Method EndRender

trinity/Tr2DebugRenderer.cpp:836–882

}

void Tr2DebugRenderer::EndRender( Tr2RenderContext& renderContext )
{
	GetDebugTextRenderer().Render( renderContext );
	GetDebugTextRenderer().Clear();

	auto shader = m_effect->GetShaderStateInterface();
	if( !shader )
	{
		return;
	}
	if( m_lines.empty() && m_triangles.empty() )
	{
		return;
	}

	renderContext.m_esm.ApplyStandardStates( Tr2EffectStateManager::RM_ALPHA );

	auto handle = GetVertexDeclarationHandle( renderContext );
	if( !m_lines.empty() )
	{
		renderContext.m_esm.ApplyVertexDeclaration( handle );
		renderContext.SetTopology( Tr2RenderContextEnum::TOP_LINES );

		uint32_t passCount = shader->GetPassCount( 0 );

		for( uint32_t passIx = 0; passIx < passCount; ++passIx )
		{
			shader->ApplyAllStateForPass( 0, passIx, renderContext );
			m_effect->ApplyMaterialDataForPass( 0, passIx, renderContext );
			renderContext.DrawPrimitiveUP( uint32_t( m_lines.size() / 2 ), &m_lines[0], uint32_t( sizeof( Vertex ) ) );
		}
	}
	if( !m_triangles.empty() )
	{
		renderContext.m_esm.ApplyVertexDeclaration( handle );
		renderContext.SetTopology( Tr2RenderContextEnum::TOP_TRIANGLES );

		uint32_t passCount = shader->GetPassCount( 0 );

		for( uint32_t passIx = 0; passIx < passCount; ++passIx )
		{
			shader->ApplyAllStateForPass( 0, passIx, renderContext );
			m_effect->ApplyMaterialDataForPass( 0, passIx, renderContext );
			renderContext.DrawPrimitiveUP( uint32_t( m_triangles.size() / 3 ), &m_triangles[0], uint32_t( sizeof( Vertex ) ) );
		}
	}
}


void Tr2DebugRenderer::SetSelectedObjects( const std::vector<std::pair<IRoot*, uint32_t>>& objects )