PndEmcMultiWaveformSimulator Class Reference

Simulator to create PndEmcMultiWaveform. More...

#include <PndEmcMultiWaveformSimulator.h>

Inheritance diagram for PndEmcMultiWaveformSimulator:

Public Member Functions
	PndEmcMultiWaveformSimulator ()
	PndEmcMultiWaveformSimulator (Double_t sampleRate, PndEmcAbsPulseshape *pulseshape, Int_t wfMultiplicity)
virtual void	AddModifier (PndEmcAbsWaveformModifier *wfModifier, Int_t wfIndex)
	Add a modifier (PndEmcAbsWaveformModifier) More...
virtual Double_t	GetTotalScale (Int_t wfIndex)
	Return scale after all modifiers. More...
virtual void	Init (Double_t samplingBeforeFirstPulse, Double_t samplingAfterLastPulse, Double_t cutoff, Double_t activeTimeIncrement)
	Init the simulator. More...
virtual void	GetAbsoluteTimeInterval (PndEmcWaveformData *wfData, Double_t &startTime, Double_t &activeTime)
	Get time interval for which the signal is above the cutoff. More...
virtual Double_t	GetTimeBeforeFirstHit (PndEmcWaveformData *)
virtual Double_t	GetScale ()
virtual PndEmcWaveform *	Get1GevWaveform ()
virtual Double_t	GetPulseRiseTime ()
virtual PndEmcWaveform *	Simulate (PndEmcWaveformData *wfData, TClonesArray *arrayToStore=NULL)
virtual PndEmcWaveform *	SimulateSinglePulse (Double_t hitEnergy, Double_t hitTime, TClonesArray *arrayToStore=NULL, Int_t detId=-1, Int_t trackId=-1, Int_t hitIndex=-1)
virtual Double_t	GetTotalScale ()
virtual Double_t	GetSampleRate ()
virtual void	AddModifier (PndEmcAbsWaveformModifier *wfModifier)

Protected Member Functions
virtual PndEmcWaveform *	CallModifiers (PndEmcWaveform *wf)
	Call modifiers on waveform wf. More...
virtual PndEmcWaveform *	MakeWaveform (PndEmcWaveformData *wfData, TClonesArray *arrayToStore=NULL)
	Create PndEmcWaveform. More...
virtual PndEmcWaveform *	MakeSingleWaveform (Double_t hitEnergy, Double_t hitTime, TClonesArray *arrayToStore=NULL, Int_t detId=-1, Int_t trackId=-1, Int_t hitIndex=-1)
	Create a PndEmcWaveform from the given parameters of a single hit. More...
virtual Double_t	CalcWaveForTime (Double_t absoluteTime, PndEmcWaveformData *wfData)
	Calculate pulse value at given time. More...
Double_t	CalcSingleWaveForTime (Double_t absoluteTime, Double_t energy, Double_t pulseTime)
	Return pulse at given time and for given energy. More...
	ClassDef (PndEmcAbsWaveformSimulator, 3)
void	SyncWithADCClock (Double_t &time)

Protected Attributes
TList	fListOfWaveformModifiers
Double_t	fSampleRate
	sampling rate of SADC. In 1/ns More...

Private Member Functions
PndEmcMultiWaveform *	MultiplyWaveform (const PndEmcWaveform *singleWaveform, TClonesArray *arrayToStore)
	Creates a PndEmcMultiWaveform from a PndEmcWaveform. More...

Private Attributes
Int_t	fWfMultiplicity
std::vector< Int_t >	fIndexList

Detailed Description

Simulator to create PndEmcMultiWaveform.

Author

Ph. Mahlberg mahlb.nosp@m.erg@.nosp@m.hiskp.nosp@m..uni.nosp@m.-bonn.nosp@m..de

Definition at line 17 of file PndEmcMultiWaveformSimulator.h.

Constructor & Destructor Documentation

PndEmcMultiWaveformSimulator::PndEmcMultiWaveformSimulator

(

)

Definition at line 14 of file PndEmcMultiWaveformSimulator.cxx.

                                                           : PndEmcFullStackedWaveformSimulator(), fWfMultiplicity(0) 
{
}

PndEmcMultiWaveformSimulator::PndEmcMultiWaveformSimulator	(	Double_t	sampleRate,
		PndEmcAbsPulseshape *	pulseshape,
		Int_t	wfMultiplicity
	)

Definition at line 18 of file PndEmcMultiWaveformSimulator.cxx.

                                                                                                                                     : PndEmcFullStackedWaveformSimulator(sampleRate, pulseshape), fWfMultiplicity(wfMultiplicity) 
{
}

Member Function Documentation

void PndEmcMultiWaveformSimulator::AddModifier ( PndEmcAbsWaveformModifier *  wfModifier, Int_t  wfIndex  )

virtual

Add a modifier (PndEmcAbsWaveformModifier)

wfIndex characterizes wf, the modifier will apllied on* If the modifier itself will work on the multiwaveform itself, pass a -1. In this case, the Modifier is considered to scale all waveforms equally.

pass wfIndex Modifier shall work on as second parameter

Parameters

wfModifier
wfIndex

Returns

void

Definition at line 52 of file PndEmcMultiWaveformSimulator.cxx.

References PndEmcAbsWaveformSimulator::AddModifier(), and fIndexList.

Referenced by PndEmcFWEndcapTimebasedWaveforms::Init().

{
        fIndexList.push_back(wfIndex);
        PndEmcFullStackedWaveformSimulator::AddModifier(wfModifier);
}

virtual void PndEmcAbsWaveformSimulator::AddModifier ( PndEmcAbsWaveformModifier *  wfModifier )

inlinevirtualinherited

Definition at line 68 of file PndEmcAbsWaveformSimulator.h.

References PndEmcAbsWaveformSimulator::fListOfWaveformModifiers.

Referenced by AddModifier().

{ fListOfWaveformModifiers.Add(wfModifier); }

Double_t PndEmcFullStackedWaveformSimulator::CalcSingleWaveForTime ( Double_t  absoluteTime, Double_t  energy, Double_t  pulseTime  )

protectedinherited

Return pulse at given time and for given energy.

Time in the pulse is absoluteTime-pulseTime absoluteTime Time for which to calculate value.

Parameters

energy	Energy of the pulse.
pulseTime	Time when the pulse starts.

Returns

Double_t Pulse value.

Definition at line 152 of file PndEmcFullStackedWaveformSimulator.cxx.

References PndEmcFullStackedWaveformSimulator::fPulseshape, and PndEmcAbsPulseshape::value().

Referenced by PndEmcFullStackedWaveformSimulator::CalcWaveForTime(), PndEmcFullStackedWaveformSimulator::Init(), and PndEmcFullStackedWaveformSimulator::MakeSingleWaveform().

{
        return fPulseshape->value(absoluteTime, energy, pulseTime);
}

Double_t PndEmcFullStackedWaveformSimulator::CalcWaveForTime ( Double_t  absoluteTime, PndEmcWaveformData *  wfData  )

protectedvirtualinherited

Calculate pulse value at given time.

Parameters

absoluteTime	Time for which to calculate value.
wfData	Waveform including the hit map.

Returns

Double_t Pulse value.

Definition at line 164 of file PndEmcFullStackedWaveformSimulator.cxx.

References PndEmcFullStackedWaveformSimulator::CalcSingleWaveForTime(), Double_t, energy, and PndEmcWaveformData::GetHitMap().

Referenced by PndEmcFullStackedWaveformSimulator::GetAbsoluteTimeInterval(), and PndEmcFullStackedWaveformSimulator::MakeWaveform().

{
        Double_t returnValue = 0;

        for(std::map<Double_t, Double_t>::const_iterator it = wfData->GetHitMap().begin(); it!=wfData->GetHitMap().end(); ++it) {
                Double_t energy = it->second;
                Double_t pulseTime = it->first;

                returnValue += CalcSingleWaveForTime(absoluteTime, energy, pulseTime);
        }
        return returnValue;
}

PndEmcWaveform * PndEmcMultiWaveformSimulator::CallModifiers ( PndEmcWaveform *  wf )

protectedvirtual

Call modifiers on waveform wf.

Parameters

wf

waveform

Returns

PndEmcWaveform* wf

Reimplemented from PndEmcAbsWaveformSimulator.

Definition at line 64 of file PndEmcMultiWaveformSimulator.cxx.

References count, fIndexList, PndEmcAbsWaveformSimulator::fListOfWaveformModifiers, and PndEmcMultiWaveform::SetActiveWaveform().

{
        PndEmcMultiWaveform* multiWaveform = dynamic_cast<PndEmcMultiWaveform*>(wf);
        Int_t count = 0;
        TIter iterModifiers(&fListOfWaveformModifiers);

        while(PndEmcAbsWaveformModifier* wfmod = (PndEmcAbsWaveformModifier*) iterModifiers()) {
                if(fIndexList[count]>=0) {
                        multiWaveform->SetActiveWaveform(fIndexList[count]);
                }
                wfmod->Modify(wf);
                ++count;
        }              
        return wf;
}

PndEmcAbsWaveformSimulator::ClassDef ( PndEmcAbsWaveformSimulator  , 3    )

protectedinherited

virtual PndEmcWaveform* PndEmcFullStackedWaveformSimulator::Get1GevWaveform ( )

inlinevirtualinherited

returns 1GeV equivalent waveform

might be used for calibration etc.

Implements PndEmcAbsWaveformSimulator.

Definition at line 35 of file PndEmcFullStackedWaveformSimulator.h.

References PndEmcFullStackedWaveformSimulator::f1GeVWaveform.

{ return f1GeVWaveform; };

void PndEmcFullStackedWaveformSimulator::GetAbsoluteTimeInterval ( PndEmcWaveformData *  wfData, Double_t &  startTime, Double_t &  activeTime  )

virtualinherited

Get time interval for which the signal is above the cutoff.

Parameters

	wfData	Waveform
[out]	startTime	Start time of waveform (adjusted by fSamplingBeforeFirstPulse)
[out]	activeTime	Active time of waveform(s)

Returns

void

Implements PndEmcAbsWaveformSimulator.

Definition at line 126 of file PndEmcFullStackedWaveformSimulator.cxx.

References CAMath::Abs(), PndEmcFullStackedWaveformSimulator::CalcWaveForTime(), PndEmcFullStackedWaveformSimulator::fActiveTimeIncrement, PndEmcFullStackedWaveformSimulator::fCutoff, PndEmcFullStackedWaveformSimulator::fPulseRiseTime, PndEmcFullStackedWaveformSimulator::fSamplingAfterLastPulse, PndEmcFullStackedWaveformSimulator::fSamplingBeforeFirstPulse, PndEmcFullStackedWaveformSimulator::fScale, PndEmcWaveformData::GetHitMap(), and PndEmcAbsWaveformSimulator::SyncWithADCClock().

{
        const std::map<Double_t, Double_t>& hitMap = wfData->GetHitMap();
        startTime = hitMap.begin()->first - fSamplingBeforeFirstPulse;
        
        activeTime = hitMap.rbegin()->first + fPulseRiseTime;
        while (TMath::Abs(CalcWaveForTime(activeTime, wfData)) > fCutoff*fScale) {
                activeTime += fActiveTimeIncrement;
        }

        activeTime += fSamplingAfterLastPulse;

        SyncWithADCClock(startTime);
        SyncWithADCClock(activeTime);
}

virtual Double_t PndEmcFullStackedWaveformSimulator::GetPulseRiseTime ( )

inlinevirtualinherited

Definition at line 37 of file PndEmcFullStackedWaveformSimulator.h.

References PndEmcFullStackedWaveformSimulator::fPulseRiseTime.

Referenced by PndEmcFWEndcapTimebasedWaveforms::Init().

{ return fPulseRiseTime; };

virtual Double_t PndEmcAbsWaveformSimulator::GetSampleRate ( )

inlinevirtualinherited

Definition at line 66 of file PndEmcAbsWaveformSimulator.h.

References PndEmcAbsWaveformSimulator::fSampleRate.

Referenced by PndEmcFullStackedWaveformSimulator::Init(), PndEmcFullStackedWaveformSimulator::MakeSingleWaveform(), and PndEmcFullStackedWaveformSimulator::MakeWaveform().

{ return fSampleRate; }

virtual Double_t PndEmcFullStackedWaveformSimulator::GetScale ( )

inlinevirtualinherited

Get 1GeV pulse height equivalient of simulator generated waveform

Implements PndEmcAbsWaveformSimulator.

Definition at line 34 of file PndEmcFullStackedWaveformSimulator.h.

References PndEmcFullStackedWaveformSimulator::fScale.

Referenced by GetTotalScale().

{ return fScale; }      

virtual Double_t PndEmcFullStackedWaveformSimulator::GetTimeBeforeFirstHit ( PndEmcWaveformData *  )

inlinevirtualinherited

maximum timeinterval generated waveforms are ahead of causal detector hits

Information is needed by timebased simulation framework. E.g. provokeed by simulation of preceding baseline samples

Reimplemented from PndEmcAbsWaveformSimulator.

Definition at line 32 of file PndEmcFullStackedWaveformSimulator.h.

References PndEmcFullStackedWaveformSimulator::fSamplingBeforeFirstPulse.

{ return fSamplingBeforeFirstPulse; }   //in ns  //wfData //[R.K.03/2017] unused variable(s)

Double_t PndEmcMultiWaveformSimulator::GetTotalScale ( Int_t  wfIndex )

virtual

Return scale after all modifiers.

Parameters

wfIndex

Waveform index.

Returns

Double_t The Scale.

Definition at line 86 of file PndEmcMultiWaveformSimulator.cxx.

References count, Double_t, fIndexList, PndEmcAbsWaveformSimulator::fListOfWaveformModifiers, and PndEmcFullStackedWaveformSimulator::GetScale().

Referenced by PndEmcFWEndcapTimebasedWaveforms::Init().

{
        Double_t totalScale = GetScale();

        TIter iterModifiers(&fListOfWaveformModifiers);
        Int_t count = 0;

        while(PndEmcAbsWaveformModifier* wfmod = (PndEmcAbsWaveformModifier*) iterModifiers()) {
                if(fIndexList[count] == wfIndex || fIndexList[count]<0) {       
                        totalScale *= wfmod->GetScale();
                }
                ++count;
        }
        return totalScale;
}

virtual Double_t PndEmcAbsWaveformSimulator::GetTotalScale ( )

inlinevirtualinherited

Get 1GeV pulse height equivalent of waveform at end of modification chain

Definition at line 55 of file PndEmcAbsWaveformSimulator.h.

References Double_t, PndEmcAbsWaveformSimulator::fListOfWaveformModifiers, and PndEmcAbsWaveformSimulator::GetScale().

                                                 {
                        Double_t totalScale = GetScale();

                        TIter iterModifiers(&fListOfWaveformModifiers);
                        while(PndEmcAbsWaveformModifier* wfmod = (PndEmcAbsWaveformModifier*) iterModifiers()) {
                                totalScale *= wfmod->GetScale();
                        }

                        return totalScale;
                }

void PndEmcFullStackedWaveformSimulator::Init ( Double_t  samplingBeforeFirstPulse, Double_t  samplingAfterLastPulse, Double_t  cutoff, Double_t  activeTimeIncrement  )

virtualinherited

Init the simulator.

Parameters

samplingBeforeFirstPulse	Time to start sampling before first pulse, in ns
samplingAfterLastPulse	Time to stop sampling after last pulse, in ns
cutoff	Threshold under which signal is considered to have stopped, in GeV
activeTimeIncrement	Increment when checking if pulse is over cutoff, in ns

Returns

void

Definition at line 41 of file PndEmcFullStackedWaveformSimulator.cxx.

References Bool_t, PndEmcFullStackedWaveformSimulator::CalcSingleWaveForTime(), Double_t, PndEmcFullStackedWaveformSimulator::f1GeVWaveform, PndEmcFullStackedWaveformSimulator::fActiveTimeIncrement, PndEmcFullStackedWaveformSimulator::fCutoff, PndEmcFullStackedWaveformSimulator::fPulseRiseTime, PndEmcFullStackedWaveformSimulator::fSamplingAfterLastPulse, PndEmcFullStackedWaveformSimulator::fSamplingBeforeFirstPulse, PndEmcFullStackedWaveformSimulator::fScale, PndEmcAbsWaveformSimulator::GetSampleRate(), and PndEmcFullStackedWaveformSimulator::MakeSingleWaveform().

Referenced by PndEmcFWEndcapTimebasedWaveforms::Init().

{
        fSamplingBeforeFirstPulse = samplingBeforeFirstPulse;
        fSamplingAfterLastPulse = samplingAfterLastPulse;
        fCutoff = cutoff;
        fActiveTimeIncrement = activeTimeIncrement;

        //generate signal with:
        Double_t tmpSamlingRate = 1.0; // in ns^-1
        Int_t tmpLength = 100; //in samples
        Int_t emergencyStop = 10000000;

        std::vector<Double_t> tmpSignal;

        Bool_t maxFound = kFALSE;
        Bool_t cutoffFound = kFALSE;

        Int_t maxSample;
        Int_t cutoffSample;

        do {
                tmpLength*=2;
                tmpSignal.resize(tmpLength);
                if(tmpLength>=emergencyStop) {
                        std::cout << "-E PndEmcFullStackedWaveformSimulator: no maximum in pulse during " << emergencyStop/tmpSamlingRate << " ns found. WaveformGeneration might fail." << std::endl; 
                        break;
                }

                for(Int_t iSample=0; iSample<tmpLength; iSample++) {
                        tmpSignal[iSample] = CalcSingleWaveForTime(iSample/tmpSamlingRate, 1.0, 0.);
                }
                

                if(!maxFound) { //search for maximum
                        std::vector<Double_t>::const_iterator begin_constIt = tmpSignal.begin();
                        std::vector<Double_t>::const_iterator end_constIt = tmpSignal.end();
                        std::vector<Double_t>::const_iterator max_constIt = std::max_element(begin_constIt, end_constIt);
                        maxSample = std::distance(begin_constIt, max_constIt);

                        //generated pusle might be to short for proper maximum detection
                        maxFound = (maxSample < tmpLength-1) ? kTRUE : kFALSE; 

                        fScale = (*max_constIt);
                        fPulseRiseTime = maxSample * tmpSamlingRate;
                }

                if(maxFound) { //search for cutOff
                        for(Int_t iSample=maxSample; iSample<tmpLength; iSample++) {
                                if(tmpSignal[iSample] < fCutoff*fScale) {
                                        cutoffFound = kTRUE;                            
                                        cutoffSample = iSample;
                                        break;
                                }
                        }
                }

        } while(!(maxFound && cutoffFound));            //maximum inside signal, i.e. signal covers tail (at least partially) 

        //generate 1GeV signal again..now with correct sampling rate
        Double_t totalTime = (cutoffSample/tmpSamlingRate + fSamplingBeforeFirstPulse + fSamplingAfterLastPulse);

        try{
        std::vector<Double_t> signal((Int_t) TMath::Floor(totalTime*GetSampleRate() + 0.5), 0.);
        } catch(...) {
                std::cerr << "catched error" << std::endl;
                std::cerr << "sampleRate:" << GetSampleRate() << std::endl;
                std::cerr << "total Time:" << totalTime << std::endl;
                abort();
        }

        f1GeVWaveform = MakeSingleWaveform(1.0, 0.);

        std::cerr << "finishing init" << std::endl;
}

PndEmcWaveform * PndEmcMultiWaveformSimulator::MakeSingleWaveform ( Double_t  hitEnergy, Double_t  hitTime, TClonesArray *  arrayToStore = NULL, Int_t  detId = -1, Int_t  trackId = -1, Int_t  hitIndex = -1  )

protectedvirtual

Create a PndEmcWaveform from the given parameters of a single hit.

Parameters

hitEnergy	...
hitTime	...
arrayToStore	...
detId	...
trackId	...
hitIndex	...

Returns

PndEmcWaveform*

Reimplemented from PndEmcFullStackedWaveformSimulator.

Definition at line 33 of file PndEmcMultiWaveformSimulator.cxx.

References PndEmcFullStackedWaveformSimulator::MakeSingleWaveform(), and MultiplyWaveform().

{
        PndEmcWaveform* singleWaveform = PndEmcFullStackedWaveformSimulator::MakeSingleWaveform(hitEnergy, hitTime, NULL, detId, trackId, hitIndex);
        PndEmcMultiWaveform* multiWaveform = MultiplyWaveform(singleWaveform, arrayToStore);
        
        delete singleWaveform;
        return multiWaveform;
}

PndEmcWaveform * PndEmcMultiWaveformSimulator::MakeWaveform ( PndEmcWaveformData *  wfData, TClonesArray *  arrayToStore = NULL  )

protectedvirtual

Create PndEmcWaveform.

Parameters

wfData	PndEmcWaveformData containing the hits.
arrayToStore	If not null, the new PndEmcWaveform is created in this TClonesArray.

Returns

PndEmcWaveform*

Reimplemented from PndEmcFullStackedWaveformSimulator.

Definition at line 23 of file PndEmcMultiWaveformSimulator.cxx.

References PndEmcFullStackedWaveformSimulator::MakeWaveform(), and MultiplyWaveform().

{
        PndEmcWaveform* singleWaveform = PndEmcFullStackedWaveformSimulator::MakeWaveform(wfData, NULL);
        PndEmcMultiWaveform* multiWaveform = MultiplyWaveform(singleWaveform, arrayToStore);

        delete singleWaveform;
        return multiWaveform;
}

PndEmcMultiWaveform * PndEmcMultiWaveformSimulator::MultiplyWaveform ( const PndEmcWaveform *  singleWaveform, TClonesArray *  arrayToStore  )

private

Creates a PndEmcMultiWaveform from a PndEmcWaveform.

Parameters

singleWaveform	The single waveform from which to create the multi-waveform.
arrayToStore	If not null, the new PndEmcMultiWaveform is created in this TClonesArray.

Returns

PndEmcMultiWaveform*

Definition at line 110 of file PndEmcMultiWaveformSimulator.cxx.

References fWfMultiplicity, PndEmcWaveform::GetDetectorId(), PndEmcWaveform::GetHitIndex(), PndEmcWaveform::GetSampleRate(), PndEmcWaveform::GetSignal(), PndEmcWaveform::GetTrackId(), PndEmcWaveform::SetSampleRate(), and PndEmcMultiWaveform::SetWaveform().

Referenced by MakeSingleWaveform(), and MakeWaveform().

{
        const std::vector<Double_t>& signal = singleWaveform->GetSignal();

        PndEmcMultiWaveform* multiWaveform = NULL;
        
        if(NULL!=arrayToStore) {
                multiWaveform = new ((*arrayToStore)[arrayToStore->GetEntriesFast()]) PndEmcMultiWaveform(singleWaveform->GetTrackId(), singleWaveform->GetDetectorId(), signal.size(), singleWaveform->GetHitIndex());
        } else {
                multiWaveform = new PndEmcMultiWaveform(singleWaveform->GetTrackId(), singleWaveform->GetDetectorId(), signal.size(), singleWaveform->GetHitIndex());
        }

        for(Int_t iWf = 0; iWf<fWfMultiplicity; ++iWf) {
                multiWaveform->SetWaveform(signal, signal.size(), iWf);
        }

        multiWaveform->SetLinks(singleWaveform->GetLinks());
        multiWaveform->SetTimeStamp(singleWaveform->GetTimeStamp());
        multiWaveform->SetSampleRate(singleWaveform->GetSampleRate());          //converting form ns into s;

        return multiWaveform;
}

virtual PndEmcWaveform* PndEmcAbsWaveformSimulator::Simulate ( PndEmcWaveformData *  wfData, TClonesArray *  arrayToStore = NULL  )

inlinevirtualinherited

Simulate Waveform based on wfData object

The PndEmcWaveformData object is used by the emc timebased simulation

Definition at line 31 of file PndEmcAbsWaveformSimulator.h.

References PndEmcAbsWaveformSimulator::CallModifiers(), and PndEmcAbsWaveformSimulator::MakeWaveform().

Referenced by PndEmcWaveformBuffer::AddNewDataToTClonesArray().

{ return CallModifiers(MakeWaveform(wfData, arrayToStore)); }

virtual PndEmcWaveform* PndEmcAbsWaveformSimulator::SimulateSinglePulse ( Double_t  hitEnergy, Double_t  hitTime, TClonesArray *  arrayToStore = NULL, Int_t  detId = -1, Int_t  trackId = -1, Int_t  hitIndex = -1  )

inlinevirtualinherited

Simulate waveform consisting of single pusle

Definition at line 34 of file PndEmcAbsWaveformSimulator.h.

References PndEmcAbsWaveformSimulator::CallModifiers(), and PndEmcAbsWaveformSimulator::MakeSingleWaveform().

{ return CallModifiers(MakeSingleWaveform(hitEnergy, hitTime, arrayToStore, detId, trackId, hitIndex)); }

void PndEmcAbsWaveformSimulator::SyncWithADCClock ( Double_t &  time )

inlineprotectedinherited

Definition at line 78 of file PndEmcAbsWaveformSimulator.h.

References PndEmcAbsWaveformSimulator::fSampleRate.

Referenced by PndEmcFullStackedWaveformSimulator::GetAbsoluteTimeInterval(), and PndEmcFullStackedWaveformSimulator::MakeSingleWaveform().

                                                             {
                        time = TMath::Floor(time * fSampleRate) / fSampleRate;
                };

Member Data Documentation

std::vector<Int_t> PndEmcMultiWaveformSimulator::fIndexList

private

Definition at line 38 of file PndEmcMultiWaveformSimulator.h.

Referenced by AddModifier(), CallModifiers(), and GetTotalScale().

TList PndEmcAbsWaveformSimulator::fListOfWaveformModifiers

protectedinherited

Definition at line 90 of file PndEmcAbsWaveformSimulator.h.

Referenced by PndEmcAbsWaveformSimulator::AddModifier(), CallModifiers(), PndEmcAbsWaveformSimulator::CallModifiers(), GetTotalScale(), and PndEmcAbsWaveformSimulator::GetTotalScale().

Double_t PndEmcAbsWaveformSimulator::fSampleRate

protectedinherited

sampling rate of SADC. In 1/ns

Definition at line 91 of file PndEmcAbsWaveformSimulator.h.

Referenced by PndEmcAbsWaveformSimulator::GetSampleRate(), PndEmcFullStackedWaveformSimulator::MakeSingleWaveform(), PndEmcFullStackedWaveformSimulator::MakeWaveform(), and PndEmcAbsWaveformSimulator::SyncWithADCClock().

Int_t PndEmcMultiWaveformSimulator::fWfMultiplicity

private

Definition at line 37 of file PndEmcMultiWaveformSimulator.h.

Referenced by MultiplyWaveform().

---

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

• PndEmcMultiWaveformSimulator.h
• PndEmcMultiWaveformSimulator.cxx