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E15190Reader.cpp
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E15190Reader.cpp
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#include "include/E15190Reader.h"
//____________________________________________________
E15190Reader::E15190Reader(TChain * Chain, HTRunInfo * CurrRunInfo, const char * DataType, bool IsDataCalibrated) :
fCurrRunInfo(CurrRunInfo),
fHiRA(new TTreeReaderValue<HTHiRAData> *[NUM_TEL]),
fChain(Chain),
fStartTime(clock()),
fDegToRad(TMath::Pi()/180.),
fRadToDeg(180./TMath::Pi()),
fSpeedOfLight(29.9792),
fNWBarLength(200),
fNWBarHigh(7.62),
fNWBarThickness(6.35),
fIsTDC(false),
fIsNWA(false),
fIsNWB(false),
fIsFA(false),
fIsVW(false),
fIsMB(false),
fIsHiRA(false),
fIsDataCalibrated(IsDataCalibrated),
fNWAPositionCalibrated(false),
fNWBPositionCalibrated(false),
fNWTimeCalibrated(false),
fNWPulseHeightCalibrated(false),
fNWACosmicRayPositionLoaded(false),
fNWBCosmicRayPositionLoaded(false),
fNWATimeCalibrated(false),
fNWBTimeCalibrated(false),
fNWAGeometryCalibrated(false),
fNWBGeometryCalibrated(false),
fNWAPulseHeightMatched(false),
fNWBPulseHeightMatched(false),
fNWAPulseHeightCalibrated(false),
fNWBPulseHeightCalibrated(false),
fNWAPSDFlattened(false),
fNWBPSDFlattened(false),
fNWAPSDResidualCalculated(false),
fNWBPSDResidualCalculated(false),
fNWASaturationCorrected(false),
fNWBSaturationCorrected(false),
fNWAPSDCutsLoaded(false),
fNWBPSDCutsLoaded(false),
fFATimeCalibrated(false),
fVWGainMatched(false),
fVWIdentificationLoaded(false),
fVWPositionCalibrated(false),
fMBGeometryLoaded(false),
fMBStatusLoaded(false),
fMBHitConditionLoaded(false),
fMBCentralityLoaded(false),
fHiRACsICalibrated(false),
fHiRACsIPulserCalibrated(false),
fHiRASiCalibrated(false),
fHiRAGeometryCalibrated(false),
fHiRAStripBadLoaded(false),
fHiRASiHiLowMatched(false),
fNWAPositionCalibration(new NWPositionCalibration(NUM_BARS_NWA)),
fNWBPositionCalibration(new NWPositionCalibration(NUM_BARS_NWB)),
fNWACosmicRayInfo(new NWCosmicRayManager(NUM_BARS_NWA)),
fNWBCosmicRayInfo(new NWCosmicRayManager(NUM_BARS_NWB)),
fNWATimeCalibration(new NWTimeCalibration(NUM_BARS_NWA)),
fNWBTimeCalibration(new NWTimeCalibration(NUM_BARS_NWB)),
fNWAGeometry(new NWGeometry(NUM_BARS_NWA)),
fNWBGeometry(new NWGeometry(NUM_BARS_NWB)),
fNWAPulseHeightCalibrationTools(new NWPulseHeightCalibration(NUM_BARS_NWA)),
fNWBPulseHeightCalibrationTools(new NWPulseHeightCalibration(NUM_BARS_NWB)),
fNWAPulseShapeDiscriminationTools(new NWPulseShapeDiscrimination(NUM_BARS_NWA)),
fNWBPulseShapeDiscriminationTools(new NWPulseShapeDiscrimination(NUM_BARS_NWB)),
fFATimeCalibration(new FATimeCalibration(NUM_DETECTORS_FA)),
fVWPulseHeightCalibrationTools(new VWPulseHeightCalibration(NUM_BARS_VW)),
fVWIdentificationModule(new VWIdentification()),
fVWGeometryModule(new VWGeometry(NUM_BARS_VW)),
fVWPositionCalibration(new NWPositionCalibration(NUM_BARS_VW)),
fMicroballStatus(new MBDetectorStatus()),
fMicroballGeometry(new MBGeometry()),
fMicroballHitCondition(new MBHitCondition()),
fMicroballCentrality(new MBImpactParameter()),
fHiRAGeometryTab(new HiRAGeometry(NUM_TEL,NUM_STRIP_F,NUM_STRIP_B)),
fSiCalibrationTools(new HiRASiCalibration(NUM_TEL,NUM_STRIP_F,NUM_STRIP_B)),
fCsICalibrationModule(new HiRACsICalibrationManager()),
fHiRAStatus(new HiRADetectorStatus(NUM_TEL,NUM_STRIP_F,NUM_STRIP_B)),
fHiRAIdentifiationModule(new HiRAIdentification()),
fHiRAPixelizationModule(new HiRAPixelization(NUM_TEL))
{
//Parsing DataType string to allocate specific detectors
std::string DetectorsIncluded(DataType);
std::istringstream StreamDetectorsIncluded(DetectorsIncluded);
std::string DetectorToAdd;
while(std::getline(StreamDetectorsIncluded, DetectorToAdd, '-')) {
if(DetectorToAdd.compare("NWA")==0) fIsNWA=true;
if(DetectorToAdd.compare("NWB")==0) fIsNWB=true;
if(DetectorToAdd.compare("FA")==0) fIsFA=true;
if(DetectorToAdd.compare("VW")==0) fIsVW=true;
if(DetectorToAdd.compare("uBall")==0) fIsMB=true;
if(DetectorToAdd.compare("HiRA")==0) fIsHiRA=true;
