---

CalModules.h

Go to the documentation of this file.

#ifndef CAL_MODULES_H
#define CAL_MODULES_H 1
#include <iostream>
#include <vector>

#include "geometry/Point.h"
#include "idents/ModuleId.h"


class CalModules_Data 
{
private:
    friend class CalModules;
;
    

  public:
      CalModules_Data ()
      {
      }

      CalModules_Data (Point p, float e, int n, idents::ModuleId m, float c, int t)
        : energy(e), numXtals(n), corelCoef(c), type(t), pos(p), module(m)
      {
      }
  private:
      float energy;
      int numXtals;
      float corelCoef;
      int type;
      Point pos;
      idents::ModuleId module;

};

#if 0 //still needed?  def _MSC_VER
# pragma warning(disable:4786)
bool operator<(const CalModules_Data&, const CalModules_Data&);
bool operator==(const CalModules_Data&, const CalModules_Data&);
#endif


class CsIData;


class CalModules 
{
public:

  //-------------------- access functions for data analysis------------------------
  enum ShowerType {NOT_HIT, SPATTER, QED_SHOWER, MIP};

  public:
      CalModules ();
      ~CalModules ();
      //        energy recorded in the ith tower and layer
      float energy (unsigned int n) const;
      //        number of calorimeter  modules with energy
      int nMods () const;

      //        position of the bari-center of the energy in ith tower
      Point calPos (unsigned int n) const;

      //        response type catagorized by hit pattern
      enum CalModules::ShowerType responseType (unsigned int n) const;

      //        --------------------
      idents::ModuleId moduleId (unsigned int n) const;
      //        analysis setup call...
      void load (const CsIData& data);

      void clear ();

      void printOn (std::ostream& cout) const;

  private:
      //        storage is a list of Tower Calorimeter Results
      std::vector< CalModules_Data > calorList;


};

#endif

---