BeamSummary.h

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#ifndef BEAMSUMMARY_H
#define BEAMSUMMARY_H

#include "Rtypes.h"

class TTree;

class BeamSummary{

public:

// public data members;
    Double_t beamIntensity;    // beam intensity in [1E12 PoT]
    Double_t hBeamWidth;       // horizontal beam width from prof mon in [mm] 
    Double_t vBeamWidth;       // vertical
    Double_t hPosatTargetPM;   // hor. pos. on target from prof. mon. in [mm]
    Double_t vPosatTargetPM;   // vert. pos. on target from prof mon. in [mm] 
    Double_t hPosatTargetBPM;  // hor. pos. from beam position mon. in [mm]
    Double_t vPosatTargetBPM;  // vert. pos.
    Double_t tanHoriz;         // angle of beam on target in hor. in [rads]  
    Double_t tanVert;          // angle of beam on target in vert. in [rads]
    Double_t hornPeakCurrent;  // total peak horn current in [kA]
    Double_t nuTarZ;           // position of target in [mils]
    Double_t hadTotalPH;       // total pulse height in hadron monitor
    Double_t hadMeanX;         // hadron monitor mean position in X
    Double_t hadMeanY;         // hadron monitor mean position in Y   
    Double_t mu1TotalPH;       // total pulse height in muon monitor 1
    Double_t mu1MeanX;         // muon monitor 1 mean position in X   
    Double_t mu1MeanY;         // muon monitor 1 mean position in Y   
    Double_t mu2TotalPH;       // total pulse height in muon monitor 2
    Double_t mu2MeanX;         // muon monitor 2 mean position in X   
    Double_t mu2MeanY;         // muon monitor 2 mean position in Y   
    Double_t mu3TotalPH;       // total pulse height in muon monitor 3
    Double_t mu3MeanX;         // muon monitor 3 mean position in X   
    Double_t mu3MeanY;         // muon monitor 3 mean position in Y   
    Double_t timeStampD;       // time stamp 1st trigered vme device in fractional [secs]
    Long_t timeStampSec;       // same but only secs
    
    BeamSummary();
    BeamSummary(TTree* btree);

    void SetTree(TTree* btree);

    void clear();
    
    Int_t MatchSpillWithTime(Int_t tsec, Int_t tnanosec);

private:
    TTree* fChain;   //pointer to the analyzed TTree or TChain
    
};                              // end of class BeamSummary

#endif  // BEAMSUMMARY_H

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