EdbScanTracking.h

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#ifndef ROOT_EdbScanTracking
#define ROOT_EdbScanTracking
 
 
#include "TEnv.h"
#include "EdbScanProc.h"
#include "EdbTrackFitter.h"
 
class EdbTrackAssembler: public TObject {
 
 private:
  EdbPattern    eSegments;     
  TObjArray     eTracks;       
  TObjArray     eTrZ;          
  
  Float_t       eZ;            
  
  EdbCell2      eTrZMap;       
  Float_t       eMapMarg;      
  Int_t         eCellN;        
  
  EdbTrackFitter eFitter;
  
  public:
  float         eDTmax;        
  float         eDRmax;        
  float         eDZGapMax;     
  float         eProbMin;      
  bool          eDoUseMCS;     
 
  int            eCollisionsRate;  //
  EdbScanCond    eCond;
 
  TH1F           *eHistProbBest;    
  TH1F           *eHistProbAll;     
  TH1F           *eHistThetaBest;   
  TH1F           *eHistThetaAll;    
  TH1F           *eHistNcnd;        
  
 public:
  EdbTrackAssembler();
  virtual ~EdbTrackAssembler();
 
  void SetMomentum (float p ){eFitter.ePdef=p;}
  void SetRadLength(float x0){eFitter.eX0=x0; eCond.SetRadX0(x0);}
  
  bool        SameSegment( EdbSegP &s1, EdbSegP &s2 );
  void        DoubletsFilterOut(EdbPattern &p);
  void        InitTrZMap( const char *str );
  void        InitTrZMap( int nx, float xmi, float xma, 
                          int ny, float ymi, float yma,  int ncell);
  void        InitTrZMap();
  void        FillTrZMap();
  void        ExtrapolateTracksToZ(float z, int nsegmin=0);
  void        AddPattern(EdbPattern &p);
  EdbTrackP   *AddSegment(EdbSegP &s);                  
  EdbTrackP   *AddSegmentAsTrack(EdbSegP &s);
  float       ProbSeg(EdbSegP &s1, EdbSegP &s2 );
  void        RecalculateSegmentsProb(EdbTrackP &t);
  bool        AcceptDZGap(EdbTrackP &t, float z);
  void        SetSegmentsErrors();
  void        FitTracks();
  void        CombTracks( TObjArray &selected );
  
  void CheckPatternAlignment(EdbPattern &p, EdbPlateP &plate, int nsegmin);
  
  TObjArray   &Tracks() {return eTracks;}
  
 ClassDef(EdbTrackAssembler,1) // generic class for the tracks assembling from segments
};
 
//_________________________________________________________________________
class EdbScanTracking: public TObject {
 
 public:
   int          eNsegMin;
   int          eNgapMax;
   EdbScanProc *eSproc;
   bool         eDoRealign;
  
 public:
   EdbScanTracking();
   virtual ~EdbScanTracking(){}
 
   void  TrackAli(EdbPVRec &ali, TEnv &env);
   void  TrackSetBT(EdbID id, TEnv &env);
   void  SaveHist(EdbID idset, EdbTrackAssembler &etra);
 
   ClassDef(EdbScanTracking,1) // To handle tracking in the scanset
};
 
 
#endif /* ROOT_EdbScanTracking */