Describe your module. In one sentence. More...

#include <MdCounterSimulatorAG/MdCounterSimulator.h>

Inheritance diagram for MdCounterSimulatorAG::MdCounterSimulator:

Classes
struct	SignalInformation
	Simple struct to store signal information in containers. More...

Public Types
typedef utl::TraceC	FrequencyTrace

enum	IntegratorSimulationType { eStepByStep, eSimplified }

enum	ResultFlag { eSuccess, eFailure, eBreakLoop, eContinueLoop }
	Flag returned by module methods to the RunController. More...

enum	SimulationType { eFromMEvent, eFromMEventSimulatedScint }
	Kind of possible simulation to be performed. More...

typedef utl::TraceD	TimeTrace

enum	VersionInfoType { eFilename = 1, eRevisionNumber = 2, eDate = 3, eTime = 4, eLastEditor = 5 }
	Different types of version info that can be retrieved from GetVersionInfo. More...

Public Member Functions
VModule::ResultFlag	Finish ()
	Finish: invoked at end of the run (NOT end of the event) More...

utl::Stopwatch &	GetStopwatch ()

const utl::Stopwatch &	GetStopwatch () const

std::string	GetVersionInfo (const VersionInfoType v) const
	Retrieve different sorts of module version info. More...

VModule::ResultFlag	Init ()
	Initialize: invoked at beginning of run (NOT beginning of event) More...

void	InitTiming ()

	MdCounterSimulator ()

VModule::ResultFlag	Run (evt::Event &e)
	Run: invoked once per event. More...

ResultFlag	RunWithTiming (evt::Event &event)

	~MdCounterSimulator ()

Static Public Member Functions
static std::string	GetResultFlagByName (const ResultFlag flag)

Static Public Attributes
static const char *const	kIntegratorSimulationTypeTags [] = { "StepByStep", "Simplified"}
	Tags for the types of integrator simulation. More...

static const char *const	kSimulationTypeTags [] = { "FromMEvent", "FromMEventSimulatedScint"}
	Tags for the types of simulation. More...

Protected Types
enum	InfoLevel { eInfoNone = 0, eInfoFinal = 1, eInfoIntermediate = 2, eInfoDebug = 3 }

Protected Attributes
int	fInfoLevel = 0

Private Types
typedef int	ParticleType
	Simple own typedef for the real datatype of the particles' type. In the class utl::Particle there's a nested enumeration, tough the method utl::Particle::GetType returns a plain int: that's why this typedef uses int. More...

typedef std::list < mdet::Pixel::SPE >	PulseContainer

typedef std::map< int, SignalInformation >	SignalsMap
	Map associating the information with IDs (meant to be from pixel's). More...

typedef std::list< mdet::SiPM::PE >	SiPMPulseContainer

Private Member Functions
virtual void	ApplyBackEndTransfer (const mdet::BackEndSiPM &backEnd, const double maxTimePreFE, const double minTimePreFE, TimeTrace &traceAfterADCLowGain, TimeTrace &traceAfterADCHighGain, TVectorD &totalAnalogicalInput, const std::vector< utl::TraceD > traceAnalogical)

virtual void	ApplyBackEndTransferWStepSaturation (const mdet::BackEndSiPM &backEnd, const double maxTimePreFE, const double minTimePreFE, TimeTrace &traceAfterADCLowGain, TimeTrace &traceAfterADCHighGain, TVectorD &totalAnalogicalInput, const std::vector< utl::TraceD > traceAnalogical)

virtual void	ApplyCITIROCTransfer (const mdet::ChannelSiPM &channel, const SignalInformation &si, const double pulseTimeSpan, double minTimePreFE, double analogicTraceStartTime, double analogicTraceEndTime, TimeTrace &totalPulsePostFrontEndTrace, TimeTrace &totalPulsePostDiscriminatorTrace, utl::TraceD &traceAnalogical)

virtual void	ApplyTransferBlock (utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &fft, const mdet::BackEndSiPM &backEnd, BackEndSiPM::TransferStep step)

virtual void	ApplyTransferBlocks (utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &fft, utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &fftHG, const mdet::BackEndSiPM &backEnd)

void	Dump (const TF1 &fun, const std::string &suffix)
	Helper to dump a TF1 to the configured file. More...

virtual double	GetPulseTimeSpan (const SignalInformation &si, const utl::TimeStamp &eventTime, double &minTimePreFE, double &maxTimePreFE, double &analogicTraceStartTime, double &analogicTraceEndTime)

int	GetTriggerTimeFromSD (evt::Event &, const mdet::Counter &, mevt::MEvent::CounterIterator, double &)
	Retrieve T1 time from associated SD tank. More...

void	Init (std::unique_ptr< utl::TabularStream > &pt, unsigned int nCol) const
	Helper to init a tabular stream. More...

virtual void	InjectDigitalNoise (const mdet::Module &module, mevt::Module &evtModule)

virtual void	PlotChannel (const double traceStartTime, const double minTimePreFE, const double binning, const mdet::ChannelSiPM &channel, utl::TraceD &traceAnalogical, TimeTrace &totalPulsePostFrontEndTrace, TimeTrace &totalPulsePostDiscriminatorTrace, utl::TraceB &trace)

virtual void	PlotIntegrator (const double traceStartTime, const double minTimePreFE, const double binning, const mdet::FrontEndSiPM &frontEnd, TVectorD &traceAnalogical, TimeTrace &traceIntegratorAAmplifier, TimeTrace &traceIntegratorBAmplifier, utl::TraceUSI &traceIntegratorA, utl::TraceUSI &traceIntegratorB)

virtual void	ProcessPulses (const mdet::Channel &c, const SignalInformation &signalInfo, utl::TraceB &trace, double &span, const utl::TimeInterval &traceStart, const utl::TimeStamp &eventTime)
	Process: analyze, electronic simulation and sampling. More...

virtual void	ProcessPulses (const mdet::ChannelSiPM &c, const SignalInformation &signalInfo, utl::TraceB &trace, utl::TraceD &analogSignal, double &span, const utl::TimeInterval &traceStart, double &minTimePreFE, double &maxTimePreFE, double &analogicTraceStartTime, double &analogicTraceEndTime)

virtual void	ProcessPulsesIntegrator (const mdet::Module &module, std::vector< utl::TraceD > analogicalTraces, utl::TraceUSI &traceIntegratorA, utl::TraceUSI &traceIntegratorB, const utl::TimeInterval &traceStart, double &minTimePreFE, double &maxTimePreFE)

	REGISTER_MODULE ("MdCounterSimulatorAG", MdCounterSimulator)

VModule::ResultFlag	RunFromMEvent (evt::Event &e)
	Run for the eFromEvent enumeration. More...