if(DetectorToAdd.compare("TDC")==0) fIsTDC=true;
}
if(fChain!=0) {
fE15190Reader = new TTreeReader(fChain);
if(!fIsDataCalibrated) {
if(fIsNWA) fNWA = new TTreeReaderValue<HTNeutronWallData>(*fE15190Reader, "NWA.");
if(fIsNWB) fNWB = new TTreeReaderValue<HTNeutronWallData>(*fE15190Reader, "NWB.");
if(fIsFA) fForwardArray = new TTreeReaderValue<HTForwardArrayData>(*fE15190Reader, "ForwardArray.");
if(fIsVW) fVetoWall = new TTreeReaderValue<HTVetoWallData>(*fE15190Reader, "VetoWall.");
if(fIsMB) fMicroball = new TTreeReaderValue<HTMicroballData>(*fE15190Reader, "uBall.");
if(fIsHiRA) {
for(int i=0; i<NUM_TEL; i++) fHiRA[i] = new TTreeReaderValue<HTHiRAData>(*fE15190Reader, Form("HiRA.tele%d.",i));
}
} else {
if(fIsNWA) fNWACal = new TTreeReaderValue<NeutronWallCalibratedData>(*fE15190Reader, "NWA.");
if(fIsNWB) fNWBCal = new TTreeReaderValue<NeutronWallCalibratedData>(*fE15190Reader, "NWB.");
if(fIsFA) fForwardArrayCal = new TTreeReaderValue<ForwardArrayCalibratedData>(*fE15190Reader, "ForwardArray.");
if(fIsVW) fVetoWallCal = new TTreeReaderValue<VetoWallCalibratedData>(*fE15190Reader, "VetoWall.");
if(fIsMB) fMicroballCal = new TTreeReaderValue<MicroballCalibratedData>(*fE15190Reader, "uBall.");
if(fIsHiRA) fHiRACal = new TTreeReaderValue<HiRACalibratedData>(*fE15190Reader, "HiRA.");
}
if(fIsTDC) {
fTDCAdditionalChannels = new TDCSpareChannels();
fTDCAdditionalChannels->InitFromMapping(fE15190Reader, fCurrRunInfo->GetMappingFile());
}
}
}
//____________________________________________________
E15190Reader::~E15190Reader()
{
if(fChain!=0) {
delete fE15190Reader;
if(!fIsDataCalibrated) {
if (fIsNWA) delete fNWA;
if (fIsNWB) delete fNWB;
if (fIsFA) delete fForwardArray;
if (fIsVW) delete fVetoWall;
if (fIsMB) delete fMicroball;
if (fIsHiRA) {
for(int i=0; i<NUM_TEL; i++) delete fHiRA[i];
}
} else {
if (fIsNWA) delete fNWACal;
if (fIsNWB) delete fNWBCal;
if (fIsFA) delete fForwardArrayCal;
if (fIsVW) delete fVetoWallCal;
if (fIsMB) delete fMicroballCal;
if (fIsHiRA) delete fHiRACal;
}
}
if(fHiRA) delete [] fHiRA;
}
//____________________________________________________
void E15190Reader::InitAllCalibrations()
{
LoadNWPositionCalibration(fCurrRunInfo->GetNWBPositionCalibrationFileName(), "NWB");
LoadNWPositionCalibration(fCurrRunInfo->GetNWAPositionCalibrationFileName(), "NWA");
LoadNWGeometryFiducialPoints(fCurrRunInfo->GetNWBGeometryCalibrationFileName(), "NWB");
LoadNWGeometryFiducialPoints(fCurrRunInfo->GetNWAGeometryCalibrationFileName(), "NWA");
LoadNWTimeCalibration(fCurrRunInfo->GetNWBTimeOffsetCalibrationFileName(), "NWB");
LoadNWTimeCalibration(fCurrRunInfo->GetNWATimeOffsetCalibrationFileName(), "NWA");//KZ
LoadNWPulseHeightMatching(fCurrRunInfo->GetNWBGainMatchingCalibrationFileName(), "NWB");
LoadNWPulseHeightMatching(fCurrRunInfo->GetNWAGainMatchingCalibrationFileName(), "NWA");
LoadNWPulseHeightCalibration(fCurrRunInfo->GetNWBPulseHeightCalibrationFileName(), "NWB");//KZ
LoadNWPulseHeightCalibration(fCurrRunInfo->GetNWAPulseHeightCalibrationFileName(), "NWA");//KZ
LoadNWPSDFlattening(fCurrRunInfo->GetNWBPSDFlatteningFileName(), "NWB");//KZ
LoadNWPSDFlattening(fCurrRunInfo->GetNWAPSDFlatteningFileName(), "NWA");//KZ
LoadNWPSDResidual(fCurrRunInfo->GetNWBPSDResidualFileName(), "NWB");//KZ
LoadNWPSDResidual(fCurrRunInfo->GetNWAPSDResidualFileName(), "NWA");//KZ
LoadNWPSDCuts(fCurrRunInfo->GetNWBPSDCutsFileName(),"NWB"); //KZ
LoadNWPSDCuts(fCurrRunInfo->GetNWAPSDCutsFileName(),"NWA"); //KZ
LoadNWSaturationCorrection(fCurrRunInfo->GetNWASaturationCorrectionFileName(),"NWA"); //KZ
LoadNWSaturationCorrection(fCurrRunInfo->GetNWBSaturationCorrectionFileName(),"NWB"); //KZ
LoadFATimeCalibration(fCurrRunInfo->GetFATimeCalibrationFileName());
LoadFATimePulseHeightCorrection(fCurrRunInfo->GetFAPulseHeightCorrectionFileName());
LoadVWGainMatchig(fCurrRunInfo->GetVWGainMatchingCalibrationFileName());
LoadVWIdentificationCuts(fCurrRunInfo->GetVWDETOFPIDCalibrationFileName());
LoadVWGeometryFiducialPoints(fCurrRunInfo->GetVWGeometryFileName());
