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NEWS.txt
View file @ bbc4b53a
......@@ -4,7 +4,7 @@ Latest developments on main
GAIA: Add a feature to skip bed updates in a first period of the simulation.
New keyword: SPINUP TIME FOR BED UPDATING.
TELEMAC3D: TELEMAC3D was not correctly giving the wind to TOMAWAC.
TELEMAC3D: TELEMAC-3D was not correctly giving the wind to TOMAWAC.
It was using TOM2TEL instead of TEL2TOM.
Python: Fix url of Corine Land Cover (CLC) database and possibility to use
......
configs/systel.edf.cfg
View file @ bbc4b53a
......@@ -11,6 +11,7 @@ configs: S9.gfortran.dyn S9.gfortran S9.gfortran.debug S9.gfortran.verrou
S9.intel S9.intel.debug
S10.gfortran.dyn S10.gfortran.debug
S10.nag.dyn S10.nag.debug
S11.gfortran.dyn S11.gfortran.debug
gaia.intel.dyn gaia.intel.debug gaia.gnu.dyn gaia.gnu.debug
gaia.nag.dyn gaia.nag.debug cronos.intel.dyn cronos.intel.debug
cronos.gnu.dyn cronos.gnu.debug cronos.nag.dyn cronos.nag.debug
......@@ -378,6 +379,48 @@ incs_all: [incs_med] [incs_mumps] [incs_gotm]
libs_all: [libs_so_mumps] [libs_med] [libs_metis] [libs_gotm]
cflags: -fPIC
#
# _____ __________________________________
# ____/ Scibian 11 /_________________________________/
#
# GFortran
#
[S11.gfortran.dyn]
brief: Scibian 11 dynamic build using GFortran 10.2.1 and Open MPI.
options: api
#
f2py_name: f2py3
pyd_fcompiler: gnu95
sfx_lib: .so
#
libs_med: -lm -L$MEDHOME/lib -lmed -lhdf5_serial -ldl -lstdc++ -lz
obj_flags: -O2 -fPIC [fflags_gfo] [flags_mpi] [flags_mumps] [flags_med] [flags_aed] [flags_gotm]
lib_flags: -fPIC -shared [fflags_gfo]
#
exe_flags: -fPIC [fflags_gfo]
#
cmd_lib: [fc] [lib_flags] -o <libname> <objs>
libs_all: [libs_so]
cflags: -fPIC
#
[S11.gfortran.debug]
brief: Scibian 11 dynamic build using GFortran 10.2.1 and Open MPI, in debug mode.
options: api
#
f2py_name: f2py3
pyd_fcompiler: gnu95
sfx_lib: .so
#
libs_med: -lm -L$MEDHOME/lib -lmed -lhdf5_serial -ldl -lstdc++ -lz
obj_flags: -c -O0 -fPIC [fflags_gfo] [fflags_debug_gfo] [flags_mpi] [flags_mumps] [flags_med] [flags_aed] [flags_gotm]
lib_flags: -fPIC -shared [fflags_gfo] [fflags_debug_gfo]
#
exe_flags: -fPIC [fflags_gfo]
libs_all: [libs_so]
#
cflags: -fPIC
#
cmd_lib: [fc] [lib_flags] -o <libname> <objs>
#
# _____ ____________________________________
# ____/ Gaia cluster /___________________________________/
#
......
documentation/gaia/user/latex/HowTos.tex
View file @ bbc4b53a
......@@ -20,7 +20,7 @@ Typically, these files are contained in a folder, for example in the folder simu
simulation\bc_bifurcation_tel.cli
simulation\geo_bifurcation.slf
simulation\res_bifurcation_hotstart_tel.slf
simulation\run_bifurcation_sis.cas
simulation\run_bifurcation_gai.cas
simulation\run_bifurcation_tel.cas
\end{verbatim}
\end{footnotesize}
......
documentation/telapy/user/latex/chap2.tex
View file @ bbc4b53a
......@@ -109,7 +109,6 @@ by the API\@. The definition of the ``instance'' structure is made in a
%Automatically generated by python list of variables
\input{latex/var_list_t2d.tex}
\input{latex/var_list_t3d.tex}
\input{latex/var_list_sis.tex}
\input{latex/var_list_art.tex}
\input{latex/var_list_wac.tex}
......
