The normal option (without every frame) means the footage on the FLIR (and mirrors) runs at 30 fps and look sometimes sluggish but is decent. Every frame means the refresh rate of the FLIR (and mirrors) runs at 60 fps (wich could be demanding on some hardware). Performance wise I would always play without mirrors.Īnd only use the "every frame" option when you have enough graphics power available. (at 256, the kneepad map charts are nearly unreadable)ĥ12 is perfectly fine but could look relative low-res on mirrors (if you use mirrors at all). I play in VR and would not recommend to go below 512 resolution. Generally the cockpit display resolution changes the resolution and readability of you kneepad, the mirror resolution and the live-footage (FLIR-image) on the MFDs. If you switch from 1024 to 512 and don't restart DCS, you will still see the 1024 result. It is very important that you restart DCS, when you switch the cockpit display resolution. Now I was wondering is there any way to make the MFD's /MPD's more readable then they currently are or am I just SOL!!! I had used the other F16 MFD Mod and tried to do something similar with the Apache but came up with nothing. now I adjusted the Resolution of Cockpit Displays to 1024 and it does not seem any different then the 256, now either it is bevcause it does not do anythnig really noticable or my OverAll G2 Resolution is just too low. The mod features usage of unused cockpit buttons in DCS to show/hide the app, and to upload the preset. I have a reverb G2 and a 1070GTX now my problem is and always has been reading the MFD's/MPD's in the different cockpits. thank you to all who made it possible and us Guinea pigs who continue with it. I am even able to get MSAAx2 in on the deal plus 30% Open XR has been a God send. Maybe one day I can look into getting a new GPU. In an air combat role, the F-16's maneuverability and combat. It provides a relatively low-cost, high-performance weapon system for the United States and allied nations. It is highly maneuverable and has proven itself in air-to-air combat and air-to-surface attack. Now the MPD looks a little better but not near as good as 50% but I can just use the old trick of Zoom in on the MPD and just be happy I can even fly in VR. The F-16 Fighting Falcon is a compact, multi-role fighter aircraft. I set it at 30% and been testing a bunch of missions it seems to be holding Steady. With 40% I gained a bit but in Multiplayer missions it was still a bit off. I am right now sitting on 30% seems the best balance, I did get as high as 50% but that was mostly single player missions with the FPS down to about 30-35FPS. I just thought the Cockpit display actually made the MPD/MFD's clearer when I do believe like another pointed out it controls the mirrors. I am now trying OpenXR and it seems I can get a higher Overall Rez setting with OpenXR. Well Since I got the 1070 some months ago I had tweaked DCS and SteamVR to the absolute absolute. These have huge effect on cockpit readability and overall ingame sharpness (of course at the cost of performance) Have you been playing with both the SteamVR supersampling setting and the PD setting within DCS? In the future, I plan to add features that make it easier to debug a misbehaving RS-485 bus.įor nine Arduino boards, you should have no issues with using USB for everything.You probably already know this, but just in case: It works without issues for some, while others have had a bunch of hard to diagnose problems. In practice, the RS-485 feature of the DCS-BIOS Arduino library is not well documented yet and people have had various degrees of success in implementing it. In theory, you can connect up to 126 devices to one RS-485 bus (some transceiver chips only support 32 devices per bus). You will have to buy an Arduino Mega 2560 board which will be the bus master and connect all devices on up to three RS-485 buses via a single USB port. You can also connect each panel to an RS-485 transceiver chip like the MAX487. As long as each panel stays plugged into the same port on the same hub, Windows should not mess with the COM port numbers too much, and when it does change port numbers on you, you can fix it in 20 seconds. If you use DCS-BIOS, you have two options: connect everything via USB or use an RS-485 bus.Ĭonnecting everything over USB is not as annoying as it used to be, as the DCS-BIOS Hub has a graphical user interface where you select the COM ports you want to connect to and it remembers a list of ports it should automatically connect to. It's already running on my machine and I think I have found an API design that I am happy with now, so I'll probably release it some time next week. The problem that a DCS-BIOS-based simpit can only be used with one aircraft module will be solved in the very near future by adding Lua scripting to the DCS-BIOS Hub.
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