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Functions/Subroutines | |
| subroutine | cvtrvf_nerd_2 (F1, F1N, F1SCEXP, F2, F2N, F2SCEXP, H, HN, HPROP, UDEL, VDEL, DM1, ZCONV, SOLSYS, SM1, SM2, SMH, YASMH, SMI1, SMI2, YASMI, F1BOR, F2BOR, MASKTR, MESH, T1, T2, T3, T4, T5, T6, T7, T8, HT, DT, ENTET, MSK, MASKEL, OPTSOU, LIMTRA1, LIMTRA2, KDIR, KDDL, NPTFR, FLBOR, YAFLBOR, UNSV2D, IOPT, FLBORTRA1, FLBORTRA2, GLOSEG1, GLOSEG2, NBOR, RAIN, PLUIE, TRAIN1, TRAIN2, NITMAX) |
Function/Subroutine Documentation
◆ cvtrvf_nerd_2()
| subroutine cvtrvf_nerd_2 | ( | type(bief_obj), intent(inout) | F1, |
| type(bief_obj), intent(in) | F1N, | ||
| type(bief_obj), intent(in) | F1SCEXP, | ||
| type(bief_obj), intent(inout) | F2, | ||
| type(bief_obj), intent(in) | F2N, | ||
| type(bief_obj), intent(in) | F2SCEXP, | ||
| type(bief_obj), intent(in) | H, | ||
| type(bief_obj), intent(in) | HN, | ||
| type(bief_obj), intent(in) | HPROP, | ||
| type(bief_obj), intent(in) | UDEL, | ||
| type(bief_obj), intent(in) | VDEL, | ||
| type(bief_obj), intent(in) | DM1, | ||
| type(bief_obj), intent(in) | ZCONV, | ||
| integer, intent(in) | SOLSYS, | ||
| type(bief_obj), intent(inout) | SM1, | ||
| type(bief_obj), intent(inout) | SM2, | ||
| type(bief_obj), intent(in) | SMH, | ||
| logical, intent(in) | YASMH, | ||
| type(bief_obj), intent(in) | SMI1, | ||
| type(bief_obj), intent(in) | SMI2, | ||
| logical, intent(in) | YASMI, | ||
| type(bief_obj), intent(in) | F1BOR, | ||
| type(bief_obj), intent(in) | F2BOR, | ||
| type(bief_obj), intent(in) | MASKTR, | ||
| type(bief_mesh) | MESH, | ||
| type(bief_obj), intent(inout) | T1, | ||
| type(bief_obj), intent(inout) | T2, | ||
| type(bief_obj), intent(inout) | T3, | ||
| type(bief_obj), intent(inout) | T4, | ||
| type(bief_obj), intent(inout) | T5, | ||
| type(bief_obj), intent(inout) | T6, | ||
| type(bief_obj), intent(inout) | T7, | ||
| type(bief_obj), intent(inout) | T8, | ||
| type(bief_obj), intent(inout) | HT, | ||
| double precision, intent(in) | DT, | ||
| logical, intent(in) | ENTET, | ||
| logical, intent(in) | MSK, | ||
| type(bief_obj), intent(in) | MASKEL, | ||
| integer, intent(in) | OPTSOU, | ||
| integer, dimension(nptfr), intent(in) | LIMTRA1, | ||
| integer, dimension(nptfr), intent(in) | LIMTRA2, | ||
| integer, intent(in) | KDIR, | ||
| integer, intent(in) | KDDL, | ||
| integer, intent(in) | NPTFR, | ||
| type(bief_obj), intent(inout) | FLBOR, | ||
| logical, intent(in) | YAFLBOR, | ||
| type(bief_obj), intent(in) | UNSV2D, | ||
| integer, intent(in) | IOPT, | ||
| type(bief_obj), intent(inout) | FLBORTRA1, | ||
| type(bief_obj), intent(inout) | FLBORTRA2, | ||
| integer, dimension(*), intent(in) | GLOSEG1, | ||
| integer, dimension(*), intent(in) | GLOSEG2, | ||
| integer, dimension(nptfr), intent(in) | NBOR, | ||
| logical, intent(in) | RAIN, | ||
| type(bief_obj), intent(in) | PLUIE, | ||
| double precision, intent(in) | TRAIN1, | ||
| double precision, intent(in) | TRAIN2, | ||
| integer, intent(in) | NITMAX | ||
| ) |
- Parameters
-
