HMdcClusInf

class HMdcClusInf : public TObject

    public:

                      HMdcClusInf()
                      HMdcClusInf(const HMdcClusInf&)
                      ~HMdcClusInf()
       static TClass* Class()
                 void clear()
              Float_t getAlpha()
              Short_t getClusFitIndex()
              Short_t getClusIndex()
                Int_t getClusSize()
               Char_t getFitStat()
               Char_t getLevelClFinding()
              Short_t getNDrTimes()
              Short_t getNMergClust()
               Char_t getNModInCl()
               Char_t getNModInFit()
              Float_t getRatio()
                 void getShape(Float_t& s1, Float_t& s2, Float_t& al)
              Float_t getSigma1()
              Float_t getSigma2()
      virtual TClass* IsA() const
               Bool_t isClParEqual(HMdcClusInf* cf)
         HMdcClusInf& operator=(const HMdcClusInf&)
         virtual void print() const
                 void setAlpha(const Float_t al)
                 void setClusFitIndex(const Short_t ind)
                 void setClusIndex(const Short_t ind)
                 void setClusSize(const Short_t sz)
                 void setFitStat(const Char_t st)
                 void setIsFitted()
                 void setIsNotFitted()
                 void setLevelClFinding(const Char_t lv)
                 void setNDrTimes(const Short_t ndt)
                 void setNMergClust(const Short_t nmc)
                 void setNModInCl(const Char_t nm)
                 void setNModInFit(const Char_t nm)
                 void setShape(const Float_t s1, const Float_t s2, const Float_t al)
                 void setSigma1(const Float_t par)
                 void setSigma2(const Float_t par)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

       Char_t fitStatus       0 - HMdcHit filled by cluster, 1 - by fit
       Char_t levelClFinding  level of cl.finding (minimal num. of layers)
       Char_t nModsClus       number of modules in cluster
       Char_t nModsFit        number of modules in fit
      Short_t clusSize        number of bins in cluster
      Short_t nMergClus       number of merged clusters
      Short_t nDrTimes        number of drift times in cluster
      Short_t indClus         index of HMdcClus container
      Short_t indClusFit      index of HMdcClusFit container
      Float_t sigma1          sigma1,sigma2,alpha - cluster shape
      Float_t sigma2          sigma1 - long axis, sigma2 - short axis
      Float_t alpha           alpha - angle between long axis of cluster and X

Class Description

  HMdcClusInf

  this class keep some information about cluster
 * Short_t getClusIndex()
      Returns the index of HMdcClus container
 * Short_t getClusFitIndex()
      Returns the index of HMdcClusFit container
 * Char_t getFitStat()
      Returns the fitStatus, 0 - hit filled by cluster, 1 - by fit
 * Short_t getClusSize()
      Returns the number of bins in cluster (cluster size)
 * Short_t getNMergClus()
      Returns the number of merged clusters
 * Short_t getNDrTimes()
      Returns the number of drift times in cluster
 * void getShape(Float_t& sigma1,Float_t& sigma2,Float_t& alpha)
 * Float_t getAlpha()
 * Float_t getSigma1()
 * Float_t getSigma2()
      Returns the cluster shape (all in sector coor. sys.):
      sigma1 - long axis, (mm)
      sigma2 - short axis (mm)
      alpha - angle (deg.) between long axis of cluster and axis X
 * Float_t getRatio()
      Returns sigma2/sigma1
 * Char_t getLevelClFinding()
      Returns the level of cl.finding (minimal num. of layers)
 * UChar_t getNModInCl() {return uch3&0xF;}
      Returns the num. of modules in cluster
 * UChar_t getNModInFit()
      Returns the number of modules in fit

Inline Functions

                void ~HMdcClusInf()
         HMdcClusInf HMdcClusInf()
                void clear()
                void setIsFitted()
                void setIsNotFitted()
                void setFitStat(const Char_t st)
                void setLevelClFinding(const Char_t lv)
                void setNModInCl(const Char_t nm)
                void setNModInFit(const Char_t nm)
                void setClusSize(const Short_t sz)
                void setNMergClust(const Short_t nmc)
                void setNDrTimes(const Short_t ndt)
                void setClusIndex(const Short_t ind)
                void setClusFitIndex(const Short_t ind)
                void setSigma1(const Float_t par)
                void setSigma2(const Float_t par)
                void setAlpha(const Float_t al)
                void setShape(const Float_t s1, const Float_t s2, const Float_t al)
              Char_t getFitStat()
              Char_t getLevelClFinding()
              Char_t getNModInCl()
              Char_t getNModInFit()
               Int_t getClusSize()
             Short_t getNMergClust()
             Short_t getNDrTimes()
             Short_t getClusIndex()
             Short_t getClusFitIndex()
             Float_t getSigma1()
             Float_t getSigma2()
             Float_t getAlpha()
                void getShape(Float_t& s1, Float_t& s2, Float_t& al)
             Float_t getRatio()
              Bool_t isClParEqual(HMdcClusInf* cf)
             TClass* Class()
             TClass* IsA() const
                void ShowMembers(TMemberInspector& insp, char* parent)
                void Streamer(TBuffer& b)
                void StreamerNVirtual(TBuffer& b)
         HMdcClusInf HMdcClusInf(const HMdcClusInf&)
        HMdcClusInf& operator=(const HMdcClusInf&)