BUILD dependencies

• Fesapi v1.1.0.0
• ParaView with same HDF5 libraries used by Fesapi

  known to work on Linux and Windows with ParaView 5.6.0

BUILD & INSTALL Fespp

1. CONFIGURE Fespp with CMAKE You should fill in the following variables

   • FESAPI_DIR:PATH=../install A FindFesapi script will automatically use the above variable to set the FESAPI_INCLUDE and FESAPI_LIBRARY variables (visible in advanced mode)
   • ParaView_DIR:PATH=../PV5-6_Build/install/lib/cmake/paraview-5.6 (or, on windows, the cmake build directory of your built paraview from source)
   • If Qt has been built with ParaView, Qt5_DIR:PATH=../PV5-6_Build/install/lib/cmake/Qt5 else you should reference to your own Qt version (for example C:/Qt/Qt5.10.1/5.10.1/msvc2015_64/lib/cmake/Qt5)

2. GENERATE the build solution with CMAKE once the CONFIGURE step is OK

3. BUILD the solution generated by CMAKE

4. COPY the folllowing built libraries in the Paraview bin folder.

   • On Linux:

     • libFesapiCpp.so (from Fesapi built)
     • libFesapiCpp.so.1.1 (from Fesapi built)
     • libFesapiCpp.so.1.1.0 (from Fesapi built)
     • libFespp.so (from Fespp built)

   • on Windows:

     • FesapiCpp.1.1.0.0.dll (from Fesapi built)
     • Fespp.dll (from Fespp built)

Execution

1. Only if you use MPI Paraview version, Run the Paraview server (Caution : use MPI build of ParaView!!!) :

   mpirun -np 8 ./pvserver

2. Run the Paraview client :

   ./paraview

3. Only if you use MPI Paraview version, Connect the Client to the Server On client side : File->Connect... and then fill in the required fields.
4. Loading of the Fespp plugins (Caution: on client and, only if you use MPI Paraview version, server sides!!!)

   Menu Tools->Manage plugins... and then select and Load libFespp.so

5. You can now load a RESQML file (epc document)
   • via epc load manager (icon)