mdet::Channel Class Reference

Eletronic channel. More...

#include "mdet/Channel.h"

Inheritance diagram for mdet::Channel:

Classes
class	Discriminator
	Helper class encapsulating the discriminator response logic. More...

Public Member Functions
	AddIdMessage (o)
double	ComputeSignalShift () const
	Computes a signal shift value according this Channel's characteristics (and, particularly, to the distribution of these values). More...
std::complex< double >	ComputeTransfer (double freq) const
	Computes the circuit transfer function at the given frequency. More...
const FrontEnd &	GetFrontEnd () const
	The shared common-to-all-channels electronic frontend of this channel. More...
int	GetId () const
	The id of this component. More...
const VManager::IndexMap &	GetIdsMap () const
	The id identifying this component within its detector hierarhy. More...
double	GetSignalShiftMean () const
	Retrieves the mean shift. More...
double	GetSignalShiftStdDev () const
	The standard deviation of the shift. More...
double	GetThreshold () const
	Discrimination threshold. More...
return o	str ()

Public Attributes
template<class Functor >
Discriminator	const
	Create a fresh discriminator. More...

Static Public Attributes
static const char *const	kComponentId = MHierarchyInfo::kComponentsIds[7]
static const char *const	kComponentName = MHierarchyInfo::kComponentsNames[7]

Protected Member Functions
template<typename T , template< typename > class P>
T &	GetData (P< T > &d, const std::string &p) const
	Common utility function for configuration. More...
template<typename T >
T &	GetData (T &d, const std::string &p) const
	Common utility function for configuration. More...
void	Register (utl::VValidated &v)
	Register the field so as to allow handling it. More...
s<< " ]";}DetectorComponent(int i, const VManager::IndexMap &parentMap):fId(i), fIdsMap(parentMap){Init();}DetectorComponent(const int i):fId(i){Init();}virtual ~DetectorComponent(){}virtual void Update(const bool invalidateData, const bool){for(FieldsContainer::iterator i=fFields.begin(), e=fFields.end();i!=e;++i)(*i) ->	SetValid (false)

Protected Attributes
s<< "id="<< GetId()<< " [";for(It i=GetIdsMap().begin(), e=GetIdsMap().end();i!=e;++i) s<< " "<< i-> first<< "="<< i->	second

Private Member Functions
	Channel (int cId, const det::VManager::IndexMap &parentMap, const FrontEnd &parent)
	Constructs the electronic channel. More...
std::complex< double >	ComputeFrequencyFactor (double freq, double freqLimit) const
	Helper method to compute the factor (in the transfer function) that depends on frequency. More...
double	GetAbsoluteError () const
	Absolute error for root finding. More...
double	GetDCGain () const
	A dimensionless quantity signaling the DC gain. More...
double	GetDiscriminatorHiLevel () const
	Target voltage when the signal is higher than the threshold. More...
double	GetDiscriminatorLowLevel () const
	Target voltage when the signal is lower than the threshold. More...
double	GetFeedbackResistance () const
	The resistance within the feedback loop. More...
double	GetHighCutoffFrequency () const
	Hi end of frequency response. More...
double	GetInitialIntervalLength () const
	Lenght of the intervals (in time) in which divide the whole interval where roots are looked for. More...
double	GetInvertingInputResistance () const
	The resistance attached to the inverting input. More...
unsigned int	GetIterationsNumber () const
	Number of iterations allowed for the root finding procedures. More...
double	GetLowCutoffFrequency () const
	Low end of frequency response. More...
unsigned int	GetMaxNumberOfErrors () const
	Maximum number of errors admited without loggin when solving the equation threshold == input. More...
double	GetResponseTime () const
	Response time of the discriminator associated with the channel. More...
double	GetSlewRate () const
	Voltage change per time unit. More...
	~Channel ()
	Destructor (!). More...

