TrkCntObj.h

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////////////////////////////////////////////////////////////////////////
// \file    TrkCntObj.h
// \brief   Object collecting Cosmic Rejection variables for each track
// \version
// \author  Shih-Kai Lin - Shihkai.Lin@colostate.edu
////////////////////////////////////////////////////////////////////////

///
/// Class for storing per track information
///
#ifndef TrkCntObj_h
#define TrkCntObj_h

namespace cosrej
{
  class TrkCntObj
  {
  public:

    TrkCntObj();
    ~TrkCntObj() {};
    
    void               SetTrkFwdCell    (int trkfwdcell)       {fTrkFwdCell = trkfwdcell;};
    void               SetTrkFwdCellND  (int trkfwdcellnd)     {fTrkFwdCellND = trkfwdcellnd;};
    void               SetTrkBakCell    (int trkbakcell)       {fTrkBakCell = trkbakcell;};
    void               SetTrkBakCellND  (int trkbakcellnd)     {fTrkBakCellND = trkbakcellnd;};
    void               SetTrkLenInAct   (double trkleninact)   {fTrkLenInAct = trkleninact;};
    void               SetTrkLenInCat   (double trklenincat)   {fTrkLenInCat = trklenincat;};
    void               SetTrkYPosAtTrans(float trkyposattrans) {fTrkYPosAtTrans = trkyposattrans;};
    void               SetVtxDist       (float vtxdist)        {fVtxDist = vtxdist;};
    void               SetEndDist       (float enddist)        {fEndDist = enddist;};
    void               SetTrkFwdDist    (float trkfwddist)     {fTrkFwdDist = trkfwddist;};     ///< distance (dist,cm) of best track from end to det wall projected forwards (Fwd), based on Kalman Tracker (Kal)
    void               SetTrkBakDist    (float trkbakdist)     {fTrkBakDist = trkbakdist;};     ///< cosmic track distance projected backwards from track start
    void               SetTrkFwdAir     (float trkfwdair)      {fTrkFwdAir = trkfwdair;};       ///< distance (dist,cm) through air traveled, when projected forwards to detector edge.  For ND only, muon catcher air gap. NYI
    void               SetTrkFwdSteel   (float trkfwdsteel)    {fTrkFwdSteel = trkfwdsteel;};   ///< distance (dist,cm) through muon catcher traveled, when projected forwards to detector edge.  For ND only.  TODO: make this steel only instead of muon catcher distance
    void               SetTrkBakAir     (float trkbakair)      {fTrkBakAir = trkbakair;};       ///< distance (dist,cm) through air traveled, when projected forwards to detector edge.  For ND only, muon catcher air gap. NYI
    void               SetTrkBakSteel   (float trkbaksteel)    {fTrkBakSteel = trkbaksteel;};   ///< distance (dist,cm) through muon catcher traveled, when projected forwards to detector edge.  For ND only.  TODO: make this steel only instead of muon catcher distance
    
    int                TrkFwdCell()     const {return fTrkFwdCell;};
    int                TrkFwdCellND()   const {return fTrkFwdCellND;};
    int                TrkBakCell()     const {return fTrkBakCell;};
    int                TrkBakCellND()   const {return fTrkBakCellND;};
    double             TrkLenInAct()    const {return fTrkLenInAct;};
    double             TrkLenInCat()    const {return fTrkLenInCat;};
    float              TrkYPosAtTrans() const {return fTrkYPosAtTrans;};
    float              VtxDist()        const {return fVtxDist;};
    float              EndDist()        const {return fEndDist;};
    float              TrkFwdDist()     const {return fTrkFwdDist;};
    float              TrkBakDist()     const {return fTrkBakDist;};
    float              TrkFwdAir()      const {return fTrkFwdAir;};
    float              TrkFwdSteel()    const {return fTrkFwdSteel;};
    float              TrkBakAir()      const {return fTrkBakAir;};
    float              TrkBakSteel()    const {return fTrkBakSteel;};
    
  protected:
    int                fTrkFwdCell;
    int                fTrkFwdCellND;
    int                fTrkBakCell;
    int                fTrkBakCellND;
    double             fTrkLenInAct;    ///< Track length in active detector.
    double             fTrkLenInCat;    ///< Track length in muon catcher.
    float              fTrkYPosAtTrans; ///< Y position at transition to muon catcher, for determining if track went through air gap (ND only)
    float              fVtxDist;
    float              fEndDist;
    float              fTrkFwdDist;
    float              fTrkBakDist;
    float              fTrkFwdAir;
    float              fTrkFwdSteel;
    float              fTrkBakAir;
    float              fTrkBakSteel;
  };
}
#endif