I wouldn't be surprised seeing something like that. Already developers mix static cubrmaps with dynamic SSR.
Or DICE should rethink their rendering pipeline, which they are already doing as exemplified by their Halcyon engine.
Next gen lighting technologies - voxelised, traced, and everything else *spawn*
- Thread starter Scott_Arm
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On the topic of laggy reflections, we've already seen them in action in the NVIDIA demo called SOL:
It's not that bad.
We've also seen the spatial-only denoiser in this other demo:
Pretty good.
Here's a presentation that goes into some detail on the different denoisers NVIDIA uses right now. The reflections part starts at minute 18 (including a listing of problems with current rasterization techniques):
http://on-demand.gputechconf.com/si...u-low-sample-count-ray-tracing-denoisers.html
My favorite is actually the path tracing part
It's not that bad.
We've also seen the spatial-only denoiser in this other demo:
Pretty good.
Here's a presentation that goes into some detail on the different denoisers NVIDIA uses right now. The reflections part starts at minute 18 (including a listing of problems with current rasterization techniques):
http://on-demand.gputechconf.com/si...u-low-sample-count-ray-tracing-denoisers.html
My favorite is actually the path tracing part
On the topic of laggy reflections, we've already seen them in action in the NVIDIA demo called SOL:
It's not that bad.
We've also seen the spatial-only denoiser in this other demo:
Pretty good.
Here's a presentation that goes into some detail on the different denoisers NVIDIA uses right now. The reflections part starts at minute 18 (including a listing of problems with current rasterization techniques):
http://on-demand.gputechconf.com/si...u-low-sample-count-ray-tracing-denoisers.html
My favorite is actually the path tracing part
We have been presented a lot of videos produced by Nvidia, to show off how good and spectacular the new raytracing hardware works.
In the past there have been lot's of breakthroughs where GPUs enabled new levels of graphics realism.
At each point together with the release of the such a breakthrough GPU generation, these spectacular demos were made available for the graphics enthusiast to run and enjoy them on their own brand new GPU and be amazed by the new levels of real-time rendering quality.
A list of all those generations and accompanying demos (which can all still be downloaded) Nvidia provides:
https://www.nvidia.com/coolstuff/demos
So why are all those new impressive raytracing demos not available now to download and run on available RTX Geforce cards ?
Maybe NV should have invested first in a redesigned memory subsystem, before throwing billions of transistors for dedicated DNN/RT logic in overpriced consumer SKUs?
Yet another iteration of the old GDDR memory is not cutting it, as it seems, and HBM costs is not going down fast enough.
Backlash of what? What'll the backlash be for RTX owners getting to run these demos on their new, expensive GPUs?
As for not caring about quality, certainly the results here so far are that plenty of PC gamers prefer quality visuals. Pixel counting isn't a priority.
If consumers would not care there would not be a point to show those videos, the demo videos are still posted here by insiders like @OCASM
The demo's are here so why not release them to the public?
In the past I would run to the shop to buy latest high end cards just to marvel at those demos:
https://www.nvidia.com/coolstuff/demos
(Also for cards of AMD BTW)
Now instead of at least being impressed by actual downloadable tech demos, people are disappointed by first games implementing raytracing technology.
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Havent you heard about Battlefield 5? And now think about demos which can only run on RTX2080TI in 1080p/30fps at best. I can see the clickbait youtube videos and how they claiming that
Turing is to slow for Raytracing in games.
And those polls dont say anything. You have now the option to play Battlefield 5 in 1080p/60fps with DXR "Low" or 2160p/60FPS without on a RTX2070. Lets see how many people would chose
better looking reflections over 4k...
Who knows? Why don't you ask them?
I'm not disappointed, I'm actually impressed. Those disappointed are people who just want console-level graphics running at a higher framerate/resolution.
Any suggestion who to address ?
I looked for a suitable raytracing entry on
https://forums.geforce.com/
But all I see is complaints about broken RTX cards and people complaining about poor BFV raytracing performance
Maybe on Twitter? Morgan McGuire seems like a good option, he's pretty active there. His handle is CasualEffects .
https://blog.demofox.org/2018/11/16...via-raytracing/amp/?__twitter_impression=true
Interesting use of raytracing
Interesting use of raytracing
That's very cool.
Some very creative thinking indeed.
For regular sparse 2d/3d grids IMO there are faster ways for a lookup, also with a more compact representation. Also allowing easy bilinear or trilinear interpolation, based on 4 or 8 grid points. (without RT)
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I disagree with this being creative or cool. This is total bullshit, and my main reason of criticizing RTX.
Remember when people started to use pixel shaders for other purposes? How horrible, inefficient workarounds they had to use just to utilize GPU power?
It already happens again... this is why some NV folks say 'raytracing is the new compute' - pah! We are back to the stone age of GPUs, and of course NV likes to see that, because they took the lead in sending us back in time, and they are the only ones who profit from that.
All this guy is doing is seeking for workarounds to utilize traversal hardware. Don't you think he could do better algorithms if he had direct access to this feature, beyond the RT restrictions and black boxes?
Q: Why is NV boycotting its own invention, namely GPGPU? They have new options to generate work on GPUs for raytracing and procedural mesh generation. Why do they not expose this to general purpose compute? Why locking up a fundamental building block like tree traversal?
A: Because they do not want us to be software developers or inventors. They want us to become their USERS, limited and tied to their products.
It is far from proven that these RT tricks would be any faster/better than existing GPGPU algorithms of course
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Both of them already have powerful general purpose hardware, so what's your point?
I'm no hardware designer, but i have no doubts exposing traversal hardware and work generation to compute would be very very easy. (But it would tell a bit about NVs secret sauce here, likely, so i totally understand their course - it's just not good fur us.)
Going a step further, e.g. being able to implement custom trees or bounding box lookups instead ray intersections / custom geometry / merging LOD with traversal and geometry like voxels / this might be another story now with RT cores already made for centuries old 'classical raytracing'.
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