Private Attributes
utl::Validated< double >	fAbsoluteError
utl::Validated< double >	fDCGain
utl::Validated< double >	fDiscriminatorHiLevel
utl::Validated< double >	fDiscriminatorLowLevel
utl::Validated< double >	fFeedbackResistance
const FrontEnd &	fFrontEnd
utl::Validated< double >	fHighCutoffFrequency
utl::Validated< double >	fInitialIntervalLength
utl::Validated< double >	fInvertingInputResistance
utl::Validated< int >	fIterationsNumber
utl::Validated< double >	fLowCutoffFrequency
utl::Validated< int >	fMaxNumberOfErrors
utl::Validated< double >	fResponseTime
utl::Validated< double >	fSignalShiftMean
utl::Validated< double >	fSignalShiftStdDev
utl::Validated< double >	fSlewRate
utl::Validated< double >	fThreshold

Friends
template<class T >
void	boost::checked_delete (T *) BOOST_NOEXCEPT
	Friendship for destruction. More...
struct	det::ComponentUpdater
	See mdet::Counter. More...
struct	det::ParentCreator
	Friendship to allow creation (or call it construction). More...

Detailed Description

Eletronic channel.

This class represents the electronic channel that register the signal that comes out an individual pixel. This class includes both the digital and the analog part of the real device.

Author

Rodolfo Federico Gamarra

Date

08 Mar 2009

Definition at line 37 of file MDetector/Channel.h.

Constructor & Destructor Documentation

mdet::Channel::Channel ( int  cId, const det::VManager::IndexMap &  parentMap, const FrontEnd &  parent  )

private

Constructs the electronic channel.

Parameters

cId	The identifier to be used.
parentMap	The identifiers of the parent within the hierarchy.
parent	The parent mdet::FrontEnd.

A reference to the parent is kept in this class.

This method is kept private; creation of these objects is not meant to be performed by client code. See the related friendship declaration.

See Also

mdet::MDectectorComponent::Type

Definition at line 142 of file MDetector/Channel.cc.

mdet::Channel::~Channel ( )

inlineprivate

Destructor (!).

Definition at line 500 of file MDetector/Channel.h.

Member Function Documentation

template<class C , class ManagerProvider >

det::DetectorComponent< C, ManagerProvider >::AddIdMessage ( o  )

inherited

Referenced by mdet::PMT::GetCrossTalk(), mdet::SiPMArray::GetRows(), mdet::PMT::GetRows(), mdet::PMT::InitPixels(), mdet::SiPMArray::InitSiPMs(), and mdet::Module::Module().

std::complex< double > mdet::Channel::ComputeFrequencyFactor ( double  freq, double  freqLimit  ) const

private

Helper method to compute the factor (in the transfer function) that depends on frequency.

Parameters

freq	The desired for frequency.
freqLimit	The threshold limit frequency of the amplifier.

Definition at line 310 of file MDetector/Channel.cc.

Referenced by ComputeTransfer().

double mdet::Channel::ComputeSignalShift

(

)

const

Computes a signal shift value according this Channel's characteristics (and, particularly, to the distribution of these values).

The electronic channel due to several (tipically non-linear) effects such as charge movement, and semi-conductor responses, imposes a shift on its input signal that introduces a displacement on its output. This shift has to be positive (the electronic won't produce output beforehand its input!) tough the return value, being floating-point, has sign. The response of the channel is not constant and so this value may change from time to time, so this is modeled with a randomization. This method is what client code should call in order to query a value, the randomization procedure parametrization is kept private.

Definition at line 280 of file MDetector/Channel.cc.

References fwk::RandomEngineRegistry::eDetector, utl::RandomEngine::GetEngine(), GetSignalShiftMean(), and GetSignalShiftStdDev().

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), and MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses().

std::complex< double > mdet::Channel::ComputeTransfer

(

double

freq

)

const

Computes the circuit transfer function at the given frequency.

Compute the (resistance equivalent unit) transfer function of the amplifying stage (likely to be an inverting configuration).

See Also

mdet::Pixel::SPE

Definition at line 319 of file MDetector/Channel.cc.

References ComputeFrequencyFactor(), GetDCGain(), GetFeedbackResistance(), GetHighCutoffFrequency(), GetInvertingInputResistance(), and GetLowCutoffFrequency().

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), and MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses().

double mdet::Channel::GetAbsoluteError ( ) const

private

Absolute error for root finding.