[in] optsou DM1 The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] DT Time step [in] ENTET Logical, if yes information is given on mass CONSERVATION. [out] F1 F1 at time t(n+1) [out] F2 F2 at time t(n+1) [in] F1BOR Dirichlet conditions on f1. [in] F2BOR Dirichlet conditions on f2. [in] FLBOR Fluxes at boundaries [in,out] FLBORTRA Tracer fluxes at boundaries [in] F1N F1 at time t(n) [in] F2N F2 at time t(n) [in] F1SCEXP Explicit part of the f1 source term EQUAL TO ZERO EVERYWHERE BUT ON SOURCES WHERE THERE IS FSCE - (1-TETAT) FN SEE DIFSOU [in] F2SCEXP Explicit part of the f1 source term [in] GLOSEG1 First point of segments [in] GLOSEG2 Second point of segments [out] HT Work arrays (modified depths to take mass-lumping INTO ACCOUNT) [in] HPROP Propagation depth (done in cvdftr). [in] IOPT Options for computation (number between 0 and 13) THE TENS (IOPT2, I.E. 0 OR 1): 0: UCONV OBEYS THE CONTINUITY EQUATION 1: UCONV DOES NOT OBEY THE CONTINUITY EQUATION THE UNITS (IOPT1, I.E. 0 TO 3): VARIANT FOR FLUXES 0: CONSTANT PER ELEMENT = 0 1: CHI-TUAN PHAM'S CONSTANT 2: N SCHEME 3: PSI SCHEME [in] KDDL Convention for degree of freedom [in] KDIR Convention for dirichlet point [in] LIMTRA1 Boundary conditions of f1 on boundary points [in] LIMTRA2 Boundary conditions of f2 on boundary points [in] MASKEL Masking of elements =1. : NORMAL =0. : MASKED ELEMENT [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NBOR Global numbers of boundary points [in] NITMAX Maximum number of iterations [in] NPTFR Number of boundary points [in] OPTSOU Type of sources 1: NORMAL [in] PLUIE Rain or evaporation in mm/s in a bief_obj [in] RAIN If yes, rain or evaporation [in] SM1 Source terms of f1. [in] SM2 Source terms of f2. [in] SMH Source term in continuity equation [in] SMI1 Implicit source term of f1. [in] SMI2 Implicit source term of f2. [in] SOLSYS 1 or 2. if 2 advection field is uconv + dm1*grad(zconv) [in,out] T1 Work bief_obj structure [in,out] T2 Work bief_obj structure [in,out] T3 Work bief_obj structure [in,out] T4 Work bief_obj structure [in,out] T5 Work bief_obj structure [in,out] T6 Work bief_obj structure [in,out] T7 Work bief_obj structure [in,out] T8 Work bief_obj structure [in] TRAIN1 Value of tracer 1 in the rain [in] TRAIN2 Value of tracer 2 in the rain [in] UDEL X-component of advection velocity [in] UNSV2D Inverse of v2dpar [in] VDEL X-component of advection velocity [in] YAFLBOR If yes flbor is given [in] YASMH If yes, smh must be taken into account [in] YASMI If yes, smi must be taken into account [in] ZCONV The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] kdir DM1 The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] DT Time step [in] ENTET Logical, if yes information is given on mass CONSERVATION. [out] F1 F1 at time t(n+1) [out] F2 F2 at time t(n+1) [in] F1BOR Dirichlet conditions on f1. [in] F2BOR Dirichlet conditions on f2. [in] FLBOR Fluxes at boundaries [in,out] FLBORTRA Tracer fluxes at boundaries [in] F1N F1 at time t(n) [in] F2N F2 at time t(n) [in] F1SCEXP Explicit part of the f1 source term EQUAL TO ZERO EVERYWHERE BUT ON SOURCES WHERE THERE IS FSCE - (1-TETAT) FN SEE DIFSOU [in] F2SCEXP Explicit part of the f1 source term [in] GLOSEG1 First point of segments [in] GLOSEG2 Second point of segments [out] HT Work arrays (modified depths to take mass-lumping INTO ACCOUNT) [in] HPROP Propagation depth (done in cvdftr). [in] IOPT Options for computation (number between 0 and 13) THE TENS (IOPT2, I.E. 0 OR 1): 0: UCONV OBEYS THE CONTINUITY EQUATION 1: UCONV DOES NOT OBEY THE CONTINUITY EQUATION THE UNITS (IOPT1, I.E. 0 TO 3): VARIANT FOR FLUXES 0: CONSTANT PER ELEMENT = 0 1: CHI-TUAN PHAM'S CONSTANT 2: N SCHEME 3: PSI SCHEME [in] KDDL Convention for degree of freedom [in] KDIR Convention