mdet::FrontEnd Class Reference

Electronic front-end for the modules. More...

#include "mdet/FrontEnd.h"

Inheritance diagram for mdet::FrontEnd:

Classes
class	Sampler
	Encapsulates the sampling logic. More...

Public Types
typedef std::vector< int >	BrokenChannelContainer
typedef ChannelGroup::ConstIterator	ChannelConstIterator
	Convenience typedef for const iterator over the contained mdet::Channel instances. More...

Public Member Functions
	AddIdMessage (o)
ChannelConstIterator	ChannelsBegin () const
	Begin iterator over the contained channels. More...
ChannelConstIterator	ChannelsEnd () const
	End iterator over the contained channels. More...
const BrokenChannelContainer &	GetBrokenChannels () const
	List of broken channels. More...
unsigned int	GetBufferLength () const
	Number of bins of the buffer. 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...
ULong64_t	GetMask () const
	Size of the (cyclic) external memory buffer associated to each module. More...
double	GetMeanSampleRatePeriod () const
	Mean electronic sample rate period. More...
const Module &	GetModule () const
	The module to which this FrontEnd belongs. More...
unsigned int	GetPostT1BufferLength () const
	Number of bins of the post-T1 buffer. More...
unsigned int	GetPreT1BufferLength () const
	Number of bins of the (cyclic) pre-T1 buffer. More...
double	GetSampleRatePeriodJitter () const
	Electronic's jitter in sample rate. More...
Sampler	MakeSampler () const
	Create a new sampler object. More...
return o	str ()

Public Attributes
std::string	const
	Returns the message that identifies this component. More...
const DetectorUserData< C > &	const
	Retrieve the user custom data. More...

Static Public Attributes
static const char *const	kComponentId = MHierarchyInfo::kComponentsIds[2]
static const char *const	kComponentName = MHierarchyInfo::kComponentsNames[2]

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
template<typename T1 , typename T2 , template< typename, typename > class P>
T1 &	const
	Doubly-templated variation of common utility. More...
template<typename T >
T &	const
	Specialization for utl::Validated. More...
void	const
	Message that identifies the component. More...
s<< "id="<< GetId()<< " [";for(It i=GetIdsMap().begin(), e=GetIdsMap().end();i!=e;++i) s<< " "<< i-> first<< "="<< i->	second

Private Types
typedef MComponentGroup < FrontEnd, Channel, det::ParentCreator >::Type	ChannelGroup
	Type for the set of associated mdet::Channel. More...

Private Member Functions
	FrontEnd (int fId, const det::VManager::IndexMap &parentMap, const Module &parent)
	Constructs the electronic front-end. More...
const ChannelGroup &	GetChannels () const
	Retrieves the group of channels. More...
double	GetFalseRangeHiThreshold () const
	Hi end-point of the range where the voltage is taken as a false-value by the FPGA sampling process. More...
double	GetTrueRangeLowThreshold () const
	Low end-point of the range where the voltage is taken as a true-value by the FPGA sampling proccess. More...
void	Update (bool invalidateData, bool invalidateComponents)
	Forward to channels and to base-class. More...
	~FrontEnd ()
	Destructor (!). More...

Private Attributes
utl::ShadowPtr < BrokenChannelContainer >	fBrokenChannels
ChannelGroup	fChannels
utl::Validated< int >	fExternalMemoryBufferLength
utl::Validated< double >	fFalseRangeHiThreshold
utl::Validated< double >	fMeanSampleRatePeriod
const Module &	fModule
utl::Validated< int >	fPostT1BufferLength
utl::Validated< int >	fPreT1BufferLength
utl::Validated< double >	fSampleRatePeriodJitter
utl::Validated< double >	fTrueRangeLowThreshold

Friends
template<class A1 , class A2 , class A3 , class A4 >
class	det::ComponentGroup
	See mdet::Counter. More...
class	Module
	Friendship to allow construction. Also access to channels (GetChannels). More...
class	utl::ShadowPtr< FrontEnd >
	Frienship to allow destruction. More...

Detailed Description

Electronic front-end for the modules.

Multi-channel electronic device meant to register the signal that came out from each PMT pixel.