VModule::ResultFlag	RunFromMEventScintillatorSimulated (evt::Event &e)

virtual void	SampleTrace (double minTimePostFE, double maxTimePostFE, double binning, const mdet::FrontEndSiPM &frontEnd, const utl::TimeInterval &traceStart, TimeTrace &totalPulsePostDiscriminatorTrace, utl::TraceB &trace)

virtual void	SampleTraceADC (const double minTimePostFE, const double maxTimePostFE, const mdet::FrontEndSiPM &frontEnd, const utl::TimeInterval &traceStart, TimeTrace &traceAfterADCLowGain, TimeTrace &traceAfterADCHighGain, utl::TraceUSI &traceIntegratorA, utl::TraceUSI &traceIntegratorB)

virtual VModule::ResultFlag	SimulateElectronics (mevt::Module &evtModule, const mdet::Module &module, const SignalsMap &sm, const utl::TimeStamp &eventTime)
	Peform the simulation of the electronics response. More...

virtual VModule::ResultFlag	SimulatePulses (const mdet::Scintillator &scint, const mevt::ScintillatorSimData &ssd, mevt::ScintillatorSimData &ssd_nonconst, SignalsMap &sm)
	Perform the simulation given the particles in the scintillator. More...

Private Attributes
std::set< ParticleType >	fAllowedParticleTypes
	Particle types that are considered to generate signal, if empty then every kind of particle is allowed. More...

bool	fForcedSDTrigger
	Ignore WCD trigger condition. More...

bool	fGeneratePostFETotalPulseOutput
	To include the total pulse after front-end in the output file. More...

bool	fGeneratePreFETotalPulseOutput
	To include the total pulse prior front-end in the output file. More...

bool	fGenerateSPEPulseOutput
	To include individual pulses samples in the output file. More...

bool	fIgnoreCrossTalk
	Ignore cross-talk effects. More...

bool	fIncludeBaseLineFluctuationIntegrator
	To simulate baseline fluctuation in the integrator output. More...

bool	fInjectNoiseBinary
	To inject noise in binary traces. More...

IntegratorSimulationType	fIntegratorSimType
	Type of integrator simulation. Step by step simulates the complete transfer functions and applies saturation and offsets in each step (very slow). In fast mode the whole transfer is simplified to a low pass filter. More...

utl::MessageLoggerConfig	fLog
	Output messages handler. More...

unsigned int	fMaxSPE
	Maximum number of spe (inclusive). More...

unsigned int	fMinSPE
	Minimum number of spe (inclusive). More...

unsigned int	fNBinsHistograms
	Number of bins for histograms. More...

unsigned int	fNDiscretization
	Discretization over the continuous functions. More...

unsigned int	fNPulseSamples
	Number of samples to use in the output files for pulses. More...

unsigned int	fNRepetitions
	Repetitions for in-module loop. More...

unsigned int	fNumPlotPoints
	Number of points to be used in plotting (theoretically) continuous functions. More...

bool	fPlotChannelPulses

bool	fPlotDelay

bool	fPlotFftPostAmp

bool	fPlotFftPriorAmp

std::vector< std::string >	fPlotFileExtensions
	File extensions for plots (dot included). More...

bool	fPlotInputOutput

bool	fPlotOutcome

bool	fPlotTransferAmpResponse

bool	fPlotTransferPhaseResponse

std::ofstream	fPulseFile
	Associated stream. More...

std::string	fPulseFilename
	Pulse output file filename. More...

double	fPulseSampleWindow
	Define the length of the window within which the pulse is sampled. More...

unsigned int	fRunNumber
	Tracks the number of runs. More...

SimulationType	fSimType
	Type of simulation. More...

unsigned int	fStepSPE
	Step size for spe iteration. More...

TStyle *	fStyle

bool	fToggleDelay

bool	fToggleFftPriorAmp

bool	fToggleInputOutput

bool	fToggleOutcome

bool	fTogglePlotchannelPulses

bool	fTogglePlotFftPostAmp

bool	fToggleTransferAmpResponse

bool	fToggleTransferPhaseResponse

utl::UnitsConfig	fUnits
	Units configuration. More...

Detailed Description

Describe your module. In one sentence.

Simulate the signal from impinging muons in scintillators.

Now here a longer description in doxygen. You may use HTML.

Author: Rodolfo Federico Gamarra

Date: 01 Jun 2009

Actually the module has several "run modes"; the most important one performs the simulation based on the Offline-event information associated with the scintillators.

Basically the workflow is: iterate over particles, simulate SPEs for each of them, see where each SPE ends (crosstalk effects). Then gather together all the SPEs from each channel and the simulate the electronic response: pulse amplification, discrimination and sampling.

This workflow is materialized in three methods so far: SimulatePulses and SimulateElectronics (this last one which calls ProcessPulses). This methods are defined as virtual so as to allow deriving class and customization of some particular stage.

In the future: more stages could be defined (and so new methods) or directly most of this information could be put in the event.

Author: Rodolfo Federico Gamarra

Date: 01 Jun 2009

Definition at line 96 of file MdCounterSimulator.h.

Member Typedef Documentation

typedef utl::TraceC MdCounterSimulatorAG::MdCounterSimulator::FrequencyTrace

Definition at line 123 of file MdCounterSimulator.h.

typedef int MdCounterSimulatorAG::MdCounterSimulator::ParticleType

private

Simple own typedef for the real datatype of the particles' type. In the class utl::Particle there's a nested enumeration, tough the method utl::Particle::GetType returns a plain int: that's why this typedef uses int.

See Also: utl::Particle

Definition at line 446 of file MdCounterSimulator.h.

typedef std::list<mdet::Pixel::SPE> MdCounterSimulatorAG::MdCounterSimulator::PulseContainer

private

Definition at line 125 of file MdCounterSimulator.h.

typedef std::map<int, SignalInformation > MdCounterSimulatorAG::MdCounterSimulator::SignalsMap

private

Map associating the information with IDs (meant to be from pixel's).