LoadNWPositionCalibration(fCurrRunInfo->GetVWPositionCalibrationFileName(), "VW");
LoadMBGeometry(fCurrRunInfo->GetMBGeometryFileName());
LoadMBDetectorStatus(fCurrRunInfo->GerMBDetectorStatusFileName());
LoadMBFastSlowHitCondition(fCurrRunInfo->GetMBHitConditionFileName());
LoadMBCentrality(fCurrRunInfo->GetMBImpactParameterFileName());
LoadHiRAGeometry(fCurrRunInfo->GetHiRAGeometryFileName());
LoadHiRASiCalibration(fCurrRunInfo->GetHiRASiEnergyCalibrationFileName());
LoadHiRAStripBad(fCurrRunInfo->GetHiRADetectorStatusFileName());
LoadHiRACsIPulserInfo(fCurrRunInfo->GetHiRACsIPulserFileName());
LoadHiRASiHiLowMatching(fCurrRunInfo->GetHiRASiHiLowMatchingFileName());
LoadHiRACsICalibration(fCurrRunInfo->GetHiRACsIEnergyCalibrationFileName());
LoadHiRAIdentification(fCurrRunInfo->GetHiRAPIDFileName());
fBeam = new TNamed("Beam", fCurrRunInfo->GetBeam());
fBeamEnergy = new TNamed("Beam Energy (AMeV)", fCurrRunInfo->GetBeamEnergy());
fTarget = new TNamed("Target", fCurrRunInfo->GetTarget());
}
//____________________________________________________
int E15190Reader::LoadNWPositionCalibration(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPositionCalibration->LoadCalibration(file_name);
if(NLines>0) {
fNWAPositionCalibrated=true;
printf("Loaded position calibration for NWA %s\n", file_name);
return NLines;
}
fNWAPositionCalibrated=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPositionCalibration->LoadCalibration(file_name);
if(NLines>0) {
fNWBPositionCalibrated=true;
printf("Loaded position calibration for NWB %s\n", file_name);
return NLines;
}
fNWBPositionCalibrated=false;
}
if(strcmp(WallToCalibrate,"VW")==0) {
if(!fIsVW) return 0;
int NLines=fVWPositionCalibration->LoadCalibration(file_name);
if(NLines>0) {
fVWPositionCalibrated=true;
printf("Loaded position calibration for VW %s\n", file_name);
return NLines;
}
fVWPositionCalibrated=false;
}
printf("Error: Error while loading NW Position calibration file %s\n", file_name);
return -1;
}
//____________________________________________________
int E15190Reader::LoadNWCosmicRayPosition(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWACosmicRayInfo->LoadPeakPositions(file_name);
if(NLines>0) {
fNWACosmicRayPositionLoaded=true;
printf("Loaded cosmics calibration for NWA %s\n", file_name);
return NLines;
}
fNWACosmicRayPositionLoaded=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBCosmicRayInfo->LoadPeakPositions(file_name);
if(NLines>0) {
fNWBCosmicRayPositionLoaded=true;
printf("Loaded cosmics calibration for NWB %s\n", file_name);
return NLines;
}
fNWBCosmicRayPositionLoaded=false;
}
printf("Error: Error while loading NW cosmic ray positions %s\n", file_name);
return -1;
}
//____________________________________________________
int E15190Reader::LoadNWTimeCalibration(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWATimeCalibration->LoadCalibration(file_name);
if(NLines>0) {
fNWATimeCalibrated=true;
printf("Loaded time calibration for NWA %s\n", file_name);
return NLines;
}
fNWATimeCalibrated=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBTimeCalibration->LoadCalibration(file_name);
if(NLines>0) {
fNWBTimeCalibrated=true;
printf("Loaded time calibration for NWB %s\n", file_name);
return NLines;
}
fNWBTimeCalibrated=false;
}
printf("Error: Error while loading NW time calibration %s\n", file_name);
return -1;
}
//____________________________________________________
int E15190Reader::LoadNWGeometryFiducialPoints(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAGeometry->LoadFiducialPoints(file_name);
if(NLines>0) {
fNWAGeometryCalibrated=true;
printf("Loaded geometry fiducial points for NWA %s\n", file_name);
return NLines;
}
fNWAGeometryCalibrated=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBGeometry->LoadFiducialPoints(file_name);
if(NLines>0) {
fNWBGeometryCalibrated=true;
printf("Loaded geometry fiducial points for NWB %s\n", file_name);
return NLines;
}
fNWBGeometryCalibrated=false;
}
printf("Error: Error while loading NW geometry fiducial points %s\n", file_name);
return -1;
}
