#How to uninstall black mesa full#
#How to uninstall black mesa software#

If I set my headset in Oculus mode in Vorpx configuration, the game loads and plays fine, however the TrackIR view is often facing the wrong direction. IвЂ™ve been trying to get Vorpx working with F1 2021, using an Oculus Quest 1 via Oculus link. They just canвЂ™t deal well with an application that wants to do the game to headset framerate conversion on its own, pretty much like WMR headsets behaved over SteamVR before Microsoft came up with their totally awesome WMR OpenXR runtime. Pimax headsets are much less liekely to stay solid in that respect than other headsets and thus are more sensitive to judder with vorpX than other headsets. Unfortunately thatвЂ™s where вЂbrainwarpвЂ™ gets in the way. vorpX works best when it can do all interpolation from the game framerate to the headset refresh rate by itself. If you select 72 in PiTool, it should be 72, if you select 90 in PiTool, it should be 90 and so on.

What I should have said is that the second number in the vorpX FPS counter should ideally always be the refresh rate of your headset. Unfortunately no way to turn that stuff off entirely.

#How to uninstall black mesa software#

The main issue with Pimax in conjunction with vorpX is the вЂbrainwarpвЂ™ software layer. I only need a Pimax headset to make sure things are working, no need for anything elese than what I have here. Again: This only applies to synchronous rendering, you wonвЂ™t lose any precious FPS in default asynchronous mode. Might cost a few FPS here and there, but since synchronous (now better called single-threaded) rendering for the most part is only useful for headset runtime motion smoothing, which caps the framerate anyway, allowing that to work in the best possible way in the end is more important. So that will change with the next vorpX version: instead of trying not to lose a single millisecond for any waits, vorpX in synchronous mode will now behave like a native app with a single main render thread. That way no time is lost for hard syncing even in synchronous mode, but itвЂ™s not ideal for headset runtime motion smoothing. Currently in this mode vorpX still runs two threads side by side with only the frametimes being synced, but not their individual start points. The synchronous mode however where game and headset framerate are linked to each other to let headset runtime motion smoothing do its thing for those who prefer that will work quite a bit differently. Nothing will change in that respect, in fact vorpX will even be able to better keep up the ideal headset framerate under high GPU load. The second huge advantage is that this way vorpX by design can handle extremely low game framerates below half the headset refresh rate where things typically fall apart entirely with headset runtime motion smoothing. ThatвЂ™s how things are intended to be done, mostly because in contrast to headset runtime motion smoothing this mode works fine with uneven game/headset ratios (e.g.

#How to uninstall black mesa full#

In this mode the second thread as always should ideally run at the full headset refresh rate, so that vorpX can do the game to headset framerate conversion entirely on its own. Not much will change for the default (at least for most headsets) asynchronous mode, where vorpX runs a second thread for rendering the final image to the headset. TLDR: Nothing will change in default (asynchronous) mode, except better headset framerate stability, but synchronous mode will work differently. If you are the more technical minded type of guy (or guydessв„ў) who likes to tinker with the sync options in the vorpX menu, you should be aware that there will be a little change to how things work in the next version.