Counter level event data. More...

#include "mevt/Counter.h"

Public Member Functions
int	GetId () const
	The id of the counter. More...

bool	HasRecData () const
	Counter is flagged has having reconstructed data if at least one of its associated modules has reconstructed data. More...

Counter simulation data.
CounterSimData &	GetSimData ()

const CounterSimData &	GetSimData () const

void	MakeSimData ()

bool	HasSimData () const

Private Types
typedef evt::ComponentGroup < Module >	InternalModuleCollection

Members for management of contained modules.
typedef InternalModuleCollection::ComponentConstIterator	ModuleConstIterator

typedef InternalModuleCollection::ComponentIterator	ModuleIterator

Module &	GetModule (const int mId)

const Module &	GetModule (const int mId) const

void	MakeModule (const int mId)

bool	HasModule (const int mId) const

int	GetNumberOfModules () const

ModuleConstIterator	ModulesBegin () const

ModuleConstIterator	ModulesEnd () const

ModuleIterator	ModulesBegin ()

ModuleIterator	ModulesEnd ()

Methods to check the counter status
class	evt::ComponentGroup< Counter >
	Friendship to allow creation. More...

template<class T >
void	boost::checked_delete (T *) BOOST_NOEXCEPT
	Friendship for destruction. Depends on evt::ComponentGroup innards. More...

int	fId = -1

double	fT1 = 0

InternalModuleCollection	fModules

utl::ShadowPtr< CounterSimData >	fSimData

bool	fHasT50 = false

utl::TimeStamp	fSignalT50

double	fT50Error = 0

double	fTimeResidual = 0

double	fPlaneFrontDelay = 0

double	fT502SdStart = 0

bool	IsCandidate () const
	The muon counter status. More...

bool	IsRejected () const
	Check if the counter is rejected. More...

bool	IsSilent () const
	Check if the counter is silent. More...

bool	IsSaturated () const
	Check if the counter is "hardware" saturated (limit imposed by detector segmentation) More...

bool	IsADCCalibratedLG () const
	Check if the counter ADC LG channel is calibrated. More...

bool	IsADCCalibratedHG () const
	Check if the counter ADC HG channel is calibrated. More...

void	SetRejected (const std::string &reason="")
	Set the status of all modules in this counter to rejected. As described for the muon counter status, the counter status will therefore be rejected. More...

void	SetSilent ()
	Set the status of all modules in this counter to silent. This is used if the associated tank does not have a T1. More...

void	SetT1 (const double t1)

double	GetT1 ()

double	GetNumberOfEstimatedMuons () const
	The number of estimated muons of the counter is calculated as the sum of the estimated muons of the associated modules This function returns -1 if any of the counter modules is saturated. More...

double	GetNumberOfMuonsErrorHigh () const

double	GetNumberOfMuonsErrorLow () const

double	GetMeanMuons () const

double	GetMeanMuonsErrorHigh () const

double	GetMeanMuonsErrorLow () const

double	GetNumberOfEstimatedMuonsLG () const
	The number of estimated muons with the ADC is calculated as the sum of the estimated muons of the associated modules This function returns -1 if any of the counter modules is saturated. More...

double	GetNumberOfMuonsErrorHighLG () const

double	GetNumberOfMuonsErrorLowLG () const

double	GetNumberOfEstimatedMuonsHG () const

double	GetNumberOfMuonsErrorHighHG () const

double	GetNumberOfMuonsErrorLowHG () const

double	GetNumberOfMuonsLowLimit () const
	The lower limit to the number of muons in a counter. More...

double	GetMeanMuonsLowLimit () const

double	GetActiveArea () const

double	GetActiveAreaLG () const

double	GetActiveAreaHG () const

double	GetMuonDensity () const
	The density measured by a counter is the calculated as the number of estimated muons over the active area. This function returns -1 if any of the counter modules is saturated. More...

double	GetMuonDensityErrorHigh () const

double	GetMuonDensityErrorLow () const

double	GetMeanMuonDensity () const

double	GetMeanMuonDensityErrorHigh () const

double	GetMeanMuonDensityErrorLow () const

double	GetMuonDensityLG () const

double	GetMuonDensityErrorHighLG () const

double	GetMuonDensityErrorLowLG () const

double	GetMuonDensityHG () const

double	GetMuonDensityErrorHighHG () const

double	GetMuonDensityErrorLowHG () const

unsigned int	GetNumberOfChannelsOn () const

bool	IsEmpty () const
	Checks if there are muons in the counter. More...

