using System;
using System.Diagnostics;
using UnityEngine.Experimental.Rendering;
using static UnityEngine.Rendering.RenderGraphModule.RenderGraph;
namespace UnityEngine.Rendering.RenderGraphModule
{
// This is a class making it a struct wouldn't help as we pas it around as an interface which means it would be boxed/unboxed anyway
// Publicly this class has different faces to help the users with different pass types through type safety but internally
// we just have a single implementation for all builders
internal class RenderGraphBuilders : IBaseRenderGraphBuilder, IComputeRenderGraphBuilder, IRasterRenderGraphBuilder, IUnsafeRenderGraphBuilder
{
RenderGraphPass m_RenderPass;
RenderGraphResourceRegistry m_Resources;
RenderGraph m_RenderGraph;
bool m_Disposed;
public RenderGraphBuilders()
{
m_RenderPass = null;
m_Resources = null;
m_RenderGraph = null;
m_Disposed = true;
}
public void Setup(RenderGraphPass renderPass, RenderGraphResourceRegistry resources, RenderGraph renderGraph)
{
#if DEVELOPMENT_BUILD || UNITY_EDITOR
// If the object is not disposed yet this is an error as the pass is not finished (only in the dispose we register it with the rendergraph)
// This is likely cause by a user not doing a clean using and then forgetting to manually dispose the object.
if (m_Disposed != true)
{
throw new Exception(RenderGraph.RenderGraphExceptionMessages.k_UndisposedBuilderPreviousPass);
}
#endif
m_RenderPass = renderPass;
m_Resources = resources;
m_RenderGraph = renderGraph;
m_Disposed = false;
renderPass.useAllGlobalTextures = false;
if (renderPass.type == RenderGraphPassType.Raster)
{
CommandBuffer.ThrowOnSetRenderTarget = true;
}
}
public void EnableAsyncCompute(bool value)
{
m_RenderPass.EnableAsyncCompute(value);
}
public void AllowPassCulling(bool value)
{
// This pass cannot be culled if it allows global state modifications
if (value && m_RenderPass.allowGlobalState)
return;
m_RenderPass.AllowPassCulling(value);
}
public void AllowGlobalStateModification(bool value)
{
m_RenderPass.AllowGlobalState(value);
// This pass cannot be culled if it allows global state modifications
if (value)
{
AllowPassCulling(false);
}
}
/// <summary>
/// Enable foveated rendering for this pass.
/// </summary>
/// <param name="value">True to enable foveated rendering.</param>
public void EnableFoveatedRasterization(bool value)
{
m_RenderPass.EnableFoveatedRasterization(value);
}
public BufferHandle CreateTransientBuffer(in BufferDesc desc)
{
var result = m_Resources.CreateBuffer(desc, m_RenderPass.index);
UseTransientResource(result.handle);
return result;
}
public BufferHandle CreateTransientBuffer(in BufferHandle computebuffer)
{
ref readonly var desc = ref m_Resources.GetBufferResourceDesc(computebuffer.handle);
return CreateTransientBuffer(desc);
}
public TextureHandle CreateTransientTexture(in TextureDesc desc)
{
var result = m_Resources.CreateTexture(desc, m_RenderPass.index);
UseTransientResource(result.handle);
return result;
}
public TextureHandle CreateTransientTexture(in TextureHandle texture)
{
ref readonly var desc = ref m_Resources.GetTextureResourceDesc(texture.handle);
return CreateTransientTexture(desc);
}
public void GenerateDebugData(bool value)
{
m_RenderPass.GenerateDebugData(value);
}
public void Dispose()
{
Dispose(true);
}
protected virtual void Dispose(bool disposing)
{
if (m_Disposed)
return;
try
{
if (disposing)
{
m_RenderGraph.RenderGraphState = RenderGraphState.RecordingGraph;
// Use all globals simply means this... we do a UseTexture on all globals so the pass has the correct dependencies.
// This of course goes to show how bad an idea shader-system wide globals really are dependency/lifetime tracking wise :-)
if (m_RenderPass.useAllGlobalTextures)
{
foreach (var texture in m_RenderGraph.AllGlobals())
{
if (texture.IsValid())
this.UseTexture(texture, AccessFlags.Read);
}
}
// Set globals on the graph fronted side so subsequent passes can have pass dependencies on these global texture handles
foreach (var t in m_RenderPass.setGlobalsList)
{
m_RenderGraph.SetGlobal(t.Item1, t.Item2);
}
m_RenderGraph.OnPassAdded(m_RenderPass);
}
}
finally
{
if (m_RenderPass.type == RenderGraphPassType.Raster)
{
CommandBuffer.ThrowOnSetRenderTarget = false;
}
m_RenderPass = null;
m_Resources = null;
m_RenderGraph = null;
m_Disposed = true;
}
}
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
private void CheckWriteTo(in ResourceHandle handle)
{
if (RenderGraph.enableValidityChecks)
{
// Write by design generates a new version of the resource. However
// you could in theory write to v2 of the resource while there is already
// a v3 so this write would then introduce a new v4 of the resource.