Definition at line 154 of file MdCounterSimulator.h.

typedef std::list<mdet::SiPM::PE> MdCounterSimulatorAG::MdCounterSimulator::SiPMPulseContainer

private

Definition at line 126 of file MdCounterSimulator.h.

typedef utl::TraceD MdCounterSimulatorAG::MdCounterSimulator::TimeTrace

Definition at line 122 of file MdCounterSimulator.h.

Member Enumeration Documentation

enum fwk::VModule::InfoLevel

protectedinherited

Enumerator
eInfoNone
eInfoFinal
eInfoIntermediate
eInfoDebug

Definition at line 125 of file VModule.h.

enum MdCounterSimulatorAG::MdCounterSimulator::IntegratorSimulationType

Enumerator
eStepByStep	Simulate the inteagrator with intermediate saturation steps and full transfer functions (very consuming)
eSimplified	Simulate the integrator in one step with simplified transfer

Definition at line 106 of file MdCounterSimulator.h.

enum fwk::VModule::ResultFlag

inherited

Flag returned by module methods to the RunController.

Enumerator
eSuccess	Report success to RunController.
eFailure	Report failure to RunController, causing RunController to terminate execution.
eBreakLoop	Break current loop. It works for nested loops too!
eContinueLoop	Skip remaining modules in the current loop and continue with next iteration of the loop.

Definition at line 60 of file VModule.h.

enum MdCounterSimulatorAG::MdCounterSimulator::SimulationType

Kind of possible simulation to be performed.

Enumerator
eFromMEvent	Simulate from information stored in MEvent. And photons generated from Parametrization
eFromMEventSimulatedScint	Simulate from information stored in MEvent. And photons generated from Geant4 Simulation

Definition at line 101 of file MdCounterSimulator.h.

enum fwk::VModule::VersionInfoType

inherited

Different types of version info that can be retrieved from GetVersionInfo.

Enumerator
eFilename
eRevisionNumber
eDate
eTime
eLastEditor

Definition at line 110 of file VModule.h.

Constructor & Destructor Documentation

MdCounterSimulatorAG::MdCounterSimulator::MdCounterSimulator ( )

Definition at line 370 of file MdCounterSimulator.cc.

MdCounterSimulatorAG::MdCounterSimulator::~MdCounterSimulator ( )

Definition at line 375 of file MdCounterSimulator.cc.

Member Function Documentation

void MdCounterSimulatorAG::MdCounterSimulator::ApplyBackEndTransfer	(	const mdet::BackEndSiPM &	backEnd,
		const double	maxTimePreFE,
		const double	minTimePreFE,
		TimeTrace &	traceAfterADCLowGain,
		TimeTrace &	traceAfterADCHighGain,
		TVectorD &	totalAnalogicalInput,
		const std::vector< utl::TraceD >	traceAnalogical
	)

privatevirtual

Definition at line 2251 of file MdCounterSimulator.cc.

References mdet::BackEndSiPM::ApplySaturation(), ApplyTransferBlocks(), mdet::BackEndSiPM::eHighGainAmplifier, mdet::BackEndSiPM::eLowGainAmplifier, fLog, fNDiscretization, fUnits, utl::UnitsConfig::GetTimeName(), utl::FFTDataContainer< C, T, F >::GetTimeSeries(), utl::UnitsConfig::GetTimeUnit(), and utl::Trace< T >::PushBack().

Referenced by ProcessPulsesIntegrator().

void MdCounterSimulatorAG::MdCounterSimulator::ApplyBackEndTransferWStepSaturation	(	const mdet::BackEndSiPM &	backEnd,
		const double	maxTimePreFE,
		const double	minTimePreFE,
		TimeTrace &	traceAfterADCLowGain,
		TimeTrace &	traceAfterADCHighGain,
		TVectorD &	totalAnalogicalInput,
		const std::vector< utl::TraceD >	traceAnalogical
	)

privatevirtual

Definition at line 2154 of file MdCounterSimulator.cc.

References mdet::BackEndSiPM::ApplySaturation(), ApplyTransferBlock(), mdet::BackEndSiPM::eADC, mdet::BackEndSiPM::eFirstAdder, mdet::BackEndSiPM::eHighGainAmplifier, mdet::BackEndSiPM::eLowGainAmplifier, mdet::BackEndSiPM::eSecondAdder, fLog, fNDiscretization, fUnits, mdet::BackEndSiPM::GetNumberOfChannelsToGroup(), utl::UnitsConfig::GetTimeName(), utl::FFTDataContainer< C, T, F >::GetTimeSeries(), utl::UnitsConfig::GetTimeUnit(), and utl::Trace< T >::PushBack().

Referenced by ProcessPulsesIntegrator().

void MdCounterSimulatorAG::MdCounterSimulator::ApplyCITIROCTransfer	(	const mdet::ChannelSiPM &	channel,
		const SignalInformation &	si,
		const double	pulseTimeSpan,
		double	minTimePreFE,
		double	analogicTraceStartTime,
		double	analogicTraceEndTime,
		TimeTrace &	totalPulsePostFrontEndTrace,
		TimeTrace &	totalPulsePostDiscriminatorTrace,
		utl::TraceD &	traceAnalogical
	)

privatevirtual

Definition at line 1797 of file MdCounterSimulator.cc.

References RdGeoCeLDFFitter::c, mdet::ChannelSiPM::ComputeDiscriminator(), mdet::ChannelSiPM::ComputeTransfer(), utl::endc, utl::endr, fLog, fNDiscretization, freq, MdCounterSimulatorAG::MdCounterSimulator::SignalInformation::fScintSimData, MdCounterSimulatorAG::MdCounterSimulator::SignalInformation::fSiPMPulses, fUnits, mevt::ScintillatorSimData::GetAnalogicTrace(), utl::Trace< T >::GetBinning(), utl::UnitsConfig::GetElectricPotentialUnit(), utl::UnitsConfig::GetFrequencyName(), utl::FFTDataContainer< C, T, F >::GetFrequencySpectrum(), utl::UnitsConfig::GetFrequencyUnit(), utl::MessageLoggerConfig::GetLevel(), utl::Trace< T >::GetSize(), utl::UnitsConfig::GetTimeName(), utl::FFTDataContainer< C, T, F >::GetTimeSeries(), utl::UnitsConfig::GetTimeUnit(), mevt::ScintillatorSimData::HasAnalogicTrace(), utl::hline(), Init(), utl::Trace< T >::PushBack(), and utl::Trace< T >::SetBinning().

