OTS/OTSCPP/OTSControl/Bruker/BrukerSPXFileMgr.cpp

#include "stdafx.h"
#include "BrukerSPXFileMgr.h"
#include "ControllerHelper.h"

namespace OTSController {
#pragma warning(disable: 4835)
	std::vector<SPXLine> CBrukerSPXFileMgr::m_vSpxFileLines = {
		{ ("<?xml version=\"1.0\" encoding=\"WINDOWS - 1252\" standalone=\"yes\"?>") },
		{ ("<TRTSpectrum>") },
		{ ("  <RTHeader/>") },
		{ ("  <ClassInstance Type=\"TRTSpectrum\" Name=\"Pyrite real\">"), SPXLineType::NAME },
		{ ("    <TRTHeaderedClass>") },
		{ ("      <ClassInstance Type=\"TRTSpectrumHardwareHeader\">") },
		{ ("        <TRTKnownHeader>") },
		{ ("          <Type>RTHardware</Type>") },
		{ ("          <Size>137</Size>") },
		{ ("        </TRTKnownHeader>") },
		{ ("        <RealTime>9627</RealTime>") },
		{ ("        <LifeTime>8658</LifeTime>") },
		{ ("        <DeadTime>1E1</DeadTime>") },
		{ ("        <ZeroPeakPosition>96</ZeroPeakPosition>") },
		{ ("        <ZeroPeakFrequency>25000</ZeroPeakFrequency>") },
		{ ("        <PulseDensity>113189</PulseDensity>") },
		{ ("        <Amplification>2E4</Amplification>") },
		{ ("        <ShapingTime>400000</ShapingTime>") },
		{ ("      </ClassInstance>") },
		{ ("      <ClassInstance Type=\"TRTDetectorHeader\">") },
		{ ("        <TRTKnownHeader>") },
		{ ("          <Type>RTDetector</Type>") },
		{ ("          <Version>5</Version>") },
		{ ("          <Size>9932</Size>") },
		{ ("        </TRTKnownHeader>") },
		{ ("        <Technology>SD3pr</Technology>") },
		{ ("        <Serial>5322</Serial>") },
		{ ("        <Type>XFlash 6|10</Type>") },
		{ ("        <DetectorThickness>0.45</DetectorThickness>") },
		{ ("        <SiDeadLayerThickness>0.029</SiDeadLayerThickness>") },
		{ ("        <DetLayers>eJyzcUkt8UmsTC0qtrMB0wYKjiX5ubZKhsZKCiEZmcnZeanFxbZKpq66xkr6UDWGUDXmKEos9ICKjOCKjKCKTFEUmSGbYwxVYoZbiQlUiQWqErhV+gj3AwCpRT07</DetLayers>") },
		{ ("        <WindowType>slew AP3.3</WindowType>") },
		{ ("        <WindowLayers>") },
		{ ("          <Layer0 Atom=\"5\" Thickness=\"1.3E-2\"/>") },
		{ ("          <Layer1 Atom=\"6\" Thickness=\"1.45E-1\"/>") },
		{ ("          <Layer2 Atom=\"7\" Thickness=\"4.5E-2\"/>") },
		{ ("          <Layer3 Atom=\"8\" Thickness=\"8.5E-2\"/>") },
		{ ("          <Layer4 Atom=\"13\" Thickness=\"3.5E-2\"/>") },
		{ ("          <Layer5 Atom=\"14\" Thickness=\"3.8E2\" RelativeArea=\"2.3E-1\"/>") },
		{ ("        </WindowLayers>") },
		{ ("        <Corrections>") },
		{ ("          <Escape/>") },
		{ ("          <Tail>") },
		{ ("            <FormulaType>Internal</FormulaType>") },
		{ ("            <MainCorrection>1</MainCorrection>") },
		{ ("          </Tail>") },
		{ ("          <Shelf>") },
		{ ("            <FormulaType>Internal</FormulaType>") },
		{ ("            <RangeStart>8E-2</RangeStart>") },
		{ ("            <RangeEnd>1E1</RangeEnd>") },
		{ ("            <MainCorrection>1</MainCorrection>") },
		{ ("            <Coefficient0>1</Coefficient0>") },
		{ ("          </Shelf>") },
		{ ("          <Shift>") },
		{ ("            <FormulaType>Internal</FormulaType>") },
		{ ("            <RangeStart>8E-2</RangeStart>") },
		{ ("            <RangeEnd>5.55E-1</RangeEnd>") },
		{ ("            <MainCorrection>1</MainCorrection>") },
		{ ("          </Shift>") },
		{ ("          <FWHMShift/>") },
		{ ("        </Corrections>") },
		{ ("        <CorrectionType>3</CorrectionType>") },
		{ ("        <ResponseFunctionCount>21</ResponseFunctionCount>") },
		{ ("        <SampleCount>5</SampleCount>") },
