Pmm2MesList.h

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#ifndef PMM2MESLIST_H
#define PMM2MESLIST_H
//
// Pmm2MesVect and Pmm2MesList classes
//
// Description of the PMM2 data from one channel 
//

#include "Rtypes.h"
#include <list>
#include <vector>
#include "Pmm2Mes.h"

//Vector will hold mesrements for one event
typedef std::vector<Pmm2Mes> Pmm2MesVect_t;


class Pmm2MesVect {
 public:
  void print() const;

  void Clear() {  mes.clear(); }

  Bool_t Empty() { return mes.empty(); }

  Long_t Size()  { return mes.size(); }

  /* Pmm2Mes GetNext() {  */
  /*   Pmm2Mes & tmp = mes.front(); */
  /*   mes.pop_front(); */
  /*   return tmp; */
  /* } */

  void Push(const Pmm2Mes &val) { mes.push_back(val); }

  Pmm2Mes at(ULong_t idx) { return mes.at(idx); }
  const Pmm2Mes at(size_t idx) const { return mes.at(idx); }
  
  Pmm2Mes operator[] (ULong_t idx) { return mes[idx]; }
  const Pmm2Mes operator[] (size_t idx) const { return mes[idx]; }
  
 private:
  Pmm2MesVect_t mes;  // list of mesurements
};

//List of all mesurements from current redout buffer
typedef std::list<Pmm2Mes> Pmm2MesList_t;


class Pmm2MesList {
 public:
  void print() const;

  void Clear() {  mes.clear(); }

  Bool_t Empty() { return mes.empty(); }

  Pmm2Mes & Front() { return mes.front(); }

  Pmm2Mes  GetNext() { 
    Pmm2Mes tmp = mes.front();
    mes.pop_front();
    return tmp;
  }

  void Push(const Pmm2Mes &val) { mes.push_back(val); }
  
 private:
  Pmm2MesList_t mes;  // list of mesurements
};

#endif