Author

Rodolfo Federico Gamarra

Date

24 Mar 2009

Definition at line 33 of file FrontEnd.h.

Member Typedef Documentation

typedef std::vector<int> mdet::FrontEnd::BrokenChannelContainer

Definition at line 75 of file FrontEnd.h.

typedef ChannelGroup::ConstIterator mdet::FrontEnd::ChannelConstIterator

Convenience typedef for const iterator over the contained mdet::Channel instances.

Definition at line 80 of file FrontEnd.h.

typedef MComponentGroup<FrontEnd, Channel, det::ParentCreator>::Type mdet::FrontEnd::ChannelGroup

private

Type for the set of associated mdet::Channel.

Definition at line 40 of file FrontEnd.h.

Constructor & Destructor Documentation

mdet::FrontEnd::FrontEnd ( int  fId, const det::VManager::IndexMap &  parentMap, const Module &  parent  )

private

Constructs the electronic front-end.

Parameters

fId	The identifier to be used.
parentMap	The identifiers of the parent within the hierarchy.
parent	The parent mdet::Module.

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 20 of file FrontEnd.cc.

mdet::FrontEnd::~FrontEnd ( )

inlineprivate

Destructor (!).

Definition at line 229 of file FrontEnd.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().

ChannelConstIterator mdet::FrontEnd::ChannelsBegin ( ) const

inline

Begin iterator over the contained channels.

Definition at line 85 of file FrontEnd.h.

References fChannels.

Referenced by UnderGrdInjectorAG::UnderGrdInjector::Run(), and MDetectorTest::testComponentAssignment().

ChannelConstIterator mdet::FrontEnd::ChannelsEnd ( ) const

inline

End iterator over the contained channels.

Definition at line 91 of file FrontEnd.h.

References fChannels.

Referenced by UnderGrdInjectorAG::UnderGrdInjector::Run(), and MDetectorTest::testComponentAssignment().

const FrontEnd::BrokenChannelContainer & mdet::FrontEnd::GetBrokenChannels

(

)

const

List of broken channels.

See Also

GetBrokenChannels()

Definition at line 95 of file FrontEnd.cc.

References fBrokenChannels.

Referenced by GetMask().

unsigned int mdet::FrontEnd::GetBufferLength ( ) const

inline

Number of bins of the buffer.

See Also

GetBufferLength()

Definition at line 130 of file FrontEnd.h.

References GetPostT1BufferLength(), and GetPreT1BufferLength().

Referenced by MdPatternFinderAG::MdPatternFinder::FillChannelRecData(), MdMuonEstimatorAG::MdMuonEstimator::FillChannelsOn(), MdMuonCounterAG::MdMuonCounter::FillChannelsOn(), MdMuonEstimatorAG::MdMuonEstimator::GetTraceLength(), otoa::MD2ADST::MakeModule(), MdPileUpCorrecterAG::InhibitionStrategy::operator()(), and MdPileUpCorrecterAG::MdPileUpCorrecter::Run().

const ChannelGroup& mdet::FrontEnd::GetChannels ( ) const

inlineprivate

Retrieves the group of channels.

Definition at line 233 of file FrontEnd.h.

References fChannels.

