open TELEMAC-MASCARET

installation_notes_2_beta

b.basic — 2026-01-28T15:00:13+01:00

The openTELEMAC system is written in Fortran (standard Fortran 2003). The mathematics, the physics, the advanced parallelisation are all in Fortran. Therefore, if you wish to recompile the system from its source code to tune the compiler optimisation to your processor or if you need to input your own Fortran code to model the specifics of your application (boundary, initial conditions, special output variable, etc.) a Fortran compiler is required (compatible with standard Fortran 2003).

start - [Other documentation]

b.basic — 2026-01-28T14:58:42+01:00

These wikis will give us the opportunity to build the on-line documentation of the TELEMAC system and its modules. A word of caution about these wikis A word of caution as you read through these wikis: they are not always as up-to-date as we'd like these to be. In other words, there is still a lot that the TELEMAC-MASCARET system can do that isn't yet covered in these wikis.

telemac_git_repository - created

b.basic — 2026-01-28T14:58:26+01:00

Source code management for openTELEMAC The openTELEMAC system source code is hosted on a GitLab server, available at the following address:. The Git repository allows users to stay connected to the updates and report issues, developers to submit and share their proposed changes and for the TELEMAC Consortium to ensure that the openTELEMAC system remains a professional and peer reviewed scientific code for real world environmental hydraulics ap…

documentation_9.1.0 - created

b.basic — 2026-01-28T14:43:33+01:00

NEWS.txtartemis_user_9.1coupling_user_9.1courlis_user_9.1gaia_user_9.1khione_user_9.1nestor_user_9.1postel3d_user_9.1stbtel_user_9.1telapy_user_9.1telemac2d_user_9.1telemac3d_user_9.1tomawac_user_9.1waqtel_user_9.1courlis_theory_guide_9.1mascaret_theory_guide_9.1telemac2d_theory_guide_9.1telemac3d_theory_guide_9.1waqtel_theory_guide_9.1artemis_reference_9.1courlis_reference_9.1gaia_reference_9.1khione_reference_9.1mascaret_reference_9.1postel3d_reference_9.1stbtel_reference_9.1telemac2d_referenc…

documentation_9.0.0 - created

b.basic — 2024-12-06T14:31:27+01:00

NEWS.txtartemis_user_9.0coupling_user_9.0courlis_user_9.0gaia_user_9.0khione_user_9.0nestor_user_9.0postel3d_user_9.0stbtel_user_9.0telapy_user_9.0telemac2d_user_9.0telemac3d_user_9.0tomawac_user_9.0waqtel_user_9.0courlis_theory_guide_9.0mascaret_theory_guide_9.0telemac3d_theory_guide_9.0waqtel_theory_guide_9.0artemis_reference_9.0courlis_reference_9.0gaia_reference_9.0khione_reference_9.0postel3d_reference_9.0stbtel_reference_9.0telemac2d_reference_9.0telemac3d_reference_9.0tomawac_reference_9.…

documentation_v8p5r1 - created

b.basic — 2024-12-06T14:21:01+01:00

NEWS.txtartemis_user_v8p5coupling_user_v8p5courlis_user_v8p5gaia_user_v8p5khione_user_v8p5nestor_user_v8p5postel3d_user_v8p5stbtel_user_v8p5telapy_user_v8p5telemac2d_user_v8p5telemac3d_user_v8p5tomawac_user_v8p5waqtel_user_v8p5courlis_theory_guide_v8p5mascaret_theory_guide_v8p5telemac3d_theory_guide_v8p5waqtel_theory_guide_v8p5artemis_reference_v8p5courlis_reference_v8p5gaia_reference_v8p5khione_reference_v8p5postel3d_reference_v8p5stbtel_reference_v8p5telemac2d_reference_v8p5telemac3d_reference…

installation_on_windows - [Installation on Windows]

b.basic — 2024-02-08T08:34:13+01:00

There are several ways of installing TELEMAC on Windows: Using the automatic installer Starting with TELEMAC V8P4, an automatic installer providing prebuilt binaries of the software is generated after each release. The installer provides native binaries of the TELEMAC system, including all its dependencies and prerequisites: MED, MUMPS, GOTM, AED2, METIS, MS-MPI and Python, as well as all Python packages required to run TELEMAC examples and notebooks. A Windows version of GFortran is also i…

installation_linux_hdf5

b.basic — 2024-02-08T08:25:55+01:00

If you have rights, you can install HDF5 using your OS package manager, such as in the case of Debian-like distros: sudo apt install libhdf5-dev hdf5-tools Otherwise you need to build HDF5 from its sources, which you can download from here Decompress them, then run the following commands:

installation_linux_med

b.basic — 2024-02-08T08:23:26+01:00

The MED format is built on top of and as such, requires the HDF5 library and tools. After installing HDF5, you can download the MED sources from here here Uncompress them and run the following commands from the uncompressed folder: ./configure CFLAGS=-O2 CXXFLAGS=-O2 FFLAGS=-O2 --disable-python make sudo make install

