DriftTubeHit.h

Go to the documentation of this file.

#ifndef SHIPLHC_DRIFTTUBEHIT_H_
#define SHIPLHC_DRIFTTUBEHIT_H_
 
#include "DriftTubePoint.h"
#include "TObject.h"
#include "TVector3.h"
 
 
class DriftTubeHit : public TObject {
public:
   DriftTubeHit();
   DriftTubeHit(const DriftTubeHit &hit) = default;
   DriftTubeHit &operator=(const DriftTubeHit &hit) = default;
   explicit DriftTubeHit(Int_t detID);
   //  Constructor from MiniDT raw data
   explicit DriftTubeHit(Int_t detID, const Double_t& m_timestamp);
   //  Constructor from DriftTubePoint
   DriftTubeHit(int detID, std::vector<DriftTubePoint *>, std::vector<Float_t>);
 
   virtual ~DriftTubeHit();
 
   void Print();
 
   void setInvalid() { flag = false; }
   bool isValid() const { return flag; }
   Double_t GetTimestamp() {return timestamp; }
   Int_t GetSystem() { return floor(fDetectorID / 10000); }
   Int_t GetStation() { return 1; } // do we need such a method? FIXME
   Int_t GetPlane() { return int(fDetectorID / 1000) % 10; }
   Int_t GetLayer() { return int(fDetectorID % 1000) / 100; }
   Int_t GetCell() { return int(fDetectorID % 100); }
   bool isVertical() { return GetPlane() == 1; }  
   TVector3 GetPosition();     
   void setLaterality(const int& lat) { laterality = lat; }
   int GetLaterality() {return laterality;};
 
   int GetClusterID() {return clusterID;}
   void setClusterID(const int& ID) { clusterID = ID;}
 
   int GetDetectorID() {return fDetectorID;}
 
private:
   Float_t flag; 
 
   Int_t   fDetectorID;     
 
   Double_t timestamp; 
 
   Int_t    laterality = 0;
 
   Int_t    clusterID = -1;
 
   ClassDef(DriftTubeHit, 1);
};
 
#endif // SHIPLHC_DRIFTTUBEHIT_H_