PositionProcessor.hpp

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#ifndef __POSITIONPROCESSOR_HPP__
#define __POSITIONPROCESSOR_HPP__

#include <string>
#include <vector>

#include "EventProcessor.hpp"
#include "RawEvent.hpp"

class ChanEvent;

class PositionProcessor : public EventProcessor {
private:
    static const int numQdcs = 8; 
    static const int matchingTimeCut = 5; 

    float qdcLen[numQdcs]; 
    float qdcPos[numQdcs]; 
    float totLen;          
    int whichQdc;          
    static const int maxNumLocations = 12; 
    int numLocations; 
    float posScale;        
    std::vector<float> minNormQdc; 
    std::vector<float> maxNormQdc; 

    ChanEvent* FindMatchingEdge(ChanEvent *match,
                std::vector<ChanEvent*>::const_iterator begin,
                std::vector<ChanEvent*>::const_iterator end) const;
    ChanEvent* FindMatchingEdge(ChanEvent *match,
                std::vector<ChanEvent*>::const_reverse_iterator begin,
                std::vector<ChanEvent*>::const_reverse_iterator end) const;
public:
    PositionProcessor(); // no virtual c'tors
    virtual bool Init(RawEvent& rawev);
    virtual bool Process(RawEvent &event);
    virtual void DeclarePlots(void);
};

#endif // __POSITIONPROCESSOR_HPP_