//____________________________________________________
int E15190Reader::LoadNWPulseHeightMatching(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseHeightCalibrationTools->LoadMatching(file_name);
if(NLines>0) {
fNWAPulseHeightMatched=true;
printf("Loaded gain matching for NWA %s\n", file_name);
return NLines;
}
fNWAPulseHeightMatched=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseHeightCalibrationTools->LoadMatching(file_name);
if(NLines>0) {
fNWBPulseHeightMatched=true;
printf("Loaded gain matching for NWB %s\n", file_name);
return NLines;
}
fNWBPulseHeightMatched=false;
}
printf("Error: Error while loading NW gain matching %s\n", file_name);
return -1;
}
//K____________________________________________________
int E15190Reader::LoadNWPulseHeightCalibration(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseHeightCalibrationTools->LoadPulseHeightCalibration(file_name);
if(NLines>0) {
fNWAPulseHeightCalibrated=true;
printf("Loaded pulse height calibration for NWA %s\n", file_name);
return NLines;
}
fNWAPulseHeightCalibrated=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseHeightCalibrationTools->LoadPulseHeightCalibration(file_name);
if(NLines>0) {
fNWBPulseHeightCalibrated=true;
printf("Loaded pulse height calibration for NWB %s\n", file_name);
return NLines;
}
fNWBPulseHeightCalibrated=false;
}
printf("Error: Error while loading NW pulse height calibration %s\n", file_name);
return -1;
}
//K____________________________________________________
int E15190Reader::LoadNWPSDFlattening(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseShapeDiscriminationTools->LoadPSDFlattening(file_name);
if(NLines>0) {
fNWAPSDFlattened=true;
printf("Loaded PSD Flattening info for NWA %s\n", file_name);
return NLines;
}
fNWAPSDFlattened=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseShapeDiscriminationTools->LoadPSDFlattening(file_name);
if(NLines>0) {
fNWBPSDFlattened=true;
printf("Loaded PSD Flattening info for NWB %s\n", file_name);
return NLines;
}
fNWBPSDFlattened=false;
}
printf("Error: Error while loading NW PSD flattening info %s\n", file_name);
return -1;
}
//K____________________________________________________
int E15190Reader::LoadNWPSDResidual(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseShapeDiscriminationTools->LoadPSDResidual(file_name);
if(NLines>0) {
fNWAPSDResidualCalculated=true;
printf("Loaded PSD Residual info for NWA %s\n", file_name);
return NLines;
}
fNWAPSDFlattened=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseShapeDiscriminationTools->LoadPSDResidual(file_name);
if(NLines>0) {
fNWBPSDResidualCalculated=true;
printf("Loaded PSD Residual info for NWB %s\n", file_name);
return NLines;
}
fNWBPSDFlattened=false;
}
printf("Error: Error while loading NW PSD Residual info %s\n", file_name);
return -1;
}
//K____________________________________________________
int E15190Reader::LoadNWPSDCuts(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseShapeDiscriminationTools->LoadIsGammaCuts(file_name);
if(NLines>0) {
fNWAPSDCutsLoaded=true;
printf("Loaded IsGamma Cuts info for NWA %s\n", file_name);
return NLines;
}
fNWAPSDCutsLoaded=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseShapeDiscriminationTools->LoadIsGammaCuts(file_name);
if(NLines>0) {
fNWBPSDCutsLoaded=true;
printf("Loaded IsGamma Cuts info for NWB %s\n", file_name);
return NLines;
}
fNWBPSDCutsLoaded=false;
}
printf("Error: Error while loading NW IsGamma Cuts %s\n", file_name);
return -1;
}
int E15190Reader::LoadNWSaturationCorrection(const char * file_name, const char * WallToCalibrate)
{
if(strcmp(WallToCalibrate,"NWA")==0) {
if(!fIsNWA) return 0;
int NLines=fNWAPulseHeightCalibrationTools->LoadSaturationCorrection(file_name);
if(NLines>0) {
fNWASaturationCorrected=true;
printf("Loaded pulse height saturation correction for NWA %s\n", file_name);
return NLines;
}
fNWASaturationCorrected=false;
}
if(strcmp(WallToCalibrate,"NWB")==0) {
if(!fIsNWB) return 0;
int NLines=fNWBPulseHeightCalibrationTools->LoadSaturationCorrection(file_name);
if(NLines>0) {
