* Remove unnecessary static singletons in MainMenu code
* Empty SceneWorld delete queues during shutdown
* Dresser cancel async load operation on destroy
* Use reflection to null references to static native resources on shutdown
This way we don't have to remember doing this manually.
* Fix SoundOcclusionSystem using static lists to reference resources
* Sound System: Use weak references to refer to scenes
* Cleanup static logging listeners that kept strong refs to panels
* UISystem Cleanup, make sure all panel/stylesheet refs are released
* RenderTarget and RenderAttributes shutdown cleanup
* Rework AvatarLoader, ThumbLoader & HTTPImageLoader Cache
First try to go through ResourceLibrary.WeakIndex which might already hold the texture.
If there is no hit, go through a second cache that caches HTTP & Steam API response bytes instead of textures.
We want to cache the response bytes rather than the actual Texture, so stuff cached sits in RAM not VRAM.
Before avatars and thumbs would reside in VRAM.
* Fix rendertarget leak in CommandList.Attr.SetValue
GetDepthTarget() / GetColorTarget() return a new strong handle (ref count +1).
We need to DestroyStrongHandle() that ref. So handles don't leak.
* Call EngineLoop.DrainFrameEndDisposables before shutdown
* NativeResourceCache now report leaks on shutdown
* Override Resource.Destroy for native resources, kill stronghandles
* Deregister SceneWorld from SceneWorld.All during destruction
* Ensure async texture loading cancels on shutdown
* SkinnedModelRender bonemergetarget deregister from target OnDisabled
* Clear shaderMaterials cache during shutdown
* Refactor Shutdown code
Mostly renaming methods from Clear() -> Shutdown()
Adding separate GlobalContext.Shutdown function (more aggressive than GlobalContext.Reset).
Clear some static input state.
* Deregister surfaces from Surface.All in OnDestroy
* RunAllStaticConstructors when loading a mount
* Advanced managed resource leak tracker enabled via `resource_leak_tracking 1`
Works by never pruning the WeakTable in NativeResourceCache.
So we can check for all resources if they are still being held on to and log a callstack.
* Clustered prototype
* Cleanup
* Cleanup, clustered culling uses switch case for readability, put generic math classes in math folder,
* Decals evaluate as a sphere, simpler, API for envmaps and lights dont take positionSs anymore
* Revert this shit on complex
* TiledCullingLayer > ClusteredCullingLayer
* Remove references to UseClusteredLighting/UseTiledLighting, just make it work everywhere
* Remove old tiled culling files
* Remove ClusterFrustum.hlsl since we have a generic one
* Remove OBB as we just test simple bounds for decal
* Final cleanups
* Remove references to tiled culling from native engine
* Adjust toolsvis for clustered
* Rename tiled culling references to clustered culling in render pipeline and tools visualization
* Build shaders
* Format
* Fix fog's near frustum cull plane and clustered warning from Mr. Copilot
* remove the last crumbs from tiled rendering
* Update shaders
* skybox rendering use ClusteredCullingLayer instead of TiledCullingLayer
* Volume fog still referencing MAX_LIGHTS_PER_TILE, should have it using clusters but slower for now
* Re-enable CreateBLAS in RenderDeviceVulkan
* Update SPVRemapper to suppot raytracing opcode remapping
* Null initialize BLAS on RenderMesh
* Clean proper to generate BLAS on mesh data loading
* SceneRaytracingSystem stub
* Glue SceneRaytracing
* Remove pipelines from SceneRaytracing for now, just do TLAS, tie it to SceneRaytracingSystem, updates only once per frame just like how we want in a clean way
https://files.facepunch.com/sampavlovic/1b0611b1/ngfx-ui_Ck3ckzQQFT.png
* Send Descriptor Set of Raytracing World to RenderAttribute
* RTAO example using RayQuery
* RayTracingShader API stub
* Set SM6.0 and dxlevel 120 as default
* Instead of making raytracing opt-in, add -nogpuraytracing to force disable it
* Add IRenderDevice::IsRayTracingSupported() to easily query support for it
* Fix IsRayTracingSupported()
* RTAO Adjustments
* Allow Rayquery through AS on Compute and Pixel shaders even if not optimal, avoids it crashing when acessing it on compute
* Strip CRaytraceSceneWorld to just generating TLAS, dont need anything else for now and we need a better way to handle UGC than what's there
* Bindless::RaytracingAccelerationStructure()
* Simplify interface too
* Stub for UpdateSkinnedForRaytracing
* Dotnet format and fix documentation, make RTAO run at correct stage
* Only support raytracing in tools mode for now
* Move raytracing stuff to Raytracing.hlsl
* Stub RTX shader
* Internal Raytracingshader and remove useless stuff exposed from it
* VfxProgramHasRenderShader should check for VFX_PROGRAM_RTX too, that's the source from everything else failing
* Add arbitrary entry point support to shaders, needed as RTX shaders use [shader("XXX")] instead of MainXXX directly
* RenderTools::TraceRays API, preliminary implementation, RTAO uses RaytracingShader
* Make RT support internal, allow RT on game
* Remove RaytracedAmbientOcclusion, will be on scenestaging when ready
* Update engine/Sandbox.Engine/Systems/Render/RayTracingShader.cs
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
* Fix rebase
* Update shaders
---------
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
