Method Initialize

trinity/Resources/TriTextureRes.cpp:214–294

}

void TriTextureRes::Initialize( const wchar_t* name, const wchar_t* ext )
{
	m_pipelineFence.Cancel();
	CancelPendingLoad();
	CleanupAsyncSave( false );

	m_pipeline = nullptr;
	m_pipelineInputs.clear();

	if( IsGradientTexturePath( name ) )
	{
		m_path = name;
		m_ext = ext;
		RasterizeProceduralTexture( name, &RasterizeGradient );
		return;
	}
	if( IsSolidColorTexturePath( name ) )
	{
		m_path = name;
		m_ext = ext;
		RasterizeProceduralTexture( name, &RasterizeSolidColor );
		return;
	}

	if( IsCtrPath( name ) )
	{
		m_pipeline = BeResMan->LoadObject<Tr2TexturePipeline>( name );
		if( m_pipeline )
		{
			std::set<std::wstring> resources;
			m_pipeline->GetResourceDependencies( resources );
			for( auto it = begin( resources ); it != end( resources ); ++it )
			{
				Tr2ImageResPtr image;
				BeResMan->GetResource( *it, L"raw", image );
				m_pipelineInputs[*it] = image;
			}
			m_isGood = false;
			m_isPrepared = false;
			m_isLoading = true;
			m_path = name;
			m_ext = ext;

			m_pipelineFence.Put( std::bind( &TriTextureRes::ResourcePrepFinished, this ) );
			return;
		}
	}

	m_mipLevelMaxCount = 255;

	m_isTextureResizable = Tr2Renderer::IsTextureToResize( CW2A( name ) );

	m_isTextureLoadDisabled = Tr2Renderer::IsTextureLoadDisabled();

	if( IsVtaPath( name ) )
	{
		auto length = wcslen( name );
		if( Tr2TextureLodManager::Instance().GetUseLowResVtaFilesSetting() )