double	GetLDFResidual () const
	The LDF residual of the counter is calculated as the sum of the estimated muons of the associated modules. Modules with data & unsaturated are included only. More...

double	GetTimeResidual () const
	Residual of geometry fit. More...

void	SetTimeResidual (const double residual)

double	GetPlaneFrontDelay () const
	Delay of the couner wrt to a plane front oriented with the reconstructed shower axis. More...

void	SetPlaneFrontDelay (const double c)

bool	HasT50 () const
	The median of the arrival time of muons in GPS sec, ns All modules associated to the counter are considered. More...

utl::TimeStamp	GetSignalT50 () const

void	SetSignalT50 (const utl::TimeStamp &time)

double	GetT50Error () const

void	SetT50Error (const double e)

double	GetT502SdStart () const
	Nanoseconds between the MD t50 and the SD signal start time (md t50-sd start) More...

void	SetT502SdStart (const double c)

	Counter (const int cId)
	Constructs the Counter with the given identificator. More...

	~Counter ()

size_t	CountCandidateModules () const
	Count the number of modules in the counter by status. More...

size_t	CountSilentModules () const

size_t	CountRejectedModules () const

Detailed Description

Counter level event data.

Author: Rodolfo Federico Gamarra

Date: 08 Mar 2009

Definition at line 28 of file MEvent/Counter.h.

Member Typedef Documentation

typedef evt::ComponentGroup<Module> mevt::Counter::InternalModuleCollection

private

Definition at line 31 of file MEvent/Counter.h.

typedef InternalModuleCollection::ComponentConstIterator mevt::Counter::ModuleConstIterator

Definition at line 38 of file MEvent/Counter.h.

typedef InternalModuleCollection::ComponentIterator mevt::Counter::ModuleIterator

Definition at line 39 of file MEvent/Counter.h.

Constructor & Destructor Documentation

mevt::Counter::Counter ( const int cId )

inlineprivate

Constructs the Counter with the given identificator.

Definition at line 268 of file MEvent/Counter.h.

mevt::Counter::~Counter ( )

inlineprivate

Definition at line 272 of file MEvent/Counter.h.

Member Function Documentation

size_t mevt::Counter::CountCandidateModules ( ) const

private

Count the number of modules in the counter by status.

Definition at line 38 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by IsCandidate(), IsRejected(), and IsSilent().

size_t mevt::Counter::CountRejectedModules ( ) const

private

Definition at line 66 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by IsRejected().

size_t mevt::Counter::CountSilentModules ( ) const

private

Definition at line 52 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by IsRejected(), and IsSilent().

double mevt::Counter::GetActiveArea ( ) const

Definition at line 343 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by GetMeanMuonDensity(), GetMeanMuonDensityErrorHigh(), GetMeanMuonDensityErrorLow(), GetMuonDensity(), GetMuonDensityErrorHigh(), GetMuonDensityErrorLow(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetActiveAreaHG ( ) const

Definition at line 371 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by GetMuonDensityErrorHighHG(), GetMuonDensityErrorLowHG(), GetMuonDensityHG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetActiveAreaLG ( ) const

Definition at line 357 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by GetMuonDensityErrorHighLG(), GetMuonDensityErrorLowLG(), GetMuonDensityLG(), and otoa::MD2ADST::MakeCounter().

int mevt::Counter::GetId ( ) const

inline

The id of the counter.

Among the existing classes (sevt, fevt) it seems that the choice is not to couple them with the corresponding det classes. So there's not method in them (evt classes) to retrieve the associated det one. This class and those among its hierarchy stick to that; and so the correponding singleton detector instance will have to be used in each case. Besides the circumlocution for retrieval, having the ids exposed (and that's just not too good by itself) imposes knowledge on the hierarchy structure from the client side, given that the ids aren't unique but only inside the containing parent within the hierarchy.

Definition at line 97 of file MEvent/Counter.h.

References fId.

