If this doesn't work, then the next step would be to run VirtualGL in profiling mode: vglrun +pr {your application} You can also setenv VGL_PROFILE=1 on the client machine to get similar output from vglclient. This means you are selecting the GPU 0 on your machine. To run on other GPU, such as GPU 1 run: DISPLAY=:8 vglrun … You can now run applications in the remote desktop. According to the guide, everything I run should use virtualGL now, but I’m not seeing that. Since vglrun is not being used, it is necessary to use environment variables or the VirtualGL Configuration dialog to modify VirtualGL’s configuration. When running a command like: ls -l /lib64/libc.so.6 via vglrun cause a hung on CentOS/SL 6.2 x86_64 (with latest updates) Reproducible: 100% Environment: CentOS/Scientific Linux 6.2 x86_64 (base release and with latest updates) SELinux disabled vglusers restrictions not enabled VirtualGL v.2.3.2 x86_64 Nvidia Drivers 295.20 x86_64 DISPLAY=:8 vglrun -d :7.0 glxinfo Note. This could be an exception, I guess. For example, vglrun options can improve image quality at the expense of performance and network bandwidth. Without VirtualGL - same as before, after choosing the HFSS project tab and after initial rendering of the drawing pane the pane goes black on mouse over. Next, load your application and (if possible) get it to automatically rotate a model without mouse interaction. I can’t even find any relevant errors. This means that it is not really possible to use VirtualGL without running the DE through VirtualGL as well, unless you switch to some other desktop environment. Instead of relying on the NoMachine option to run everything with virtualGL, I’ll do it in another way. DISPLAY=:8 vglrun -d :7.0 glxinfo Note. When the ParaViewWeb application is finished, you should kill the vncserver session to release its resources and free up the display number it was using, as follows: kmod-nvidia-340xx (nvidia driver) Behavior: Using TurboVNC server. If possible, verify that 3D acceleration works on a local display without VirtualGL before adding VirtualGL to the mix. Now use the VirtualGL program, vglrun, to start the ParaViewWeb application of interest. VirtualGL-2.5. I can also start a 3D game with and without vglrun and verify the difference. You can provide vglrun options prior to the name of the graphics application, and options for the application afterward. You can run X applications normally; however, to run hardware-accelerated OpenGL applications, you must run the application prefaced by the vglrun command, e.g., to run the vaporgui application: % vglrun vaporgui Cleaning up To run on other GPU, such as GPU 1 run: DISPLAY=:8 vglrun … This should This means you are selecting the GPU 0 on your machine. This will run glxinfo on Xserver 7, device 0. VirtualGL 3D Without Boundaries Brought to you by: dcommander. This will run glxinfo on Xserver 7, device 0. See VirtualGL Reference for vglrun options.. vglrun Verification. Follow the ... (without vglrun.) Note that in modern versions of GNOME, such as the one in RHEL7, the desktop is unbearable slow with the NVIDIA driver installed (since it has a poor software GLX). VirtualGL is an open source toolkit that gives any Unix or Linux remote display software the ability to run OpenGL applications with full 3D hardware acceleration. But with 'vglrun' it runs and displays properly except several vglrun parameters does not come into effect if applied.
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