		{ ("        <SampleOffset>-3</SampleOffset>") },
		{ ("        <PulsePairResTimeCount>0</PulsePairResTimeCount>") },
		{ ("        <PileUpMinEnergy>1</PileUpMinEnergy>") },
		{ ("        <PileUpWithBG>False</PileUpWithBG>") },
		{ ("        <TailFactor>1</TailFactor>") },
		{ ("        <ShelfFactor>1</ShelfFactor>") },
		{ ("        <ShiftFactor>1.106</ShiftFactor>") },
		{ ("        <ShiftFactor2>-8.95E-1</ShiftFactor2>") },
		{ ("        <ShiftData>0.07,0.0058,0.183,0.0078,0.277,0.0058,0.555,0,1.1,0,3.293,0.0064,5.89,0,0,0,0,0,</ShiftData>") },
		{ ("        <ResponseFunction>0,0.01,0.000801,0.01,0.00298,0.01,0.008902,0.01,0.025,0.010046,0.041098,0.013475,0.04702,0.017302,0.049199,0.019237,0.05,0.02,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0.03,0.00444,0.03,0.01651,0.03,0.049318,0.03,0.1385,0.03023,0.227682,0.047375,0.26049,0.06651,0.27256,0.076185,0.277,0.08,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0.03,0.006283,0.03,0.023364,0.03,0.069793,0.03,0.196,0.030228,0.322207,0.047377,0.368636,0.066512,0.385717,0.076186,0.392,0.08,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.008415,0,0.031291,0,0.093473,0,0.2625,0,0.431527,0.000035,0.493709,0.000073,0.516585,0.000092,0.525,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.010836,0,0.040291,0,0.120357,0,0.338,0,0.555643,0.000035,0.635709,0.000073,0.665164,0.000092,0.676,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.016687,0,0.062045,0,0.185343,0,0.5205,0,0.855657,0.000035,0.978955,0.000073,1.024313,0.000092,1.041,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.020101,0,0.07474,0,0.223266,0,0.627,0,1.030734,0.000035,1.17926,0.000073,1.233899,0.000092,1.254,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.023836,0,0.088627,0,0.26475,0,0.7435,0,1.22225,0.000035,1.398373,0.000073,1.463164,0.000092,1.487,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.027891,0,0.103707,0,0.309795,0,0.87,0,1.430205,0.000035,1.636293,0.000073,1.712109,0.000092,1.74,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.030776,0,0.114435,0,0.341842,0,0.96,0,1.578158,0.000035,1.805565,0.000073,1.889224,0.000092,1.92,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.032283,0,0.120037,0,0.358578,0,1.007,0,1.655422,0.000035,1.893963,0.000073,1.981717,0.000092,2.014,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.036996,0,0.13756,0,0.410923,0,1.154,0,1.897077,0.000035,2.17044,0.000073,2.271004,0.000092,2.308,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.05918,0,0.220049,0,0.657334,0,1.846,0,3.034665,0.000035,3.471952,0.000073,3.63282,0.000092,3.692,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.079378,0,0.295146,0,0.881668,0,2.476,0,4.070332,0.000035,4.656854,0.000073,4.872623,0.000092,4.952,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.119867,0,0.445699,0,1.331404,0,3.739,0,6.146595,0.000035,7.0323,0.000073,7.358133,0.000092,7.478,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.148303,0,0.551433,0,1.647253,0,4.626,0,7.604747,0.000035,8.700567,0.000073,9.103698,0.000092,9.252,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.176322,0,0.655616,0,1.958472,0,5.5,0,9.041529,0.000035,10.344384,0.000073,10.823678,0.000092,11,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.208381,0,0.774819,0,2.314557,0,6.5,0,10.685443,0.000035,12.225181,0.000073,12.791619,0.000092,13,0.0001,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.24044,0,0.894022,0,2.670643,0,7.5,0,12.329357,0,14.105978,0,14.759561,0,15,0,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,0.320586,0,1.192029,0,3.560857,0,10,0,16.439142,0,18.80797,0,19.679415,0,20,0,</ResponseFunction>") },