fNWBSaturationCorrected=true;
printf("Loaded pulse height saturation correction for NWB %s\n", file_name);
return NLines;
}
fNWBSaturationCorrected=false;
}
printf("Error: Error while loading NW pulse height calibration %s\n", file_name);
return -1;
}
//____________________________________________________
int E15190Reader::LoadFATimeCalibration(const char * file_name)
{
if(!fIsFA) return 0;
int NLines=fFATimeCalibration->LoadCalibration(file_name);
if(NLines>0) {
fFATimeCalibrated=true;
printf("Loaded time calibration for FA %s\n", file_name);
return NLines;
} else {
fFATimeCalibrated=false;
printf("Error: Error while loading FA time calibration %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadFATimePulseHeightCorrection(const char * file_name)
{
if(!fIsFA) return 0;
int NLines=fFATimeCalibration->LoadPulseHeightCorrection(file_name);
if(NLines>0) {
fFATimeCalibrated=true;
printf("Loaded time pulse height correction for FA %s\n", file_name);
return NLines;
} else {
fFATimeCalibrated=false;
printf("Error: Error while loading FA time calibration %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadVWGainMatchig(const char * file_name)
{
if(!fIsVW) return 0;
int NLines=fVWPulseHeightCalibrationTools->LoadGainMatching(file_name);
if(NLines>0) {
fVWGainMatched=true;
printf("Loaded VW gain matching %s\n", file_name);
return NLines;
} else {
fVWGainMatched=false;
printf("Error: Error while loading VW gain matching %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadVWIdentificationCuts(const char * file_name)
{
if(!fIsVW) return 0;
int NLines=fVWIdentificationModule->LoadIdentificationCuts(file_name);
if(NLines>0) {
fVWIdentificationLoaded=true;
printf("Loaded VW DETOF identification cuts %s\n", file_name);
return NLines;
} else {
fVWIdentificationLoaded=false;
printf("Error: Error while loading VW DETOF identification cuts %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadVWGeometryFiducialPoints(const char * file_name)
{
if(!fIsVW) return 0;
int NLines=fVWGeometryModule->LoadFiducialPoints(file_name);
if(NLines>0) {
fVWGeometryLoaded=true;
printf("Loaded VW Geometry %s\n", file_name);
return NLines;
} else {
fVWGeometryLoaded=false;
printf("Error: Error while loading VW Geometry %s\n", file_name);
return -1;
}
}
//____________________________________________________
double E15190Reader::GetNWAXcm(int num_bar, double tleft, double tright) const
{
return fNWAPositionCalibrated ? fNWAPositionCalibration->GetPosition(num_bar, tleft, tright) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBXcm(int num_bar, double tleft, double tright) const
{
return fNWBPositionCalibrated ? fNWBPositionCalibration->GetPosition(num_bar, tleft, tright) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWACosmicCenter(int num_bar) const
{
return fNWACosmicRayPositionLoaded ? fNWBCosmicRayInfo->GetCosmicRayCenter(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWACosmicStartingPoint(int num_bar) const
{
return fNWACosmicRayPositionLoaded ? fNWBCosmicRayInfo->GetCosmicRayStartingPoint(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBCosmicCenter(int num_bar) const
{
return fNWBCosmicRayPositionLoaded ? fNWBCosmicRayInfo->GetCosmicRayCenter(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBCosmicStartingPoint(int num_bar) const
{
return fNWBCosmicRayPositionLoaded ? fNWBCosmicRayInfo->GetCosmicRayStartingPoint(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWATimeMean(int num_bar, double tleft, double tright) const
{
return fNWATimeCalibrated ? 0.5*(tleft+tright)-fNWATimeCalibration->GetTimeOffset(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBTimeMean(int num_bar, double tleft, double tright) const
{
return fNWBTimeCalibrated ? 0.5*(tleft+tright)-fNWBTimeCalibration->GetTimeOffset(num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetFATimeOffset(int num_det) const
{
return fFATimeCalibrated ? fFATimeCalibration->GetTimeOffset(num_det) : 0;
}
//____________________________________________________
