HMdcSegSim

class HMdcSegSim : public HMdcSeg

    public:

                      HMdcSegSim()
                      HMdcSegSim(const HMdcSegSim&)
                      ~HMdcSegSim()
                Int_t calcNTracks()
       static TClass* Class()
                 void clear()
              UChar_t getNTimes(Int_t n) const
                Int_t getNTracks() const
                Int_t getNumNoiseWires() const
                Int_t getStatus() const
                Int_t getTrack(Int_t n) const
      virtual TClass* IsA() const
          HMdcSegSim& operator=(const HMdcSegSim&)
                 void print()
                 void setNTracks(Int_t nTr, const Int_t* listTr, const UChar_t* nTm)
                 void setNumNoiseWires(Int_t n)
                 void setStatus(Int_t f)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

      Short_t nTracks        number of tracks in the list of tracks
        Int_t listTracks[5]  list of tracks
      UChar_t nTimes[5]      number of times from each track
        Int_t status         status of seg. (e.g. 1 if ok)

Class Description

  HMdcSegSim

 This class is derived from HMdcSeg for simulated events.
 Additional data elements are following:
   nTracks - the number of tracks in the list of tracks numbers
   listTracks[5] - the list of tracks numbers (GEANT)
   nTimes[5] - num. of drift times from each track in this segment hit
     (not cells because one cell can have 2 drift times from 2 tracks)
   Number of noise wires is kept in nTimes[4] and
   if nTimes[4]>0 listTracks[4]=-99
 This information can be accessed via the functions:
    Int_t getNTracks(void)
    Int_t getTrack(const Int_t n)      0 <= n < getNTracks()
    UChar_t getNTimes(const Int_t n)
    Int_t   getNumNoiseWires(void)

 The list of tracks is sorted. listTracks[0] is a track which have
 most number of drift times and etc.

 The list of tracks is calculated after filling of HMdcSeg container
 via function  Int_t calcNTracks(void) which return nTracks.

 reset data members to default values

 setting number of noise wires

 copies nTr track numbers from array listTr to
 internal list of tracks array.

 calculate number of tracks which
 contribute to the segment and fills the
 list of tracks array. Needs the
 event structure and Cal1Sim category
 to deliver results.

 prints the information about wires (number of wires,
 track numbers and how often a track has been contributing
 to the the segment) in segment to the screen.

Inline Functions

               void ~HMdcSegSim()
         HMdcSegSim HMdcSegSim()
               void setStatus(Int_t f)
              Int_t getStatus() const
              Int_t getNTracks() const
              Int_t getTrack(Int_t n) const
            UChar_t getNTimes(Int_t n) const
              Int_t getNumNoiseWires() const
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
               void StreamerNVirtual(TBuffer& b)
         HMdcSegSim HMdcSegSim(const HMdcSegSim&)
        HMdcSegSim& operator=(const HMdcSegSim&)