source: JEM-EUSO/esaf_cc_at_lal/packages/simulation/detector/electronics/include/LblChipTrackingTrgEngine.hh @ 114

// ESAF : Euso Simulation and Analysis Framework
// $Id: LblChipTrackingTrgEngine.hh 2168 2005-10-10 16:28:03Z ejudd $
// 
// 
#ifndef __LBLCHIPTRACKINGTRGENGINE_HH_
#define __LBLCHIPTRACKINGTRGENGINE_HH_

#include "euso.hh"
#include "TriggerEngine.hh"
#include "LblTrackSegment.hh"

class ChipGtuData;

class LblChipTrackingTrgEngine : public TriggerEngine {
public:
    // ctor
    LblChipTrackingTrgEngine();
    
    // dtor
    virtual ~LblChipTrackingTrgEngine();

    // simulate trigger
    virtual void Simulate( MacroCellData* );

    EsafConfigClass(Electronics,LblChipTrackingTrgEngine);

private:

    ClassDef(LblChipTrackingTrgEngine,0)

    // Pixel threshold for being used
    Int_t fPxlthr;

    // Segment finding parameters
    Int_t fColumn;
    Int_t fColthr;
    Int_t fFrmsinseg;
    Int_t fSegs;
    Int_t fTrksumthr;
    bool fWantsumsub;

    // Track and persistency checking parameters
    Int_t fFrmsinpsum;
    Int_t fMinpersum;

    // Output control flags
    bool fVerbose;
    bool fDebug;

    // Clear everything
    void Clear(Int_t,Int_t);

    // Find Segments and join them to form Tracks
    Int_t Find_Tracks(map<Int_t,ChipGtuData*>&,Int_t,Int_t,Int_t);

    // Check these tracks for persistency
    Int_t Check_Persistency(Int_t,Int_t);

    // Save the tracks in the ROOT output
    void FillELblTrackTrigger(Int_t,Int_t);

    // Hank's track segments array. Each element holds the total
    // number of counts from all pixels in that segment
    Int_t fRawSums[200][12][12];

    // This is the background-subtracted version of fRawSums
    // If fWantSumSub is false then fSums = fRawSum
    Int_t fSums[200][12][12];

    // Hank's persistency array. Each element holds the total
    // number of good tracks that start from a given pixel and a given GTU.
    Int_t fPers[200][12][12];

    // Eleanor's tracks array. Each element holds the ID number of the 
    // first track, starting from a given pixel, stored in the fTracks vector
    Int_t fTrks[200][12][12];

    // Vector containing all the track information to be written to ROOT output
    vector<LblTrackSegment> fTracks;

};

#endif  /* __LBLCHIPTRACKINGTRGENGINE_HH_ */