Method CDX9VideoProcessor

Source/DX9VideoProcessor.cpp:269–326

// CDX9VideoProcessor

CDX9VideoProcessor::CDX9VideoProcessor(CMpcVideoRenderer* pFilter, const Settings_t& config, HRESULT& hr)
	: CVideoProcessor(pFilter)
{
	m_bShowStats           = config.bShowStats;
	m_iResizeStats         = config.iResizeStats;
	m_iTexFormat           = config.iTexFormat;
	m_VPFormats            = config.VPFmts;
	m_iVPDeinterlacing     = config.iVPDeinterlacing;
	m_bDeintDouble         = config.bDeintDouble;
	m_bVPScaling           = config.bVPScaling;
	m_iChromaScaling       = config.iChromaScaling;
	m_iUpscaling           = config.iUpscaling;
	m_iDownscaling         = config.iDownscaling;
	m_bInterpolateAt50pct  = config.bInterpolateAt50pct;
	m_bUseDither           = config.bUseDither;
	m_bDeintBlend          = config.bDeintBlend;
	m_iSwapEffect          = config.iSwapEffect;
	m_bVBlankBeforePresent = config.bVBlankBeforePresent;
	m_bAdjustPresentTime   = config.bAdjustPresentTime;
	m_bHdrPreferDoVi       = config.bHdrPreferDoVi;
	m_bHdrPassthrough      = false;
	m_iHdrToggleDisplay    = HDRTD_Disabled;
	m_bConvertToSdr        = config.bConvertToSdr;
	m_iSDRDisplayNits      = config.iSDRDisplayNits;

	m_nCurrentAdapter = D3DADAPTER_DEFAULT;

	hr = Direct3DCreate9Ex(D3D_SDK_VERSION, &m_pD3DEx);
	if (!m_pD3DEx || FAILED(hr)) {
		DLog(L"CDX9VideoProcessor::CDX9VideoProcessor() : failed to call Direct3DCreate9Ex()");
		hr = E_FAIL;
		return;
	}

	hr = DXVA2CreateDirect3DDeviceManager9(&m_nResetTocken, &m_pD3DDeviceManager);
	if (!m_pD3DDeviceManager || FAILED(hr)) {
		DLog(L"CDX9VideoProcessor::CDX9VideoProcessor() : failed to call DXVA2CreateDirect3DDeviceManager9()");
		hr = E_FAIL;
		m_pD3DEx.Release();
		return;
	}

	// set default ProcAmp ranges and values
	SetDefaultDXVA2ProcAmpRanges(m_DXVA2ProcAmpRanges);
	SetDefaultDXVA2ProcAmpValues(m_DXVA2ProcAmpValues);

	pOrigSystemParametersInfoA = nullptr;
	pOrigSetWindowLongA = nullptr;
	pOrigSetWindowPos = nullptr;
	pOrigShowWindow = nullptr;

	m_evInit.Reset();
	m_evResize.Reset();
	m_evQuit.Reset();
	m_evThreadFinishJob.Reset();

	m_deviceThread = std::thread([this] { DeviceThreadFunc(); });
}