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1. SHADER MODEL 3.0 GPY INSTALL
2. SHADER MODEL 3.0 GPY UPDATE
3. SHADER MODEL 3.0 GPY SKIN
4. SHADER MODEL 3.0 GPY PORTABLE
5. SHADER MODEL 3.0 GPY CODE

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SHADER MODEL 3.0 GPY UPDATE

It's not clear that you could do web game monetization competitively without the same level of exploitation.Nvidia geforce 6600 256mb - 256mb ddr:Nvidia geforce 6600 driver update Big caveat though: I think many see the monetization techniques currently used by mobile games as exploitative. Realistically, fix monetization and the rest will follow. Etc.įix all of the above and then web games can shine, with or without WebGPU. You need Basis Universal compressed textures.

SHADER MODEL 3.0 GPY CODE

Shipping a game as one giant binary is not good enough for web, you need to split your code into dynamically loadable modules and stream your assets.

SHADER MODEL 3.0 GPY SKIN

The engines need to add web platform support which goes more than skin deep. Finally, there's a lot of ecosystem and tools stuff that needs to happen too. Handling large binary assets is also a place where the web is lacking and WebGPU won't fix that.

SHADER MODEL 3.0 GPY INSTALL

The lucrative interstitial app install ads that mobile games have aren't on web, and in-app purchases have a lot more friction. Monetization is the big thing that people always talk about. WebGL 2 can do graphics well enough today. I don't think WebGPU is the biggest thing that's going to let mobile game devs start shipping on the web. It's going to be a long time before all three browsers have shipped implementations that are interoperable and not behind flags. I don't think it supports WGSL, for example. What Safari is shipping behind a flag is not anything like the current version of WebGPU. See this summary from a Mozilla gfx engineer: Translation tooling exist, but it also exists for WGSL -> SPIR-VĮach platform has its own shading language, will this one be better than the other, I don't know but I don't think it's gonna be worse either. > Yes it is a very bad thing, when Vulkan can keep using GLSL and HLSL, while DX12 happily will use any HLSL from the API history, and Metal can use proper C++14 shaders. > Intel had two failed attempts to bring compute into the browser.

SHADER MODEL 3.0 GPY PORTABLE

The goal is to provide modern standardized tech to developers, and it does it in a portable way, which makes it even more affordable. We're not talking about bringing the bleeding edge GPU tech to the web (it won't, it's never standardised anyway, like Mesh shaders you talked about). Even AAA games released this year support GPU released in 2012! For non AAA games, targeting a 5-years old API is probably the newest you can afford. Most games released in 2017 had to support hardware from 2012 anyway. > Even if Apple had done it on time, it was a 2012 hardware API for 2017 hardware Of course, I can't be 100% sure that Apple won't change their mind (like they eventually did for WebGL2) or anything, but there is no reason to believe they'll do so. > What guarantees do you have it won't happen again?Īpple was pretty clear about their intent not to ship WebGL2, and they did the opposite for WebGPU so it's not gonna be the same story. One can just as easily hop into their code and add your own extension to make use of Mesh shaders in DX12, I can say that at least Dawn's codebase is set up to allow for such extensions from what I've seen. I can use some very specific new features" that's totally true, but you can do that with WebGPU native too: after all, Dawn and other WebGPU implementations are just abstractions over those 3 APIs. If you want to argue "but by dropping to the level of DX12, Vulkan, Metal, etc.

Separately, AMD doesn't support mesh shaders in Vulkan either, in fact Vulkan doesn't at all outside of a Nvidia extension from what I understand - and it sounds like there are some concerns from Khronos about whether they even map to all GPU architectures in a reasonable way at all. Despite its name, WebGPU is actually pretty much a 1:1 mapping of what is commonly available across APIs.

WebGPU is focused on landing 1.0 currently, so yes, more features are not on the immediate roadmap.īut they've been considering/investigating adding support for this before mesh shaders in DX12 were even finalized so it's not like there is some "we cannot / will not expose that functionality" mandate going on here. I'll say I am definitely biased in favor of WebGPU up front.