HPidAlgRingProperties

class HPidAlgRingProperties : public HPidAlgorithm

    public:

                             HPidAlgRingProperties()
                             HPidAlgRingProperties(Float_t fWeight)
                             HPidAlgRingProperties(const HPidAlgRingProperties&)
                             ~HPidAlgRingProperties()
              virtual Bool_t calculatePDF(HPidTrackCand* pTrack, Float_t* afReturn, Short_t& nCatIndex)
              static TClass* Class()
              virtual Bool_t correctRelativeYields(Float_t* pdfValues, Float_t TrackMomentum, Float_t fKickTheta, Int_t sector)
              virtual Bool_t finalize()
              virtual Bool_t init()
             virtual TClass* IsA() const
      HPidAlgRingProperties& operator=(const HPidAlgRingProperties&)
                virtual void print() const
              virtual Bool_t reinit()
                virtual void ShowMembers(TMemberInspector& insp, char* parent)
                virtual void Streamer(TBuffer& b)
                        void StreamerNVirtual(TBuffer& b)
              virtual Bool_t TransformToEigenspace4D(Double_t* OriginalData, Double_t* TransformedData, Int_t sector)
              virtual Bool_t TransformToEigenspace5D(Double_t* OriginalData, Double_t* TransformedData, Int_t sector)

Data Members

    private:

      HPidAlgRingPropertiesPar* pParams                      
                       Double_t RingPattern5D[5]             
                       Double_t RingPattern4D[4]             
                       Double_t TransformedRingPattern5D[5]  
                       Double_t TransformedRingPattern4D[4]  

Class Description

 HPidAlgRingProperties

 PID method using RICH ring properties

 Default constructor

 Default constructor with weight

 Get pointer to the parameter's container

Check if parameter context corresponds to the
appropriate momentum algorithm index in the reconstructor task
If not -> return kFALSE (analysis can not be done in this case)
and print error message

 Empty function for printing info of the algorithm

Here we use the Function X2P which was built by the TPrincipal->MakePrincipals routine for
Rings which have a well defined centroid!

Here we call the Function X2P which was built by the TPrincipal->MakePrincipals routine for
Rings which have no well defined centroid!

Inline Functions

                          void ~HPidAlgRingProperties()
                       TClass* Class()
                       TClass* IsA() const
                          void ShowMembers(TMemberInspector& insp, char* parent)
                          void Streamer(TBuffer& b)
                          void StreamerNVirtual(TBuffer& b)
         HPidAlgRingProperties HPidAlgRingProperties(const HPidAlgRingProperties&)
        HPidAlgRingProperties& operator=(const HPidAlgRingProperties&)