for dirichlet point [in] LIMTRA1 Boundary conditions of f1 on boundary points [in] LIMTRA2 Boundary conditions of f2 on boundary points [in] MASKEL Masking of elements =1. : NORMAL =0. : MASKED ELEMENT [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NBOR Global numbers of boundary points [in] NITMAX Maximum number of iterations [in] NPTFR Number of boundary points [in] OPTSOU Type of sources 1: NORMAL [in] PLUIE Rain or evaporation in mm/s in a bief_obj [in] RAIN If yes, rain or evaporation [in] SM1 Source terms of f1. [in] SM2 Source terms of f2. [in] SMH Source term in continuity equation [in] SMI1 Implicit source term of f1. [in] SMI2 Implicit source term of f2. [in] SOLSYS 1 or 2. if 2 advection field is uconv + dm1*grad(zconv) [in,out] T1 Work bief_obj structure [in,out] T2 Work bief_obj structure [in,out] T3 Work bief_obj structure [in,out] T4 Work bief_obj structure [in,out] T5 Work bief_obj structure [in,out] T6 Work bief_obj structure [in,out] T7 Work bief_obj structure [in,out] T8 Work bief_obj structure [in] TRAIN1 Value of tracer 1 in the rain [in] TRAIN2 Value of tracer 2 in the rain [in] UDEL X-component of advection velocity [in] UNSV2D Inverse of v2dpar [in] VDEL X-component of advection velocity [in] YAFLBOR If yes flbor is given [in] YASMH If yes, smh must be taken into account [in] YASMI If yes, smi must be taken into account [in] ZCONV The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] nptfr DM1 The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] DT Time step [in] ENTET Logical, if yes information is given on mass CONSERVATION. [out] F1 F1 at time t(n+1) [out] F2 F2 at time t(n+1) [in] F1BOR Dirichlet conditions on f1. [in] F2BOR Dirichlet conditions on f2. [in] FLBOR Fluxes at boundaries [in,out] FLBORTRA Tracer fluxes at boundaries [in] F1N F1 at time t(n) [in] F2N F2 at time t(n) [in] F1SCEXP Explicit part of the f1 source term EQUAL TO ZERO EVERYWHERE BUT ON SOURCES WHERE THERE IS FSCE - (1-TETAT) FN SEE DIFSOU [in] F2SCEXP Explicit part of the f1 source term [in] GLOSEG1 First point of segments [in] GLOSEG2 Second point of segments [out] HT Work arrays (modified depths to take mass-lumping INTO ACCOUNT) [in] HPROP Propagation depth (done in cvdftr). [in] IOPT Options for computation (number between 0 and 13) THE TENS (IOPT2, I.E. 0 OR 1): 0: UCONV OBEYS THE CONTINUITY EQUATION 1: UCONV DOES NOT OBEY THE CONTINUITY EQUATION THE UNITS (IOPT1, I.E. 0 TO 3): VARIANT FOR FLUXES 0: CONSTANT PER ELEMENT = 0 1: CHI-TUAN PHAM'S CONSTANT 2: N SCHEME 3: PSI SCHEME [in] KDDL Convention for degree of freedom [in] KDIR Convention for dirichlet point [in] LIMTRA1 Boundary conditions of f1 on boundary points [in] LIMTRA2 Boundary conditions of f2 on boundary points [in] MASKEL Masking of elements =1. : NORMAL =0. : MASKED ELEMENT [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NBOR Global numbers of boundary points [in] NITMAX Maximum number of iterations [in] NPTFR Number of boundary points [in] OPTSOU Type of sources 1: NORMAL [in] PLUIE Rain or evaporation in mm/s in a bief_obj [in] RAIN If yes, rain or evaporation [in] SM1 Source terms of f1. [in] SM2 Source terms of f2. [in] SMH Source term in continuity equation [in] SMI1 Implicit source term of f1. [in] SMI2 Implicit source term of f2. [in] SOLSYS 1 or 2. if 2 advection field is uconv + dm1*grad(zconv) [in,out] T1 Work bief_obj structure [in,out] T2 