documentation_v8p4r1 - [Miscellaneous Manuals]

b.basic — 2023-12-20T16:26:01+01:00

NEWS.txtartemis_user_v8p4coupling_user_v8p4courlis_user_v8p4gaia_user_v8p4khione_user_v8p4nestor_user_v8p4postel3d_user_v8p4sisyphe_user_v8p4stbtel_user_v8p4telapy_user_v8p4telemac2d_user_v8p4telemac3d_user_v8p4tomawac_user_v8p4waqtel_user_v8p4mascaret_theory_guide_v8p4telemac3d_theory_guide_v8p4waqtel_theory_guide_v8p4artemis_reference_v8p4courlis_reference_v8p4gaia_reference_v8p4khione_reference_v8p4postel3d_reference_v8p4sisyphe_reference_v8p4stbtel_reference_v8p4telemac2d_reference_v8p4telem…

documentation_v8p3r2 - created

b.basic — 2023-12-20T16:24:48+01:00

python:compiletelemac - [Tools for the compilation of the TELEMAC system : compileTELEMAC.py]

b.basic — 2022-12-08T11:02:58+01:00

Python for TELEMAC Tools for the compilation of the TELEMAC system : compile_telemac.py compile_telemac.py Arguments available under compile_telemac.py are listed with compile_telemac.py --help. They are : ---------------- -c allows the user to specify one configuration in particular amongst all the configurations given in the configuration file. The system will then be compiled for that configuration only.

python:validatetelemac - [Tools for the validation of the TELEMAC system : validateTELEMAC.py]

b.basic — 2022-12-08T11:02:07+01:00

Python for TELEMAC Tools for the validation of the TELEMAC system : validate_telemac.py validate_telemac.py Arguments available under validate_telemac.py are listed with validate_telemac.py --help. They are : --------------------------------------------------------

python:python_for_telemac - [The Python scripts in the context of ...]

b.basic — 2022-12-08T10:58:41+01:00

Wikis of the TELEMAC system Introduction The TELEMAC system is written in Fortran (standard Fortran 95). The mathematics, the physics, the advanced parallelisation are all in Fortran. Therefore, if you wish to recompile the TELEMAC system from its source code, to tune the compiler optimisation to your processor or if you need to input your own Fortran code to model the specifics of your application (boundary, initial conditions, special output variable, etc.) a Fortran compiler is required …

installation_on_linux

b.basic — 2022-12-08T10:53:36+01:00

In the steps below, we will use to install a package on distributions based on Debian Linux. The command might be different on your distribution, e.g.: Fedora, CentOS, RHEL or openSUSE: Mageia: . Here is a list of tools and libraries that you will need to build and run the TELEMAC-MASCARET system.

installation_linux_gotm

b.basic — 2022-11-29T19:29:43+01:00

You can download the sources from here Uncompress them and run the following commands from the uncompressed folder: mkdir build cd build cmake .. -DGOTM_USE_NetCDF:BOOL=OFF -DBUILD_SHARED_LIBS=ON make make install If you want to specify where to install the library, use CMake with the following options:

python:config - [Tools for the configuration of the TELEMAC-MASCARET system : config.py]

b.basic — 2022-10-24T15:23:10+01:00

Python for TELEMAC Tools for the configuration of the TELEMAC-MASCARET system : config.py config.py, with no other argument, returns the version of the TELEMAC-MASCARET system found in the PATH. If the system PATH has not been updated to include the TELEMAC-MASCARET system, config.py will return the version and revision number of the local system where config.py was started.

installation_linux_aed

b.basic — 2022-10-24T15:16:43+01:00

The TELEMAC-MASCARET system is only compatible with the 1.2.0 version of the AED2 library, which you can download from here: Uncompress the file, go to the aed2_1.2 directory and enter the following command to build AED2 as a shared library: make shared Then, to install the library to a specific folder, e.g. $HOME/opt/aed2-1.2, you need to do the following:

documentation_v8p1r2 - created

y.audouin — 2020-10-13T16:32:33+01:00

NEWS.txttelemac2d_user_v8p1telemac3d_user_v8p1tomawac_user_v8p1sisyphe_user_v8p1stbtel_user_v8p1postel3d_user_v8p1waqtel_user_v8p1telapy_user_v8p1gaia_user_v8p1telemac3d_theory_guide_v8p1mascaret_theory_guide_v8p1waqtel_theory_guide_v8p1artemis_reference_v8p1telemac2d_reference_v8p1telemac3d_reference_v8p1tomawac_reference_v8p1sisyphe_reference_v8p1stbtel_reference_v8p1postel3d_reference_v8p1waqtel_reference_v8p1khione_reference_v8p1gaia_reference_v8p1telemac2d_validation_v8p1telemac3d_validatio…

documentation_v8p1r1 - [User Manuals]

ct.pham — 2020-05-08T16:55:01+01:00