Referenced by ProcessPulses().

void MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlock	(	utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &	fft,
		const mdet::BackEndSiPM &	backEnd,
		BackEndSiPM::TransferStep	step
	)

privatevirtual

Definition at line 2296 of file MdCounterSimulator.cc.

References RdGeoCeLDFFitter::c, mdet::BackEndSiPM::ComputeTransfer(), utl::endc, utl::endr, fLog, freq, fUnits, utl::UnitsConfig::GetFrequencyName(), utl::FFTDataContainer< C, T, F >::GetFrequencySpectrum(), utl::UnitsConfig::GetFrequencyUnit(), utl::MessageLoggerConfig::GetLevel(), utl::hline(), and Init().

Referenced by ApplyBackEndTransferWStepSaturation().

void MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlocks	(	utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &	fft,
		utl::FFTDataContainer< utl::Trace, TimeTrace::ValueType, FrequencyTrace::ValueType > &	fftHG,
		const mdet::BackEndSiPM &	backEnd
	)

privatevirtual

Definition at line 2337 of file MdCounterSimulator.cc.

References mdet::BackEndSiPM::ComputeTransfer(), utl::endc, utl::endr, mdet::BackEndSiPM::eSimplifiedHG, mdet::BackEndSiPM::eSimplifiedLG, fLog, freq, fUnits, utl::UnitsConfig::GetFrequencyName(), utl::FFTDataContainer< C, T, F >::GetFrequencySpectrum(), utl::UnitsConfig::GetFrequencyUnit(), utl::MessageLoggerConfig::GetLevel(), utl::hline(), Init(), utl::Trace< T >::PushBack(), and utl::Trace< T >::SetBinning().

Referenced by ApplyBackEndTransfer().

void MdCounterSimulatorAG::MdCounterSimulator::Dump	(	const TF1 &	fun,
		const std::string &	suffix
	)

private

Helper to dump a TF1 to the configured file.

Definition at line 2806 of file MdCounterSimulator.cc.

References fNPulseSamples, fPulseFile, fPulseSampleWindow, fRunNumber, and max.

Referenced by ProcessPulses().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::Finish ( )

virtual

Finish: invoked at end of the run (NOT end of the event)

This method is for things that should be done at the end of the run (for example, closing files or writing out histograms) {You must override this method in your concrete module}

Implements fwk::VModule.

Definition at line 2695 of file MdCounterSimulator.cc.

References fwk::VModule::eSuccess.

double MdCounterSimulatorAG::MdCounterSimulator::GetPulseTimeSpan	(	const SignalInformation &	si,
		const utl::TimeStamp &	eventTime,
		double &	minTimePreFE,
		double &	maxTimePreFE,
		double &	analogicTraceStartTime,
		double &	analogicTraceEndTime
	)

privatevirtual

std::string fwk::VModule::GetResultFlagByName ( const ResultFlag flag )

staticinherited

Definition at line 8 of file VModule.cc.

References fwk::VModule::eBreakLoop, fwk::VModule::eContinueLoop, fwk::VModule::eFailure, and fwk::VModule::eSuccess.

Referenced by fwk::RunController::DoNextInSequence(), fwk::RunController::FinishBranch(), and fwk::RunController::InitBranch().

utl::Stopwatch& fwk::VModule::GetStopwatch ( )

inlineinherited

Definition at line 106 of file VModule.h.

References fwk::VModule::fStopwatch.

const utl::Stopwatch& fwk::VModule::GetStopwatch ( ) const

inlineinherited

Definition at line 107 of file VModule.h.

References fwk::VModule::fStopwatch.

int MdCounterSimulatorAG::MdCounterSimulator::GetTriggerTimeFromSD	(	evt::Event &	event,
		const mdet::Counter &	cmDet,
		mevt::MEvent::CounterIterator	cIt,
		double &	T1
	)

private

Retrieve T1 time from associated SD tank.

Definition at line 2701 of file MdCounterSimulator.cc.

References mdet::FrontEndSiPM::ChannelsBegin(), mdet::FrontEndSiPM::ChannelsEnd(), ERROR, fForcedSDTrigger, sevt::StationTriggerData::GetAlgorithmName(), mdet::Counter::GetAssociatedTankId(), sdet::Station::GetFADCBinSize(), sdet::Station::GetFADCTraceLength(), mdet::Module::GetFrontEndSiPM(), sdet::Station::GetLatchBin(), mdet::FrontEndSiPM::GetMeanSampleRatePeriod(), mdet::Counter::GetModule(), mdet::FrontEndSiPM::GetPostT1BufferLength(), mdet::FrontEndSiPM::GetPreT1BufferLength(), sevt::Station::GetSimData(), sevt::SEvent::GetStation(), sevt::StationSimData::GetTriggerData(), evt::Event::HasSEvent(), sevt::Station::HasSimData(), sevt::SEvent::HasStation(), MdOptoElectronicSimulatorAG::SetTraceStartTime(), sevt::StationSimData::TriggerTimeIterator, sevt::StationSimData::TriggerTimesBegin(), sevt::StationSimData::TriggerTimesEnd(), and WARNING.

Referenced by RunFromMEventScintillatorSimulated().

std::string fwk::VModule::GetVersionInfo ( const VersionInfoType v ) const

inherited

Retrieve different sorts of module version info.

Definition at line 26 of file VModule.cc.

Referenced by fwk::CentralConfig::GetConfig(), ThresholdCalculatorKG::ThresholdCalculator::Init(), fdDoubleBumpFinder::FdDoubleBumpFinder::Init(), LaserGeneratorNA::LaserGenerator::Init(), LaserLightSimulatorNA::LaserLightSimulator::Init(), FdElectronicsSimulatorOG::FdElectronicsSimulator::Init(), TelescopeSimulatorKG::TelescopeSimulator::Init(), TelescopeSimulatorKG2::TelescopeSimulator::Init(), SdSimpleSimKG::SdSimpleSim::Init(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Init(), and testRunController::testModuleVersionInfo().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::Init ( )

virtual

Initialize: invoked at beginning of run (NOT beginning of event)

This method is for things that should be done once at the beginning of a run (for example, booking histograms, performing calculations that need to be done only once, initializing parameters) {You must override this method in your concrete module}

Implements fwk::VModule.

