| Platform | Name | Additional Functions | |
|---|---|---|---|
| DataExplorer + Utilities | Python bindings | Download | |
| OpenGeoSys + Utilities | Python bindings | Download | |
| DataExplorer + Utilities | Download | ||
| OpenGeoSys + Utilities | Download | ||
| ogs-6.4.2-serial.sif (Singularity container) | Python bindings | Download | |
| ogs-6.4.2-openmpi-4.0.5.sif (Singularity container) | Python bindings OpenMPI | Download | |
| All | Benchmark input files Note: Large download! You can also browse and download individual subdirectories for 6.4.2 |
Download |
Note: When using Python bindings make sure to have Python installed on your system:
See www.opengeosys.org/releases/6.4.2/ for binary downloads.
Some of the highlights of this release are: the extension of the TH2M process to handle phase transitions, more processes can be run in parallel with PETSc and Taylor-Hood Elements, the new HDF5-based input/output routines, and the introduction of Jupyter Notebook based benchmarks (see an example ).
-q or --lh_elements for the implementation of parallel computing with Taylor Hood elements.vector<T*> const* to vector<T*> const&after_includes="true"-attribute after <include>s are evaluatetd, docs
.-m for specifying a mesh input directory.ctest. See docs
for more info.OGS_INSTALL_PETSCOGS_INSTALL_EXTERNAL_DEPENDENCIES to install (locally build) PETSc or MFront / TFEL into CMAKE_INSTALL_PREFIX.std::filesystem hacks for older compilers.OGS_DEPENDENCY_VERSIONS to overwrite entries in versions.json.venv and pip).OGS_USE_POETRY to OGS_USE_PIP (which now defaults to OFF!). Before poetry was used per default when it was found, now this behavior is reversed (needs to explicitly switched to ON).registry.opengeosys.org/ogs/ogs/ogs-petsc-jupyter.