// This would mean a divergence in the versioning history subsequent versions based on v2 and other subsequent versions based on v3
// this would be very confusing as they are all still refered to by the same texture just different versions
// so we decide to disallow this. It can always be (at zero cost) handled by using a "Move" pass to move the divergent version
// so it's own texture resource which again has it's own single history of versions.
if (handle.IsVersioned)
{
var name = m_Resources.GetRenderGraphResourceName(handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {handle.type} at index {handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_WriteToVersionedResource);
}
if (m_RenderPass.IsWritten(handle))
{
// We bump the version and write count if you call USeResource with writing flags. So calling this several times
// would lead to the side effect of new versions for every call to UseResource leading to incorrect versions.
// In theory we could detect and ignore the second UseResource but we decided to just disallow is as it might also
// Stem from user confusion.
// It seems the most likely cause of such a situation would be something like:
// TextureHandle b = a;
// ...
// much much code in between, user lost track that a=b
// ...
// builder.WriteTexture(a)
// builder.WriteTexture(b)
// > Get this error they were probably thinking they were writing two separate outputs... but they are just two versions of resource 'a'
// where they can only differ between by careful management of versioned resources.
var name = m_Resources.GetRenderGraphResourceName(handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {handle.type} at index {handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_WriteToResourceTwice);
}
}
}
// Lifetime of a transient resource is one render graph pass
private ResourceHandle UseTransientResource(in ResourceHandle inputHandle)
{
CheckResource(inputHandle);
ResourceHandle versionedHandle = inputHandle.IsVersioned ? inputHandle : m_Resources.GetLatestVersionHandle(inputHandle);
// Transient resources are always considered written and read in the render graph pass where they are used
// Compiler will take it into account later, no need to add them to read and write lists
m_RenderPass.AddTransientResource(versionedHandle);
return versionedHandle;
}
private ResourceHandle UseResource(in ResourceHandle inputHandle, AccessFlags flags)
{
CheckResource(inputHandle);
bool discard = (flags & AccessFlags.Discard) != 0;
bool read = (flags & AccessFlags.Read) != 0;
bool write = (flags & AccessFlags.Write) != 0;
ResourceHandle versionedHandle = inputHandle.IsVersioned ? inputHandle : m_Resources.GetLatestVersionHandle(inputHandle);
// If we are not discarding the current version and its data, add a "read" dependency on it
// this is a bit of a misnomer it really means more like "Preserve existing content or read"
if (!discard)
{
m_Resources.IncrementReadCount(versionedHandle);
m_RenderPass.AddResourceRead(versionedHandle);
// Implicit read - not user-specified
if (!read)
{
m_RenderPass.implicitReadsList.Add(versionedHandle);
}
}
else
{
// We are discarding it but we still read it, so we add a dependency on version "0" of this resource
if (read)
{
var zeroVersionHandle = m_Resources.GetZeroVersionHandle(versionedHandle);
m_Resources.IncrementReadCount(zeroVersionHandle);
m_RenderPass.AddResourceRead(zeroVersionHandle);
}
}
if (write)
{
CheckWriteTo(inputHandle);
// New versioned written by this render graph pass
versionedHandle = m_Resources.IncrementWriteCount(inputHandle);
m_RenderPass.AddResourceWrite(versionedHandle);
}
return versionedHandle;
}
public BufferHandle UseBuffer(in BufferHandle input, AccessFlags flags)
{
UseResource(input.handle, flags);
return input;
}
// UseTexture and SetRenderAttachment are currently forced to be mutually exclusive in the same pass
// check this.
// We currently ignore the version. In theory there might be some cases that are actually allowed with versioning
// for ample UseTexture(myTexV1, read) UseFragment(myTexV2, ReadWrite) as they are different versions
// but for now we don't allow any of that.