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 mdet::Channel::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(), mdet::Channel::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(), mdet::Channel::GetDiscriminatorHiLevel(), mdet::ChannelSiPM::GetDiscriminatorLowLevel(), mdet::Channel::GetDiscriminatorLowLevel(), mdet::ChannelSiPM::GetDiscriminatorThreshold(), mdet::ChannelSiPM::GetDiscriminatorTransitionTime(), mdet::Scintillator::GetEpsilon(), GetFalseRangeHiThreshold(), mdet::FrontEndSiPM::GetFalseRangeHiThreshold(), mdet::ChannelSiPM::GetFastShaperGain(), mdet::ChannelSiPM::GetFastShaperTime(), mdet::Channel::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(), mdet::Channel::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(), mdet::Channel::GetInitialIntervalLength(), mdet::Channel::GetInvertingInputResistance(), mdet::Channel::GetIterationsNumber(), mdet::Scintillator::GetLength(), mdet::Scintillator::GetLocalSoilDensity(), mdet::Channel::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(), mdet::Channel::GetMaxNumberOfErrors(), GetMeanSampleRatePeriod(), mdet::FrontEndSiPM::GetMeanSampleRatePeriod(), mdet::BackEndSiPM::GetNumberOfChannelsToGroup(), mdet::Fiber::GetNumericalAperture(), mdet::Fiber::GetOnManifoldLength(), mdet::Module::GetPhotoDetector(), mdet::FrontEndSiPM::GetPostT1BufferLength(), GetPostT1BufferLength(), mdet::ChannelSiPM::GetPreAmplifierGain(), mdet::ChannelSiPM::GetPreAmplifierTime(), mdet::FrontEndSiPM::GetPreT1BufferLength(), 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(), mdet::Channel::GetResponseTime(), 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(), mdet::Channel::GetSignalShiftMean(), mdet::Channel::GetSignalShiftStdDev(), mdet::BackEndSiPM::GetSimplifiedGainHG(), mdet::BackEndSiPM::GetSimplifiedGainLG(), mdet::BackEndSiPM::GetSimplifiedTime(), mdet::Channel::GetSlewRate(), mdet::FrontEndSiPM::GetStepADC(), mdet::Channel::GetThreshold(), 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::FrontEnd::GetFalseRangeHiThreshold ( ) const

private

Hi end-point of the range where the voltage is taken as a false-value by the FPGA sampling process.

To be a false-value a voltage needs to be lower than this value.

See Also

Sample

FPGASample

Definition at line 88 of file FrontEnd.cc.

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

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(), Update(), mdet::FrontEndSiPM::Update(), mdet::PMT::Update(), and mdet::Module::Update().

ULong64_t mdet::FrontEnd::GetMask

(

)

const

Size of the (cyclic) external memory buffer associated to each module.

See Also

GetPreT1BufferLength

GetPostT1BufferLength

The working strategy is signal collecting is goes like this. On a loop the signal is collected on the PreT1-buffer; when a significant signal is detected in the tank, a T1 signal is sent to the front end from the tank. Then the PreT1-buffer is frozen and the data collection proceeds to write on the PostT1-buffer. Upon reaching the end of this second stage buffer, the complete trace (pre+post) is stored in an external cyclic memory buffer, with room for n complete (pre+post) buffers (where n is the return value of this method). For typical values, this length (of the external memory) amounts to 10 seconds of data acquisition, taking into account the typical T1 rate from the tanks. On the other side, upon detection of a T3 configuration CDAS will ask the Counter / Modules for the traces collected at (within a tolerance) the T3 time. The external memory buffer will be scanned and those detected will be sent to CDAS. As a last remark, note that the tank promotes certain T1 times to T2, whereas the front end stores only T1 and does no filtering according to T2 promotion (the actual device was built without a mechanism to retrieve T2 promotion information from the tank to the front end). What CDAS promotes to T3 are only what was formerly promoted to T2, so in this external memory buffer certain (pre+post) buffers will be stored (temporarily, recall the cyclic nature) but CDAS will never request them. Get mask of broken channels.

See Also

GetMask()

Definition at line 104 of file FrontEnd.cc.

References GetBrokenChannels().

Referenced by MDetectorTest::testBrokenChannelsAssignment().

double mdet::FrontEnd::GetMeanSampleRatePeriod

(

)

const

Mean electronic sample rate period.

This is the (mean) time elapsed between consecutive digital samples. Tipically in the order of ns.

See Also

MakeSampler

Definition at line 43 of file FrontEnd.cc.

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

Referenced by MdMuonEstimatorAG::MdMuonEstimator::FillChannelsOn(), MdMuonCounterAG::MdMuonCounter::FillChannelsOn(), MdMuonCounterAG::MdMuonCounter::FillModuleRecData(), MdMuonEstimatorAG::MdMuonEstimator::GetSamplingTime(), MdMuonCounterAG::MdMuonCounter::GetTraceOffset(), MdMuonEstimatorAG::MdMuonEstimator::LoadPatternMatchesInModuleRecData(), otoa::MD2ADST::MakeModule(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), UnderGrdInjectorAG::UnderGrdInjector::Run(), MdMuonCounterAG::MdMuonCounter::Run(), and MDetectorTest::testBrokenChannelsAssignment().

const Module & mdet::FrontEnd::GetModule

(

)

const

The module to which this FrontEnd belongs.