It's an absolute error in time, since the roots are those times where the input equals the threshold.

The root finding procedures have to do with the discrimination process, where the input signal needs to be compared with the threshold.

Definition at line 236 of file MDetector/Channel.cc.

References fAbsoluteError, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::Init().

template<class C , class ManagerProvider >

template<typename T , template< typename > class P>

T& det::DetectorComponent< C, ManagerProvider >::GetData ( P< T > &  d, const std::string &  p  ) const

inlineprotectedinherited

Common utility function for configuration.

Retrieves data from the provided (via this class' template parameter) Manager instance and goes on with initialization.

Parameters

d	An object of type P<T> wrapping the real of type T.
p	Property name. The template class P must provide: A bool-like interface (operator ! and a conversion (possibly implicit to bool) to query initialization. An T& operator*() to retrieve the actual data. P& operator=(T* const ptr) for proper initialization. As of the wrapped class T, it must be default constructible.

This is fullfilled by, for instance, utl::ShadowPtr as P and built-in types for T.

Definition at line 191 of file DetectorComponent.h.

References det::DetectorComponent< C, ManagerProvider >::d, and G4StationSimulatorOG::p.

Referenced by GetAbsoluteError(), mdet::BackEndSiPM::GetADCOffset(), mdet::BackEndSiPM::GetADCPar1(), mdet::BackEndSiPM::GetADCPar2(), mdet::BackEndSiPM::GetADCPar3(), mdet::BackEndSiPM::GetADCPar4(), mdet::BackEndSiPM::GetADCPar5(), mdet::BackEndSiPM::GetADCPar6(), mdet::BackEndSiPM::GetADCSaturationDown(), mdet::BackEndSiPM::GetADCSaturationUp(), mdet::Module::GetAreaKind(), mdet::Counter::GetAssociatedTankId(), mdet::Fiber::GetAttenuationAmplitudeA(), mdet::Fiber::GetAttenuationAmplitudeASiPM(), mdet::Fiber::GetAttenuationAmplitudeB(), mdet::Fiber::GetAttenuationAmplitudeBSiPM(), mdet::Fiber::GetAttenuationLengthA(), mdet::Fiber::GetAttenuationLengthASiPM(), mdet::Fiber::GetAttenuationLengthB(), mdet::Fiber::GetAttenuationLengthBSiPM(), mdet::Fiber::GetAttenuationReference(), mdet::Fiber::GetAttenuationReferenceEnergy(), mdet::Fiber::GetAttenuationReferenceThickness(), mdet::Module::GetBackgroundMuonsFlux(), mdet::FrontEndSiPM::GetBaseLineFluctuationHG(), mdet::FrontEndSiPM::GetBaseLineFluctuationLG(), GetDCGain(), mdet::Fiber::GetDecayTime(), mdet::Scintillator::GetDecayTime(), mdet::FrontEndSiPM::GetDelayBinaryADCMean(), mdet::FrontEndSiPM::GetDelayBinaryADCSigma(), mdet::FrontEndSiPM::GetDigitalBackGroundProbability(), mdet::FrontEndSiPM::GetDigitalBackGroundWidthMean(), mdet::FrontEndSiPM::GetDigitalBackGroundWidthStdDev(), mdet::ChannelSiPM::GetDiscriminatorGain(), mdet::ChannelSiPM::GetDiscriminatorHiLevel(), GetDiscriminatorHiLevel(), mdet::ChannelSiPM::GetDiscriminatorLowLevel(), GetDiscriminatorLowLevel(), mdet::ChannelSiPM::GetDiscriminatorThreshold(), mdet::ChannelSiPM::GetDiscriminatorTransitionTime(), mdet::Scintillator::GetEpsilon(), mdet::FrontEnd::GetFalseRangeHiThreshold(), mdet::FrontEndSiPM::GetFalseRangeHiThreshold(), mdet::ChannelSiPM::GetFastShaperGain(), mdet::ChannelSiPM::GetFastShaperTime(), GetFeedbackResistance(), mdet::BackEndSiPM::GetFirstAdderOffset(), mdet::BackEndSiPM::GetFirstAdderPar1(), mdet::BackEndSiPM::GetFirstAdderPar2(), mdet::BackEndSiPM::GetFirstAdderPar3(), mdet::BackEndSiPM::GetFirstAdderPar4(), mdet::BackEndSiPM::GetFirstAdderPar5(), mdet::BackEndSiPM::GetFirstAdderSaturationDown(), mdet::BackEndSiPM::GetFirstAdderSaturationUp(), mdet::Scintillator::GetHeight(), GetHighCutoffFrequency(), mdet::BackEndSiPM::GetHighGainAmplifierAdjustmentFactor(), mdet::BackEndSiPM::GetHighGainAmplifierOffset(), mdet::BackEndSiPM::GetHighGainAmplifierPar1(), mdet::BackEndSiPM::GetHighGainAmplifierPar2(), mdet::BackEndSiPM::GetHighGainAmplifierPar3(), mdet::BackEndSiPM::GetHighGainAmplifierPar4(), mdet::BackEndSiPM::GetHighGainAmplifierPar5(), mdet::BackEndSiPM::GetHighGainAmplifierPar6(), mdet::BackEndSiPM::GetHighGainAmplifierPar7(), mdet::BackEndSiPM::GetHighGainAmplifierPar8(), mdet::BackEndSiPM::GetHighGainAmplifierPar9(), mdet::BackEndSiPM::GetHighGainAmplifierSaturationDown(), mdet::BackEndSiPM::GetHighGainAmplifierSaturationUp(), GetInitialIntervalLength(), GetInvertingInputResistance(), GetIterationsNumber(), mdet::Scintillator::GetLength(), mdet::Scintillator::GetLocalSoilDensity(), GetLowCutoffFrequency(), mdet::BackEndSiPM::GetLowGainAmplifierAdjustmentFactor(), mdet::BackEndSiPM::GetLowGainAmplifierOffset(), mdet::BackEndSiPM::GetLowGainAmplifierPar1(), mdet::BackEndSiPM::GetLowGainAmplifierPar2(), mdet::BackEndSiPM::GetLowGainAmplifierPar3(), mdet::BackEndSiPM::GetLowGainAmplifierPar4(), mdet::BackEndSiPM::GetLowGainAmplifierPar5(), mdet::BackEndSiPM::GetLowGainAmplifierPar6(), mdet::BackEndSiPM::GetLowGainAmplifierPar7(), mdet::BackEndSiPM::GetLowGainAmplifierPar8(), mdet::BackEndSiPM::GetLowGainAmplifierPar9(), mdet::BackEndSiPM::GetLowGainAmplifierSaturationDown(), mdet::BackEndSiPM::GetLowGainAmplifierSaturationUp(), GetMaxNumberOfErrors(), mdet::FrontEnd::GetMeanSampleRatePeriod(), mdet::FrontEndSiPM::GetMeanSampleRatePeriod(), mdet::BackEndSiPM::GetNumberOfChannelsToGroup(), mdet::Fiber::GetNumericalAperture(), mdet::Fiber::GetOnManifoldLength(), mdet::Module::GetPhotoDetector(), mdet::FrontEndSiPM::GetPostT1BufferLength(), mdet::FrontEnd::GetPostT1BufferLength(), mdet::ChannelSiPM::GetPreAmplifierGain(), mdet::ChannelSiPM::GetPreAmplifierTime(), mdet::FrontEndSiPM::GetPreT1BufferLength(), mdet::FrontEnd::GetPreT1BufferLength(), mdet::SiPM::GetPulseAmplitude1Mean(), mdet::SiPM::GetPulseAmplitude1StdDev(), mdet::SiPM::GetPulseAmplitude2Mean(), mdet::SiPM::GetPulseAmplitude2StdDev(), mdet::SiPM::GetPulseAmplitude3Mean(), mdet::SiPM::GetPulseAmplitude3StdDev(), mdet::Pixel::GetPulseAmplitudeMean(), mdet::Pixel::GetPulseAmplitudeStdDev(), mdet::Pixel::GetPulseChargeMean(), mdet::Pixel::GetPulseChargeStdDev(), mdet::Pixel::GetPulseParametersCorrelation(), mdet::Pixel::GetPulseParametrization(), mdet::SiPM::GetPulseRelevantWidth(), mdet::Pixel::GetPulseRelevantWidth(), mdet::Pixel::GetPulseStdDevMean(), mdet::Pixel::GetPulseStdDevStdDev(), mdet::SiPM::GetPulseTime1Mean(), mdet::SiPM::GetPulseTime1StdDev(), mdet::SiPM::GetPulseTime2Mean(), mdet::SiPM::GetPulseTime2StdDev(), mdet::SiPM::GetPulseTime3Mean(), mdet::SiPM::GetPulseTime3StdDev(), mdet::SiPM::GetPulseTime4Mean(), mdet::SiPM::GetPulseTime4StdDev(), mdet::Fiber::GetRadius(), mdet::Fiber::GetRefractionIndex(), GetResponseTime(), mdet::FrontEnd::GetSampleRatePeriodJitter(), mdet::FrontEndSiPM::GetSampleTimeADC(), mdet::BackEndSiPM::GetSecondAdderOffset(), mdet::BackEndSiPM::GetSecondAdderPar1(), mdet::BackEndSiPM::GetSecondAdderPar2(), mdet::BackEndSiPM::GetSecondAdderPar3(), mdet::BackEndSiPM::GetSecondAdderPar4(), mdet::BackEndSiPM::GetSecondAdderPar5(), mdet::BackEndSiPM::GetSecondAdderSaturationDown(), mdet::BackEndSiPM::GetSecondAdderSaturationUp(), GetSignalShiftMean(), GetSignalShiftStdDev(), mdet::BackEndSiPM::GetSimplifiedGainHG(), mdet::BackEndSiPM::GetSimplifiedGainLG(), mdet::BackEndSiPM::GetSimplifiedTime(), GetSlewRate(), mdet::FrontEndSiPM::GetStepADC(), GetThreshold(), mdet::FrontEnd::GetTrueRangeLowThreshold(), mdet::FrontEndSiPM::GetTrueRangeLowThreshold(), and mdet::Scintillator::GetWidth().