examples/gaia/littoral-t2d-tom/vnv_tel2tom.py
View file @ bbc4b53a
......@@ -299,8 +299,8 @@ class VnvStudy(AbstractVnvStudy):
# Getting files
vnv_1_wacres = self.get_study_file('vnv_1:WACRES')
res_vnv_1_wacres = TelemacFile(vnv_1_wacres)
vnv_1_sisres = self.get_study_file('vnv_1:GAIRES')
res_vnv_1_sisres = TelemacFile(vnv_1_sisres)
vnv_1_gaires = self.get_study_file('vnv_1:GAIRES')
res_vnv_1_gaires = TelemacFile(vnv_1_gaires)
vnv_1_t2dgeo = self.get_study_file('vnv_1:T2DGEO')
res_vnv_1_t2dgeo = TelemacFile(vnv_1_t2dgeo)
vnv_1_t2dres = self.get_study_file('vnv_1:T2DRES')
......@@ -312,8 +312,8 @@ class VnvStudy(AbstractVnvStudy):
res_vnv_3_tomgeo = TelemacFile(vnv_3_tomgeo)
vnv_3_wacres = self.get_study_file('vnv_3:WACRES')
res_vnv_3_wacres = TelemacFile(vnv_3_wacres)
vnv_3_sisres = self.get_study_file('vnv_3:GAIRES')
res_vnv_3_sisres = TelemacFile(vnv_3_sisres)
vnv_3_gaires = self.get_study_file('vnv_3:GAIRES')
res_vnv_3_gaires = TelemacFile(vnv_3_gaires)
vnv_3_t2dres = self.get_study_file('vnv_3:T2DRES')
res_vnv_3_t2dres = TelemacFile(vnv_3_t2dres)
......@@ -334,7 +334,7 @@ class VnvStudy(AbstractVnvStudy):
# Plotting BED SHEAR STRESS at -1
vnv_plot2d('BED SHEAR STRESS',
res_vnv_1_sisres,
res_vnv_1_gaires,
record=-1,
filled_contours=True,
fig_size=(12, 7),
......@@ -375,7 +375,7 @@ class VnvStudy(AbstractVnvStudy):
# Plotting BED SHEAR STRESS at -1
vnv_plot2d('BED SHEAR STRESS',
res_vnv_1_sisres,
res_vnv_1_gaires,
record=-1,
filled_contours=True,
fig_size=(12, 7),
......@@ -399,7 +399,7 @@ class VnvStudy(AbstractVnvStudy):
# Plotting BED SHEAR STRESS at -1
vnv_plot2d('BED SHEAR STRESS',
res_vnv_3_sisres,
res_vnv_3_gaires,
record=-1,
filled_contours=True,
fig_size=(12, 7),
......@@ -415,5 +415,5 @@ class VnvStudy(AbstractVnvStudy):
# Closing files
res_vnv_1_wacres.close()
res_vnv_1_sisres.close()
res_vnv_1_gaires.close()
res_vnv_1_t2dres.close()
examples/tomawac/Coupling_Wind/f3d_3Dcoupling.slf LFS
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No preview for this file type
examples/tomawac/Coupling_Wind/f3d_3Dcoupling_diff.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/f3d_littoral_diff.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/fom_3Dcoupling.slf LFS
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No preview for this file type
examples/tomawac/Coupling_Wind/fom_3Dcouplittoral_diff.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/geo_littoral-tom2tel.cli 0 → 100644
View file @ bbc4b53a
This diff is collapsed.
examples/tomawac/Coupling_Wind/geo_littoral-tom2tel.slf 0 → 100644 LFS
View file @ bbc4b53a
File added
examples/tomawac/Coupling_Wind/geo_t3d_tel2tom_diff.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/geo_tom_different.cli 0 → 100644
View file @ bbc4b53a
5 4 4 0.000 0.000 0.000 0.000 2 0.000 0.000 0.000 714 1 # newBoundary (68 - 714)
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examples/tomawac/Coupling_Wind/geo_tom_littoral-tel2tom.cli 0 → 100644
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examples/tomawac/Coupling_Wind/geo_tom_littoral-tel2tom.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/geo_tom_tom2tel_diff.slf 0 → 100644 LFS
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File added
examples/tomawac/Coupling_Wind/t3d_3Dcoupling.cas
View file @ bbc4b53a
......@@ -7,7 +7,9 @@
TITLE = 'TELEMAC 3D : COUPLAGE TOMAWAC'
/
/----------------------------------------------------------------------/
/ COUPLAGE AVEC TOMAWAC /
/ GENERAL OPTIONS
/----------------------------------------------------------------------/
/ COUPLING WITH TOMAWAC /
/----------------------------------------------------------------------/
WAVE DRIVEN CURRENTS = YES
COUPLING WITH = 'TOMAWACT3D'
......@@ -35,7 +37,7 @@ INITIAL ELEVATION : 0.
PRESCRIBED ELEVATIONS : 0.;0.;0.
PRESCRIBED VELOCITIES : 0.;0.;0.