Definition at line 380 of file MdCounterSimulator.cc.

References utl::ampere, utl::cm, utl::UnitsConfig::Configure(), utl::MessageLoggerConfig::Configure(), utl::ConsecutiveEnumFactory< EnumType, last, tags, NoConversionPolicy, first >::Create(), eFromMEvent, eFromMEventSimulatedScint, fwk::VModule::eSuccess, fAllowedParticleTypes, fForcedSDTrigger, fGeneratePostFETotalPulseOutput, fGeneratePreFETotalPulseOutput, fGenerateSPEPulseOutput, fIgnoreCrossTalk, fIncludeBaseLineFluctuationIntegrator, fInjectNoiseBinary, fIntegratorSimType, fLog, fMaxSPE, fMinSPE, fNBinsHistograms, fNDiscretization, fNPulseSamples, fNRepetitions, fNumPlotPoints, fPlotChannelPulses, fPlotDelay, fPlotFftPostAmp, fPlotFftPriorAmp, fPlotFileExtensions, fPlotInputOutput, fPlotOutcome, fPlotTransferAmpResponse, fPlotTransferPhaseResponse, fPulseFile, fPulseFilename, fPulseSampleWindow, fSimType, fStepSPE, fStyle, fToggleDelay, fToggleFftPriorAmp, fToggleInputOutput, fToggleOutcome, fTogglePlotchannelPulses, fTogglePlotFftPostAmp, fToggleTransferAmpResponse, fToggleTransferPhaseResponse, fUnits, fwk::CentralConfig::GetInstance(), utl::UnitsConfig::GetTimeUnit(), fwk::CentralConfig::GetTopBranch(), kIntegratorSimulationTypeTags, kSimulationTypeTags, utl::LoadConfig(), utl::megahertz, utl::milli, utl::ns, utl::UnitsConfig::SetElectricCurrentDefault(), utl::UnitsConfig::SetElectricPotentialDefault(), utl::UnitsConfig::SetFrequencyDefault(), utl::UnitsConfig::SetLengthDefault(), utl::UnitsConfig::SetTimeDefault(), and utl::volt.

Referenced by ApplyCITIROCTransfer(), ApplyTransferBlock(), ApplyTransferBlocks(), GetPulseTimeSpan(), ProcessPulses(), and SimulatePulses().

void MdCounterSimulatorAG::MdCounterSimulator::Init	(	std::unique_ptr< utl::TabularStream > &	pt,
		unsigned int	nCol
	)		const

private

Helper to init a tabular stream.

Definition at line 2834 of file MdCounterSimulator.cc.

References fLog.

void fwk::VModule::InitTiming ( )

inlineinherited

Definition at line 95 of file VModule.h.

References fwk::VModule::fStopwatch, and utl::Stopwatch::Reset().

void MdCounterSimulatorAG::MdCounterSimulator::InjectDigitalNoise	(	const mdet::Module &	module,
		mevt::Module &	evtModule
	)

privatevirtual

Definition at line 1943 of file MdCounterSimulator.cc.

References mevt::Module::GetChannel(), mdet::Module::GetFrontEndSiPM(), mdet::FrontEndSiPM::GetInjectDigitalNoiseBin(), mdet::FrontEndSiPM::GetInjectDigitalNoiseChannel(), mdet::FrontEndSiPM::GetInjectDigitalNoiseWidth(), utl::Trace< T >::GetSize(), mevt::Channel::GetTrace(), mevt::Module::HasChannel(), mevt::Channel::HasTrace(), and mevt::Channel::MakeTrace().

Referenced by SimulateElectronics().

void MdCounterSimulatorAG::MdCounterSimulator::PlotChannel	(	const double	traceStartTime,
		const double	minTimePreFE,
		const double	binning,
		const mdet::ChannelSiPM &	channel,
		utl::TraceD &	traceAnalogical,
		TimeTrace &	totalPulsePostFrontEndTrace,
		TimeTrace &	totalPulsePostDiscriminatorTrace,
		utl::TraceB &	trace
	)

privatevirtual

void MdCounterSimulatorAG::MdCounterSimulator::PlotIntegrator	(	const double	traceStartTime,
		const double	minTimePreFE,
		const double	binning,
		const mdet::FrontEndSiPM &	frontEnd,
		TVectorD &	traceAnalogical,
		TimeTrace &	traceIntegratorAAmplifier,
		TimeTrace &	traceIntegratorBAmplifier,
		utl::TraceUSI &	traceIntegratorA,
		utl::TraceUSI &	traceIntegratorB
	)

privatevirtual

Definition at line 2456 of file MdCounterSimulator.cc.

References fGeneratePostFETotalPulseOutput, fGeneratePreFETotalPulseOutput, fLog, fPlotFileExtensions, fPlotOutcome, fRunNumber, fStyle, fUnits, mdet::Module::GetCounter(), det::DetectorComponent< C, ManagerProvider >::GetId(), mdet::FrontEndSiPM::GetModule(), mdet::FrontEndSiPM::GetSampleTimeADC(), utl::Trace< T >::GetSize(), and utl::UnitsConfig::GetTimeName().

Referenced by ProcessPulsesIntegrator().

void MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses	(	const mdet::Channel &	c,
		const SignalInformation &	signalInfo,
		utl::TraceB &	trace,
		double &	span,
		const utl::TimeInterval &	traceStart,
		const utl::TimeStamp &	eventTime
	)

privatevirtual

Process: analyze, electronic simulation and sampling.

Parameters

c	The corresponding channel.
signalInfo	The pulses and other information that generates signal.
trace	Output parameter with the trace to be filled with the samples.
span	Output parameter with the total time of the discriminator output signal.
traceStart	TimeInterval for trace start.
eventTime	Time of the event, reference base time.

Definition at line 941 of file MdCounterSimulator.cc.