template<class C , class ManagerProvider >

template<typename T >

T& det::DetectorComponent< C, ManagerProvider >::GetData ( T &  d, const std::string &  p  ) const

inlineprotectedinherited

Common utility function for configuration.

Overload without wrapping parameter: directly gets the datum as parameter. Typically invoked with T equal to a primitive type (int, double, so on).

Definition at line 232 of file DetectorComponent.h.

double mdet::Channel::GetDCGain ( ) const

private

A dimensionless quantity signaling the DC gain.

Definition at line 179 of file MDetector/Channel.cc.

References fDCGain, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeTransfer().

double mdet::Channel::GetDiscriminatorHiLevel ( ) const

private

Target voltage when the signal is higher than the threshold.

Definition at line 215 of file MDetector/Channel.cc.

References fDiscriminatorHiLevel, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::ApplySaturation(), and mdet::Channel::Discriminator::ComputeOutput().

double mdet::Channel::GetDiscriminatorLowLevel ( ) const

private

Target voltage when the signal is lower than the threshold.

Definition at line 208 of file MDetector/Channel.cc.

References fDiscriminatorLowLevel, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::ApplySaturation(), mdet::Channel::Discriminator::ComputeOutput(), and mdet::Channel::Discriminator::Init().

double mdet::Channel::GetFeedbackResistance ( ) const

private

The resistance within the feedback loop.

Definition at line 172 of file MDetector/Channel.cc.

References fFeedbackResistance, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeTransfer().

const FrontEnd& mdet::Channel::GetFrontEnd ( ) const

inline

The shared common-to-all-channels electronic frontend of this channel.

Definition at line 269 of file MDetector/Channel.h.

References fFrontEnd.

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), and MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses().

double mdet::Channel::GetHighCutoffFrequency ( ) const

private

Hi end of frequency response.

Definition at line 194 of file MDetector/Channel.cc.

References fHighCutoffFrequency, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeTransfer().

template<class C , class ManagerProvider >

int det::DetectorComponent< C, ManagerProvider >::GetId ( ) const

inlineinherited

The id of this component.