Definition at line 36 of file FrontEnd.cc.

References fModule.

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

unsigned int mdet::FrontEnd::GetPostT1BufferLength

(

)

const

Number of bins of the post-T1 buffer.

See Also

GetExternalMemoryBufferLength()

Definition at line 65 of file FrontEnd.cc.

References fPostT1BufferLength, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by GetBufferLength(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), UnderGrdInjectorAG::UnderGrdInjector::Run(), and MDetectorTest::testBrokenChannelsAssignment().

unsigned int mdet::FrontEnd::GetPreT1BufferLength

(

)

const

Number of bins of the (cyclic) pre-T1 buffer.

See Also

GetExternalMemoryBufferLength()

Definition at line 57 of file FrontEnd.cc.

References fPreT1BufferLength, and det::DetectorComponent< C, ManagerProvider >::GetData().

Referenced by GetBufferLength(), MdMuonCounterAG::MdMuonCounter::GetTraceOffset(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), UnderGrdInjectorAG::UnderGrdInjector::Run(), and MDetectorTest::testBrokenChannelsAssignment().

double mdet::FrontEnd::GetSampleRatePeriodJitter

(

)

const

Electronic's jitter in sample rate.

It's a relative factor over the mean value.

From this value several different quantities could be derived: (i) the standard deviation of a Gaussian jitter distribution. (ii) the upper and lower limits of a Uniform jitter distribution.

See Also

MakeSampler

Definition at line 50 of file FrontEnd.cc.

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

double mdet::FrontEnd::GetTrueRangeLowThreshold ( ) const

private

Low end-point of the range where the voltage is taken as a true-value by the FPGA sampling proccess.

To be a true-value a voltage needs to be higher than this value.

See Also

Sample

FPGASample

Definition at line 81 of file FrontEnd.cc.

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

FrontEnd::Sampler mdet::FrontEnd::MakeSampler

(

)

const

Create a new sampler object.

Definition at line 138 of file FrontEnd.cc.

Referenced by 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().

void mdet::FrontEnd::Update ( bool  invalidateData, bool  invalidateComponents  )

private

Forward to channels and to base-class.

Definition at line 169 of file FrontEnd.cc.

References fBrokenChannels, fChannels, det::DetectorComponent< C, ManagerProvider >::GetIdsMap(), and Update().

Friends And Related Function Documentation

template<class A1 , class A2 , class A3 , class A4 >

friend class det::ComponentGroup

friend

See mdet::Counter.

Definition at line 249 of file FrontEnd.h.

friend class Module

friend

Friendship to allow construction. Also access to channels (GetChannels).

Definition at line 239 of file FrontEnd.h.

friend class utl::ShadowPtr< FrontEnd >

friend

Frienship to allow destruction.

This comes from the fact that the FrontEnd is kept (in mdet::Module) within one of these.

Definition at line 246 of file FrontEnd.h.

Member Data Documentation

template<class C , class ManagerProvider >

T & det::DetectorComponent< T >::const

inherited

Initial value:

{
      std::ostringstream o

Returns the message that identifies this component.

To make unambiguous the call in the wrapped version.

This method is just a convenience informative method, not meant to be used for control-flow logic (please do not parse this!).

See Also

AddIdMessage(std::ostringstream& s) const.

In the wrapped version, when wrapped type is itself a wrapping template, the compiler has a hard time to decide what to do. So this function was created with the logic formerly contained in the non-wrapped version.

Related to this, see http://www.gotw.ca/publications/mill17.htm.

Definition at line 125 of file DetectorComponent.h.

template<class C , class ManagerProvider >

const DetectorUserData<C>& det::DetectorComponent< C, ManagerProvider >::const

inherited

Initial value:

{
      if (!fUserData) {
        
        
        
        std::string dataMngr;
        
        GetDataNoWrap(dataMngr, "userData");
        
        DetectorUserData<C>* const t = new DetectorUserData<C>();
        
        
        DetectorUserData<C>::Load(t, dataMngr);
        
        fUserData = t;
      }
      return *fUserData

Retrieve the user custom data.

