UnivRecNS Namespace Reference

Classes
struct	AugerRecInfo
struct	MCInfo
struct	RecInfo
struct	RecStation
class	UnivRec

Typedefs
typedef struct UnivRecNS::AugerRecInfo	AugerRecInfo_t
typedef struct UnivRecNS::MCInfo	MCInfo_t
typedef struct UnivRecNS::RecInfo	RecInfo_t
typedef struct UnivRecNS::RecStation	RecStation_t

Variables
const double	AreaOverPeak_Run [nAoP] ={3.60,3.60,4.30,2.93}
const int	debug =0
const double	edm_tolerance =0.1
const double	high [npar] ={ 1500.e2, 1500.e2, 22.5, 3.5 , 1200. , 500., sin(25.*M_PI/180.), sin(25.*M_PI/180.) , 0.5 }
const double	InterGPSAccuracy [2] ={10.,4.}
const double	lnP_inf =-200.
const double	low [npar] = { -1500.e2, -1500.e2, 17.0, 0.05, 400. , -500., -sin(25.*M_PI/180.), -sin(25.*M_PI/180.) , -0.5 }
const double	MDheight = 1.
const double	MDlength = 400.
const double	MDwidth = 128.
const int	nAoP =4
const int	nDetectorType =3
const double	nMD =2.
const unsigned int	npar =9
const int	nQ =4
const int	nSignalStationsMin =3
const int	nTimeStationsMin =4
const double	ParameterizationRMSLimit =5.
const std::string	ParName [npar] ={ "xgcore_relative","ygcore_relative","logE", "Nmu" , "Xmax", "T0", "l", "m", "OffsetM_Mu" }
const double	rQuantileCut [2] = { 0.e2,2000.e2}
const double	rSignalCut [2] = {0.e2,2500.e2}
const double	rStartCut [2] = { 0.e2,800.e2}
const double	SaturationLevelMD =64
const double	SaturationLevelVEM_Scin [2] ={200.,800.}
const double	SaturationLevelVEM_WCD [2] ={200.,2000.}
const double	scinheight = 1.
const double	scinlength = 180.
const double	scinwidth = 108.
const double	SmearingAngle =0.25
const double	StartAccuracy [2] ={6.25,2.0}
const double	StartAccuracyAMIGA =2.0
const double	tankh = 120.
const double	tankr = 180.
const double	unit [npar] ={ 20.e2, 20.e2, 0.03, 0.20, 30., 100., 2.e-3, 2.e-3 , 0.01 }
const bool	UseStartTimeOnlyWhenSaturated =false
const double	vemSignalCut =3.
const double	vemStartCut =3.
const double	vemTimeCut [nQ] ={ 1.e10, 5., 5., 5. }

Typedef Documentation

typedef struct UnivRecNS::AugerRecInfo UnivRecNS::AugerRecInfo_t

typedef struct UnivRecNS::MCInfo UnivRecNS::MCInfo_t

typedef struct UnivRecNS::RecInfo UnivRecNS::RecInfo_t

typedef struct UnivRecNS::RecStation UnivRecNS::RecStation_t

Variable Documentation

const double UnivRecNS::AreaOverPeak_Run[nAoP] ={3.60,3.60,4.30,2.93}

Definition at line 57 of file UnivRec.h.

const int UnivRecNS::debug =0

Definition at line 29 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetErrors(), UnivRecNS::UnivRec::IsGoodRec(), UnivRecNS::UnivRec::RejectTimeOutliers(), UnivRecNS::UnivRec::ScanLikelihood(), and UnivRecNS::UnivRec::ScanRange().

const double UnivRecNS::edm_tolerance =0.1

Definition at line 81 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::ScanRange().

const double UnivRecNS::high[npar] ={ 1500.e2, 1500.e2, 22.5, 3.5 , 1200. , 500., sin(25.*M_PI/180.), sin(25.*M_PI/180.) , 0.5 }

Definition at line 78 of file UnivRec.h.

Referenced by io::CorsikaShowerFile::CorsikaShowerFile(), decodeHexMessage(), detectModeS(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::FillGenericRandomInput(), SdRecPlotterOG::CandidateInfo::GetRiseFallTimeGraph(), UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), UniversalityFitter::UniversalityFitter::Rec(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::Run(), and UnivRecNS::UnivRec::ScanRange().

const double UnivRecNS::InterGPSAccuracy[2] ={10.,4.}

Definition at line 83 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetTimeLikelihood(), and UnivRecNS::UnivRec::SetOptPDF().

const double UnivRecNS::lnP_inf =-200.

