Method Render

trinity/Wod/WodBakingScene.cpp:83–125

}

void WodBakingScene::Render( Tr2RenderContext& renderContext )
{
	D3DPERF_EVENT( L"WodBakingScene::Render" );

	// Nothing to render if we do not have a skinned object to bake out.
	if( !m_skinnedObject )
	{
		return;
	}

	renderContext.AddGpuMarker( __FUNCTION__ );

	Tr2PerObjectData* perObjectData = m_skinnedObject->GetPerObjectData( m_opaqueRenderBatches );
	m_skinnedObject->GetBatches( m_opaqueRenderBatches, TRIBATCHTYPE_OPAQUE, perObjectData );

	renderContext.m_esm.BeginManagedRendering();
	renderContext.m_esm.SetInvertedCullMode( false );
	using namespace Tr2RenderContextEnum;

	// Actual rendering code goes in here
	Tr2PerFrameVSData vsData;
	Tr2PerFramePSData psData;

	// Set per-frame data
	PopulatePerFramePSData( psData );
	PopulatePerFrameVSData( vsData );

	FillAndSetConstants( m_VSBuffer, vsData, VERTEX_SHADER, Tr2Renderer::GetPerFrameVSStartRegister(), renderContext );
	FillAndSetConstants( m_PSBuffer, psData, PIXEL_SHADER, Tr2Renderer::GetPerFramePSStartRegister(), renderContext );

	m_opaqueRenderBatches->Finalize();
	renderContext.m_esm.ApplyStandardStates( Tr2EffectStateManager::RM_OPAQUE );

	// Render!
	renderContext.RenderBatches( m_opaqueRenderBatches );

	// Clear the batches
	m_opaqueRenderBatches->Clear();

	//m_transparentBatchStore->Clear();

	renderContext.m_esm.EndManagedRendering();
}

void WodBakingScene::RenderDebugInfo( Tr2RenderContext& renderContext )
{