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
private void CheckNotUseFragment(in TextureHandle tex)
{
if (RenderGraph.enableValidityChecks)
{
bool usedAsFragment = (m_RenderPass.depthAccess.textureHandle.IsValid() && m_RenderPass.depthAccess.textureHandle.handle.index == tex.handle.index);
if (!usedAsFragment)
{
for (int i = 0; i <= m_RenderPass.colorBufferMaxIndex; i++)
{
if (m_RenderPass.colorBufferAccess[i].textureHandle.IsValid() && m_RenderPass.colorBufferAccess[i].textureHandle.handle.index == tex.handle.index)
{
usedAsFragment = true;
break;
}
}
}
if (usedAsFragment)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
throw new ArgumentException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_TextureAlreadyBeingUsedThroughSetAttachment);
}
}
}
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
private void CheckTextureUVOriginIsValid(in ResourceHandle handle, TextureResource texRes)
{
if (texRes.textureUVOrigin == TextureUVOriginSelection.TopLeft)
{
var name = m_Resources.GetRenderGraphResourceName(handle);
throw new ArgumentException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type `{handle.type}` at index `{handle.index}` - " + RenderGraph.RenderGraphExceptionMessages.IncompatibleTextureUVOriginUseTexture(texRes.textureUVOrigin));
}
}
public void UseTexture(in TextureHandle input, AccessFlags flags)
{
CheckNotUseFragment(input);
UseResource(input.handle, flags);
if ((flags & AccessFlags.Read) == AccessFlags.Read)
{
if (m_RenderGraph.renderTextureUVOriginStrategy == RenderTextureUVOriginStrategy.PropagateAttachmentOrientation)
{
TextureResource texRes = m_Resources.GetTextureResource(input.handle);
CheckTextureUVOriginIsValid(input.handle, texRes);
texRes.textureUVOrigin = TextureUVOriginSelection.BottomLeft;
}
}
}
public void UseGlobalTexture(int propertyId, AccessFlags flags)
{
var h = m_RenderGraph.GetGlobal(propertyId);
if (h.IsValid())
{
UseTexture(h, flags);
}
else
{
// rose test this path
var name = m_Resources.GetRenderGraphResourceName(h.handle);
throw new ArgumentException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {h.handle.type} at index {h.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.NoGlobalTextureAtPropertyID(propertyId));
}
}
public void UseAllGlobalTextures(bool enable)
{
m_RenderPass.useAllGlobalTextures = enable;
}
public void SetGlobalTextureAfterPass(in TextureHandle input, int propertyId)
{
m_RenderPass.setGlobalsList.Add(ValueTuple.Create(input, propertyId));
}
// Shared validation between SetRenderAttachment/SetRenderAttachmentDepth
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
private void CheckUseFragment(in TextureHandle tex, bool isDepth)
{
if (RenderGraph.enableValidityChecks)
{
// We ignore the version as we don't allow mixing UseTexture/UseFragment between different versions
// even though it should theoretically work (and we might do so in the future) for now we're overly strict.
bool alreadyUsed = false;
//TODO: Check grab textures here and allow if it's grabbed. For now
// SetRenderAttachment()
// UseTexture(grab)
// will work but not the other way around
for (int i = 0; i < m_RenderPass.resourceReadLists[tex.handle.iType].Count; i++)
{
if (m_RenderPass.resourceReadLists[tex.handle.iType][i].index == tex.handle.index)
{
alreadyUsed = true;
break;
}
}
for (int i = 0; i < m_RenderPass.resourceWriteLists[tex.handle.iType].Count; i++)
{
if (m_RenderPass.resourceWriteLists[tex.handle.iType][i].index == tex.handle.index)
{
alreadyUsed = true;
break;
}
}
if (alreadyUsed)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_SetRenderAttachmentTextureAlreadyUsed);
}
m_Resources.GetRenderTargetInfo(tex.handle, out var info);
// The old path is full of invalid uses that somehow work (or seem to work) so we skip validation if not using actual native renderpass
if (m_RenderGraph.nativeRenderPassesEnabled)
{
if (isDepth)
{
if (!GraphicsFormatUtility.IsDepthFormat(info.format))
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.UseDepthWithColorFormat(info.format));
}
}
else
{
if (GraphicsFormatUtility.IsDepthFormat(info.format))
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_SetRenderAttachmentOnDepthTexture);
