[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 |