Method EndLayer

trinity/Sprite2d/Tr2Sprite2dScene.cpp:1632–1684

}

void Tr2Sprite2dScene::EndLayer( float x, float y, float width, float height, ITr2Sprite2dTexture* secondaryTexture )
{
	CCP_STATS_ZONE( __FUNCTION__ );
	USE_MAIN_THREAD_RENDER_CONTEXT();

	D3DPERF_EVENT( L"Tr2Sprite2dScene::EndLayer" );

	CCP_ASSERT( m_transformStack->empty() );
	CCP_DELETE( m_transformStack );

	m_clipStack->pop_back();
	CCP_ASSERT( m_clipStack->empty() );
	CCP_DELETE( m_clipStack );

	// Finish outstanding rendering before resetting render target
	IssueDrawCall();

	renderContext.m_esm.PopRenderTarget();

	// Set the coordinate transformations and clipping to what it was before we started
	// this layer.
	const StackOfStacksEntry_t& entry = m_stackOfStacks.back();

	m_transformStack = entry.transformStack;
	m_clipStack = entry.clipStack;


	// Render the layer into the current one as a sprite
	SetTexture( 0, entry.renderTargetWrapper, S2D_TS_NONE );
	SetTextureTransform( 0, nullptr );
	SetTileMode( 0 );

	if( secondaryTexture )
	{
		secondaryTexture->Apply( this, 1 );
	}

	Tr2Sprite2dD3DVertex vertices[4];
	PrepareSpriteVerts( &vertices[0], Vector2( x, y ), width, height, m_spriteEffect );

	static unsigned short s_layerIndices[6] = { 0, 1, 3, 3, 1, 2 };
	RenderTriangleVerts( &vertices[0], 4, s_layerIndices, 6 );

	m_stackOfStacks.pop_back();

	if( m_stackOfStacks.empty() )
	{
		// Once we exit the final layer the 2d render context is determined by the scene
		m_is2dRenderContext = m_is2dRender;
	}

	DetermineViewportSize();
}

void Tr2Sprite2dScene::SetColor( const Color& color )
{