Open the ParaView client and click the Connect button or from the File menu choose connect. Choose a "unix" configuration if you are running MacOS or Linux. Choose a "win" configuration if you are running Windows. Close any instances of ParaView running on your desktop.Äownload one of the following NERSC server configurations to your workstation.NERSC provides an integrated server configuration that enables "point and click" ssh tunnel configuration, job configuration and submission, enabling users to quickly launch the ParaView server on NERSC systems. This can be done in the Windows control panel, by opening "Control Panel\System and Security\System", opening the "Advanced System Settings" page, and opening the "Environment Variables" dialog box. The PuTTY install folder needs to be added to the system path after the install. This program can be installed using the Windows installer from the PuTTY download site. The ssh client, plink.exe, needs to be installed before using ParaView. On Windows the ssh and terminal functions are provided by the programs plink.exe and cmd.exe, of which only cmd.exe will come pre-installed. On Linux and Mac this functionality is provided by the ssh and xterm programs, both of which should come pre-installed on most Linux and Mac systems. In order to use ParaView remotely you will also need an ssh client and a terminal program. Use the following link to download the correct ParaView client binary version for your desktop environment: ParaView binaries. The version number that you install must identically match the version installed at NERSC. This ensures client-server compatibility. It is recommended that you use the binaries provided by Kitware on your workstation matching the NERSC installed version. Running ParaView remotely in a client-server configuration involves establishing an ssh tunnel to the login node, launching the ParaView server, and connecting the server to the client over the tunnel via a socket. The following describes the steps you will take to install ParaView on your desktop and configure it so that you can launch parallel jobs on remote systems from within the ParaView GUI. The ParaView client (or simply paraview) will run on your desktop while the server will run at the remote supercomputing site. ParaView was developed to analyze extremely large datasets using distributed memory computing resources and can be run on supercomputers to analyze terascale datasets, as well as on laptops for smaller data. The data exploration can be done interactively in 3D or programmatically using ParaView's batch processing capabilities. ParaView users can quickly build visualizations to analyze their data using both qualitative and quantitative techniques. ParaView is an open-source, multi-platform data analysis and visualization application.
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