After doing a bit of math(s) with trigonometry using the pixel count, physical width, and screen angle, I calculate an exact measurement of 0.624501 cm for each bezel. And that’s actually the virtual space between the viewable screens rather than the physical width of the bezels which may be at a different perspective from viewing. So, the bezel corrected resolution of 5844 is adding 42 pixels for the gap between left and center screens…and 42 pixels for the gap between center and right screens. In my case, the 3 monitors each with 1920 would equal 5760. But, since you’re using a bezel corrected resolution, that horizontal resolution actually tells you your exact bezel width as well…sort of. Regarding bezel width, it is simple enough to measure that with a ruler. And that solved the vertical alignment issue. So, I divide 54 by 1920 and then multiply by 1080 to get a calculated height of 30.375 cm. In my case, the physical width of the individual monitor is 54 cm. If you don’t, there will be a misalignment with vertical stretch on the side screens. But if you measure the actual physical width since using a bezel corrected resolution as I do, then you must instead calculate the height. If you’re measuring the viewable screen, then that’s no problem. Regarding each monitors' width and height, the game expects them to have the same aspect ratio as the monitor resolution. Enter the angle from forward for the left and right screens (should be same as individual screen FOV if set up using correct angles…trigonometry…identical angles…etc). Enter the distance to eye for each screen (ideally the same for all 3 if set up with correct angle). Enter the bezel widths for each screen (even though you’re using bezel corrected resolution). Enter the physical width and height of each screen (more detail below on that). Though you may need to try using 1920 x 1080 for your setup with the reduced resolution. However, you may not be able to change the camera FOV until after the triple screen settings are updated.Įdit triple screen settings in the XML file including all of the following: Enter your individual screen native resolution for each of the three screens. In the game’s camera settings, enter the FOV for just your center monitor alone (for me that’s 45 degrees…not the combined 135 for all three screens). Use your bezel corrected resolution in game and enable triple screen. And I have gotten rid of all stretch and misalignments. I use triples and the bezel corrected resolution. Even when putting the correct measurements and resolution (1920x1080 because of the custom resolution) into the file I get the disastrous result you can see above. What can I do to get the non-bezel corrected resolution to work right like the regular 1440p resolution? I want to use the per-screen-rendering and I'd like to avoid the strechted bezel-corrected resolution but fiddling around with the "triplescreensettings.xml" didn't help here. WORKS BUT STRECHTED, DON'T LIKE IT, WORSE PERFORMANCE ON TOP OF THAT IT'S FINE BUT PERFORMANCE ISN'T THAT GREATīezel corrected 7780x1440 144 Hz (with triple screen spanning disabled in the AMS2 settings) Non-bezel corrected 7680x1440 144 Hz (with triple screen spanning enabled in the AMS2 settings) Non-bezel corrected 5760x1080 144 Hz (with triple screen spanning enabled in the AMS2 settings)īezel corrected 5840x1080 144 Hz (with triple screen spanning disabled in the AMS2 settings) It works just fine with rF2, ACC and AC but with AMS2 I do have misalignments and graphical glichtes. To cope with the performance requirements, I've created a 5760x1080 144 Hz custom resolution and a bezel corrected 5840x1080 one.
I'm using three Dell S3220DGF 1440p monitors and they work just fine. MINOR BUG: cockpit camera for Ultima GTR Race is not centered
0 kommentar(er)