		{ ("        <ResponseFunction>0,0,1.60293,0,5.960146,0,17.804287,0,50,0,82.195709,0,94.039856,0,98.397072,0,100,0,</ResponseFunction>") },
		{ ("      </ClassInstance>") },
		{ ("      <ClassInstance Type=\"TRTESMAHeader\">") },
		{ ("        <TRTKnownHeader>") },
		{ ("          <Type>RTESMA</Type>") },
		{ ("          <Size>662</Size>") },
		{ ("        </TRTKnownHeader>") },
		{ ("        <PrimaryEnergy>2E1</PrimaryEnergy>") },
		{ ("        <ReferenceFactor>-1</ReferenceFactor>") },
		{ ("        <ReferenceStdDev>-1</ReferenceStdDev>") },
		{ ("        <BaseRefStdDev>2.000100008E-3</BaseRefStdDev>") },
		{ ("        <ElevationAngle>3.5E1</ElevationAngle>") },
		{ ("        <CoatCorrection/>") },
		{ ("      </ClassInstance>") },
		{ ("    </TRTHeaderedClass>") },
		{ ("    <ClassInstance Type=\"TRTSpectrumHeader\">") },
		{ ("      <Size>82</Size>") },
		{ ("      <Date>9.12.2015</Date>") },
		{ ("      <Time>11:41:21</Time>") },
		{ ("      <ChannelCount>2000</ChannelCount>")/*, SPXLineType::CHANNEL_COUNT*/ },
		//{ ("      <CalibAbs>0</CalibAbs>"), SPXLineType::CALIB_ABS },
		{ ("      <CalibLin>0.01</CalibLin>")/*, SPXLineType::CALIB_LIN*/ },
		{ ("      <SigmaAbs>7.756682035E-4</SigmaAbs>")/*, SPXLineType::SIGMA_ABS*/ },
		{ ("      <SigmaLin>6.874358396E-4</SigmaLin>")/*, SPXLineType::SIGMA_LIN*/ },
		{ ("    </ClassInstance>") },
		{ ("    <Channels></Channels>"), SPXLineType::CHANNELS },
		{ ("    <ClassInstance Type=\"TRTResult\" Name=\"Results\">") },
		{ ("      <Result>") },
		{ ("        <Atom>16</Atom>") },
		{ ("        <XLine>K-Serie</XLine>") },
		{ ("        <AtomPercent>6.494736045E-1</AtomPercent>") },
		{ ("        <MassPercent>3.709764752E-1</MassPercent>") },
		{ ("        <NetIntens>445355</NetIntens>") },
		{ ("        <Background>1512</Background>") },
		{ ("        <Sigma>3.644878792E-2</Sigma>") },
		{ ("      </Result>") },
		{ ("      <Result>") },
		{ ("        <Atom>26</Atom>") },
		{ ("        <XLine>K-Serie</XLine>") },
		{ ("        <AtomPercent>3.505263955E-1</AtomPercent>") },
		{ ("        <MassPercent>3.487069895E-1</MassPercent>") },
		{ ("        <NetIntens>142063</NetIntens>") },
		{ ("        <Background>462</Background>") },
		{ ("        <Sigma>2.732743857E-2</Sigma>") },
		{ ("      </Result>") },
		{ ("      <ExtResults>") },
		{ ("        <Atom>26</Atom>") },
		{ ("        <FCorrection>1.029448986</FCorrection>") },
		{ ("      </ExtResults>") },
		{ ("      <ExtResults>") },
		{ ("        <Atom>16</Atom>") },
		{ ("        <FCorrection>1.007593036</FCorrection>") },
		{ ("      </ExtResults>") },
		{ ("    </ClassInstance>") },
		{ ("    <ClassInstance Type=\"TRTPSEElementList\" Name=\"Elements\">") },
		{ ("      <ChildClassInstances>") },
		{ ("        <ClassInstance Type=\"TRTPSEElement\" Name=\"Fe\">") },
		{ ("          <Element>26</Element>") },
		{ ("          <Color>65280</Color>") },
		{ ("          <AutomaticMode>1</AutomaticMode>") },
		{ ("        </ClassInstance>") },
		{ ("        <ClassInstance Type=\"TRTPSEElement\" Name=\"S\">") },
		{ ("          <Element>16</Element>") },
		{ ("          <Color>16711680</Color>") },
		{ ("          <AutomaticMode>1</AutomaticMode>") },
		{ ("        </ClassInstance>") },
		{ ("      </ChildClassInstances>") },
		{ ("    </ClassInstance>") },
		{ ("    <ChildClassInstances>") },