Work bief_obj structure [in,out] T3 Work bief_obj structure [in,out] T4 Work bief_obj structure [in,out] T5 Work bief_obj structure [in,out] T6 Work bief_obj structure [in,out] T7 Work bief_obj structure [in,out] T8 Work bief_obj structure [in] TRAIN1 Value of tracer 1 in the rain [in] TRAIN2 Value of tracer 2 in the rain [in] UDEL X-component of advection velocity [in] UNSV2D Inverse of v2dpar [in] VDEL X-component of advection velocity [in] YAFLBOR If yes flbor is given [in] YASMH If yes, smh must be taken into account [in] YASMI If yes, smi must be taken into account [in] ZCONV The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] solsys DM1 The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS. [in] DT Time step [in] ENTET Logical, if yes information is given on mass CONSERVATION. [out] F1 F1 at time t(n+1) [out] F2 F2 at time t(n+1) [in] F1BOR Dirichlet conditions on f1. [in] F2BOR Dirichlet conditions on f2. [in] FLBOR Fluxes at boundaries [in,out] FLBORTRA Tracer fluxes at boundaries [in] F1N F1 at time t(n) [in] F2N F2 at time t(n) [in] F1SCEXP Explicit part of the f1 source term EQUAL TO ZERO EVERYWHERE BUT ON SOURCES WHERE THERE IS FSCE - (1-TETAT) FN SEE DIFSOU [in] F2SCEXP Explicit part of the f1 source term [in] GLOSEG1 First point of segments [in] GLOSEG2 Second point of segments [out] HT Work arrays (modified depths to take mass-lumping INTO ACCOUNT) [in] HPROP Propagation depth (done in cvdftr). [in] IOPT Options for computation (number between 0 and 13) THE TENS (IOPT2, I.E. 0 OR 1): 0: UCONV OBEYS THE CONTINUITY EQUATION 1: UCONV DOES NOT OBEY THE CONTINUITY EQUATION THE UNITS (IOPT1, I.E. 0 TO 3): VARIANT FOR FLUXES 0: CONSTANT PER ELEMENT = 0 1: CHI-TUAN PHAM'S CONSTANT 2: N SCHEME 3: PSI SCHEME [in] KDDL Convention for degree of freedom [in] KDIR Convention for dirichlet point [in] LIMTRA1 Boundary conditions of f1 on boundary points [in] LIMTRA2 Boundary conditions of f2 on boundary points [in] MASKEL Masking of elements =1. : NORMAL =0. : MASKED ELEMENT [in] MESH Mesh structure [in] MSK If yes, there is masked elements. [in] NBOR Global numbers of boundary points [in] NITMAX Maximum number of iterations [in] NPTFR Number of boundary points [in] OPTSOU Type of sources 1: NORMAL [in] PLUIE Rain or evaporation in mm/s in a bief_obj [in] RAIN If yes, rain or evaporation [in] SM1 Source terms of f1. [in] SM2 Source terms of f2. [in] SMH Source term in continuity equation [in] SMI1 Implicit source term of f1. [in] SMI2 Implicit source term of f2. [in] SOLSYS 1 or 2. if 2 advection field is uconv + dm1*grad(zconv) [in,out] T1 Work bief_obj structure [in,out] T2 Work bief_obj structure [in,out] T3 Work bief_obj structure [in,out] T4 Work bief_obj structure [in,out] T5 Work bief_obj structure [in,out] T6 Work bief_obj structure [in,out] T7 Work bief_obj structure [in,out] T8 Work bief_obj structure [in] TRAIN1 Value of tracer 1 in the rain [in] TRAIN2 Value of tracer 2 in the rain [in] UDEL X-component of advection velocity [in] UNSV2D Inverse of v2dpar [in] VDEL X-component of advection velocity [in] YAFLBOR If yes flbor is given [in] YASMH If yes, smh must be taken into account [in] YASMI If yes, smi must be taken into account [in] ZCONV The piece-wise constant part of advection field IS DM1*GRAD(ZCONV), SEE SOLSYS.
Definition at line 13 of file cvtrvf_nerd_2.f.
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