Referenced by SimulateElectronics().

void MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses	(	const mdet::ChannelSiPM &	c,
		const SignalInformation &	signalInfo,
		utl::TraceB &	trace,
		utl::TraceD &	analogSignal,
		double &	span,
		const utl::TimeInterval &	traceStart,
		double &	minTimePreFE,
		double &	maxTimePreFE,
		double &	analogicTraceStartTime,
		double &	analogicTraceEndTime
	)

privatevirtual

void MdCounterSimulatorAG::MdCounterSimulator::ProcessPulsesIntegrator	(	const mdet::Module &	module,
		std::vector< utl::TraceD >	analogicalTraces,
		utl::TraceUSI &	traceIntegratorA,
		utl::TraceUSI &	traceIntegratorB,
		const utl::TimeInterval &	traceStart,
		double &	minTimePreFE,
		double &	maxTimePreFE
	)

privatevirtual

MdCounterSimulatorAG::MdCounterSimulator::REGISTER_MODULE	(	"MdCounterSimulatorAG"	,
		MdCounterSimulator
	)

private

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::Run ( evt::Event & event )

virtual

Run: invoked once per event.

This method is for things that should be done once per event {You must override this method in your concrete module}

Implements fwk::VModule.

Definition at line 546 of file MdCounterSimulator.cc.

References fwk::VModule::eFailure, eFromMEvent, eFromMEventSimulatedScint, fRunNumber, fSimType, fStyle, RunFromMEvent(), and RunFromMEventScintillatorSimulated().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::RunFromMEvent ( evt::Event & e )

private

Run for the eFromEvent enumeration.

Definition at line 565 of file MdCounterSimulator.cc.

References mevt::MEvent::CountersBegin(), mevt::MEvent::CountersEnd(), fwk::VModule::eSuccess, fLog, mdet::MDetector::GetCounter(), mevt::MEvent::GetHeader(), mdet::Counter::GetModule(), mdet::Module::GetScintillator(), mevt::Header::GetTime(), evt::Event::HasMEvent(), INFO, is(), SimulateElectronics(), and SimulatePulses().

Referenced by Run().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::RunFromMEventScintillatorSimulated ( evt::Event & e )

private

Definition at line 617 of file MdCounterSimulator.cc.

Referenced by Run().

ResultFlag fwk::VModule::RunWithTiming ( evt::Event & event )

inlineinherited

Definition at line 98 of file VModule.h.

References fwk::VModule::fStopwatch, fwk::VModule::Run(), utl::Stopwatch::Start(), and utl::Stopwatch::Stop().

Referenced by fwk::RunController::DoNextInSequence().

void MdCounterSimulatorAG::MdCounterSimulator::SampleTrace	(	double	minTimePostFE,
		double	maxTimePostFE,
		double	binning,
		const mdet::FrontEndSiPM &	frontEnd,
		const utl::TimeInterval &	traceStart,
		TimeTrace &	totalPulsePostDiscriminatorTrace,
		utl::TraceB &	trace
	)

privatevirtual

Definition at line 1890 of file MdCounterSimulator.cc.

References fLog, fUnits, utl::TimeInterval::GetInterval(), mdet::FrontEndSiPM::GetMeanSampleRatePeriod(), mdet::FrontEndSiPM::GetPostT1BufferLength(), mdet::FrontEndSiPM::GetPreT1BufferLength(), utl::Trace< T >::GetSize(), utl::UnitsConfig::GetTimeName(), utl::UnitsConfig::GetTimeUnit(), mdet::FrontEndSiPM::MakeSampler(), utl::Trace< T >::PushBack(), and utl::s.

Referenced by ProcessPulses().

void MdCounterSimulatorAG::MdCounterSimulator::SampleTraceADC	(	const double	minTimePostFE,
		const double	maxTimePostFE,
		const mdet::FrontEndSiPM &	frontEnd,
		const utl::TimeInterval &	traceStart,
		TimeTrace &	traceAfterADCLowGain,
		TimeTrace &	traceAfterADCHighGain,
		utl::TraceUSI &	traceIntegratorA,
		utl::TraceUSI &	traceIntegratorB
	)

privatevirtual

Definition at line 2387 of file MdCounterSimulator.cc.

Referenced by ProcessPulsesIntegrator().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::SimulateElectronics	(	mevt::Module &	evtModule,
		const mdet::Module &	module,
		const SignalsMap &	sm,
		const utl::TimeStamp &	eventTime
	)

privatevirtual

Peform the simulation of the electronics response.

This method iterates over the different channels and then forwards to the actual electronic processing in ProcessPulses.

Definition at line 2573 of file MdCounterSimulator.cc.

References fwk::VModule::eSuccess, fInjectNoiseBinary, fLog, fUnits, mevt::Module::GetChannel(), mdet::Module::GetChannelFor(), mdet::Module::GetChannelSiPMFor(), det::DetectorComponent< C, ManagerProvider >::GetId(), mevt::Module::GetIntegratorATrace(), mevt::Module::GetIntegratorBTrace(), mdet::Module::GetPixel(), GetPulseTimeSpan(), mdet::Module::GetSiPM(), utl::UnitsConfig::GetTimeName(), utl::UnitsConfig::GetTimeUnit(), mevt::Channel::GetTrace(), mevt::Channel::GetTraceStartTime(), mevt::Module::HasChannel(), mevt::Module::HasIntegratorATrace(), mevt::Module::HasIntegratorBTrace(), mevt::Channel::HasTrace(), InjectDigitalNoise(), mdet::Module::IsSiPM(), mevt::Module::MakeChannel(), mevt::Module::MakeIntegratorATrace(), mevt::Module::MakeIntegratorBTrace(), mevt::Channel::MakeTrace(), max, ProcessPulses(), ProcessPulsesIntegrator(), and det::DetectorComponent< C, ManagerProvider >::second.

Referenced by RunFromMEvent(), and RunFromMEventScintillatorSimulated().

VModule::ResultFlag MdCounterSimulatorAG::MdCounterSimulator::SimulatePulses	(	const mdet::Scintillator &	scint,
		const mevt::ScintillatorSimData &	ssd,
		mevt::ScintillatorSimData &	ssd_nonconst,
		SignalsMap &	sm
	)

privatevirtual

Perform the simulation given the particles in the scintillator.