double E15190Reader::GetNWATheta(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetTheta(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWAPhi(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetPhi(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWAThetaRan(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetThetaRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWAPhiRan(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetPhiRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWADistance(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetR(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWADistanceRan(int num_bar, double Xcm) const
{
return fNWAGeometryCalibrated ? fNWAGeometry->GetRRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBTheta(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetTheta(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBPhi(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetPhi(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBThetaRan(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetThetaRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBPhiRan(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetPhiRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBDistance(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetR(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBDistanceRan(int num_bar, double Xcm) const
{
return fNWBGeometryCalibrated ? fNWBGeometry->GetRRan(num_bar, Xcm) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWALeftMatched(double ch, int num_bar) const
{
return fNWAPulseHeightMatched ? fNWAPulseHeightCalibrationTools->GetLeftMatched(ch, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWARightMatched(double ch, int num_bar) const
{
return fNWAPulseHeightMatched ? fNWAPulseHeightCalibrationTools->GetRightMatched(ch, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBLeftMatched(double ch, int num_bar) const
{
return fNWBPulseHeightMatched ? fNWBPulseHeightCalibrationTools->GetLeftMatched(ch, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBRightMatched(double ch, int num_bar) const
{
return fNWBPulseHeightMatched ? fNWBPulseHeightCalibrationTools->GetRightMatched(ch, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWALeftSaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWAPulseHeightCalibrated ? fNWAPulseHeightCalibrationTools->GetLeftSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWARightSaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWAPulseHeightCalibrated ? fNWAPulseHeightCalibrationTools->GetRightSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWAfastLeftSaturationCorrected(double fast_ch_left, double fast_ch_right, double Xcm, int num_bar) const
{
return fNWAPulseHeightCalibrated ? fNWAPulseHeightCalibrationTools->GetfastLeftSaturationCorrected(fast_ch_left, fast_ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWAfastRightSaturationCorrected(double fast_ch_left, double fast_ch_right, double Xcm, int num_bar) const
{
return fNWAPulseHeightCalibrated ? fNWAPulseHeightCalibrationTools->GetfastRightSaturationCorrected(fast_ch_left, fast_ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBLeftSaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWBPulseHeightCalibrated ? fNWBPulseHeightCalibrationTools->GetLeftSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBRightSaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWBPulseHeightCalibrated ? fNWBPulseHeightCalibrationTools->GetRightSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBfastLeftSaturationCorrected(double fast_ch_left, double fast_ch_right, double Xcm, int num_bar) const
{
return fNWBPulseHeightCalibrated ? fNWBPulseHeightCalibrationTools->GetfastLeftSaturationCorrected(fast_ch_left, fast_ch_right, Xcm, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetNWBfastRightSaturationCorrected(double fast_ch_left, double fast_ch_right, double Xcm, int num_bar) const
{