		{ ("      <ClassInstance Type=\"TRTSpectrumChartConfigurationData\">") },
		{ ("        <TRTChartConfigurationData>") },
		{ ("          <XMin>0.09784126</XMin>") },
		{ ("          <XMax>20.00089226</XMax>") },
		{ ("          <YMin>0</YMin>") },
		{ ("          <YMax>366.03007760028</YMax>") },
		{ ("          <XAxisLog>0</XAxisLog>") },
		{ ("          <YAxisLog>0</YAxisLog>") },
		{ ("          <YAxisSqrt>0</YAxisSqrt>") },
		{ ("          <LegendeVisible>0</LegendeVisible>") },
		{ ("          <GridStyle>Lines</GridStyle>") },
		{ ("          <GridColor>223,223,223</GridColor>") },
		{ ("          <MinXTicks>5</MinXTicks>") },
		{ ("          <MinYTicks>5</MinYTicks>") },
		{ ("          <SeriesScaling>0</SeriesScaling>") },
		{ ("          <AxisFont>") },
		{ ("            <Name>Verdana</Name>") },
		{ ("            <Size>11</Size>") },
		{ ("            <Color>8,0,0</Color>") },
		{ ("            <Style/>") },
		{ ("          </AxisFont>") },
		{ ("          <LegendeFont>") },
		{ ("            <Name>Verdana</Name>") },
		{ ("            <Size>11</Size>") },
		{ ("            <Color>8,0,0</Color>") },
		{ ("            <Style/>") },
		{ ("          </LegendeFont>") },
		{ ("          <SeriesProperties>") },
		{ ("            <ClassInstance Type=\"TRTChartSeriesConfigurationData\">") },
		{ ("              <Name>Acquisition</Name>") },
		{ ("              <Description>Acquisition</Description>") },
		{ ("              <Visible>1</Visible>") },
		{ ("              <LineColor>194,9,0</LineColor>") },
		{ ("              <FillColor>194,9,0</FillColor>") },
		{ ("              <Filled>1</Filled>") },
		{ ("              <LineStyle>Solid</LineStyle>") },
		{ ("              <LineWidth>1</LineWidth>") },
		{ ("              <Mark>-1</Mark>") },
		{ ("              <Factor>1</Factor>") },
		{ ("              <Offset>0</Offset>") },
		{ ("            </ClassInstance>") },
		{ ("          </SeriesProperties>") },
		{ ("        </TRTChartConfigurationData>") },
		{ ("        <EnergyMode>1</EnergyMode>") },
		{ ("        <YAxisMode>Hertz</YAxisMode>") },
		{ ("        <RescaleStrength>0</RescaleStrength>") },
		{ ("        <InterpolateType>None</InterpolateType>") },
		{ ("        <ForegroundRegion>1</ForegroundRegion>") },
		{ ("        <BackgroundRegion>1</BackgroundRegion>") },
		{ ("        <CurrentSpectrum>0</CurrentSpectrum>") },
		{ ("        <CurrentSpectrumInFront>1</CurrentSpectrumInFront>") },
		{ ("        <ElementLinesVisible>1</ElementLinesVisible>") },
		{ ("        <ElementTextVisible>1</ElementTextVisible>") },
		{ ("        <TransparentText>0</TransparentText>") },
		{ ("        <EscLinesVisible>0</EscLinesVisible>") },
		{ ("        <NegativeCountsAllowed>0</NegativeCountsAllowed>") },
		{ ("        <DynamicLineMarkerHeight>0</DynamicLineMarkerHeight>") },
		{ ("        <CoatingElement>-1</CoatingElement>") },
		{ ("        <LabelFont>") },
		{ ("          <Name>Verdana</Name>") },
		{ ("          <Size>11</Size>") },
		{ ("          <Color>8,0,0</Color>") },
		{ ("          <Style/>") },
		{ ("        </LabelFont>") },
		{ ("      </ClassInstance>") },
		{ ("    </ChildClassInstances>") },
		{ ("  </ClassInstance>") },
		{ ("</TRTSpectrum>") },
	};
#pragma warning(default: 4835)
	BOOL CBrukerSPXFileMgr::ExportXrayPoints(LPCTSTR a_sPath, LPCTSTR a_sName, const std::vector<CPosXray*>& a_xrayPoints)
	{
		ASSERT(a_sPath);
		if (!a_sPath)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoints:invalid path"));
			return FALSE;
		}

