BmnGemDchTrack.h

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/*
 * File:   BmnGemDchTrack.h
 * Author: plot
 */
 
#ifndef BMNGEMDCHTRACK_H
#define BMNGEMDCHTRACK_H
 
#include "BmnTrack.h"
#include "CbmStsTrack.h"
#include "TObject.h"
 
class BmnGemDchTrack : public TObject
{
  private:
    CbmStsTrack fGemTrack;   // GEM+CSC track
    BmnTrack fDchTrack;      // DCH track
    Double_t fLength;
    Int_t fEventId, fEventHits, fFlag, fGemHits, fSiHits, fCSCHits;
    Double_t fDx, fDy, fDtx, fDty, fDdx, fDdy, fDdtx, fDdty, fChi2;
    Double_t fXpv, fYpv, fZpv;
    Double_t fTrackAngDch, fTrackAngPV, fIntMagFieldTr, fIntMagFieldDch, fTrackAng360, fXSigma, fYSigma;
 
  public:
    // constructor
    BmnGemDchTrack();
    // destructor
    virtual ~BmnGemDchTrack();
 
    // accessors
    CbmStsTrack* GetGemTrack() { return &fGemTrack; }
    BmnTrack* GetDchTrack() { return &fDchTrack; }
 
    Double_t GetLength() const { return fLength; }
    Int_t GetEventId() const { return fEventId; }
    Int_t GetEventHits() const { return fEventHits; }
    Int_t GetGemHits() const { return fGemHits; }
    Int_t GetSiHits() const { return fSiHits; }
    Int_t GetCSCHits() const { return fCSCHits; }
    Double_t GetDx() const { return fDx; }
    Double_t GetDy() const { return fDy; }
    Double_t GetDtx() const { return fDtx; }
    Double_t GetDty() const { return fDty; }
    Double_t GetDdx() const { return fDdx; }
    Double_t GetDdy() const { return fDdy; }
    Double_t GetDdtx() const { return fDdtx; }
    Double_t GetDdty() const { return fDdty; }
    Double_t GetChi2() const { return fChi2; }
    Double_t GetXpv() const { return fXpv; }
    Double_t GetYpv() const { return fYpv; }
    Double_t GetZpv() const { return fZpv; }
    Double_t GetTrackAngDch() const { return fTrackAngDch; }
    Double_t GetTrackAngPV() const { return fTrackAngPV; }
    Double_t GetIntMagFieldTr() const { return fIntMagFieldTr; }
    Double_t GetIntMagFieldDch() const { return fIntMagFieldDch; }
    Double_t GetXSigma() const { return fXSigma; }
    Double_t GetYSigma() const { return fYSigma; }
 
    Int_t GetFlag() const { return fFlag; }
    Double_t GetDistance();
 
    // modifiers
    void SetGemTrack(CbmStsTrack& track) { fGemTrack = track; }
    void SetDchTrack(BmnTrack& track) { fDchTrack = track; }
 
    void SetLength(Double_t length) { fLength = length; }
    void SetEventId(Int_t eventId) { fEventId = eventId; }
    void SetEventHits(Int_t eventHits) { fEventHits = eventHits; }
    void SetGemHits(Int_t gemHits) { fGemHits = gemHits; }
    void SetSiHits(Int_t siHits) { fSiHits = siHits; }
    void SetCSCHits(Int_t cscHits) { fCSCHits = cscHits; }
    void SetDx(Double_t dx) { fDx = dx; }
    void SetDy(Double_t dy) { fDy = dy; }
    void SetDtx(Double_t dtx) { fDtx = dtx; }
    void SetDty(Double_t dty) { fDty = dty; }
    void SetDdx(Double_t ddx) { fDdx = ddx; }
    void SetDdy(Double_t ddy) { fDdy = ddy; }
    void SetDdtx(Double_t ddtx) { fDdtx = ddtx; }
    void SetDdty(Double_t ddty) { fDdty = ddty; }
    void SetChi2(Double_t chi2) { fChi2 = chi2; }
    void SetXpv(Double_t xpv) { fXpv = xpv; }
    void SetYpv(Double_t ypv) { fYpv = ypv; }
    void SetZpv(Double_t zpv) { fZpv = zpv; }
    void SetTrackAngDch(Double_t trackAngDch) { fTrackAngDch = trackAngDch; }
    void SetTrackAngPV(Double_t trackAngPV) { fTrackAngPV = trackAngPV; }
    void SetIntMagFieldTr(Double_t intMagFieldTr) { fIntMagFieldTr = intMagFieldTr; }
    void SetIntMagFieldDch(Double_t intMagFieldDch) { fIntMagFieldDch = intMagFieldDch; }
    void SetFlag(Int_t flag) { fFlag = flag; }
    void SetXSigma(Double_t xSigma) { fXSigma = xSigma; }
    void SetYSigma(Double_t ySigma) { fYSigma = ySigma; }
 
    ClassDef(BmnGemDchTrack, 1);
};
 
#endif /* BMNGEMDCHTRACK_H */