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RecoSiData.h

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// $Id: RecoSiData.h,v 1.2 2000/12/11 16:38:44 burnett Exp $

#ifndef RECOSI_DATA_H
#define RECOSI_DATA_H 1

#include "instrument/Glast.h"
#include "geometry/Point.h"
#include "idents/ModuleId.h"
#include "data/SiData.h"

#include <iostream>
#include <vector>


class RecoSiData : public SiData {
public:
        
    RecoSiData ();
    
    RecoSiData (unsigned int n);
    
    virtual ~RecoSiData ();
    
    //  access to module id if desired
    virtual const SiData::Id& moduleId (enum SiData::Axis a, 
        unsigned int tray, 
        unsigned int n) const;
    
    
    void load (const SiDetector& strips, idents::ModuleId module);
    
    //-------------------- access functions for data analysis------------------------
    void clear ();
    
    //  number of hit strips in the given tray (tray=0..16)
    int nHits (enum SiData::Axis a, int tray) const;
    
    //  center of the given strip, where  n=0..nHits(a,tray,n)-1
    Point hit (enum SiData::Axis a, unsigned int tray, unsigned int n) const;
    
    //  strip Id
    unsigned int hitId (enum SiData::Axis a, 
        unsigned int tray, unsigned int n) const;
    
    //  Strip Type (1 = noise, 0 = real)
    //unsigned int hitType (enum SiData::Axis a, 
    //    unsigned int tray, unsigned int n) const;
    
    //  total number of Si strips hit
    //  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    int totalHits () const;
    
    //  largest number of hits on an individual readout
    //  controller
    //  (determines readout time)
    //  ----- I/O Functions -----------------------
    //  total number of Si strips hit
    //int maxControllerHits () const;
    
    void readData (std::istream& in);
    
    //  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    //  Data I/O
    void writeData (std::ostream& out);
    
    //  ---------------------------------------------------------
    void printOn (std::ostream& cout = std::cout) const;
    
private:
    
    int m_total_hits;
    int m_controller_max;
    class Strip;
    //  storage is a vector (by layer number) of lists of hit strips
    std::vector< std::vector< class Strip >* > xhitList;
    
    //  storage is a vector (by layer number) of lists of hit strips
    std::vector< std::vector< class Strip >* > yhitList;
    
};

#endif

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