c		cvc_exact2_xspace.c
cvc_geometry.c		cvc_geometry.c
cvc_geometry.h		cvc_geometry.h
cvc_linalg.h		cvc_linalg.h
cvc_utils.c		cvc_utils.c
cvc_utils.h		cvc_utils.h
default_input_values.h		default_input_values.h
dml.c		dml.c
dml.h		dml.h
gauge_io.c		gauge_io.c
gauge_io.h		gauge_io.h
get_index.c		get_index.c
get_index.h		get_index.h
getopt.c		getopt.c
getopt.h		getopt.h
global.h		global.h
ifftw.h		ifftw.h
ilinalg.h		ilinalg.h
invert_Qtm.c		invert_Qtm.c
invert_Qtm.h		invert_Qtm.h
io.c		io.c
io.h		io.h
io_utils.c		io_utils.c
io_utils.h		io_utils.h
mpi_init.c		mpi_init.c
mpi_init.h		mpi_init.h
p2gg_xspace.c		p2gg_xspace.c
parameter_list		parameter_list
parameter_list_reduced		parameter_list_reduced
prepare_propagator.c		prepare_propagator.c
prepare_propagator.h		prepare_propagator.h
propagator_io.c		propagator_io.c
propagator_io.h		propagator_io.h
ranlxd.c		ranlxd.c
ranlxd.h		ranlxd.h
ranlxs.c		ranlxs.c
ranlxs.h		ranlxs.h
read_input_parser.c		read_input_parser.c
read_input_parser.h		read_input_parser.h
read_input_parser.l		read_input_parser.l
read_input_parser_cvc.c		read_input_parser_cvc.c
read_input_parser_cvc.l		read_input_parser_cvc.l
read_input_parser_cvc.l.save		read_input_parser_cvc.l.save
set_namespace.sh		set_namespace.sh
test.c		test.c
tmLQCD.h		tmLQCD.h
tmp.c		tmp.c
tmp.l		tmp.l
tmp2.l		tmp2.l
types.h		types.h

Repository files navigation

The program cvc.c is basically a copy of Marcus' program avc_exact2.c. This performs the contractions for the connected contributions to the vac. polarisation tensor from the conserved vector current with point sources. The result is Pi_mu_nu(q^2). This can be analysed with analyse_piq.c which is also copied form Marcus. Additionally to the moduls needed for cvc analyse_pi_q.c needs make_q2orbits.c (&.h) which mainly computes the lattice momenta qhat^2.