Definition at line 137 of file DetectorComponent.h.

template<class C , class ManagerProvider >

template<typename T1 , typename T2 , template< typename, typename > class P>

T1& det::DetectorComponent< C, ManagerProvider >::const

protectedinherited

Initial value:

{
      
      
      return GetDataUnwrap<T1>(d, p)

Doubly-templated variation of common utility.

Needed to be added in response to the addition of a 2nd policy parameter to utl::ShadowPtr.

Definition at line 203 of file DetectorComponent.h.

template<class C , class ManagerProvider >

template<typename T >

T& det::DetectorComponent< C, ManagerProvider >::const

protectedinherited

Initial value:

{
      if (! d.IsValid()) {
        GetDataNoWrap(d.Get(), p);
        d.SetValid();
      }
      return d.Get()

Specialization for utl::Validated.

To make unambiguous the call in the wrapped version.

In the wrapped version, when wrapped type is itself a wrapping template, the compiler has a hard time to decide what to do. So this function was created with the logic formerly contained in the non-wrapped version.

Related to this, see http://www.gotw.ca/publications/mill17.htm.

Definition at line 216 of file DetectorComponent.h.

template<class C , class ManagerProvider >

void det::DetectorComponent< C, ManagerProvider >::const

protectedinherited

Initial value:

{
      typedef det::VManager::IndexMap::const_iterator It

Message that identifies the component.

Streams-out a (human-readeable) message identifying the component in the hierarchy. It's meant to be used only in messages sent to the user as a way to identify the component that isssues the message (be it an information, warning or error one).

Maybe it'd have been more idiomatic to overload operator<< but I feel that it would be misleading to "stream out" a DetectorComponent.

Definition at line 250 of file DetectorComponent.h.

utl::ShadowPtr<BrokenChannelContainer> mdet::FrontEnd::fBrokenChannels

mutableprivate

Definition at line 275 of file FrontEnd.h.

Referenced by GetBrokenChannels(), and Update().

ChannelGroup mdet::FrontEnd::fChannels

private

Definition at line 251 of file FrontEnd.h.

Referenced by ChannelsBegin(), ChannelsEnd(), GetChannels(), and Update().

utl::Validated<int> mdet::FrontEnd::fExternalMemoryBufferLength

mutableprivate

Definition at line 269 of file FrontEnd.h.

utl::Validated<double> mdet::FrontEnd::fFalseRangeHiThreshold

mutableprivate

Definition at line 273 of file FrontEnd.h.

Referenced by GetFalseRangeHiThreshold().

utl::Validated<double> mdet::FrontEnd::fMeanSampleRatePeriod

mutableprivate

Definition at line 255 of file FrontEnd.h.

Referenced by GetMeanSampleRatePeriod().

const Module& mdet::FrontEnd::fModule

private

Definition at line 277 of file FrontEnd.h.

Referenced by GetModule().

utl::Validated<int> mdet::FrontEnd::fPostT1BufferLength

mutableprivate

Definition at line 267 of file FrontEnd.h.

Referenced by GetPostT1BufferLength().

utl::Validated<int> mdet::FrontEnd::fPreT1BufferLength

mutableprivate

Definition at line 265 of file FrontEnd.h.

Referenced by GetPreT1BufferLength().

utl::Validated<double> mdet::FrontEnd::fSampleRatePeriodJitter

mutableprivate

Definition at line 257 of file FrontEnd.h.

Referenced by GetSampleRatePeriodJitter().

utl::Validated<double> mdet::FrontEnd::fTrueRangeLowThreshold

mutableprivate

Definition at line 271 of file FrontEnd.h.

Referenced by GetTrueRangeLowThreshold().

const char *const mdet::FrontEnd::kComponentId = MHierarchyInfo::kComponentsIds[2]

static

Definition at line 73 of file FrontEnd.h.

const char *const mdet::FrontEnd::kComponentName = MHierarchyInfo::kComponentsNames[2]

static

Definition at line 71 of file FrontEnd.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:

• FrontEnd.h
• FrontEnd.cc