Definition at line 105 of file DetectorComponent.h.

References det::DetectorComponent< C, ManagerProvider >::fId.

Referenced by G4StationSimulatorOG::G4StationConstruction::AssembleUMD(), MuonCounterViewerAG::ScintBuilder::Box(), MdLDFFinderAG::Likelihood2::CalculateCandidateLikelihood(), MdLDFFinderAG::Likelihood3::CalculateCandidateLikelihood(), MdLDFFinderAG::Likelihood::CalculateCandidateLikelihood(), MdLDFFinderAG::MdLDFFinder::CalculateChi2(), MdLDFFinderAG::MdLDFFinder::FillModulesShowerPlaneDistances(), EdepSimulatorAG::PrimaryGenerator::GeneratePrimaries(), mdet::PMT::GetCrossTalk(), det::DetectorComponent< C, ManagerProvider >::Init(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::OptoElectronics(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::PlotChannel(), MdCounterSimulatorAG::MdCounterSimulator::PlotChannel(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::PlotIntegrator(), MdCounterSimulatorAG::MdCounterSimulator::PlotIntegrator(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulsesIntegrator(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulsesIntegrator(), MdEventSelectorAG::MdEventSelector::RejectTimeOutliers(), EdepSimulatorAG::EdepSimulator::Run(), MuonCounterViewerAG::MuonCounterViewer::Run(), MdCounterSimulatorAG::MdCounterSimulator::RunFromMEventScintillatorSimulated(), MdLDFFinderAG::MdLDFFinder::SetLdfResiduals(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::SimulateElectronics(), MdCounterSimulatorAG::MdCounterSimulator::SimulateElectronics(), and MdCounterSimulatorAG::MdCounterSimulator::SimulatePulses().

template<class C , class ManagerProvider >

const VManager::IndexMap& det::DetectorComponent< C, ManagerProvider >::GetIdsMap ( ) const

inlineinherited

The id identifying this component within its detector hierarhy.

Definition at line 111 of file DetectorComponent.h.

References det::DetectorComponent< C, ManagerProvider >::fIdsMap.

Referenced by mdet::Counter::GetModules(), mdet::Module::Module(), mdet::PMT::PMT(), mdet::SiPMArray::Update(), mdet::FrontEnd::Update(), mdet::FrontEndSiPM::Update(), mdet::PMT::Update(), and mdet::Module::Update().

double mdet::Channel::GetInitialIntervalLength ( ) const

private

Lenght of the intervals (in time) in which divide the whole interval where roots are looked for.

This quantity is defined to be positive.

See Also

GetAbsoluteError

Definition at line 243 of file MDetector/Channel.cc.

References fInitialIntervalLength, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::Init().

double mdet::Channel::GetInvertingInputResistance ( ) const

private

The resistance attached to the inverting input.

Definition at line 165 of file MDetector/Channel.cc.

References fInvertingInputResistance, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeTransfer().

unsigned int mdet::Channel::GetIterationsNumber ( ) const

private

Number of iterations allowed for the root finding procedures.

See Also

GetAbsoluteError

Definition at line 250 of file MDetector/Channel.cc.

References fIterationsNumber, and det::DetectorComponent< C, ManagerProvider >::GetData().

double mdet::Channel::GetLowCutoffFrequency ( ) const

private

Low end of frequency response.

Definition at line 187 of file MDetector/Channel.cc.

References fLowCutoffFrequency, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeTransfer().

unsigned int mdet::Channel::GetMaxNumberOfErrors ( ) const

private

Maximum number of errors admited without loggin when solving the equation threshold == input.

Definition at line 257 of file MDetector/Channel.cc.

References fMaxNumberOfErrors, and det::DetectorComponent< C, ManagerProvider >::GetData().

double mdet::Channel::GetResponseTime ( ) const

private

Response time of the discriminator associated with the channel.

See Also

GetSlewRate

Definition at line 229 of file MDetector/Channel.cc.

References fResponseTime, and det::DetectorComponent< C, ManagerProvider >::GetData().

double mdet::Channel::GetSignalShiftMean

(

)

const

Retrieves the mean shift.

