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Functions/Subroutines | |
| subroutine | hvf (H, HN, FXMAT, UNSV2D, DT, FXBOR, SMH, YASMH, NSEG, NPOIN, NPTFR, GLOSEG, SIZGLO, NBOR, OPTSOU, T7, MESH, MSK, RAIN, PLUIE) |
Function/Subroutine Documentation
◆ hvf()
| subroutine hvf | ( | double precision, dimension(npoin), intent(inout) | H, |
| double precision, dimension(npoin), intent(in) | HN, | ||
| double precision, dimension(nseg*2), intent(in) | FXMAT, | ||
| double precision, dimension(npoin), intent(in) | UNSV2D, | ||
| double precision, intent(in) | DT, | ||
| double precision, dimension(npoin), intent(in) | FXBOR, | ||
| double precision, dimension(npoin), intent(in) | SMH, | ||
| logical, intent(in) | YASMH, | ||
| integer, intent(in) | NSEG, | ||
| integer, intent(in) | NPOIN, | ||
| integer, intent(in) | NPTFR, | ||
| integer, dimension(sizglo,2), intent(in) | GLOSEG, | ||
| integer, intent(in) | SIZGLO, | ||
| integer, dimension(nptfr), intent(in) | NBOR, | ||
| integer, intent(in) | OPTSOU, | ||
| type(bief_obj), intent(inout) | T7, | ||
| type(bief_mesh), intent(inout) | MESH, | ||
| logical, intent(in) | MSK, | ||
| logical, intent(in) | RAIN, | ||
| double precision, dimension(npoin), intent(in) | PLUIE | ||
| ) |
- Parameters
-
[in] nseg DT Time step [in] FXBOR Flux on boundaries (defined on all domain AND ASSEMBLED IN PARALLEL) [in] FXMAT Matrix for storing fluxes. [in] GLOSEG Global number of the 2 points of a segment [in] H Water depth at time n+1 [in] HN Water depth at time n [in] MESH Mesh structure [in] MSK Msk : if yes, masking of dry elements [in] NBOR Global number of boundary points [in] NPOIN Number of points [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPTSOU Option for the treatment of sources 1: NORMAL 2: DIRAC SEE PROPAG IN TELEMAC-2D [in] PLUIE Rain or evaporation, in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Source term in continuity equation [in,out] T7 Work bief_obj structure [in] UNSV2D Inverse of integrals of test functions [in] YASMH If yes, smh must be taken into account [in] npoin DT Time step [in] FXBOR Flux on boundaries (defined on all domain AND ASSEMBLED IN PARALLEL) [in] FXMAT Matrix for storing fluxes. [in] GLOSEG Global number of the 2 points of a segment [in] H Water depth at time n+1 [in] HN Water depth at time n [in] MESH Mesh structure [in] MSK Msk : if yes, masking of dry elements [in] NBOR Global number of boundary points [in] NPOIN Number of points [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPTSOU Option for the treatment of sources 1: NORMAL 2: DIRAC SEE PROPAG IN TELEMAC-2D [in] PLUIE Rain or evaporation, in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Source term in continuity equation [in,out] T7 Work bief_obj structure [in] UNSV2D Inverse of integrals of test functions [in] YASMH If yes, smh must be taken into account [in] nptfr DT Time step [in] FXBOR Flux on boundaries (defined on all domain AND ASSEMBLED IN PARALLEL) [in] FXMAT Matrix for storing fluxes. [in] GLOSEG Global number of the 2 points of a segment [in] H Water depth at time n+1 [in] HN Water depth at time n [in] MESH Mesh structure [in] MSK Msk : if yes, masking of dry elements [in] NBOR Global number of boundary points [in] NPOIN Number of points [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPTSOU Option for the treatment of sources 1: NORMAL 2: DIRAC SEE PROPAG IN TELEMAC-2D [in] PLUIE Rain or evaporation, in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Source term in continuity equation [in,out] T7 Work bief_obj structure [in] UNSV2D Inverse of integrals of test functions [in] YASMH If yes, smh must be taken into account [in] optsou DT Time step [in] FXBOR Flux on boundaries (defined on all domain AND ASSEMBLED IN PARALLEL) [in] FXMAT Matrix for storing fluxes. [in] GLOSEG Global number of the 2 points of a segment [in] H Water depth at time n+1 [in] HN Water depth at time n [in] MESH Mesh structure [in] MSK Msk : if yes, masking of dry elements [in] NBOR Global number of boundary points [in] NPOIN Number of points [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPTSOU Option for the treatment of sources 1: NORMAL 2: DIRAC SEE PROPAG IN TELEMAC-2D [in] PLUIE Rain or evaporation, in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Source term in continuity equation [in,out] T7 Work bief_obj structure [in] UNSV2D Inverse of integrals of test functions [in] YASMH If yes, smh must be taken into account [in] sizglo DT Time step [in] FXBOR Flux on boundaries (defined on all domain AND ASSEMBLED IN PARALLEL) [in] FXMAT Matrix for storing fluxes. [in] GLOSEG Global number of the 2 points of a segment [in] H Water depth at time n+1 [in] HN Water depth at time n [in] MESH Mesh structure [in] MSK Msk : if yes, masking of dry elements [in] NBOR Global number of boundary points [in] NPOIN Number of points [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPTSOU Option for the treatment of sources 1: NORMAL 2: DIRAC SEE PROPAG IN TELEMAC-2D [in] PLUIE Rain or evaporation, in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Source term in continuity equation [in,out] T7 Work bief_obj structure [in] UNSV2D Inverse of integrals of test functions [in] YASMH If yes, smh must be taken into account
Definition at line 8 of file hvf.f.
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