return fNWBPulseHeightCalibrated ? fNWBPulseHeightCalibrationTools->GetfastRightSaturationCorrected(fast_ch_left, fast_ch_right, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWAPulseHeightCalibrated(double ch, double Xcm, int num_bar) const
{
return fNWAPulseHeightCalibrated ? fNWAPulseHeightCalibrationTools->GetPulseHeightCalibrated(ch, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWBPulseHeightCalibrated(double ch, double Xcm, int num_bar) const
{
return fNWBPulseHeightCalibrated ? fNWBPulseHeightCalibrationTools->GetPulseHeightCalibrated(ch, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWAPSDFlattened(double ch, double ch_fast, int num_bar) const
{
return fNWAPSDFlattened ? fNWAPulseShapeDiscriminationTools->GetPSDFlattened(ch, ch_fast, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWBPSDFlattened(double ch, double ch_fast, int num_bar) const
{
return fNWBPSDFlattened ? fNWBPulseShapeDiscriminationTools->GetPSDFlattened(ch, ch_fast, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWALeftPSDResidual(double left_ch, double left_ch_fast, double right_ch, double right_ch_fast, double Xcm, int num_bar) const
{
return fNWAPSDResidualCalculated ? fNWAPulseShapeDiscriminationTools->GetLeftPSDResidual(left_ch, left_ch_fast, right_ch, right_ch_fast, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWARightPSDResidual(double left_ch, double left_ch_fast, double right_ch, double right_ch_fast, double Xcm, int num_bar) const
{
return fNWAPSDResidualCalculated ? fNWAPulseShapeDiscriminationTools->GetRightPSDResidual(left_ch, left_ch_fast, right_ch, right_ch_fast, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWBLeftPSDResidual(double left_ch, double left_ch_fast, double right_ch, double right_ch_fast, double Xcm, int num_bar) const
{
return fNWBPSDResidualCalculated ? fNWBPulseShapeDiscriminationTools->GetLeftPSDResidual(left_ch, left_ch_fast, right_ch, right_ch_fast, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWBRightPSDResidual(double left_ch, double left_ch_fast, double right_ch, double right_ch_fast, double Xcm, int num_bar) const
{
return fNWBPSDResidualCalculated ? fNWBPulseShapeDiscriminationTools->GetRightPSDResidual(left_ch, left_ch_fast, right_ch, right_ch_fast, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWASaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWASaturationCorrected ? fNWAPulseHeightCalibrationTools->GetSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
double E15190Reader::GetNWBSaturationCorrected(double ch_left, double ch_right, double Xcm, int num_bar) const
{
return fNWBSaturationCorrected ? fNWBPulseHeightCalibrationTools->GetSaturationCorrected(ch_left, ch_right, Xcm, num_bar) : -9999;
}
//KZ____________________________________________________
bool E15190Reader::IsNWAGamma(double ch, double ch_fast, int num_bar , double ch_left , double ch_right) const
{
return fNWAPSDFlattened&&fNWAPSDCutsLoaded ? fNWAPulseShapeDiscriminationTools->IsGamma(ch, ch_fast, num_bar , ch_left , ch_right) : true;
}
//KZ____________________________________________________
bool E15190Reader::IsNWBGamma(double ch, double ch_fast, int num_bar , double ch_left , double ch_right) const
{
return fNWBPSDFlattened&&fNWBPSDCutsLoaded ? fNWBPulseShapeDiscriminationTools->IsGamma(ch, ch_fast, num_bar, ch_left , ch_right) : true;
}
//____________________________________________________
double E15190Reader::GetFATimePulseHeightCorrection(int num_det, double pulse_height) const
{
return fFATimeCalibrated ? fFATimeCalibration->GetTimePulseHeightCorrection(num_det, pulse_height) : 0;
}
//____________________________________________________
double E15190Reader::GetVWGeoMeanMatched(double ch, int num_bar) const
{
return fVWGainMatched ? fVWPulseHeightCalibrationTools->GetGeoMeanMatched(ch, num_bar) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWYcm(int num_bar, double tbottom, double ttop) const
{