		for (size_t i = 0; i < a_xrayPoints.size(); i++)
		{
			auto* pXrayPoint = a_xrayPoints[i];
			std::stringstream fileNameStream;
			char sPath[MAX_PATH];
		    CControllerHelper::WCharToChar((const wchar_t*)a_sPath, sPath);
			char sName[MAX_PATH] = { "Spectrum" };
			if (a_sName)
			{
				CControllerHelper::WCharToChar((const wchar_t*)a_sName, sName);
			}
			fileNameStream << sPath << "\\" << sName << i << "_" << pXrayPoint->GetPosition().x << "_" << pXrayPoint->GetPosition().y << ".spx";

			std::stringstream xrayNameStream;
			xrayNameStream << sName << i;

			if (!ExportXrayPoint(fileNameStream.str().c_str(), xrayNameStream.str().c_str(), pXrayPoint))
			{
				CString sName = CControllerHelper::CharToString(fileNameStream.str().c_str());

				LogErrorTrace(__FILE__,__LINE__,_T("Export spectrum(%d) to %s failed."), i, sName);
			}
		}

		return TRUE;
	}

	BOOL CBrukerSPXFileMgr::ExportXrayPoint(const char* a_sFilePathName, const char* a_sName, CPosXray* a_pXrayPoint)
	{
		
		ASSERT(a_sFilePathName);
		if (!a_sFilePathName)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoint:invalid path"));
			return FALSE;
		}

