Method RenderFullForward

trinity/Interior/Tr2InteriorScene.cpp:587–658

}

void Tr2InteriorScene::RenderFullForward( Tr2RenderContext& renderContext )
{
	CCP_STATS_ZONE( __FUNCTION__ );

	D3DPERF_EVENT( L"Tr2InteriorScene::RenderFullForward" );

	renderContext.AddGpuMarker( __FUNCTION__ );

	// If we don't have a visibilityResults object (i.e. the VisibilityQuery renderstep
	// wasn't called), then create one and call VisibilityQuery now.
	if( !m_visibilityResults )
	{
		m_visibilityResults.CreateInstance();
	}

	// Update variable store
	m_backgroundCubeMapVar = m_backgroundCubeMapRes;

	// Render Shadows
	RenderShadows( renderContext );

	VisibilityQuery( m_visibilityResults, renderContext );

	// Gather geometry batches
	GatherFullForwardBatches( m_visibilityResults );

	{
		// We need to adjust sorting of transparent batches to match the legacy sorting used during Incarna times.
		// The order of transparent batches for each individual object/character needs to be the reverse of the
		// order they were commited.
		auto& batches = m_primaryRenderBatches->GetBatches();
		for( size_t start = 0; start < batches.size(); )
		{
			auto& batch1 = batches[start];
			if( batch1.m_renderingMode == Tr2EffectStateManager::RM_ALPHA )
			{
				size_t end = start + 1;
				while( end < batches.size() && batch1.m_depth == batches[end].m_depth )
				{
					++end;
				}
				std::reverse( &batch1, batches.data() + end );
				start = end;
			}
			else
			{
				++start;
			}
		}
	}

	// set per-frame data
	PopulatePerFramePSData( m_perFramePSData, renderContext );
	PopulatePerFrameVSData( m_perFrameVSData );

	{
		D3DPERF_EVENT( L"Set per-frame shader constants" );
		FillAndSetConstants( m_perFrameVSBuffer, m_perFrameVSData, VERTEX_SHADER, Tr2Renderer::GetPerFrameVSStartRegister(), renderContext );