DmxStatus.h

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//$Id: DmxStatus.h,v 1.28 2004/11/01 20:12:03 brebel Exp $
//
//DmxStatus.h
//
//DmxStatus is the class that sorts digits into plane objects and 
//keeps track of all the info about an event you want to stick
//around - ie TObjArray of planes, vertex and end planes, etc
//
//Author:  B. Rebel 10/2001

#ifndef DMXSTATUS_H
#define DMXSTATUS_H

#include "TObject.h"
#include "CandDigit/CandDigitHandle.h"
#include "CandDigit/CandDigitListHandle.h"

class TObjectItr;

class DmxStatus : public TObject{

 public:

  DmxStatus();
  virtual ~DmxStatus();

  Float_t GetAverageTimingOffset() const;
  Int_t GetEndPlaneNumber() const;
  Bool_t GetEventDeMuxed() const;
  Int_t GetEventDirection() const;
  Int_t GetEventNumber () const;
  Bool_t GetMultipleMuon() const;
  Float_t GetUMuonMatedFraction() const;
  Float_t GetVMuonMatedFraction() const;
  Int_t GetMuonStartPlaneNumber() const;
  Int_t GetNumberOfPlanes() const;
  const TObjArray *GetPlaneArray() const;
  Float_t GetUShowerMatedFraction() const;
  Float_t GetVShowerMatedFraction() const;
  Int_t GetVertexPlaneNumber() const;
  Float_t GetVertexZPosition() const;
  Bool_t GetNonPhysicalFailure() const;
  Bool_t GetValidPlanesFailure() const;
  Bool_t GetVertexPlaneFailure() const;
  void ClearPlaneArray();
  Float_t GetUTrackStrip(Int_t planeNumber) const;
  Float_t GetVTrackStrip(Int_t planeNumber) const;
  Double_t GetUTrackChiSq() const;
  Double_t GetVTrackChiSq() const;
  Double_t GetUTrackSlope() const;
  Double_t GetVTrackSlope() const;
  Double_t GetUSlopeRMS() const;
  Double_t GetVSlopeRMS() const;
  Int_t GetUStrayPlanes() const;
  Int_t GetVStrayPlanes() const;
  Int_t GetUValidPlanes() const;
  Int_t GetVValidPlanes() const;
  Double_t GetUTrackIntercept() const;
  Double_t GetVTrackIntercept() const;
  Bool_t GetUOverlappingMultiple() const;
  Bool_t GetVOverlappingMultiple() const;
  Bool_t GetFigureOfMeritFailure() const;
  void SetAverageTimingOffset(Float_t offset);
  void SetPlaneArray(TObjArray *array);
  void SetNumberOfPlanes(Int_t num);
  void SetMultipleMuon(bool multiple);
  void SetUTrackVariables(Double_t a, Double_t b, Double_t chiSq);
  void SetVTrackVariables(Double_t a, Double_t b, Double_t chiSq);
  void SetEventDeMuxed(Bool_t demux);
  void SetEventDirection(Int_t direction);
  void SetEventNumber(Int_t num);
  void SetUMuonMatedFraction(Float_t fraction);
  void SetVMuonMatedFraction(Float_t fraction);
  void SetNonPhysicalFailure(Bool_t demux);
  void SetUShowerMatedFraction(Float_t fraction);
  void SetVShowerMatedFraction(Float_t fraction);
  void SetValidPlanesFailure(Bool_t demux);
  void SetNoVertexFailure(Bool_t demux);
  void SetVertexPlaneNumber(Int_t vertex);
  void SetVertexPlaneZPosition(Float_t vertexZ);
  void SetEndPlaneNumber(Int_t endPlane);
  void SetMuonStartPlaneNumber(Int_t muonPlane);
  void SetUSlopeRMS(Double_t rms);
  void SetUStrayPlanes(Int_t planes);
  void SetUValidPlanes(Int_t planes);
  void SetUOverlappingMultiple(Bool_t overlap);
  void SetVSlopeRMS(Double_t rms);
  void SetVStrayPlanes(Int_t planes);
  void SetVValidPlanes(Int_t planes);
  void SetVOverlappingMultiple(Bool_t overlap);
  void SetFigureOfMerit(Int_t validPlanes, Int_t strayPlanes);
  void ResetStatus();

 private:
  
  //Data Members

  Float_t fAverageTimingOffset;
  Int_t fEndPlaneNumber;  //number of the last plane in the event
  Bool_t fEventDeMuxed;
  Int_t fEventDirection;
  Int_t fEventNumber;  //the record number of the event
  Bool_t fFigureOfMeritFailure;
  bool fMultiple; //flag for multiple muon event
  Int_t fMuonStartPlaneNumber;  //number of plane where the muon trail starts
  Bool_t fNonPhysicalFailure;
  Int_t fNumberOfPlanes;  //number of planes in the event
  Float_t fUShowerMatedFraction;
  Float_t fVShowerMatedFraction;
  Float_t fUMuonMatedFraction;
  Float_t fVMuonMatedFraction;
  Double_t fUChiSq;
  Double_t fUIntercept;    
  Double_t fUSlope;        //variables for the straight line fits in each view 
  Double_t fUSlopeRMS;        //variables for the straight line fits in each view 
  Int_t fUStrayPlanes;
  Bool_t fUOverlappingMultiple;
  Int_t fUValidPlanes;
  Double_t fVChiSq;
  Double_t fVIntercept;
  Double_t fVSlope;
  Double_t fVSlopeRMS;
  Int_t fVStrayPlanes;
  Bool_t fVOverlappingMultiple;
  Int_t fVValidPlanes;
  Bool_t fValidPlanesFailure;
  Bool_t fVertexPlaneFailure;
  Int_t fVertexPlaneNumber;  //the plane containing the event vertex
  Float_t fVertexZPosition;  //the z position of the plane containing the event vertex
  TObjArray *fPlaneArray;  //array of DmxPlane objects for each plane hit in 
                           //the event
  
  ClassDef(DmxStatus, 1) //DmxStatus
  
};

#endif // DMXSTATUS_H

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