}
}
if (m_RenderGraph.renderTextureUVOriginStrategy == RenderTextureUVOriginStrategy.PropagateAttachmentOrientation)
{
var texResource = m_Resources.GetTextureResource(tex.handle);
TextureResource checkTexResource = null;
for (int i = 0; i < m_RenderPass.fragmentInputMaxIndex + 1; ++i)
{
if (m_RenderPass.fragmentInputAccess[i].textureHandle.IsValid())
{
ref readonly TextureHandle texCheck = ref m_RenderPass.fragmentInputAccess[i].textureHandle;
checkTexResource = m_Resources.GetTextureResource(texCheck.handle);
if (texResource.textureUVOrigin != TextureUVOriginSelection.Unknown && checkTexResource.textureUVOrigin != TextureUVOriginSelection.Unknown && texResource.textureUVOrigin != checkTexResource.textureUVOrigin)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
var checkName = m_Resources.GetRenderGraphResourceName(texCheck.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.IncompatibleTextureUVOrigin(texResource.textureUVOrigin, "input", checkName, texCheck.handle.type, texCheck.handle.index, checkTexResource.textureUVOrigin));
}
}
}
for (int i = 0; i < m_RenderPass.colorBufferMaxIndex + 1; ++i)
{
if (m_RenderPass.colorBufferAccess[i].textureHandle.IsValid())
{
ref readonly TextureHandle texCheck = ref m_RenderPass.colorBufferAccess[i].textureHandle;
checkTexResource = m_Resources.GetTextureResource(texCheck.handle);
if (texResource.textureUVOrigin != TextureUVOriginSelection.Unknown && checkTexResource.textureUVOrigin != TextureUVOriginSelection.Unknown && texResource.textureUVOrigin != checkTexResource.textureUVOrigin)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
var checkName = m_Resources.GetRenderGraphResourceName(texCheck.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.IncompatibleTextureUVOrigin(texResource.textureUVOrigin, "render", checkName, texCheck.handle.type, texCheck.handle.index, checkTexResource.textureUVOrigin));
}
}
}
if (!isDepth && m_RenderPass.depthAccess.textureHandle.IsValid())
{
TextureHandle texCheck = m_RenderPass.depthAccess.textureHandle;
checkTexResource = m_Resources.GetTextureResource(texCheck.handle);
if (texResource.textureUVOrigin != TextureUVOriginSelection.Unknown && checkTexResource.textureUVOrigin != TextureUVOriginSelection.Unknown && texResource.textureUVOrigin != checkTexResource.textureUVOrigin)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
var checkName = m_Resources.GetRenderGraphResourceName(texCheck.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.IncompatibleTextureUVOrigin(texResource.textureUVOrigin, "depth", checkName, texCheck.handle.type, texCheck.handle.index, checkTexResource.textureUVOrigin));
}
}
}
}
foreach (var globalTex in m_RenderPass.setGlobalsList)
{
if (globalTex.Item1.handle.index == tex.handle.index)
{
var name = m_Resources.GetRenderGraphResourceName(tex.handle);
throw new InvalidOperationException($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {tex.handle.type} at index {tex.handle.index} - " + RenderGraph.RenderGraphExceptionMessages.k_SetRenderAttachmentOnGlobalTexture);
}
}
}
}
public void SetRenderAttachment(TextureHandle tex, int index, AccessFlags flags, int mipLevel, int depthSlice)
{
CheckUseFragment(tex, false);
var versionedTextureHandle = new TextureHandle(UseResource(tex.handle, flags));
m_RenderPass.SetColorBufferRaw(versionedTextureHandle, index, flags, mipLevel, depthSlice);
}
public void SetInputAttachment(TextureHandle tex, int index, AccessFlags flags, int mipLevel, int depthSlice)
{
CheckFrameBufferFetchEmulationIsSupported(tex);
CheckUseFragment(tex, false);
var versionedTextureHandle = new TextureHandle(UseResource(tex.handle, flags));
m_RenderPass.SetFragmentInputRaw(versionedTextureHandle, index, flags, mipLevel, depthSlice);
}
public void SetRenderAttachmentDepth(TextureHandle tex, AccessFlags flags, int mipLevel, int depthSlice)
{
CheckUseFragment(tex, true);
var versionedTextureHandle = new TextureHandle(UseResource(tex.handle, flags));
m_RenderPass.SetDepthBufferRaw(versionedTextureHandle, flags, mipLevel, depthSlice);
}
public TextureHandle SetRandomAccessAttachment(TextureHandle input, int index, AccessFlags flags = AccessFlags.Read)
