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About the graphical effects mentioned. These are WIP and not tested in beta yet, but this is the current list. Don't hold us to this cause I don't now what will make the final cut. Smoky tracks from tracers, like MG and AC, have been changed. The texture of the flashes is slightly changed for hits and explosions. Improved the effect of the flame 4. The fuel leak effect was changed, it became less noticeable, more realistic 5. Changed the effect of smoke from a damaged engine 6. Changed the effect from the wing tips, tried to achieve a wavy, more believable character. Added the effect of hitting bullets on a wooden plane 8. Improved visualization of light tracers of aircraft. This month is going a lot around with new graphical effects. Here there everywhere. New graphical cards coming out that support new graphical effects. Many game engines push forward. Now that question is IL-2 going to follow their footsteps, too? What you think about this? BOX is pretty delicious as far as eye candy goes. I still find the rain on the cockpit effect very, very cool. I see no reason BOX will not go ahead with the times and remain top shelf in the eye candy department. When have you known these guys to sit still when it comes to visuals? I wouldn't expect the ray traced stuff any time soon needs DX12 for a start but we know they will keep IL-2 looking great. Great graphics don't have to come from a new tech, exclusively. Ray tracing is valuable tech in complex environments as it ease the workload on artists who otherwise needs to do it the old fashion way. Also, the new RTX stuff, yeah, its there to make things happen faster, not look better. Instead of doing all the light manually in a level, you can just slap the level together and push the RTX button, receive the 'muh graphics' bacon. Real time, hardware accelerated, raytracing tech is not a new thing, AMD did it like 2 years ago as some other small startups, just google it up before gobbling up all the RTX coolaid. What the new RTX cards shine at is the 4k resolution post processing with the tensor cores and some software magic using them. Still look like dog poop but once they get it right, it might usher the era of proper 4k gaming and.. For BOSX we have to take the RTX effects out as to be effective this needs that the game be designed for it according to Nvidia , which at the moment is not the case. So if we take the RTX out remains the Tensor Core implemented pre-trained neural net that will work on pixel prediction to improve on performance for high resolution images like 4K. Here is a comparative table of both cards as it appeared on a Trusted Review website article on 22 August :. This performance gain is unknown and I have seen no numerical benchmark on it. If you are at 60 fps then you go to 64 fps. If you are at 30 fps then you move to Frankly this makes no difference at all. You then go from 60 to 67 fps and 30 to 33, or 28 to Visually the most visible effect would be in the low fps range as there we are the most sensible, but 60 to 64 not really, and to not at all. The RTX Ti is a good buy, because it is innovative in the longer term, will lead to better visual effects without performance degradation, in the coming months when drivers, TCE and game devs would have released code to use optimally the hardware potential of the board. The real gain will not be a matter of pure fps gain a little for sure , but an image quality in terms of visual effects without fps degradation that could not be reached otherwise. This 'neural net pixel prediction' sounds like a fancy way to say up-scaling with interpolation Pixels need to be rendered and hopefully not faked - does the company admit that the lacks a normal fill-rate to achieve something like the 4K? For 4x more pixels we need 4x more raw fill-rate unless we want to degenerate to console like 'ways' of applying lipstick on pigs Remember those benchmarks with 'DLSS' on or off? Then, why call those new cores tensors? To hide that those new ALUs aren't as flexible as previous shaders and have to work on fixed matrices, maybe?? The idea is that the AI samples some amount of pixel space, and compare it to surrounding pixel space and make an 'educated' guess of what the empty pixels are supposed to be. The 'dumb' algorithms just averaged the missing pixies, but the 'artificially intelligent' program uses some sort of voodoo to actually guess that this is suppose to be a line and this is a part of an object and fill in the missing parts 'intelligently'. Theoretically, the RTX card can draw frames in the order of: General graphical stuff you do on the CUDA cores, then ray trace the resulting mess, then use tensor cores to touch up and fill in the missing parts. And all those three components can work independently, so the you can have 3 frames in processing pipeline or work on one frame independently, depending how they setup the data exchange as you cannot ray trace or AI touch up what you have not rendered in some way Ofc, you need to have a game engine that is designed to leverage this technology, because your game engine must have a very specific order in which it orders the system to render the image, unless some sort of universal standard can be agreed upon Personally, i will wait for the next gen 7nm iteration of this, where all the kinks have been ironed out and the technology is widely accepted. Also, i am curious to see what AMD and Intel are cooking up in their garage. No matter what those tricks are this is bad news, actually. Even worse is that tricks demands extra software support and getting something half decent at higher res will depend on extra factors. Before, one would get a faster graphics card and be done. Apparently, not now Well, think this from the perspective of the available technology. You are reaching the limits of transistor, a 7nm is frack all and electrons are unruly little critters. I mean, jesus wept, silicon below 7nm will start having huge problems with tunneling, so you have to do lots of error correction or other