HHypKine

class HHypKine : public TObject

    public:

                        HHypKine(Int_t Ncomb, Int_t Npart)
                        HHypKine(Int_t Idx_HypComb)
                        HHypKine(HHypKine* src)
                        HHypKine()
                        HHypKine(const HHypKine&)
                        ~HHypKine()
      static HCategory* buildLinearCat(Text_t* classname)
         static TClass* Class()
           virtual void Clear(Option_t* opt)
                 Bool_t clear()
         const TArrayI& getArrayPid() const
         const TArrayF& getArrayPx() const
         const TArrayF& getArrayPy() const
         const TArrayF& getArrayPz() const
               TVector3 getMomentum(Int_t Icomb, Int_t Ipart)
                  Int_t getNcomb()
                  Int_t getNpart()
                  Int_t getPid(Int_t Icomb, Int_t Ipart)
         TLorentzVector getTLorentzVector(Int_t Icomb, Int_t Ipart)
        virtual TClass* IsA() const
              HHypKine& operator=(const HHypKine&)
                 Bool_t prepareHypKine()
                 Bool_t print()
                 Bool_t setMomentum(Int_t Icomb, Int_t Ipart, TVector3 vect)
                 Bool_t setNcomb(Int_t Ncomb)
                 Bool_t setNpart(Int_t Npart)
                 Bool_t setPid(Int_t Icomb, Int_t Ipart, Int_t Pid)
                 Bool_t setTLorentzVector(Int_t Icomb, Int_t Ipart, TLorentzVector Vect)
           virtual void ShowMembers(TMemberInspector& insp, char* parent)
           virtual void Streamer(TBuffer& b)
                   void StreamerNVirtual(TBuffer& b)

Data Members

    private:

      TArrayF px     size = npart*ncomb table of x_momentum for each particle
      TArrayF py     size = npart*ncomb table of y_momentum for each particle
      TArrayF pz     size = npart*ncomb table of z_momentum for each particle
      TArrayI pid    size = npart*ncomb table of ID number  for each particle
        Int_t ncomb  0,1,2, .... ,k
        Int_t npart  0,1,2, .... ,j

Class Description

 HHypKine

 container class for HADES EVENT HYPOTHESIS
 Class which keeps all possible particle combinations
 with all kinematicks ( kinematical variables for every particle can be changed )
 ( Foreseen for Kinematical refit )

 Stream an object of class HHypKine.

Inline Functions

                  void ~HHypKine()
              HHypKine HHypKine()
        const TArrayI& getArrayPid() const
        const TArrayF& getArrayPx() const
        const TArrayF& getArrayPy() const
        const TArrayF& getArrayPz() const
               TClass* Class()
               TClass* IsA() const
                  void ShowMembers(TMemberInspector& insp, char* parent)
                  void StreamerNVirtual(TBuffer& b)
              HHypKine HHypKine(const HHypKine&)
             HHypKine& operator=(const HHypKine&)