#ifndef __EEezStrip_h__
#define __EEezStrip_h__

#include <TObject.h>
#include <map>
#include <vector>
#include <string>

// Declare types for a vector of EEezStrips
class EEezStrip;
typedef std::vector<EEezStrip*>     EEezStripPtrVec_t;
typedef EEezStripPtrVec_t::iterator EEezStripPtrVecIter_t;

class EEezStrip : public TObject {

 public:

  EEezStrip();
  ~EEezStrip(){ /* nada */ };

  void setAdc( Float_t a ) { m_Adc = a; } // ped subtracted ADC response
  void setRawAdc( Float_t a ){ m_RawAdc = a; } // raw ADC response
  void setEnergy( Float_t e ) { m_Energy = e; } // reconstructed energy deposit
  void setNumPhotoElectrons ( Float_t n ) { m_NumPhotoElectrons = n; } // estimated number of photoelectrons
  void setNumMips ( Float_t n ) { m_NumMips = n; } // estimated number of MIPS crossing at shower max... 

  void setIndex( Int_t i ) { m_Index = i; }
  void setSector( Int_t s ) { m_Sector = s; }
  void setPlane( Int_t p ) { m_Plane = p; }

  Float_t getAdc() { return m_Adc; }
  Float_t getRawAdc() { return m_RawAdc; }
  Float_t getEnergy() { return m_Adc; }
  Float_t getNumPhotoElectrons() { return m_NumPhotoElectrons; }
  Float_t getNumMips() { return m_NumMips; }

  Int_t   getIndex() { return m_Index; }
  Int_t   getSector() { return m_Sector; }
  Int_t   getPlane() { return m_Plane; }

  void clear();
  void Clear( Option_t *opts = "" ) { clear(); }

  void print();

 private:

  Float_t m_Adc, m_Energy, m_RawAdc;
  Float_t m_NumPhotoElectrons, m_NumMips;

  Int_t m_Index;  // 0-287 or 0-282
  Int_t m_Sector; // 0-11
  Int_t m_Plane;  // 0-1 (U-V)

  

 protected:

  ClassDef(EEezStrip,1); // EEMC smd strip representation class


};

#endif