I wonder why exactly somebody decided that the search for a perfect AA method has to stop TAA. We went from jaggy edges to edge detection and oversampling (MSAA) being the standard in 2000-2012 but people where unsatisfied with the performance tank so we needed a lighter method. So we got post processing AA like SMAA which is a scam and does absolutely nothing or FXAA which simlpy applies a blur filter to edges. Not the most elegant solutions but they will do if you can't effort to use MSAA. Then TAA came around the corner and I dont even know how it looks so bad, because it sounds fine on paper. Using multiple frames to detect differences in contrast and then smoothing out those diffrences seems like an OK alternative, but it should've never become the main AA method.
I've honestly expected the AA journey to end with 4K resolution being the standard. AA is mostly a matter of pixeldesity over viewing distance. Mobile games have mostly no AA because their pixel density is ridiculous, Console games also rarely have AA because you sit 10 feet away from the screen. PC being the only outlier but certainly having the spare power to run at higher resolutions than consoles. But somewhere along the way, Nvidia decided to go all in on Raytracing and Dynamic Resolution instead of raw 4K performance. And Nvidia basiacly dictates where the gaming industry goes.
So I honestly blame Nvdia for this whole mess and most people can agree that Nvidia has dropped the ball the last couple of years. Their Flagship cards cost more than an all consoles from Sony, Microsoft and Nintendo combined. They cost more than mid-high range gaming laptops. And the raw power gain has been like 80% over the last 10 years, because they put all their R&D into gimmicks.

[–] fushuan@lemm.ee 1 points 2 years ago (1 children)

I got quite the good AA by rendering the screen at 4k and letting the graphic card underscale it into the screen's 1080p resolution. No AA needed, looks fiine.

[–] LouNeko@lemmy.world 1 points 2 years ago

That is basically MSAA without the edge dection. Rendering in 4K and downscaling is the dirtiest but most effective AA method. But downscaling the whole screen also applies to UI elements, this often times results in tiny blurry fonts if the UI isn't scaled appropriately. But more and more games have started to add a render resolution scale option that goes beyond 100% without affecting the UI. Downscaling also causes latency issues. I can run Metal Gear Solid 5 at a stable 60 FPS at 4K but the display latency is very noticeable compared to 1440p at 60.
I miss the time when you could just disable the games native AA and force MSAA through Nvidia control panel. But most newer titles dont accept Nvdias override, especialy Unreal games.