StHighptPool/StHiMicroEvent/StHiMicroHit.h

/***************************************************************************
 *
 * $Id: StHiMicroHit.h,v 1.1 2002/04/02 19:36:15 jklay Exp $                                                         
 *
 * Author: Bum Choi, UT Austin, Apr 2002
 *
 ***************************************************************************
 *
 * Description:  This is a uDST for highpt Analysis: Hit Information               
 *               
 ***************************************************************************
 *
 * $Log: StHiMicroHit.h,v $
 * Revision 1.1  2002/04/02 19:36:15  jklay
 * Bums highpt uDST format
 *
 *
 **************************************************************************/
#ifndef StHiMicroHit_H
#define StHiMicroHit_H

#include "TObject.h"
//class StHiMicroTrack;

class StHiMicroHit : public TObject{

 public:
  StHiMicroHit();
  virtual ~StHiMicroHit();

//Here are the accessor methods for the private data members
  // basic track info
  Float_t  PtPr()       const   { return mPtPr; }
  Float_t  PtGl()       const   { return mPtGl; }
  Float_t  Eta()        const   { return mEta; }
  Float_t  Phi()        const   { return mPhi; }
  UShort_t FitPts()     const   { return mFitPts; }
  Float_t  SDcaGl()     const   { return mSignedDcaGl; }
  Float_t  DipAngle()   const   { return mDipAngle; }
  Float_t  ExitZ()      const   { return mExitZ; }
  Short_t  Charge()     const   { return mCharge; }

  // hit info
  Float_t  R()          const   { return mR; }
  Float_t  Z()          const   { return mZ; }
  Int_t    PadRow()     const   { return mPadRow; } // ULong_t in stevent
  Int_t    Sector()     const   { return mSector; } // ULong_t in stevent

  // residuals
  Float_t  ZResPr()     const   { return mZResPr; }
  Float_t  XYResPr()    const   { return mXYResPr; }
  Float_t  ZResGl()     const   { return mZResGl; }
  Float_t  XYResGl()    const   { return mXYResGl; }

//These are to set the values of the private data members
  void SetPtPr(Float_t val)     { mPtPr=val; }
  void SetPtGl(Float_t val)     { mPtGl=val; }
  void SetEta(Float_t val)      { mEta=val; }
  void SetPhi(Float_t val)      { mPhi=val; }
  void SetFitPts(UShort_t val)  { mFitPts=val; }
  void SetSDcaGl(Float_t val)   { mSignedDcaGl=val; }
  void SetDipAngle(Float_t val) { mDipAngle=val; }
  void SetExitZ(Float_t val)    { mExitZ=val; }
  void SetCharge(Short_t val)   { mCharge=val; }
  void SetR(Float_t val)        { mR=val; }
  void SetZ(Float_t val)        { mZ=val; }
  void SetPadRow(Int_t val)     { mPadRow=val; }
  void SetSector(Int_t val)     { mSector=val; }
  void SetZResPr(Float_t val)   { mZResPr=val; }
  void SetXYResPr(Float_t val)  { mXYResPr=val; }
  void SetZResGl(Float_t val)   { mZResGl=val; }
  void SetXYResGl(Float_t val)  { mXYResGl=val; }

  private:
  // basic track info
  Float_t  mPtPr;
  Float_t  mPtGl;
  Float_t  mEta;
  Float_t  mPhi;
  UShort_t mFitPts;
  Float_t  mSignedDcaGl;
  Float_t  mDipAngle;
  Float_t  mExitZ;
  Short_t  mCharge;

  // hit info
  Float_t  mR;
  Float_t  mZ;
  Int_t    mPadRow; // ULong_t in stevent
  Int_t    mSector; // ULong_t in stevent
  
  // residuals
  Float_t  mZResPr;
  Float_t  mXYResPr;
  Float_t  mZResGl;
  Float_t  mXYResGl;

  ClassDef(StHiMicroHit,1)
};

#endif

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