		ASSERT(a_pXrayPoint);
		if (!a_pXrayPoint)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoint:invalid x-ray point"));
			return FALSE;
		}

		std::ofstream out(a_sFilePathName);

		for (auto& spxLine : m_vSpxFileLines)
		{
			switch (spxLine.m_nLineType)
			{
			case SPXLineType::NAME:
			{
				out << "  <ClassInstance Type=\"TRTSpectrum\" Name=\"" << a_sName << "\">" << std::endl;
			}

			break;

			//case SPXLineType::CHANNEL_COUNT:
			//{
			//    out << "      <ChannelCount>2000</ChannelCount>" << std::endl;
			//}

			//break;

			case SPXLineType::CHANNELS:
			{
				out << "    <Channels>";
				auto* pXrayData = a_pXrayPoint->GetXrayData();
				out << pXrayData[0];
				for (long i = 1; i < GENERALXRAYCHANNELS; i++)
				{
					out << "," << pXrayData[i];
				}
				out << "</Channels>" << std::endl;
			}

			break;

			//case SPXLineType::CALIB_ABS:
			//{
			//    continue;

			//    //out << "    <CalibAbs>";
			//    //out << m_spectrumHeader.CalibrationAbs;
			//    //out << "</CalibAbs>" << std::endl;
			//}

			//break;

			//case SPXLineType::CALIB_LIN:
			//{
			//    continue;

			//    //out << "    <CalibLin>";
			//    //out << m_spectrumHeader.CalibrationLin;
			//    //out << "</CalibLin>" << std::endl;
			//}

			//break;

			//case SPXLineType::SIGMA_ABS:
			//{
			//    out << "    <SigmaAbs>";
			//    out << m_spectrumHeader.SigmaAbs;
			//    out << "</SigmaAbs>" << std::endl;
			//}

			//break;

			//case SPXLineType::SIGMA_LIN:
			//{
			//    out << "    <SigmaLin>";
			//    out << m_spectrumHeader.SigmaLin;
			//    out << "</SigmaLin>" << std::endl;
			//}

			//break;

			default:
			{
				out << spxLine.m_sLineString << std::endl;
			}
			break;
			}
		}

		out.flush();
		out.close();

		return true;
	}

	BOOL CBrukerSPXFileMgr::ExportXrayPoints(LPCTSTR a_sPath, LPCTSTR a_sName, const CPosXrayList& a_xrayPoints)
	{
		std::vector<CPosXray*> xrayPoints;
		for (auto& pXray : a_xrayPoints)
		{
			xrayPoints.push_back(pXray.get());
		}

		return ExportXrayPoints(a_sPath, a_sName, xrayPoints);
	}

	/*BOOL CBrukerSPXFileMgr::ExportXrayPoint(LPCTSTR a_sFilePathName, LPCTSTR a_sSpectrumName, CPosXray* a_pXrayPoint)
	{

		ASSERT(a_sFilePathName);
		if (!a_sFilePathName)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoint:invalid path"));
			return FALSE;
		}

		ASSERT(a_pXrayPoint);
		if (!a_pXrayPoint)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoint:invalid x-ray point"));
			return FALSE;
		}

		char sPathName[MAX_PATH];
		CControllerHelper::WCharToChar((const wchar_t*)a_sFilePathName, sPathName);
		char sName[MAX_PATH] = { "Spectrum" };
		if (a_sSpectrumName)
		{
			CControllerHelper::WCharToChar((const wchar_t*)a_sSpectrumName, sName);
		}

		return ExportXrayPoint(sPathName, sName, a_pXrayPoint);
	}*/

	BOOL CBrukerSPXFileMgr::LoadSpectrumHeader(LPCTSTR a_sFilePathName)
	{
		ASSERT(a_sFilePathName);
		if (!a_sFilePathName)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("ExportXrayPoint:invalid path"));
			return FALSE;
		}

