21void read_gauge_field_mpieo_BE(
char filename[]);
22void write_gauge_field_mpieo_BE(
char filename[]);
24void read_gauge_field_mpieo_LE(
char filename[]);
25void write_gauge_field_mpieo_LE(
char filename[]);
27void read_gauge_field_eolexi_BE(
char filename[]);
28void write_gauge_field_eolexi_BE(
char filename[]);
30void read_gauge_field_eolexi_LE(
char filename[]);
31void write_gauge_field_eolexi_LE(
char filename[]);
33void read_gauge_field_milc(
char filename[]);
34void read_gauge_field_milc_no3row(
char filename[]);
35void read_gauge_field_ascii(
char filename[]);
36void read_gauge_field_fortran(
char filename[]);
38void read_gauge_field_openQCD(
char filename[]);
39void read_gauge_field_openQCD_SF(
char filename[]);
40void write_gauge_field_openQCD(
char filename[]);
41void write_gauge_field_hirep_pbc_to_obc(
char filename[]);
42void write_gauge_field_hirep_pbc_to_sf(
char filename[]);
45void write_spinor_field(
char filename[],
spinor_field *sp);
46void read_spinor_field(
char filename[],
spinor_field *sp);
The elementary site structures defined in suN.h are used in this file to define field structures that...
Spinor field array containing SU(N_f) spinors in chosen fermion representation.
Definition spinor_field.h:189