Go to the source code of this file.
Functions/Subroutines | |
| subroutine | cflvf (DTMAX, HSTART, FXMAT, FXMATPAR, MAS, DT, FXBOR, SMH, YASMH, TAB1, NSEG, NPOIN, NPTFR, GLOSEG, SIZGLO, MESH, MSK, MASKPT, RAIN, PLUIE, FC, NELEM, IKLE, LIMTRA, KDIR, KDDL, FBOR, FSCEXP, TRAIN, NBOR, MINFC, MAXFC, SECU, OPT, WITHABS) |
Function/Subroutine Documentation
◆ cflvf()
| subroutine cflvf | ( | double precision, intent(inout) | DTMAX, |
| double precision, dimension(npoin), intent(in) | HSTART, | ||
| double precision, dimension(nseg), intent(in) | FXMAT, | ||
| double precision, dimension(nseg), intent(in) | FXMATPAR, | ||
| double precision, dimension(npoin), intent(in) | MAS, | ||
| double precision, intent(in) | DT, | ||
| double precision, dimension(npoin), intent(in) | FXBOR, | ||
| double precision, dimension(*), intent(in) | SMH, | ||
| logical, intent(in) | YASMH, | ||
| type(bief_obj), intent(inout) | TAB1, | ||
| integer, intent(in) | NSEG, | ||
| integer, intent(in) | NPOIN, | ||
| integer, intent(in) | NPTFR, | ||
| integer, dimension(sizglo,2), intent(in) | GLOSEG, | ||
| integer, intent(in) | SIZGLO, | ||
| type(bief_mesh), intent(inout) | MESH, | ||
| logical, intent(in) | MSK, | ||
| type(bief_obj), intent(in) | MASKPT, | ||
| logical, intent(in) | RAIN, | ||
| double precision, dimension(*), intent(in) | PLUIE, | ||
| double precision, dimension(npoin), intent(inout) | FC, | ||
| integer, intent(in) | NELEM, | ||
| integer, dimension(nelem,3), intent(in) | IKLE, | ||
| integer, dimension(nptfr), intent(in) | LIMTRA, | ||
| integer, intent(in) | KDIR, | ||
| integer, intent(in) | KDDL, | ||
| double precision, dimension(nptfr), intent(in) | FBOR, | ||
| double precision, dimension(*), intent(in) | FSCEXP, | ||
| double precision, intent(in) | TRAIN, | ||
| integer, dimension(nptfr), intent(in) | NBOR, | ||
| type(bief_obj), intent(inout) | MINFC, | ||
| type(bief_obj), intent(inout) | MAXFC, | ||
| double precision, intent(in) | SECU, | ||
| integer, intent(in) | OPT, | ||
| logical, intent(in) | WITHABS | ||
| ) |
- Parameters
-
[in] nseg DT Time step [out] DTMAX Maximum time step for stability [in] FXBOR Boundary fluxes [in] FXMAT Fluxes [in] FXMATPAR Fluxes assembled in parallel [in] GLOSEG Global number of the 2 points of a segment [in] HSTART H at beginning of sub time step [in] MAS Integral of test functions (=area around points) [in] MASKPT Array for masking points [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NPOIN Number of points in the mesh [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPT Option: 1=classic 2=based on min and max 3=BASED ON GIVEN MIN AND MAX [in] PLUIE Rain or evaporation in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Right hand side of continuity equation [in] TAB1 Work array [in] WITHABS If yes, stability computed with absolute value OF FLUXES. [in] YASMH If yes, take shm into account [in] npoin DT Time step [out] DTMAX Maximum time step for stability [in] FXBOR Boundary fluxes [in] FXMAT Fluxes [in] FXMATPAR Fluxes assembled in parallel [in] GLOSEG Global number of the 2 points of a segment [in] HSTART H at beginning of sub time step [in] MAS Integral of test functions (=area around points) [in] MASKPT Array for masking points [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NPOIN Number of points in the mesh [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPT Option: 1=classic 2=based on min and max 3=BASED ON GIVEN MIN AND MAX [in] PLUIE Rain or evaporation in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Right hand side of continuity equation [in] TAB1 Work array [in] WITHABS If yes, stability computed with absolute value OF FLUXES. [in] YASMH If yes, take shm into account [in] nptfr DT Time step [out] DTMAX Maximum time step for stability [in] FXBOR Boundary fluxes [in] FXMAT Fluxes [in] FXMATPAR Fluxes assembled in parallel [in] GLOSEG Global number of the 2 points of a segment [in] HSTART H at beginning of sub time step [in] MAS Integral of test functions (=area around points) [in] MASKPT Array for masking points [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NPOIN Number of points in the mesh [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPT Option: 1=classic 2=based on min and max 3=BASED ON GIVEN MIN AND MAX [in] PLUIE Rain or evaporation in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Right hand side of continuity equation [in] TAB1 Work array [in] WITHABS If yes, stability computed with absolute value OF FLUXES. [in] YASMH If yes, take shm into account [in] sizglo DT Time step [out] DTMAX Maximum time step for stability [in] FXBOR Boundary fluxes [in] FXMAT Fluxes [in] FXMATPAR Fluxes assembled in parallel [in] GLOSEG Global number of the 2 points of a segment [in] HSTART H at beginning of sub time step [in] MAS Integral of test functions (=area around points) [in] MASKPT Array for masking points [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NPOIN Number of points in the mesh [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPT Option: 1=classic 2=based on min and max 3=BASED ON GIVEN MIN AND MAX [in] PLUIE Rain or evaporation in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Right hand side of continuity equation [in] TAB1 Work array [in] WITHABS If yes, stability computed with absolute value OF FLUXES. [in] YASMH If yes, take shm into account [in] opt DT Time step [out] DTMAX Maximum time step for stability [in] FXBOR Boundary fluxes [in] FXMAT Fluxes [in] FXMATPAR Fluxes assembled in parallel [in] GLOSEG Global number of the 2 points of a segment [in] HSTART H at beginning of sub time step [in] MAS Integral of test functions (=area around points) [in] MASKPT Array for masking points [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NPOIN Number of points in the mesh [in] NPTFR Number of boundary points [in] NSEG Number of segments [in] OPT Option: 1=classic 2=based on min and max 3=BASED ON GIVEN MIN AND MAX [in] PLUIE Rain or evaporation in m/s [in] RAIN If yes: rain or evaporation [in] SIZGLO First dimension of gloseg [in] SMH Right hand side of continuity equation [in] TAB1 Work array [in] WITHABS If yes, stability computed with absolute value OF FLUXES. [in] YASMH If yes, take shm into account
Definition at line 10 of file cflvf.f.
Here is the call graph for this function: Here is the caller graph for this function: