HPidTofRec

class HPidTofRec : public HReconstructor

    public:

                      HPidTofRec()
                      HPidTofRec(Text_t* name, Text_t* title, const char* select, const char* track)
                      ~HPidTofRec()
       static TClass* Class()
        virtual Int_t execute()
       virtual Bool_t finalize()
       virtual Bool_t init()
      virtual TClass* IsA() const
       virtual Bool_t reinit()
                 void setOutputDir(const char* fdir)
                 void setOutputFile(const char* ffile)
                 void setQualityRichParams(Float_t RingPatMat, Float_t RingPadNr, Float_t Centroid, Float_t RingverageCharge)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

                    Bool_t bRichMode        flag for RICH mode (lepton ID)
                    Bool_t bMinusMode       flag for MINUS mode (pi- ID)
                    Bool_t bFillNTuple      flag to fill debug ntuples
                    Bool_t bTrackAlg[10]    Switch ON Tracking algorythms
                    Bool_t bChiCutInner     Chi2> -1 cut for inner MDC segment
                    Bool_t bChiCutOuter     Chi2> -1 cut for outer MDC segment
                    Bool_t bSkip            Skip event if start is not reconstructed
                    Bool_t bIsCommon        Common mode ON (time reconstructed from only one algorythm)
                    Bool_t bIsFirst         Is first event
                    Bool_t bIsSimulation    Simulation flag (only for debug purpose)
                    Bool_t bPidParam        get rich params from pid param containers
                HCategory* pTrackCand       HPidTrackCand category
                HIterator* iterTrackCand    iterator on HPidTrackCand
      HPidAlgStandCutsPar* richParam        new source of RICH quality parameters
                     Int_t pidalg           algorithm number
                   Float_t fRichQparams[4]  Rich quality parameters (RingPatMat, RingPadNr, Centroid, RingAmplitude)
                   Short_t nMdcSeg[6]       Number of MDC modules for each sectors;
                   Short_t nCommonFlag      flag for common reconstruction
                  TNtuple* hit              Ntuple for debug
                  TNtuple* richcorr         Ntuple for rich correlation
                   TString sDir             Ntuple output directory
                   TString sFile            Ntuple output file

Class Description

 HPidTofRec
 In case of experiments where there exists no start hit and the TOF of the
 particles has to be recalculated. This class will reconstruct it,
 and the new value (plus the new beta and new mass2), will be written inside HPidTrackData
 To mark those objects as changed one can ask to HPidTrackData::getTofRecFlag(algorythm).
 The result should be 1 or 2 depending on the method which has been used, -1 if the
 reconstructor failed (such as in cases when there are only positive charged tracks and no
 leptons), 0 (default value) if the reconstructor did not run.
 Anyhow the original tof can be retrieved direct HPidHitData::getTof().

 To setup the constructor  call HPidTofRec(Text_t *name,Text_t *title, const char *select, const char *track),
 where "select" contains the key words for configuration (just "," separated list)
    nospline   : switch off spline
    nohires    : switch off high resolution kickplane
    nolowres   : switch off low  resolution kickplane
    nork       : switch off Runge Kutta tracking
    noreft     : switch off Reference Trajectories tracking
    norich     : switch off rich mode
    ntuple     : switch on create,fill and write ntuple for debugging
    chiin      : switch on the chi2>-1 cut for inner MDC segments
    chiout     : switch on the chi2>-1 cut for outer MDC segments
    common     : use spline as reconstructor for all the trackings
    skip       : skip event in DST if start is not reconstructed
    sim        : switch on simulation mode
    nopidparam : do not get rich parameters from HPidAlgStandCutsPar

 if common mode is switched on, "track" is the chosen tracking algorythm for global tof reconstruction:
    spline     : spline
    lowres     : low resolution kickplane
    hires      : high resolution kickplane
    rk         : Runge Kutta tracking
    reft       : Reference Trajectories tracking

 defaults (empty string) are:
   spline                      ON
   low  resolution kickplane   ON
   high resolution kickplane   ON
   RungeKutta                  ON
   Reference Trajectories      ON
   fRichMode                   ON
   ntuple                      OFF
   chi cut (inner MDC) mode    OFF
   chi cut (outer MDC) mode    OFF
   skip event                  OFF
   common                      OFF
   simulation                  OFF
   pidparam                    ON

 Usage:

   HPidTofRec *pidtofrec = new HPidTofRec("tofreconstructor","tofreconstructor",option,track);
   pidtofrec->setQualityRichParams(200.,4.,2.8,5);
   HTaskSet * pidtofrectask = new HTaskSet("","");
   pidtofrectask->connect(pidtofrec);
   masterTaskSet->add(pidtofrec);


 ***************************************************************************

 Default constructor

 Constructor

 Destructor.

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

 Execute function

Inline Functions

               void setQualityRichParams(Float_t RingPatMat, Float_t RingPadNr, Float_t Centroid, Float_t RingverageCharge)
               void setOutputDir(const char* fdir)
               void setOutputFile(const char* ffile)
            TClass* Class()
            TClass* IsA() const
               void ShowMembers(TMemberInspector& insp, char* parent)
               void Streamer(TBuffer& b)
               void StreamerNVirtual(TBuffer& b)