TMBCps.hpp

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#ifndef TMBCps_H
#define TMBCps_H

//
// TMBTree class for preshower clusters 
//

#ifndef ROOT_TObject
#include "TObject.h"
#endif

class TMBCps : public TObject {

private:
    //       PSblock
    Float_t        _r;
    Float_t        _phi;
    Float_t        _z;
    Float_t        _xE;  
    Float_t        _uE;  
    Float_t        _vE;  
    Float_t        _matchQ;  
    Float_t        _matchEQ;  
    Int_t          _xNStrips; // number of axial SLC strips
    Int_t          _uNStrips; // number of u SLC strips associated with 3D CPS cluster
    Int_t          _vNStrips; // number of v SLC strips
    Float_t        _dphi;     // error on phi position of the cluster
    Float_t        _dz;       // error on z position of the cluster
    Float_t        _nn;       // Neural network discriminant, if > 0 -- CPS cluster is shower-like
    Int_t          _isLoose;  // Loose em-like CPS cluster
    Int_t          _isTight;  // Tight em-like CPS cluster

public:

    TMBCps();
    TMBCps(Float_t r,  Float_t phi, Float_t z, Float_t xE, Float_t uE, Float_t vE, Float_t matchQ, Float_t matchEQ,
           Int_t xNStrips, Int_t uNStrips, Int_t vNStrips, Float_t dphi, Float_t dz,
           Float_t nn, Int_t isLoose, Int_t isTight);
    ~TMBCps() {}
    
    Float_t  E()        const { return _xE+_uE+_vE; }
    Float_t  phi()      const { return _phi; }
    Float_t  r()        const { return _r; }
    Float_t  z()        const { return _z; }
    Float_t  xE()       const { return _xE; }
    Float_t  uE()       const { return _uE; }
    Float_t  vE()       const { return _vE; }
    Float_t  matchQ()   const { return _matchQ; }
    Float_t  matchEQ()  const { return _matchEQ; }
    Int_t    xNStrips() const { return _xNStrips; }
    Int_t    uNStrips() const { return _uNStrips; }
    Int_t    vNStrips() const { return _vNStrips; }
    Float_t  dphi()     const { return _dphi; }
    Float_t  dz()       const { return _dz; }
    Float_t  nn()       const { return _nn; }
    Int_t    isLoose()  const { return _isLoose; }
    Int_t    isTight()  const { return _isTight; }
    
    ClassDef(TMBCps, 6);   //TMBTree Cps class
};

#endif

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