[CrashReport] UE4Editor_Renderer!FSceneRenderTargets::GetGBufferResourcesUniformBuffer() [scenerendertargets.h:408]

  393       
  394       	/** Get the current translucent ambient lighting volume texture. Can vary depending on whether volume filtering is enabled */
  395       	IPooledRenderTarget* GetTranslucencyVolumeAmbient(ETranslucencyVolumeCascade Cascade) { return TranslucencyLightingVolumeAmbient[SelectTranslucencyVolumeTarget(Cascade)].GetReference(); }
  396       
  397       	/** Get the current translucent directional lighting volume texture. Can vary depending on whether volume filtering is enabled */
  398       	IPooledRenderTarget* GetTranslucencyVolumeDirectional(ETranslucencyVolumeCascade Cascade) { return TranslucencyLightingVolumeDirectional[SelectTranslucencyVolumeTarget(Cascade)].GetReference(); }
  399       
  400       	// ---
  401       	/** Get the uniform buffer containing GBuffer resources. */
  402       	FUniformBufferRHIParamRef GetGBufferResourcesUniformBuffer() const 
  403       	{ 
  404       		// if this triggers you need to make sure the GBuffer is not getting released before (using AdjustGBufferRefCount(1) and AdjustGBufferRefCount(-1))
  405       		check(IsValidRef(GBufferResourcesUniformBuffer));
  406       
  407 ***** 		return GBufferResourcesUniformBuffer; 
  408       	}
  409       	/** */
  410       	FIntPoint GetBufferSizeXY() const { return BufferSize; }
  411       	/** */
  412       	uint32 GetSmallColorDepthDownsampleFactor() const { return SmallColorDepthDownsampleFactor; }
  413       	/** Returns an index in the range [0, NumCubeShadowDepthSurfaces) given an input resolution. */
  414       	int32 GetCubeShadowDepthZIndex(int32 ShadowResolution) const;
  415       	/** Returns the appropriate resolution for a given cube shadow index. */
  416       	int32 GetCubeShadowDepthZResolution(int32 ShadowIndex) const;
  417       	/** Returns the size of the shadow depth buffer, taking into account platform limitations and game specific resolution limits. */
  418       	FIntPoint GetShadowDepthTextureResolution() const;
  419       	// @return >= 1x1 <= GMaxShadowDepthBufferSizeX x GMaxShadowDepthBufferSizeY
  420       	FIntPoint GetPreShadowCacheTextureResolution() const;
  421       	FIntPoint GetTranslucentShadowDepthTextureResolution() const;
  422       	int32 GetTranslucentShadowDownsampleFactor() const { return 2; }

UE4Editor_Renderer!FSceneRenderTargets::GetGBufferResourcesUniformBuffer() [scenerendertargets.h:408]
UE4Editor_Renderer!FDeferredPixelShaderParameters::Set<FRHIPixelShader * __ptr64>() [scenerendertargets.cpp:2382]
UE4Editor_Renderer!FMaterialShader::SetParameters<FRHIPixelShader * __ptr64>() [shaderbaseclasses.cpp:254]
UE4Editor_Renderer!TBasePassPixelShaderBaseType<FNoLightMapPolicy>::SetParameters() [basepassrendering.h:392]
UE4Editor_Renderer!TBasePassDrawingPolicy<FNoLightMapPolicy>::SetSharedState() [basepassrendering.h:617]
UE4Editor_Renderer!FDrawBasePassDynamicMeshAction::Process<FNoLightMapPolicy>() [basepassrendering.cpp:383]
UE4Editor_Renderer!ProcessBasePassMesh<FDrawBasePassDynamicMeshAction>() [basepassrendering.h:985]
UE4Editor_Renderer!FBasePassOpaqueDrawingPolicyFactory::DrawDynamicMesh() [basepassrendering.cpp:444]
UE4Editor_Renderer!FRendererModule::DrawTileMesh() [renderer.cpp:80]
UE4Editor_Engine!FTileRenderer::DrawTile() [tilerendering.cpp:178]
UE4Editor_Engine!`FCanvasTileRendererItem::Render_GameThread'::`2'::EURCMacro_DrawTileCommand::DoTask() [tilerendering.cpp:326]
UE4Editor_Engine!TGraphTask<`FCanvasTileRendererItem::Render_GameThread'::`2'::EURCMacro_DrawTileCommand>::ExecuteTask() [taskgraphinterfaces.h:779]
UE4Editor_Core!FTaskThread::ProcessTasks() [taskgraph.cpp:539]
UE4Editor_Core!FTaskThread::ProcessTasksUntilQuit() [taskgraph.cpp:340]
UE4Editor_RenderCore!RenderingThreadMain() [renderingthread.cpp:310]
UE4Editor_RenderCore!FRenderingThread::Run() [renderingthread.cpp:411]
UE4Editor_Core!FRunnableThreadWin::Run() [windowsrunnablethread.cpp:74]