exotic trickery There is also the fact that most of the exotic logic gates in lab are going to be a bitch and a half to upscale to FAB level production. The NVIDIA s doing the correct thing here and exploring other options to boost the fidelity and frames in the contexts of existing technology. Doing some AI integration to extend the capabilities of current tech is smart. And if done right, the tensor core solution to out ever increasing need for speed and graphical crack cocaine can help for the next few generations. I am all down to have multi GPU approach to this problem, but please bear in mind, most of the existing microcode and stuff is from 90's or 80's There will be a point where whole new Also, little fun fact, the silicon giants spend annually more dough on the RnD than the Apollo program I would like to see BoX having a graphics engine actually drawing stuff beyond 5km or so. Try altitude bombing and see a building pop into view when almost on top of it. Or fly at medium altitude.. Then we could talk about DX12 and doodahmagic effects.. Maybe because it needs some updates. If doing the shadows is as drop in as nvidia claims then it would be a pretty nice improvement to the game. One big improvement they could pretty much do right now with minimal effort would be making the cockpits use the same shader as the exterior of the plane, giving the cockpits some reflections and a better sense of place. The other thing they really need to do is move over to a PBR pipeline, but that would be a lot of work. Anyone benchmarked a ti yet? Mine is apparently delayed for at least a week, but will report back when I can. It is an experimental feature at best which will probably work on the ti. There are priorities and compromises - you looked at the Unigine's sim, right? How do you like the presented cockpit, there? How big is the flyable space? What can one do there aside from wandering around? The last demo from was xkm flyable space. Now you have km visibility distance and and and The point - the graphic from unigine can be done with the current Graphic Engine what BoX already has if you code into the game engine the tech what unigine use. Not sure if Unigine's game engine is intended to simulate anything complicated compared to BoX Game Engine but the base is there. The base where BoX Game Engine lacks and vice versa. It is amazing that we have so many different graphic engines around. Why Box has its own and does not use one 'standard'. It is strange that we have not ended up in certain consolidation with a graphic engine that does it all, at least in terms of animated 3d graphics. Rendering, lighting shading etc. Why doing one all over again. Having a standard tool would allow devs to forget about the engine and just concentrate on the game itself. I don't know. Maybe coding ambitious flight physics and damage model into a standard engine like that is not an easy task? I don't recall many games with those engines with extreme physics, ballistic and damage modeling. Also, you have to know how to handle all this on a very big map with limited consumer hardware ressources. Can anyone remind me? It's more about what you need the physics to do. Standard game physics in games are often not very reliable, and there is usually a limit to which elements are accounted for. Usually a global gravity and forces like wind may be used but they are very simple. When an object falls, air thickness, lift and drag and so forth are not calculated in any way. A simulator uses a very different type of physics simulation, with focus on the things that are important to flying. You have no idea what your talking about. The is a more than capable 4k card. Turing was a midway card anyways. Before that only rumors and wild speculations were available and we could talk only as such. I made that post September 2 well before the 19 so excuse me. You are nitpicking senselessly. Unfortunately that doesn't negate the copious amounts of idiocy on display in this thread. I literally felt dumber after reading it. ArmA and it's engine is hardly a showcase of efficient coding. Ain't they working on a new one? Been in quite a few planes going fast and droplets are not like that. Nevertheless a nice touch! You need to be a member in order to leave a comment. Sign up for a new account in our community. It's easy! Already have an account? Sign in here. Share More sharing options Followers 0. Recommended Posts. Livai Posted September 1, Posted September 1, edited. Jason said something about new graphical effects Quote. Guys, About the graphical effects mentioned. Link to comment Share on other sites More sharing options CanadaOne Posted September 1, Posted September 1, ShamrockOneFive Posted September 1, Ehret Posted September 1, For an open space environment like IL2? It is meh Posted September 2, edited. Ehret Posted September 2, Posted September 2, Posted September 5, Livai Posted September 10, Posted September 10, edited. Maybe because it needs some updates This is how Next-Gen Graphic looks for me. LizLemon Posted September 10, Posted September 10, GI would be nice as well but the game is sorta faking that as is. Jackrabbit Posted September 21, Posted September 21, Henree Posted September 28, Posted September 28, It is an experimental feature at best which will probably work on the ti a second ti is a much better investment. Ehret Posted September 30, Posted September 30, Livai Posted October 30, Posted October 30, Those are graphics demos as such they will look better by the principle. Posted November 19, AristocratPanda Posted November 19, Posted November 21, JonRedcorn Posted November 23, Posted November 23, Ehret Posted November 23, Posted November 26, Posted November 28, Posted October 28, Posted October 29, Create an account or sign in to comment You need to be a member in order to leave a comment Create an account Sign up for a new account in our community. Register a new account. Sign in Already have an account? Sign In Now. Go to topic listing. Sign In Sign Up.

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