 |
My Project
programmer's documentation
|
|
My Project
programmer's documentation
|
#include <cs_advection_field.h>
Data Fields | |
| int | id |
| char *restrict | name |
| cs_advection_field_status_t | status |
| cs_advection_field_type_t | type |
| cs_flag_t | flag |
| int | vtx_field_id |
| int | cell_field_id |
| int | bdy_field_id |
| int | int_field_id |
| cs_xdef_t * | definition |
| int | n_bdy_flux_defs |
| cs_xdef_t ** | bdy_flux_defs |
| short int * | bdy_def_ids |
| short int* bdy_def_ids |
| bdy_field_id |
id to retrieve the related cs_field_t structure corresponding to the value of the normal flux across boundary faces. It's always defined since it's used for dealing with the boundary conditions.
| bdy_flux_defs |
Array of pointers to the definitions of the jormal flux at the boundary
| cell_field_id |
id to retrieve the related cs_field_t structure. It's always defined since it's used during the building of the advection scheme
| definition |
pointer to the generic structure used to define the advection field. We assume that only one definition is available (i.e. there is not several zones).
| flag |
short descriptor dedicated to postprocessing
| id |
identification number
| int_field_id |
id to retrieve the related cs_field_t structure corresponding to the value of the normal flux across interior faces. It's always defined when the advection field arise from the resolution of the Navier-Stokes system with the legacy FV solver.
| n_bdy_flux_defs |
Number of definitions related to the normal flux at the boundary
| name |
name of the advection field
| status |
status of the advection field (user, gwf...)
| type |
type of advection field (velocity, flux..)
| vtx_field_id |
id to retrieve the related cs_field_t structure (-1 if not used)
1.8.16