This method is provided as public for completeness, so as to allow the users to know he mean value.

For computation of individual values the "Compute" method has to be used.

Internally is also used to feed the particular distribution that these values follow; but at last the concept of mean value exceeds a particular distribution and has a general meaning.

Definition at line 265 of file MDetector/Channel.cc.

References fSignalShiftMean, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeSignalShift().

double mdet::Channel::GetSignalShiftStdDev

(

)

const

The standard deviation of the shift.

See Also

GetSignalShiftMean

Definition at line 272 of file MDetector/Channel.cc.

References fSignalShiftStdDev, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by ComputeSignalShift().

double mdet::Channel::GetSlewRate ( ) const

private

Voltage change per time unit.

This characterizes the amount of time to transition between states.

Definition at line 222 of file MDetector/Channel.cc.

References fSlewRate, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::ComputeOutput().

double mdet::Channel::GetThreshold

(

)

const

Discrimination threshold.

This property is the only one exposed (from those that have to do with the discrimination) since it's meaningful for client code.

If, for instance, in the future there's such a thing like that in the real device the effective threshold changes a little, say, after each time the signal crosses it then some more properties would be needed. Nevertheless this GetThreshold will remain as the mean/desired threshold.

Given this, client code should only consult this property in regards to informative concerns, like plotting a constant desired threshold level. For computation matters, the interface provided by mdet::Channel::Discriminator should be provided.

See Also

Discriminator

MakeDiscriminator

Definition at line 201 of file MDetector/Channel.cc.

References fThreshold, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by mdet::Channel::Discriminator::Init(), mdet::Channel::Discriminator::OverThreshold(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), and MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses().

template<class C , class ManagerProvider >

void det::DetectorComponent< C, ManagerProvider >::Register ( utl::VValidated &  v )

inlineprotectedinherited

Register the field so as to allow handling it.

Definition at line 298 of file DetectorComponent.h.

References det::DetectorComponent< C, ManagerProvider >::fFields.

Referenced by mdet::ChannelSiPM::ChannelSiPM(), mdet::Counter::Counter(), mdet::Module::Module(), and mdet::Scintillator::Scintillator().

template<class C , class ManagerProvider >

s<< " ]"; } DetectorComponent(int i, const VManager::IndexMap& parentMap) : fId(i), fIdsMap(parentMap) { Init(); } DetectorComponent(const int i) : fId(i) { Init(); } virtual ~DetectorComponent() { } virtual void Update(const bool invalidateData, const bool ) { for (FieldsContainer::iterator i = fFields.begin(), e = fFields.end(); i != e; ++i) (*i)-> det::DetectorComponent< C, ManagerProvider >::SetValid ( false  )

protectedinherited

template<class C , class ManagerProvider >

return o det::DetectorComponent< C, ManagerProvider >::str ( )

inherited

Referenced by MdCornerClippingCorrecterAG::MdCornerClippingCorrecter::Run(), MdBiasCorrecterAG::MdBiasCorrecter::Run(), MdPileUpCorrecterAG::MdPileUpCorrecter::Run(), MdPatternFinderAG::MdPatternFinder::Run(), MdMuonEstimatorAG::MdMuonEstimator::Run(), and MdMuonCounterAG::MdMuonCounter::Run().

Friends And Related Function Documentation

template<class T >

void boost::checked_delete ( T *  )

friend

Friendship for destruction.

Depends on det::ComponentGroup innards.

friend struct det::ComponentUpdater

friend

See mdet::Counter.

Definition at line 513 of file MDetector/Channel.h.

friend struct det::ParentCreator

friend

Friendship to allow creation (or call it construction).

Definition at line 504 of file MDetector/Channel.h.

Member Data Documentation

template<class Functor >

Discriminator mdet::Channel::const

Initial value:

{
      
      
      
      
      
      
      
      
      
      
      
      
      
      
      
      return Discriminator(*this, inputPulse, beginTime, endTime)

Create a fresh discriminator.

Parameters

inputPulse	An functor object providing operator()(double time) as a way to evaluate the incoming pulse to be discrimined.
beginTime	The starting time where the response is desired.
endTime	The final time where the response is desired.