Referenced by MdLDFFinderAG::Likelihood2::CalculateCandidateLikelihood(), MdLDFFinderAG::Likelihood3::CalculateCandidateLikelihood(), MdLDFFinderAG::Likelihood::CalculateCandidateLikelihood(), MdLDFFinderAG::MdLDFFinder::CalculateChi2(), MdLDFFinderAG::MdLDFFinder::CalculateRho0Seed(), MdLDFFinderAG::VMinMethodFunctor::CalculateSilentLikelihood(), MdMuonCounterAG::MdMuonCounter::ComputeSignalT50(), MdADCCalibrationAG::MdADCCalibration::GetOfflineCalibration(), MdMuonEstimatorAG::MdMuonEstimator::GetSamplingTime(), MdMuonEstimatorAG::MdMuonEstimator::GetTraceLength(), MdEventSelectorAG::MdEventSelector::IsMEventT5(), otoa::MD2ADST::MakeCounter(), otoa::MD2ADST::MakeSimCounter(), MdEventSelectorAG::MdEventSelector::RejectFarSilents(), MdCornerClippingCorrecterAG::MdCornerClippingCorrecter::Run(), MdBiasCorrecterAG::MdBiasCorrecter::Run(), MdADCCalibrationAG::MdADCCalibration::Run(), MdMuonIntegratorAG::MdMuonIntegrator::Run(), MdPileUpCorrecterAG::MdPileUpCorrecter::Run(), MdPatternFinderAG::MdPatternFinder::Run(), MdMuonEstimatorAG::MdMuonEstimator::Run(), MdMuonCounterAG::MdMuonCounter::Run(), and MdLDFFinderAG::MdLDFFinder::SetLdfResiduals().

double mevt::Counter::GetLDFResidual ( ) const

The LDF residual of the counter is calculated as the sum of the estimated muons of the associated modules. Modules with data & unsaturated are included only.

Definition at line 509 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonDensity ( ) const

Definition at line 438 of file MEvent/Counter.cc.

References DEBUGLOG, fId, GetActiveArea(), GetMeanMuons(), IsSaturated(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonDensityErrorHigh ( ) const

Definition at line 457 of file MEvent/Counter.cc.

References fId, GetActiveArea(), GetMeanMuonsErrorHigh(), IsSaturated(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonDensityErrorLow ( ) const

Definition at line 475 of file MEvent/Counter.cc.

References fId, GetActiveArea(), GetMeanMuonsErrorLow(), IsSaturated(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuons ( ) const

Definition at line 255 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, and WARNING.

Referenced by GetMeanMuonDensity(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonsErrorHigh ( ) const

Definition at line 279 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsSaturated(), sqrt(), and WARNING.

Referenced by GetMeanMuonDensityErrorHigh(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonsErrorLow ( ) const

Definition at line 304 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsSaturated(), sqrt(), and WARNING.

Referenced by GetMeanMuonDensityErrorLow(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMeanMuonsLowLimit ( ) const

Definition at line 329 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by otoa::MD2ADST::MakeCounter().

Module& mevt::Counter::GetModule ( const int mId )

inline

Definition at line 41 of file MEvent/Counter.h.

References fModules, and evt::ComponentGroup< Component >::Get().

Referenced by io::Counter_ROOT::operator>>(), and MdModuleRejectorAG::MdModuleRejector::Run().

const Module& mevt::Counter::GetModule ( const int mId ) const

inline

Definition at line 43 of file MEvent/Counter.h.

References fModules, and evt::ComponentGroup< Component >::Get().

double mevt::Counter::GetMuonDensity ( ) const

The density measured by a counter is the calculated as the number of estimated muons over the active area. This function returns -1 if any of the counter modules is saturated.

Definition at line 385 of file MEvent/Counter.cc.

References fId, GetActiveArea(), GetNumberOfEstimatedMuons(), IsSaturated(), and WARNING.

Referenced by MdLDFFinderAG::MdLDFFinder::CalculateRho0Seed(), MdEventSelectorAG::MdEventSelector::FindHottestCounterUnsaturated(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorHigh ( ) const

Definition at line 403 of file MEvent/Counter.cc.

References fId, GetActiveArea(), GetNumberOfMuonsErrorHigh(), IsSaturated(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorHighHG ( ) const

Definition at line 745 of file MEvent/Counter.cc.

References fId, GetActiveAreaHG(), GetNumberOfMuonsErrorHighHG(), IsADCCalibratedHG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorHighLG ( ) const

Definition at line 618 of file MEvent/Counter.cc.