Definition at line 71 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetLikelihood(), UnivRecNS::UnivRec::GetSignalLikelihood(), and UnivRecNS::UnivRec::GetTimeLikelihood().

const double UnivRecNS::low[npar] = { -1500.e2, -1500.e2, 17.0, 0.05, 400. , -500., -sin(25.*M_PI/180.), -sin(25.*M_PI/180.) , -0.5 }

Definition at line 77 of file UnivRec.h.

Referenced by utl::LeapSeconds::ConvertGPSToUnix(), io::CorsikaShowerFile::CorsikaShowerFile(), decodeHexMessage(), SdRecPlotterOG::SdRecPlotter::DrawEvent(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::FillGenericRandomInput(), SdEventSelectorOG::SdEventSelector::GetBadPeriod(), SdRecPlotterOG::CandidateInfo::GetRiseFallTimeGraph(), UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), UniversalityFitter::UniversalityFitter::Rec(), RdEventPreSelector::RdEventPreSelector::Run(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::Run(), RdGlobalFit::RdGlobalFit::scanParameters(), and UnivRecNS::UnivRec::ScanRange().

const double UnivRecNS::MDheight = 1.

Definition at line 50 of file UnivRec.h.

const double UnivRecNS::MDlength = 400.

Definition at line 48 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj(), and UnivRecNS::UnivRec::GetSignalLikelihood().

const double UnivRecNS::MDwidth = 128.

Definition at line 49 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj(), and UnivRecNS::UnivRec::GetSignalLikelihood().

const int UnivRecNS::nAoP =4

Definition at line 56 of file UnivRec.h.

const int UnivRecNS::nDetectorType =3

Definition at line 73 of file UnivRec.h.

const double UnivRecNS::nMD =2.

Definition at line 47 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj(), and UnivRecNS::UnivRec::GetSignalLikelihood().

const unsigned int UnivRecNS::npar =9

Definition at line 75 of file UnivRec.h.

Referenced by FdAxisFinderOG::FdAxisFinder::FindAxis(), HdAxisFinderUU::HdAxisFinder::FindAxis(), HybridGeometryFinderOG::HybridGeometryFinder::FindAxisHybrid(), FdAxisFinderOG::FdAxisFinder::FindAxisLaser(), StereoGeometryFinderOG::StereoGeometryFinder::FindAxisStereo(), StereoGeometryFinderOG::StereoGeometryFinder::FindAxisStereoHybrid(), FdSDPFinderOG::FdSDPFinder::FindSDP(), FdEnergyFinderOG::FdEnergyFinder::FitProfile(), FdProfileReconstructorKG::EnergyFitter::FitProfile(), GetCorrectionFactorError_Likelihood(), UnivRecNS::UnivRec::GetErrors(), UnivRecNS::UnivRec::GetLikelihood(), LDFFinderKG::HasNaN(), ScintillatorLDFFinderKG::HasNaN(), UnivRecNS::UnivRec::InitFCNParameters(), FdProfileConstrainedGeometryFit::ChiZeroRegression::MinuitFitErrors(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitErrors(), UniversalityFitter::UniversalityFitter::Rec(), and UniversalityFitter::UniversalityFitter::UnivRecNS_FCN().

const int UnivRecNS::nQ =4

Definition at line 70 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetChi2(), UnivRecNS::UnivRec::GetTimeLikelihood(), UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), UnivRecNS::UnivRec::InitRecStation(), and UnivRecNS::UnivRec::SetOptPDF().

const int UnivRecNS::nSignalStationsMin =3

Definition at line 109 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), and UnivRecNS::UnivRec::TimeSignalOK().

const int UnivRecNS::nTimeStationsMin =4

Definition at line 108 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), UnivRecNS::UnivRec::RejectTimeOutliers(), and UnivRecNS::UnivRec::TimeSignalOK().

const double UnivRecNS::ParameterizationRMSLimit =5.

