DstEventHeader.h

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#ifndef DSTEVENTHEADER_H
#define DSTEVENTHEADER_H
 
#include "BmnEnums.h"
#include "FairEventHeader.h"
#include "FairRootManager.h"
#include "TTimeStamp.h"
 
class DstEventHeader : public FairEventHeader
{
  private:
    TString fHeaderName;
 
    UInt_t fEventId;
    UInt_t fPeriodId;
    TTimeStamp fEventTimeTS;
    BmnTriggerType fTriggerType;
    Double_t fB;
    Double_t fZ2in;
    Double_t fZ2out;
    Double_t fADCin;
    Double_t fADCout;
    Double_t fZ1, fZ2, fZ3, fZ4;           // for charge calculation from single scintilator, currently not used
    Double_t fADC1, fADC2, fADC3, fADC4;   // for 2D charge cuts
    Short_t fZin;
 
  public:
    DstEventHeader();
 
    DstEventHeader(UInt_t run_id, UInt_t event_id, TTimeStamp event_time, BmnTriggerType trigger_type, Double_t b);
 
    virtual ~DstEventHeader();
 
    virtual void Register(Bool_t Persistence = kTRUE)
    {
        FairRootManager::Instance()->Register(fHeaderName.Data(), "EvtHeader", this, Persistence);
    }
 
    TString GetHeaderName() { return fHeaderName; }
 
    UInt_t GetEventId() { return fEventId; }
 
    UInt_t GetPeriodId() { return fPeriodId; }
 
    TTimeStamp GetEventTimeTS() { return fEventTimeTS; }
 
    BmnTriggerType GetTriggerType() { return fTriggerType; }
 
    Double_t GetB() { return fB; }
 
    Double_t GetZ2in() { return fZ2in; }
    Double_t GetZ2out() { return fZ2out; }
    Double_t GetADCin() { return fADCin; }
    Double_t GetADCout() { return fADCout; }
    Double_t GetZ1() { return fZ1; }
    Double_t GetZ2() { return fZ2; }
    Double_t GetZ3() { return fZ3; }
    Double_t GetZ4() { return fZ4; }
 
    Double_t GetADC1() { return fADC1; }
    Double_t GetADC2() { return fADC2; }
    Double_t GetADC3() { return fADC3; }
    Double_t GetADC4() { return fADC4; }
 
    Short_t GetZin() { return fZin; }
 
    void SetHeaderName(TString header_name) { fHeaderName = header_name; }
 
    void SetEventId(UInt_t event_id) { fEventId = event_id; }
 
    void SetPeriodId(UInt_t period_id) { fPeriodId = period_id; }
 
    void SetEventTimeTS(TTimeStamp event_time) { fEventTimeTS = event_time; }
 
    void SetTriggerType(BmnTriggerType trigger_type) { fTriggerType = trigger_type; }
 
    void SetB(Double_t b) { fB = b; }
 
    void SetZ2in(Double_t z2in) { fZ2in = z2in; }
    void SetZ2out(Double_t z2out) { fZ2out = z2out; }
    void SetADCin(Double_t adcin) { fADCin = adcin; }
    void SetADCout(Double_t adcout) { fADCout = adcout; }
 
    void SetZ1(Double_t z1) { fZ1 = z1; }
    void SetZ2(Double_t z2) { fZ2 = z2; }
    void SetZ3(Double_t z3) { fZ3 = z3; }
    void SetZ4(Double_t z4) { fZ4 = z4; }
    void SetADC1(Double_t adc1) { fADC1 = adc1; }
    void SetADC2(Double_t adc2) { fADC2 = adc2; }
    void SetADC3(Double_t adc3) { fADC3 = adc3; }
    void SetADC4(Double_t adc4) { fADC4 = adc4; }
 
    void SetZin(Short_t Zin) { fZin = Zin; }
 
    void CopyFrom(DstEventHeader* hdr);
    ClassDef(DstEventHeader, 3);
};
 
#endif /* DstEventHeader_H */