Iterates the particles that have reached the given scintillator, and generate SPE pulses according to them, these pulses are accumulated in the sm map.

In this process the PMT crosstalk is taken into account, which may produce a pulse in another channel different to the correspoding to the impinged scintillator.

Definition at line 704 of file MdCounterSimulator.cc.

References mevt::ScintillatorSimData::AddPEPulse(), mevt::ScintillatorSimData::AddSPEPulse(), mdet::Fiber::ComputeDecayDelay(), mdet::Scintillator::ComputeDecayDelay(), mdet::Scintillator::ComputeIntersectionWith(), mdet::PMT::ComputePulseDestination(), mdet::Fiber::ComputeSPENumber(), delay, utl::Distance(), utl::endc, utl::endr, fwk::VModule::eSuccess, fAllowedParticleTypes, fIgnoreCrossTalk, fLog, fUnits, mdet::Pixel::SPE::GetAmplitude(), mdet::SiPM::PE::GetAmplitude1(), mdet::SiPM::PE::GetAmplitude2(), utl::Segment::GetBegin(), mdet::Module::GetDepth(), utl::Segment::GetDirection(), utl::Particle::GetDirection(), utl::Segment::GetEnd(), mdet::SiPM::PE::GetFallTime1(), mdet::SiPM::PE::GetFallTime2(), mdet::SiPM::PE::GetFallTime3(), mdet::Module::GetFiberFor(), det::DetectorComponent< C, ManagerProvider >::GetId(), utl::TimeInterval::GetInterval(), utl::Segment::GetLength(), utl::UnitsConfig::GetLengthName(), utl::UnitsConfig::GetLengthUnit(), utl::MessageLoggerConfig::GetLevel(), det::MPositionable< Config >::GetLocalCoordinateSystem(), mdet::Scintillator::GetModule(), mdet::Pixel::SPE::GetMu(), mdet::Fiber::GetOnManifoldLength(), mdet::Module::GetPixelFor(), mdet::Pixel::GetPMT(), utl::Particle::GetPosition(), mdet::Fiber::GetRefractionIndex(), mdet::SiPM::PE::GetRiseTime(), mdet::Pixel::SPE::GetSigma(), mdet::Module::GetSiPMFor(), mdet::SiPM::PE::GetStartTime(), utl::Particle::GetTime(), utl::UnitsConfig::GetTimeName(), utl::UnitsConfig::GetTimeUnit(), utl::Particle::GetType(), utl::Particle::GetWeight(), utl::BasicVector< HepVector >::GetX(), utl::BasicVector< HepVector >::GetY(), utl::BasicVector< HepVector >::GetZ(), mevt::ScintillatorSimData::HasAnalogicTrace(), utl::hline(), Init(), mdet::Scintillator::IntersectedBy(), mdet::Module::IsSiPM(), utl::kSpeedOfLight, mdet::SiPM::MakePEAt(), mdet::Pixel::MakeSPEAt(), particle, mevt::ScintillatorSimData::ParticlesBegin(), and mevt::ScintillatorSimData::ParticlesEnd().

Referenced by RunFromMEvent().

Member Data Documentation

std::set<ParticleType> MdCounterSimulatorAG::MdCounterSimulator::fAllowedParticleTypes

private

Particle types that are considered to generate signal, if empty then every kind of particle is allowed.

The particle sensitive part of the detector, the scintillator, gives a signal for negative charged particle's. Nevertheless, the actual charge is not used so far. Originally, the loop over the impinging particles was filtered only to consider muons: something not very ellaborated, and that discarded the possibility to take also into account the presence of electrons (something which may be desired to analyze the so-called punch-through effects). So, it was considered to change that filter to restrict the simulation to negatively charged particles, but the class utl::Particle lacks a GetCharge method. This method could have been added, but it would have been used here to code something like if (p.GetCharge() < 0) which, I think, does not add much and missed the point (note that besides this condition the charge is not used in any other place). The correct alternative, I think, is to have configured here which particles are allowed in the simulation, and so restrict with this set of particle types the impinging particles.

It may sound wrong to take empty to mean all, but certainly is a, say, nice shorcut taking into account that so far it doesn't mean anything to filter out every kind of particle: no signal is generated is every particle is rejected.

Definition at line 471 of file MdCounterSimulator.h.

Referenced by Init(), and SimulatePulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fForcedSDTrigger

private

Ignore WCD trigger condition.

Definition at line 390 of file MdCounterSimulator.h.

Referenced by GetTriggerTimeFromSD(), Init(), and RunFromMEventScintillatorSimulated().

bool MdCounterSimulatorAG::MdCounterSimulator::fGeneratePostFETotalPulseOutput

private

To include the total pulse after front-end in the output file.

Definition at line 429 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), PlotIntegrator(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fGeneratePreFETotalPulseOutput

private

To include the total pulse prior front-end in the output file.

Definition at line 425 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), PlotIntegrator(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fGenerateSPEPulseOutput

private

To include individual pulses samples in the output file.

Definition at line 421 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fIgnoreCrossTalk

private

Ignore cross-talk effects.

Definition at line 394 of file MdCounterSimulator.h.

Referenced by Init(), RunFromMEventScintillatorSimulated(), and SimulatePulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fIncludeBaseLineFluctuationIntegrator

private

To simulate baseline fluctuation in the integrator output.

Definition at line 433 of file MdCounterSimulator.h.

Referenced by Init(), and SampleTraceADC().

int fwk::VModule::fInfoLevel = 0

protectedinherited

Definition at line 123 of file VModule.h.

Referenced by RdChannelASCIINoiseImporterRD::RdChannelASCIINoiseImporterRD::Init(), Rd2dLDFFitter::Rd2dLDFFitter::Init(), RdChannelNoiseImporter_AERA::RdChannelNoiseImporter_AERA::Init(), and Rd2dLDFFitter::Rd2dLDFFitter::Run().

bool MdCounterSimulatorAG::MdCounterSimulator::fInjectNoiseBinary

private

To inject noise in binary traces.

Definition at line 438 of file MdCounterSimulator.h.

Referenced by Init(), and SimulateElectronics().

IntegratorSimulationType MdCounterSimulatorAG::MdCounterSimulator::fIntegratorSimType

private

Type of integrator simulation. Step by step simulates the complete transfer functions and applies saturation and offsets in each step (very slow). In fast mode the whole transfer is simplified to a low pass filter.