Definition at line 84 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetTimeLikelihood(), and UnivRecNS::UnivRec::SetOptPDF().

const std::string UnivRecNS::ParName[npar] ={ "xgcore_relative","ygcore_relative","logE", "Nmu" , "Xmax", "T0", "l", "m", "OffsetM_Mu" }

Definition at line 79 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::Rec().

const double UnivRecNS::rQuantileCut[2] = { 0.e2,2000.e2}

Definition at line 96 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::StationSelection().

const double UnivRecNS::rSignalCut[2] = {0.e2,2500.e2}

Definition at line 100 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::StationSelection().

const double UnivRecNS::rStartCut[2] = { 0.e2,800.e2}

Definition at line 93 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::StationSelection().

const double UnivRecNS::SaturationLevelMD =64

Definition at line 64 of file UnivRec.h.

const double UnivRecNS::SaturationLevelVEM_Scin[2] ={200.,800.}

Definition at line 62 of file UnivRec.h.

const double UnivRecNS::SaturationLevelVEM_WCD[2] ={200.,2000.}

Definition at line 61 of file UnivRec.h.

const double UnivRecNS::scinheight = 1.

Definition at line 44 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj().

const double UnivRecNS::scinlength = 180.

Definition at line 42 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj().

const double UnivRecNS::scinwidth = 108.

Definition at line 43 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj().

const double UnivRecNS::SmearingAngle =0.25

Definition at line 58 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::Run().

const double UnivRecNS::StartAccuracy[2] ={6.25,2.0}

Definition at line 85 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetTimeLikelihood(), and UnivRecNS::UnivRec::SetOptPDF().

const double UnivRecNS::StartAccuracyAMIGA =2.0

Definition at line 86 of file UnivRec.h.

Referenced by UnivRecNS::UnivRec::GetTimeLikelihood(), and UnivRecNS::UnivRec::SetOptPDF().

const double UnivRecNS::tankh = 120.

Definition at line 38 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj(), TabulatedTankSimulatorNS::DetectorResponse::GetRelativeTrack(), UnivRecNS::UnivRec::GetTimeLikelihood(), UnivRecNS::UnivRec::PlaneFit(), and UnivRecNS::UnivRec::SetT0FromHot().

const double UnivRecNS::tankr = 180.

Definition at line 39 of file UnivRec.h.

Referenced by TabulatedTankSimulatorNS::DetectorResponse::GetAreaProj(), TabulatedTankSimulatorNS::DetectorResponse::GetRelativeTrack(), UnivRecNS::UnivRec::GetTimeLikelihood(), UnivRecNS::UnivRec::PlaneFit(), and UnivRecNS::UnivRec::SetT0FromHot().

const double UnivRecNS::unit[npar] ={ 20.e2, 20.e2, 0.03, 0.20, 30., 100., 2.e-3, 2.e-3 , 0.01 }

Definition at line 76 of file UnivRec.h.

Referenced by un2::un2Detector::CalcUnit(), G4StationSimulatorOG::G4TankOpBoundaryProcess::DoReflection(), G4TankSimulatorASCII::G4TankOpBoundaryProcess::DoReflection(), G4TankSimulatorOG::G4TankOpBoundaryProcess::DoReflection(), G4XTankSimulatorAG::G4XTankOpBoundaryProcess::DoReflection(), TelescopeSimulatorLX::FDsimG4OpBoundaryProcess::DoReflection(), UnivRecNS::UnivRec::GetErrors(), UnivRecNS::UnivRec::GetLikelihood(), utl::Branch::GetUnit(), UnivRecNS::UnivRec::InitFCNParameters(), utl::String::Make(), io::EVAFile::ReadQuantity(), UniversalityFitter::UniversalityFitter::Rec(), UnivRecNS::UnivRec::SaveFCNParameters(), UnivRecNS::UnivRec::ScanLikelihood(), UnivRecNS::UnivRec::ScanRange(), utl::UnitsConfig::SetDefault(), utl::UnitsConfig::SetValue(), and otoa::ToTVector3().

const bool UnivRecNS::UseStartTimeOnlyWhenSaturated =false

Definition at line 92 of file UnivRec.h.

const double UnivRecNS::vemSignalCut =3.

Definition at line 101 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), UnivRecNS::UnivRec::InitRecParameters(), UnivRecNS::UnivRec::PlaneFit(), and UnivRecNS::UnivRec::StationSelection().

const double UnivRecNS::vemStartCut =3.

Definition at line 94 of file UnivRec.h.

const double UnivRecNS::vemTimeCut[nQ] ={ 1.e10, 5., 5., 5. }

Definition at line 97 of file UnivRec.h.

Referenced by UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction().