source: JEM-EUSO/esaf_cc_at_lal/packages/simulation/detector/electronics/include/PmtSignal.hh @ 114

// ESAF : Euso Simulation and Analysis Framework
// class PmtSignal 
// $Id: PmtSignal.hh 1588 2005-02-24 11:00:28Z pesce $
// M.Pallavicini - created

#ifndef __PMTSIGNAL_H_
#define __PMTSIGNAL_H_

//#include "global.hh"
#include "TObject.h"

// class PmtSignal
// a signal is a gaussian shaped negative current 

class PmtSignal {
public:
    
    // ctor
    PmtSignal(Double_t t0,Double_t c,Double_t width,Int_t pmt, Int_t ch);
    
    // dtor
    virtual ~PmtSignal();

    // unique identifier (signal counter)
    inline Int_t Id() {return fId;}

    // pmt and pmt chan
    inline Int_t Pmt() {return fPmt;}
    inline Int_t Ch() {return fCh;}

    // current peak time
    inline Double_t Time() const {return fTime;}
   
    // total charge
    inline Double_t Charge() const {return fCharge;}

    // time standard deviation
    inline Double_t Sigma() const {return fWidth;}

    // current at time t
    Double_t Current(Double_t t) const;

    // voltage over a resistor R
    Double_t Voltage(Double_t t, Double_t R) const; 

    virtual void Dump() const;

    // flags
    inline Bool_t MadeCount() const { return fMadeCount;}
    inline void SetMadeCount(Bool_t val) { fMadeCount=val;}
    
    inline Bool_t MadeFastOR() const { return fMadeFastOR;}
    inline void SetMadeFastOR(Bool_t val) { fMadeFastOR=val;}
   
private:
    Double_t fTime;            // time (leading edge)
    Double_t fCharge;          // total charge
    Double_t fWidth;           // time width
    Int_t fId;                 // identifier
    Int_t fPmt;                // pmt number
    Int_t fCh;                 // channel number         
    Bool_t fMadeCount;         // true if the signal made a digital count in DFEE
    Bool_t fMadeFastOR;        // true if the signal gave a fast or count in MC
    static Int_t gSigCounter;  // signal counter
    ClassDef(PmtSignal,0)
};


Bool_t operator < ( PmtSignal& s1, PmtSignal& s2 );

ostream& operator << (ostream&, PmtSignal&);

#endif