BrBbCalHitsModule

class description - source file - inheritance tree

class BrBbCalHitsModule : public BrModule

    private:

         void ReadDumpCal(const Char_t* file, Int_t tubes, BrBbCalibration* cal)
      Float_t Reconstruct(BrDataTable*, BrBbCalibration*, BrBbCalHits*)

    public:

      BrBbCalHitsModule BrBbCalHitsModule()
      BrBbCalHitsModule BrBbCalHitsModule(const Char_t* Name, const Char_t* Title)
      BrBbCalHitsModule BrBbCalHitsModule(BrBbCalHitsModule&)
           virtual void ~BrBbCalHitsModule()
           virtual void Begin()
         static TClass* Class()
           virtual void DefineHistograms()
           virtual void Event(BrEventNode*, BrEventNode*)
           virtual void Finish()
           virtual void Init()
        virtual TClass* IsA() const
           virtual void Print(Option_t* option = "B") const
                   void SetDefaultParameters()
                   void SetDumpCalFiles(const Char_t* bbl = "0", const Char_t* bbr = "0")
                   void SetEnergyThreshold(Double_t e = 0.7)
                   void SetLoadDumpCal(Bool_t b = kFALSE)
                   void SetMaxTdc(Double_t t = 4000)
                   void SetMinTdc(Double_t t = 10)
                   void SetSmallRef(Int_t t = 4)
                   void SetTreeOn(Bool_t n = kFALSE)
                   void SetUseOldCal(Bool_t b = kTRUE)
           virtual void ShowMembers(TMemberInspector& insp, char* parent)
           virtual void Streamer(TBuffer& b)
                   void StreamerNVirtual(TBuffer& b)

Data Members

    private:

      BrDetectorParamsBB* fParams           detector parameters
         BrBbCalibration* fLCalib           left array calibration
         BrBbCalibration* fRCalib           right array calibration
             BrBbCalHits* fBblCalHits       List of valid hits (Left)
             BrBbCalHits* fBbrCalHits       same for right
                 Double_t fEnergyThreshold  cut on energy for hit selection  
                 Double_t fMaxEnergy        cut on energy for hit selection  
                 Double_t fMaxTdc           idem with tdc
                 Double_t fMinTdc           idem with tdc
                 Float_t* fDist             distance from beam-line
                   Bool_t fTreeOn           
                   Bool_t fUseOldCal        
                   Bool_t fLoadDumpCal      
                    Int_t fAccEvt           number of successful events (both arrays)
                    Int_t fUsedEvt          number of analyzed events
                    Int_t fLStat            left  array event stat
                    Int_t fRStat            right array event stat
                    Int_t fSmallRef         
                   TTree* fBbData           all information (if switched on)        
                    TH1F* fHits             calibrated hits distributions 
                    TH1F* fLMult            left array multiplicity
                    TH1F* fRMult            right array multiplicity
                    TH2F* fEner             calibrated energy
                    TH2F* fTof              calibrated tof
                    TH1F* fFast             fastest tube
                    TH2F* fMult             left mult vs right mult
                  TString fBblDumpFile      
                  TString fBbrDumpFile

Class Description

BrBbCalHitsModule() : BrModule()

 Default Constructor. (DO NOT USE)

BrBbCalHitsModule(const Char_t* Name, const Char_t* Title) : BrModule(Name,Title)

void SetDefaultParameters()

~BrBbCalHitsModule()

 destructor

void DefineHistograms()

 define histograms here

void Init()

-------------------
 initialize module
-------------------

void Begin()

void ReadDumpCal(const Char_t* filename, Int_t tubes, BrBbCalibration* cal)

 private: reads the calib files created from an SQL dump

void Event(BrEventNode* inNode, BrEventNode* outNode)

 ----------------------------------------------------------
 Event method to be called once per event.
 1- get raw digits
 2- select hit meeting conditions set via the setters
    (energy threshold, window on TDC)
 3- apply calibration and store things into BrBbRdoNew
 ----------------------------------------------------------

Float_t Reconstruct(BrDataTable* tab, BrBbCalibration* calib, BrBbCalHits* rdo)

------------------------------------
 Select hits and apply calibration
 Fill the rdo object
 Return a multiplicity estimation
------------------------------------

void Finish()

void Print(Option_t* option) const

 Standard information printout.

 Options: See BrModule::Print

Inline Functions

                     void SetTreeOn(Bool_t n = kFALSE)
                     void SetSmallRef(Int_t t = 4)
                     void SetLoadDumpCal(Bool_t b = kFALSE)
                     void SetEnergyThreshold(Double_t e = 0.7)
                     void SetMinTdc(Double_t t = 10)
                     void SetMaxTdc(Double_t t = 4000)
                     void SetUseOldCal(Bool_t b = kTRUE)
                     void SetDumpCalFiles(const Char_t* bbl = "0", const Char_t* bbr = "0")
                  TClass* Class()
                  TClass* IsA() const
                     void ShowMembers(TMemberInspector& insp, char* parent)
                     void Streamer(TBuffer& b)
                     void StreamerNVirtual(TBuffer& b)
        BrBbCalHitsModule BrBbCalHitsModule(BrBbCalHitsModule&)

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