	/*	if (!FS::Exists(a_sFilePathName))
		{
			return FALSE;
		}*/

		CFile file;
		CFileException ex;
		if (!file.Open(a_sFilePathName, CFile::modeRead, &ex))
		{
			TCHAR strError[512] = _T("");
			ex.GetErrorMessage(strError, lstrlen(strError));
			LogErrorTrace(__FILE__,__LINE__,_T("Open file(%s) failed: %s"), a_sFilePathName, strError);

			return FALSE;
		}

		auto nReadSize = file.Read(&m_spectrumHeader, sizeof(RTSpectrumHeaderRec));

		file.Close();

		return nReadSize == sizeof(RTSpectrumHeaderRec);
	}

	BOOL CBrukerSPXFileMgr::SaveSpectrumHeader(LPCTSTR a_sFilePathName)
	{
		ASSERT(a_sFilePathName);
		if (!a_sFilePathName)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("SaveSpectrumHeader:invalid path"));
			return FALSE;
		}

		// Open the file
		CFile file;
		CFileException ex;
		if (!file.Open(a_sFilePathName, CFile::modeCreate | CFile::modeWrite, &ex))
		{
			TCHAR szCause[255];
			ex.GetErrorMessage(szCause, 255);
			LogErrorTrace(__FILE__,__LINE__,_T("Create file %s failed:\r\n %s"), a_sFilePathName, szCause);

			return FALSE;
		}

		file.Write(&m_spectrumHeader, sizeof(RTSpectrumHeaderRec));
		file.Close();

		return TRUE;
	}

	BOOL CBrukerSPXFileMgr::SetSpectrumHeader(RTSpectrumHeaderRec* m_pSpectrumHeader)
	{
		ASSERT(m_pSpectrumHeader);
		if (!m_pSpectrumHeader)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("SetSpectrumHeader:invalid spectrum header"));
			return FALSE;
		}

		memcpy_s(&m_spectrumHeader, sizeof(RTSpectrumHeaderRec), m_pSpectrumHeader, sizeof(RTSpectrumHeaderRec));

		return TRUE;
	}

	void CBrukerSPXFileMgr::Init()
	{
		InitSpectrumHeader(&m_spectrumHeader);
	}

	void CBrukerSPXFileMgr::InitSpectrumHeader(RTSpectrumHeaderRec* a_pHeader)
	{
		if (!a_pHeader)
		{
			return;
		}

		memset(a_pHeader, 0, sizeof(RTSpectrumHeaderRec));

		std::string sName = "Rontec XRay spectrum";
		a_pHeader->IDStringLength = (BYTE)sName.size();
		memcpy_s(a_pHeader->IDString, 25, sName.c_str(), sName.size());
		a_pHeader->ChannelCount = GENERALXRAYCHANNELS;
		a_pHeader->CalibrationAbs = 1;
		a_pHeader->CalibrationLin = 0.01;
		a_pHeader->SigmaAbs = 0.000752;
		a_pHeader->SigmaLin = 0.000687;
	}

	bool CBrukerSPXFileMgr::InitSpectrumBuffer(char* a_pBuffer, CPosXray* a_pXrayPoint)
	{
		
		ASSERT(a_pBuffer);
		if (!a_pBuffer)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("InitSpectrumBuffer:invalid buffer"));
			return FALSE;
		}

		ASSERT(a_pXrayPoint);
		if (!a_pXrayPoint)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("InitSpectrumBuffer:invalid x-ray point"));
			return FALSE;
		}
		RTSpectrumHeaderRec* pHeader = (RTSpectrumHeaderRec*)a_pBuffer;
		CBrukerSPXFileMgr::InitSpectrumHeader(pHeader);
		auto* pXrayData = a_pXrayPoint->GetXrayData();
		char* pXrayBuffer = a_pBuffer + sizeof(RTSpectrumHeaderRec);

		size_t nBufferSize = sizeof(long) * GENERALXRAYCHANNELS;
		LogTrace(__FILE__,__LINE__,_T("Copy xray buffer size %d"), nBufferSize);
		memcpy(pXrayBuffer, pXrayData, nBufferSize);

		return true;
	}

}