MASS-BALANCE = YES
TIDAL FLATS = NO
TIDAL FLATS = YES
NON-HYDROSTATIC VERSION = NO
/-------------------------
/ CONVECTION-DIFFUSION-PROPAGATION
......@@ -53,14 +55,15 @@ FREE SURFACE GRADIENT COMPATIBILITY = 0.9
MATRIX STORAGE = 3
MASS-LUMPING FOR DEPTH = 1.0
MASS-LUMPING FOR VELOCITIES = 0.9
IMPLICITATION FOR DEPTH = 0.6
IMPLICITATION FOR VELOCITIES = 1.0
HORIZONTAL TURBULENCE MODEL = 4
/ This choice of vertical turbulence is chosen to be simple
/ but not recommanded for use.
VERTICAL TURBULENCE MODEL = 1
/----------------------------/
/ TERMES SOURCES
/ SOURCE TERMS
/----------------------------/
LAW OF BOTTOM FRICTION = 5
FRICTION COEFFICIENT FOR THE BOTTOM = 0.001D0
......
examples/tomawac/Coupling_Wind/t3d_littoral.cas
View file @ bbc4b53a
......@@ -52,6 +52,8 @@ MASS-LUMPING FOR DIFFUSION = 1.
IMPLICITATION FOR DIFFUSION = 1.
/
HORIZONTAL TURBULENCE MODEL = 4
/ This choice of vertical turbulence is chosen to be simple
/ but not recommanded for use.
VERTICAL TURBULENCE MODEL = 1
/----------------------------/
......
examples/tomawac/Coupling_Wind/t3d_tel2tom_different.cas 0 → 100644
View file @ bbc4b53a
TITLE = 'TELEMAC 3D : COUPLAGE TOMAWAC'
/
/----------------------------------------------------------------------/
/ GENERAL OPTIONS
/----------------------------------------------------------------------/
/ COUPLING WITH TOMAWAC /
/----------------------------------------------------------------------/
WAVE DRIVEN CURRENTS = YES
COUPLING WITH = 'TOMAWACT3D2'
COUPLING PERIOD FOR TOMAWAC = 1
TOMAWAC STEERING FILE = 'tom_3Dcouplittoral_diff.cas'
BOUNDARY CONDITIONS FILE : geo_t3d_littoral.cli
GEOMETRY FILE : geo_t3d_tel2tom_diff.slf
3D RESULT FILE : r3d_3Dcoupling_diff.slf
2D RESULT FILE : r2d_3Dcoupling_diff.slf
/
/----------------------------------------------------------------------/
/ OPTIONS GENERALES
/----------------------------------------------------------------------/
NUMBER OF TIME STEPS : 100
TIME STEP : 10.
LISTING PRINTOUT PERIOD : 10
GRAPHIC PRINTOUT PERIOD : 10
VARIABLES FOR 2D GRAPHIC PRINTOUTS : X,Y
VARIABLES FOR 3D GRAPHIC PRINTOUTS : Z,U,V,W,US,VS,WS
NUMBER OF HORIZONTAL LEVELS = 5
INITIAL CONDITIONS : 'CONSTANT ELEVATION'
INITIAL ELEVATION : 0.
PRESCRIBED ELEVATIONS : 0.;0.;0.
PRESCRIBED VELOCITIES : 0.;0.;0.
MASS-BALANCE = YES
TIDAL FLATS = YES
NON-HYDROSTATIC VERSION = NO
/-------------------------
/ CONVECTION-DIFFUSION-PROPAGATION
/-------------------------
SOLVER FOR DIFFUSION OF VELOCITIES = 1
MAXIMUM NUMBER OF ITERATIONS FOR DIFFUSION OF VELOCITIES = 200
ACCURACY FOR DIFFUSION OF VELOCITIES = 1.D-9
/
SOLVER FOR PROPAGATION = 7
MAXIMUM NUMBER OF ITERATIONS FOR PROPAGATION = 200
ACCURACY FOR PROPAGATION = 1.D-9
/ diminuer si pas stable, jusqu'à 0
FREE SURFACE GRADIENT COMPATIBILITY = 0.9
/
MATRIX STORAGE = 3
MASS-LUMPING FOR DEPTH = 1.0
IMPLICITATION FOR DEPTH = 0.6
IMPLICITATION FOR VELOCITIES = 1.0
HORIZONTAL TURBULENCE MODEL = 4
/ This choice of vertical turbulence is chosen to be simple
/ but not recommanded for use.
VERTICAL TURBULENCE MODEL = 1
/----------------------------/
/ SOURCE TERMS
/----------------------------/
LAW OF BOTTOM FRICTION = 5
FRICTION COEFFICIENT FOR THE BOTTOM = 0.001D0
WIND : YES
ASCII ATMOSPHERIC DATA FILE = 'fo1_wind'
OPTION FOR WIND = 2

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