This is HyPERION, as in Hydrodynamics Platform for Exascale Research, In situ analysis and OptimizatioN - Lagrangian variant
The example used in this project is heavily inspired by MicroHydroProject in the Modane project from CEA.
A compiler supporting the C++ 17 standard is required. A recent CMake version is recommended. As for third-party libraries, GMSH and VTK are both required. Additionally, ParaView compiled with Catalyst is needed for In Situ runs.
cmake -S . -B build -DGMSH_DIR=/path/to/gmsh -DVTK_DIR=/path/to/vtk
cmake --build build
To enable In Situ analysis, add the following options:
cmake -S . -B build [...] -DParaView_DIR=/path/to/paraview -DHYPERION_ENABLE_INSITU=ON
In the test case directory, for example test/sod, run :
/path/to/h2p sod2d.yaml
VTK output files are produced in the current directory.
For In Situ runs, a python script describing the analysis pipeline is required.
As an example, catalyst_insitu.py has been created in test/sod.
LehensGivris = Louis LE LANN (llelann) (CISD) Univ Bordeaux
Entraide avec Rémi LASVENES (rlasvenes) (CISD) Univ Bordeaux (Code pouvant être similaire)