{
CheckNotUseFragment(input);
ResourceHandle result = UseResource(input.handle, flags);
m_RenderPass.SetRandomWriteResourceRaw(result, index, false, flags);
return input;
}
public void SetShadingRateImageAttachment(in TextureHandle tex)
{
CheckNotUseFragment(tex);
var versionedTextureHandle = new TextureHandle(UseResource(tex.handle, AccessFlags.Read));
m_RenderPass.SetShadingRateImageRaw(versionedTextureHandle);
}
public BufferHandle UseBufferRandomAccess(BufferHandle input, int index, AccessFlags flags = AccessFlags.Read)
{
var h = UseBuffer(input, flags);
m_RenderPass.SetRandomWriteResourceRaw(h.handle, index, true, flags);
return input;
}
public BufferHandle UseBufferRandomAccess(BufferHandle input, int index, bool preserveCounterValue, AccessFlags flags = AccessFlags.Read)
{
var h = UseBuffer(input, flags);
m_RenderPass.SetRandomWriteResourceRaw(h.handle, index, preserveCounterValue, flags);
return input;
}
public void SetRenderFunc<PassData>(BaseRenderFunc<PassData, ComputeGraphContext> renderFunc) where PassData : class, new()
{
((ComputeRenderGraphPass<PassData>)m_RenderPass).renderFunc = renderFunc;
}
public void SetRenderFunc<PassData>(BaseRenderFunc<PassData, RasterGraphContext> renderFunc) where PassData : class, new()
{
((RasterRenderGraphPass<PassData>)m_RenderPass).renderFunc = renderFunc;
}
public void SetRenderFunc<PassData>(BaseRenderFunc<PassData, UnsafeGraphContext> renderFunc) where PassData : class, new()
{
((UnsafeRenderGraphPass<PassData>)m_RenderPass).renderFunc = renderFunc;
}
public void UseRendererList(in RendererListHandle input)
{
m_RenderPass.UseRendererList(input);
}
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
void CheckResource(in ResourceHandle res, bool checkTransientReadWrite = false)
{
if (RenderGraph.enableValidityChecks)
{
if (res.IsValid())
{
int transientIndex = m_Resources.GetRenderGraphResourceTransientIndex(res);
// We have dontCheckTransientReadWrite here because users may want to use UseColorBuffer/UseDepthBuffer API to benefit from render target auto binding. In this case we don't want to raise the error.
if (transientIndex == m_RenderPass.index && checkTransientReadWrite)
{
var name = m_Resources.GetRenderGraphResourceName(res);
Debug.LogError($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {res.type} at index {res.index} - " + RenderGraph.RenderGraphExceptionMessages.k_ReadWriteTransient);
}
if (transientIndex != -1 && transientIndex != m_RenderPass.index)
{
var name = m_Resources.GetRenderGraphResourceName(res);
throw new ArgumentException(
$"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {res.type} at index {res.index} - " +
RenderGraph.RenderGraphExceptionMessages.UseTransientTextureInWrongPass(transientIndex));
}
}
else
{
var name = m_Resources.GetRenderGraphResourceName(res);
throw new Exception($"In pass '{m_RenderPass.name}' when trying to use resource '{name}' of type {res.type} at index {res.index} - " + RenderGraph.RenderGraphExceptionMessages.k_InvalidResource);
}
}
}
[Conditional("DEVELOPMENT_BUILD"), Conditional("UNITY_EDITOR")]
void CheckFrameBufferFetchEmulationIsSupported(in TextureHandle tex)
{
if (enableValidityChecks)
{
if (!Util.RenderGraphUtils.IsFramebufferFetchEmulationSupportedOnCurrentPlatform())
{
throw new InvalidOperationException($"This API is not supported on the current platform: {SystemInfo.graphicsDeviceType}");
}
if (!Util.RenderGraphUtils.IsFramebufferFetchEmulationMSAASupportedOnCurrentPlatform())
{
var sourceInfo = m_RenderGraph.GetRenderTargetInfo(tex);
if (sourceInfo.bindMS)
throw new InvalidOperationException($"This API is not supported with MSAA attachments on the current platform: {SystemInfo.graphicsDeviceType}");
}
}
}
public void SetShadingRateFragmentSize(ShadingRateFragmentSize shadingRateFragmentSize)
{
m_RenderPass.SetShadingRateFragmentSize(shadingRateFragmentSize);
}
public void SetShadingRateCombiner(ShadingRateCombinerStage stage, ShadingRateCombiner combiner)
{
m_RenderPass.SetShadingRateCombiner(stage, combiner);
}
public void SetExtendedFeatureFlags(ExtendedFeatureFlags extendedFeatureFlags)
{
m_RenderPass.SetExtendedFeatureFlags(extendedFeatureFlags);
}
}
}