Definition at line 356 of file MDetector/Channel.h.

utl::Validated<double> mdet::Channel::fAbsoluteError

mutableprivate

Definition at line 538 of file MDetector/Channel.h.

Referenced by GetAbsoluteError().

utl::Validated<double> mdet::Channel::fDCGain

mutableprivate

Definition at line 522 of file MDetector/Channel.h.

Referenced by GetDCGain().

utl::Validated<double> mdet::Channel::fDiscriminatorHiLevel

mutableprivate

Definition at line 534 of file MDetector/Channel.h.

Referenced by GetDiscriminatorHiLevel().

utl::Validated<double> mdet::Channel::fDiscriminatorLowLevel

mutableprivate

Definition at line 532 of file MDetector/Channel.h.

Referenced by GetDiscriminatorLowLevel().

utl::Validated<double> mdet::Channel::fFeedbackResistance

mutableprivate

Definition at line 520 of file MDetector/Channel.h.

Referenced by GetFeedbackResistance().

const FrontEnd& mdet::Channel::fFrontEnd

private

Definition at line 552 of file MDetector/Channel.h.

Referenced by GetFrontEnd().

utl::Validated<double> mdet::Channel::fHighCutoffFrequency

mutableprivate

Definition at line 526 of file MDetector/Channel.h.

Referenced by GetHighCutoffFrequency().

utl::Validated<double> mdet::Channel::fInitialIntervalLength

mutableprivate

Definition at line 540 of file MDetector/Channel.h.

Referenced by GetInitialIntervalLength().

utl::Validated<double> mdet::Channel::fInvertingInputResistance

mutableprivate

Definition at line 518 of file MDetector/Channel.h.

Referenced by GetInvertingInputResistance().

utl::Validated<int> mdet::Channel::fIterationsNumber

mutableprivate

Definition at line 543 of file MDetector/Channel.h.

Referenced by GetIterationsNumber().

utl::Validated<double> mdet::Channel::fLowCutoffFrequency

mutableprivate

Definition at line 524 of file MDetector/Channel.h.

Referenced by GetLowCutoffFrequency().

utl::Validated<int> mdet::Channel::fMaxNumberOfErrors

mutableprivate

Definition at line 546 of file MDetector/Channel.h.

Referenced by GetMaxNumberOfErrors().

utl::Validated<double> mdet::Channel::fResponseTime

mutableprivate

Definition at line 530 of file MDetector/Channel.h.

Referenced by GetResponseTime().

utl::Validated<double> mdet::Channel::fSignalShiftMean

mutableprivate

Definition at line 548 of file MDetector/Channel.h.

Referenced by GetSignalShiftMean().

utl::Validated<double> mdet::Channel::fSignalShiftStdDev

mutableprivate

Definition at line 550 of file MDetector/Channel.h.

Referenced by GetSignalShiftStdDev().

utl::Validated<double> mdet::Channel::fSlewRate

mutableprivate

Definition at line 536 of file MDetector/Channel.h.

Referenced by GetSlewRate().

utl::Validated<double> mdet::Channel::fThreshold

mutableprivate

Definition at line 528 of file MDetector/Channel.h.

Referenced by GetThreshold().

const char *const mdet::Channel::kComponentId = MHierarchyInfo::kComponentsIds[7]

static

Definition at line 265 of file MDetector/Channel.h.

const char *const mdet::Channel::kComponentName = MHierarchyInfo::kComponentsNames[7]

static

Definition at line 263 of file MDetector/Channel.h.

template<class C , class ManagerProvider >

s<< "id=" << GetId() << " ["; for (It i = GetIdsMap().begin(), e = GetIdsMap().end(); i != e; ++i) s << " " << i-> first<< "=" << i-> det::DetectorComponent< C, ManagerProvider >::second

protectedinherited

Definition at line 257 of file DetectorComponent.h.

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::SimulateElectronics(), and MdCounterSimulatorAG::MdCounterSimulator::SimulateElectronics().

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The documentation for this class was generated from the following files:

• MDetector/Channel.h
• MDetector/Channel.cc