return fVWPositionCalibrated ? fVWPositionCalibration->GetPosition(num_bar, tbottom, ttop) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWTheta(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetTheta(num_bar, Ycm) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWPhi(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetPhi(num_bar, Ycm) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWThetaRan(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetThetaRan(num_bar, Ycm) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWPhiRan(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetPhiRan(num_bar, Ycm) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWDistance(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetR(num_bar, Ycm) : -9999;
}
//____________________________________________________
double E15190Reader::GetVWDistanceRan(int num_bar, double Ycm) const
{
return fVWGeometryLoaded ? fVWGeometryModule->GetRRan(num_bar, Ycm) : -9999;
}
//____________________________________________________
bool E15190Reader::IsVWChargedParticle(double DE, double TOF) const
{
return fVWIdentificationLoaded ? fVWIdentificationModule->IsChargedParticle(DE, TOF) : 0;
}
//____________________________________________________
int E15190Reader::GetVWZ(double DE, double TOF) const
{
return fVWIdentificationLoaded ? fVWIdentificationModule->GetZ(DE, TOF) : -9999;
}
//____________________________________________________
int E15190Reader::GetVWA(double DE, double TOF) const
{
return fVWIdentificationLoaded ? fVWIdentificationModule->GetA(DE, TOF) : -9999;
}
//____________________________________________________
int E15190Reader::LoadMBGeometry(const char * file_name)
{
if(!fIsMB) return 0;
int NLines=fMicroballGeometry->LoadGeometry(file_name);
if(NLines>0) {
fMBGeometryLoaded=true;
printf("Loaded Microball geometry from file %s\n", file_name);
return NLines;
} else {
fMBGeometryLoaded=false;
printf("Error: Error while loading Microball geometry %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadMBDetectorStatus(const char * file_name)
{
if(!fIsMB) return 0;
int NLines=fMicroballStatus->LoadBadDetectors(file_name);
if(NLines>0) {
fMBStatusLoaded=true;
printf("Loaded Microball status from file %s\n", file_name);
return NLines;
} else {
fMBStatusLoaded=false;
printf("Error: Error while loading Microball status %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadMBFastSlowHitCondition(const char * file_name)
{
if(!fIsMB) return 0;
int NLines=fMicroballHitCondition->LoadFastSlowCuts(file_name);
if(NLines>0) {
fMBHitConditionLoaded=true;
printf("Loaded Microball Fast Slow Hit conditions from file %s\n", file_name);
return NLines;
} else {
fMBHitConditionLoaded=false;
printf("Error: Error while loading Microball Fast Slow Hit conditions %s\n", file_name);
return -1;
}
}
//____________________________________________________
int E15190Reader::LoadMBCentrality(const char * file_name)
{
if(!fIsMB) return 0;
int NLines=fMicroballCentrality->LoadImpactParameter(file_name);
if(NLines>0) {
fMBCentralityLoaded=true;
printf("Loaded Microball centrality conditions from file %s\n", file_name);
return NLines;
} else {
fMBCentralityLoaded=false;
printf("Error: Error while loading Microball centrality conditions %s\n", file_name);
return -1;
}
}
//____________________________________________________
double E15190Reader::GetMBTheta(int num_ring, int num_det) const
{
return fMBGeometryLoaded ? fMicroballGeometry->GetTheta(num_ring, num_det) : -9999;
}
//____________________________________________________
double E15190Reader::GetMBPhi(int num_ring, int num_det) const
{
return fMBGeometryLoaded ? fMicroballGeometry->GetPhi(num_ring, num_det) : -9999;
}
//____________________________________________________
double E15190Reader::GetMBThetaRandom(int num_ring, int num_det) const
{
return fMBGeometryLoaded ? fMicroballGeometry->GetThetaRandom(num_ring, num_det) : -9999;
}
//____________________________________________________
double E15190Reader::GetMBPhiRandom(int num_ring, int num_det) const
{
return fMBGeometryLoaded ? fMicroballGeometry->GetPhiRandom(num_ring, num_det) : -9999;
}
//____________________________________________________
double E15190Reader::GetMBImpactParameter(int multiplicity) const
{