References fId, GetActiveAreaLG(), GetNumberOfMuonsErrorHighLG(), IsADCCalibratedLG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorLow ( ) const

Definition at line 421 of file MEvent/Counter.cc.

References fId, GetActiveArea(), GetNumberOfMuonsErrorLow(), IsSaturated(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorLowHG ( ) const

Definition at line 762 of file MEvent/Counter.cc.

References fId, GetActiveAreaHG(), GetNumberOfMuonsErrorLowHG(), IsADCCalibratedHG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityErrorLowLG ( ) const

Definition at line 636 of file MEvent/Counter.cc.

References fId, GetActiveAreaLG(), GetNumberOfMuonsErrorLowLG(), IsADCCalibratedLG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityHG ( ) const

Definition at line 728 of file MEvent/Counter.cc.

References fId, GetActiveAreaHG(), GetNumberOfEstimatedMuonsHG(), IsADCCalibratedHG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetMuonDensityLG ( ) const

The density measured by a counter ADC is the calculated as the number of estimated muons over the active area. This function returns -1 if any of the counter modules is saturated

Definition at line 600 of file MEvent/Counter.cc.

References fId, GetActiveAreaLG(), GetNumberOfEstimatedMuonsLG(), IsADCCalibratedLG(), and WARNING.

Referenced by otoa::MD2ADST::MakeCounter().

unsigned int mevt::Counter::GetNumberOfChannelsOn ( ) const

The number of windows with a signal of the counter is calculated as the sum of the windows with a signal of the associated modules. Candidate modules with data are included, including saturated ones.

Definition at line 493 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by MdEventSelectorAG::MdEventSelector::FindHottestCounterSaturated(), IsEmpty(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfEstimatedMuons ( ) const

The number of estimated muons of the counter is calculated as the sum of the estimated muons of the associated modules This function returns -1 if any of the counter modules is saturated.

Definition at line 167 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, and WARNING.

Referenced by GetMuonDensity(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfEstimatedMuonsHG ( ) const

Definition at line 658 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedHG(), and WARNING.

Referenced by GetMuonDensityHG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfEstimatedMuonsLG ( ) const

The number of estimated muons with the ADC is calculated as the sum of the estimated muons of the associated modules This function returns -1 if any of the counter modules is saturated.

Definition at line 530 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedLG(), and WARNING.

Referenced by GetMuonDensityLG(), and otoa::MD2ADST::MakeCounter().

int mevt::Counter::GetNumberOfModules ( ) const

inline

Definition at line 49 of file MEvent/Counter.h.

References fModules, and evt::ComponentGroup< Component >::GetNumberOf().

double mevt::Counter::GetNumberOfMuonsErrorHigh ( ) const

Definition at line 191 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsSaturated(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorHigh(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsErrorHighHG ( ) const

Definition at line 680 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedHG(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorHighHG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsErrorHighLG ( ) const

Definition at line 552 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedLG(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorHighLG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsErrorLow ( ) const

Definition at line 216 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsSaturated(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorLow(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsErrorLowHG ( ) const

Definition at line 704 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedHG(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorLowHG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsErrorLowLG ( ) const

Definition at line 576 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fId, fModules, IsADCCalibratedLG(), sqrt(), and WARNING.

Referenced by GetMuonDensityErrorLowLG(), and otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetNumberOfMuonsLowLimit ( ) const

The lower limit to the number of muons in a counter.

The low limit of muons provides a valid option to the minimum bound to muons specially useful for saturated counters, where the number of muons and therefore the error bars size are infinite. The limit is calculated as the sum module limits.

Definition at line 241 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetPlaneFrontDelay ( ) const

inline

Delay of the couner wrt to a plane front oriented with the reconstructed shower axis.

Definition at line 244 of file MEvent/Counter.h.

References fPlaneFrontDelay.

Referenced by otoa::MD2ADST::MakeCounter().

utl::TimeStamp mevt::Counter::GetSignalT50 ( ) const

inline

Definition at line 252 of file MEvent/Counter.h.

References fSignalT50.

Referenced by otoa::MD2ADST::MakeCounter().

CounterSimData& mevt::Counter::GetSimData ( )

inline

Definition at line 64 of file MEvent/Counter.h.

References fSimData.