Definition at line 357 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulsesIntegrator().

utl::MessageLoggerConfig MdCounterSimulatorAG::MdCounterSimulator::fLog

private

Output messages handler.

Definition at line 340 of file MdCounterSimulator.h.

Referenced by ApplyBackEndTransfer(), ApplyBackEndTransferWStepSaturation(), ApplyCITIROCTransfer(), ApplyTransferBlock(), ApplyTransferBlocks(), GetPulseTimeSpan(), Init(), PlotChannel(), PlotIntegrator(), ProcessPulses(), ProcessPulsesIntegrator(), RunFromMEvent(), RunFromMEventScintillatorSimulated(), SampleTrace(), SampleTraceADC(), SimulateElectronics(), and SimulatePulses().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fMaxSPE

private

Maximum number of spe (inclusive).

See Also: fMaxSPE

Definition at line 380 of file MdCounterSimulator.h.

Referenced by Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fMinSPE

private

Minimum number of spe (inclusive).

Used a starting point for simulations where an iteration over spes is desired.

See Also: fMinSPE

Definition at line 374 of file MdCounterSimulator.h.

Referenced by Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fNBinsHistograms

private

Number of bins for histograms.

Definition at line 365 of file MdCounterSimulator.h.

Referenced by Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fNDiscretization

private

Discretization over the continuous functions.

Definition at line 336 of file MdCounterSimulator.h.

Referenced by ApplyBackEndTransfer(), ApplyBackEndTransferWStepSaturation(), ApplyCITIROCTransfer(), Init(), ProcessPulses(), ProcessPulsesIntegrator(), and SampleTraceADC().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fNPulseSamples

private

Number of samples to use in the output files for pulses.

Definition at line 410 of file MdCounterSimulator.h.

Referenced by Dump(), and Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fNRepetitions

private

Repetitions for in-module loop.

Definition at line 361 of file MdCounterSimulator.h.

Referenced by Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fNumPlotPoints

private

Number of points to be used in plotting (theoretically) continuous functions.

Definition at line 348 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotChannelPulses

private

Definition at line 476 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotDelay

private

Definition at line 481 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotFftPostAmp

private

Definition at line 483 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotFftPriorAmp

private

Definition at line 482 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

std::vector<std::string> MdCounterSimulatorAG::MdCounterSimulator::fPlotFileExtensions

private

File extensions for plots (dot included).

Definition at line 344 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), PlotIntegrator(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotInputOutput

private

Definition at line 478 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotOutcome

private

Definition at line 477 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), PlotIntegrator(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotTransferAmpResponse

private

Definition at line 479 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

bool MdCounterSimulatorAG::MdCounterSimulator::fPlotTransferPhaseResponse

private

Definition at line 480 of file MdCounterSimulator.h.

Referenced by Init(), and ProcessPulses().

std::ofstream MdCounterSimulatorAG::MdCounterSimulator::fPulseFile

private

Associated stream.

Definition at line 406 of file MdCounterSimulator.h.

Referenced by Dump(), and Init().

std::string MdCounterSimulatorAG::MdCounterSimulator::fPulseFilename

private

Pulse output file filename.

Definition at line 402 of file MdCounterSimulator.h.

Referenced by Init().

double MdCounterSimulatorAG::MdCounterSimulator::fPulseSampleWindow

private

Define the length of the window within which the pulse is sampled.

Actually, there are two samples, one with a fixed window (defined by this value) and another that spans the whole pulse.

Definition at line 417 of file MdCounterSimulator.h.

Referenced by Dump(), and Init().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fRunNumber

private

Tracks the number of runs.

Definition at line 332 of file MdCounterSimulator.h.

Referenced by Dump(), PlotChannel(), PlotIntegrator(), ProcessPulses(), and Run().

SimulationType MdCounterSimulatorAG::MdCounterSimulator::fSimType

private

Type of simulation.

Definition at line 352 of file MdCounterSimulator.h.

Referenced by Init(), and Run().

unsigned int MdCounterSimulatorAG::MdCounterSimulator::fStepSPE

private

Step size for spe iteration.

See Also: fStepSPE

Definition at line 386 of file MdCounterSimulator.h.

Referenced by Init().

TStyle* MdCounterSimulatorAG::MdCounterSimulator::fStyle

private

Definition at line 495 of file MdCounterSimulator.h.

Referenced by Init(), PlotChannel(), PlotIntegrator(), ProcessPulses(), and Run().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleDelay

private

Definition at line 491 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleFftPriorAmp

private

Definition at line 492 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleInputOutput

private

Definition at line 488 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleOutcome

private

Definition at line 487 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fTogglePlotchannelPulses

private

Definition at line 486 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fTogglePlotFftPostAmp

private

Definition at line 493 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleTransferAmpResponse

private

Definition at line 489 of file MdCounterSimulator.h.

Referenced by Init().

bool MdCounterSimulatorAG::MdCounterSimulator::fToggleTransferPhaseResponse

private

Definition at line 490 of file MdCounterSimulator.h.

Referenced by Init().

utl::UnitsConfig MdCounterSimulatorAG::MdCounterSimulator::fUnits

private

Units configuration.

Definition at line 398 of file MdCounterSimulator.h.

Referenced by ApplyBackEndTransfer(), ApplyBackEndTransferWStepSaturation(), ApplyCITIROCTransfer(), ApplyTransferBlock(), ApplyTransferBlocks(), GetPulseTimeSpan(), Init(), PlotChannel(), PlotIntegrator(), ProcessPulses(), ProcessPulsesIntegrator(), SampleTrace(), SampleTraceADC(), SimulateElectronics(), and SimulatePulses().

const char *const MdCounterSimulatorAG::MdCounterSimulator::kIntegratorSimulationTypeTags = { "StepByStep", "Simplified"}

static

Tags for the types of integrator simulation.

Definition at line 114 of file MdCounterSimulator.h.

Referenced by Init().

const char *const MdCounterSimulatorAG::MdCounterSimulator::kSimulationTypeTags = { "FromMEvent", "FromMEventSimulatedScint"}

static

Tags for the types of simulation.

Definition at line 111 of file MdCounterSimulator.h.

Referenced by Init().

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

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Types

Protected Attributes

Private Types

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation