An interactive data analysis and visualisation tool with 3D rendering capability
Description
ParaView is an open-source, multi-platform data analysis and visualization application with interactive 3D or programmatical batch processing capabilities
Read more on ParaView home page. For a manual visit the Paraview Guide page.
Modules
Version | Installation path | module file | compiler/MPI lib | comment |
---|---|---|---|---|
5.0.1 | /sw/viz/paraview/5.0.1/skl | paraview/5.0.1 | gcc/OpenMPI | Available in Emmy (HLRN-IV Gö) |
5.7.0 | /sw/viz/paraview/5.7.0/skl | paraview/5.7.0 | gcc-9.2.0, openmpi/gcc.9/3.1.5 | Available in Emmy (HLRN-IV Gö) and Lise (HLRN-IV Ber) |
5.9.0 | /sw/viz/paraview/5.9.0/skl | paraview/5.9.0 | gcc-9.2.0, openmpi/gcc.9/4.1.4 | Available in Lise (HLRN-IV Ber) |
Example Use
@HLRN: Start interactive job. If a lot of memory is needed, especially the fat nodes are suitable:
srun --partition=large96 --nodes=1 --ntasks-per-node=96 --mem=747000mb --pty bash
@HLRN: Load prerequisite modules
module load gcc/9.2.0 module load openmpi/gcc.9 module load anaconda3 module load llvm/9.0.0 module load paraview
@HLRN: Start Paraview-Server on your fat node bfn####
mpirun -n $SLURM_TASKS_PER_NODE pvserver
Wait a few seconds till your Paraview-Server provides a connection, typically with the port number 11111.
@local: Start a ssh tunnel on your preferred terminal to access the port of the fat node via a login node of the HLRN
ssh -N -L 11111:bfn####:11111 <user>@blogin.hlrn.de
Leave this terminal window open to keep the tunnel running. Before setting up a ssh tunnel check if your standard ssh login works. If you are a windows user without a proper terminal we recommend MobaXterm.
@local: Start your ParaView client GUI and access your Paraview-Server at
localhost:11111
Please note: the version of your local ParaView client has to be the same as the remote Paraview-Server. You can download various ParaView versions here. After calling "module load paraview" the version of the loaded module will be displayed.