Method UpdateStatsStatic

Source/DX9VideoProcessor.cpp:2983–3033

}

void CDX9VideoProcessor::UpdateStatsStatic()
{
	if (m_srcParams.cformat) {
		m_strStatsHeader = std::format(L"MPC VR {}, Direct3D 9Ex, Windows {}", _CRT_WIDE(VERSION_STR), GetWindowsVersion());

		UpdateStatsInputFmt();

		m_strStatsVProc.assign(L"\nVideoProcessor: ");
		if (m_DXVA2VP.IsReady()) {
			m_strStatsVProc += std::format(L"DXVA2 VP, output to {}", D3DFormatToString(m_DXVA2OutputFmt));
		} else {
			m_strStatsVProc.append(L"Shaders");
			if (m_srcParams.Subsampling == 420 || m_srcParams.Subsampling == 422) {
				m_strStatsVProc.append(L", Chroma scaling: ");
				switch (m_iChromaScaling) {
				case CHROMA_Nearest:
					m_strStatsVProc.append(L"Nearest-neighbor");
					break;
				case CHROMA_Bilinear:
					m_strStatsVProc.append(L"Bilinear");
					break;
				case CHROMA_CatmullRom:
					m_strStatsVProc.append(L"Catmull-Rom");
					break;
				}
			}
		}
		m_strStatsVProc += std::format(L"\nInternalFormat: {}", D3DFormatToString(m_InternalTexFmt));

		if (SourceIsHDR()) {
			m_strStatsHDR.assign(L"\nHDR processing: ");
			if (m_bConvertToSdr) {
				m_strStatsHDR.append(L"Convert to SDR");
			} else {
				m_strStatsHDR.append(L"Not used");
			}
		} else {
			m_strStatsHDR.clear();
		}

		UpdateStatsPresent();
	}
	else {
		m_strStatsHeader = L"Error";
		m_strStatsVProc.clear();
		m_strStatsInputFmt.clear();
		//m_strStatsPostProc.clear();
		m_strStatsHDR.clear();
		m_strStatsPresent.clear();
	}
}

/*
void CDX9VideoProcessor::UpdateStatsPostProc()