Referenced by io::Counter_ROOT::Counter_ROOT(), otoa::MD2ADST::MakeSimCounter(), io::Counter_ROOT::operator>>(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), G4XTankSimulatorAG::G4XTankSimulator::RunFast(), and G4XTankSimulatorAG::G4XTankSimulator::RunFull().

const CounterSimData& mevt::Counter::GetSimData ( ) const

inline

Definition at line 66 of file MEvent/Counter.h.

References fSimData.

double mevt::Counter::GetT1 ( )

inline

Definition at line 146 of file MEvent/Counter.h.

References fT1.

double mevt::Counter::GetT502SdStart ( ) const

inline

Nanoseconds between the MD t50 and the SD signal start time (md t50-sd start)

Definition at line 259 of file MEvent/Counter.h.

References fT502SdStart.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetT50Error ( ) const

inline

Definition at line 255 of file MEvent/Counter.h.

References fT50Error.

Referenced by otoa::MD2ADST::MakeCounter().

double mevt::Counter::GetTimeResidual ( ) const

inline

Residual of geometry fit.

Definition at line 240 of file MEvent/Counter.h.

References fTimeResidual.

Referenced by otoa::MD2ADST::MakeCounter().

bool mevt::Counter::HasModule ( const int mId ) const

inline

Definition at line 47 of file MEvent/Counter.h.

References fModules, and evt::ComponentGroup< Component >::Has().

Referenced by MdModuleRejectorAG::MdModuleRejector::Run().

bool mevt::Counter::HasRecData ( ) const

Counter is flagged has having reconstructed data if at least one of its associated modules has reconstructed data.

Definition at line 22 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), fModules, and evt::ComponentGroup< Component >::GetNumberOf().

Referenced by otoa::MD2ADST::MakeCounter().

bool mevt::Counter::HasSimData ( ) const

inline

Definition at line 70 of file MEvent/Counter.h.

References fSimData.

Referenced by io::Counter_ROOT::Counter_ROOT(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), G4XTankSimulatorAG::G4XTankSimulator::RunFast(), and G4XTankSimulatorAG::G4XTankSimulator::RunFull().

bool mevt::Counter::HasT50 ( ) const

inline

The median of the arrival time of muons in GPS sec, ns All modules associated to the counter are considered.

Definition at line 251 of file MEvent/Counter.h.

References fHasT50.

Referenced by otoa::MD2ADST::MakeCounter().

bool mevt::Counter::IsADCCalibratedHG ( ) const

Check if the counter ADC HG channel is calibrated.

Definition at line 139 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by GetMuonDensityErrorHighHG(), GetMuonDensityErrorLowHG(), GetMuonDensityHG(), GetNumberOfEstimatedMuonsHG(), GetNumberOfMuonsErrorHighHG(), GetNumberOfMuonsErrorLowHG(), and otoa::MD2ADST::MakeCounter().

bool mevt::Counter::IsADCCalibratedLG ( ) const

Check if the counter ADC LG channel is calibrated.

Definition at line 127 of file MEvent/Counter.cc.

References evt::ComponentGroup< Component >::Begin(), evt::ComponentGroup< Component >::End(), and fModules.

Referenced by GetMuonDensityErrorHighLG(), GetMuonDensityErrorLowLG(), GetMuonDensityLG(), GetNumberOfEstimatedMuonsLG(), GetNumberOfMuonsErrorHighLG(), GetNumberOfMuonsErrorLowLG(), and otoa::MD2ADST::MakeCounter().

bool mevt::Counter::IsCandidate ( ) const

The muon counter status.

Setting the status of a counter is a tricky business since it may contain several modules, each in a different state. The possible counter states are candidate, silent or rejected. This is a sort of ordered hierarchy. A counter is:

candidate: has at least one candidate module
silent: has at least a silent module (and no candidate modules)
rejected: has all modules rejected The counter state is not stored in this class but derived from the status of its modules.

Definition at line 80 of file MEvent/Counter.cc.

References CountCandidateModules().

Referenced by IsSaturated(), otoa::MD2ADST::MakeCounter(), and MdMuonCounterAG::MdMuonCounter::Run().

bool mevt::Counter::IsEmpty ( ) const

inline

Checks if there are muons in the counter.

Definition at line 230 of file MEvent/Counter.h.

References GetNumberOfChannelsOn().

Referenced by MdMuonCounterAG::MdMuonCounter::Run().

bool mevt::Counter::IsRejected ( ) const

Check if the counter is rejected.

Definition at line 101 of file MEvent/Counter.cc.