/** \file CbmPsdDigiMcbm.h
 ** \author Nikolay Karpushkin <karpushkin@inr.ru>
 ** \date 09.10.2019
 **/

/** \class CbmPsdDigiMcbm
 ** \brief Data class for PSD digital information
 ** \version 1.0
 **
 ** The information is encoded into 3*4 bytes (2 Double_t + 1 UInt_t).
 ** Unique Address:        32 bits following CbmPsdAddress
 ** Energy deposition:     32 bits double
 ** Time:                  32 bits double 
 **
 **/ 
 
#ifndef CBMPSDDIGIMCBM_H
#define CBMPSDDIGIMCBM_H 1

#include "CbmDigi.h"
#include "CbmMatch.h"
#include "CbmPsdAddress.h"

class TString;
#include <string>

class CbmPsdDigiMcbm : public CbmDigi
{
   public:
      /**
       ** @brief Default constructor.
       **/
      CbmPsdDigiMcbm();

      /**
       ** @brief Constructor with assignment.
       ** @param[in] address Unique channel address.
       ** @param[in] edep          Energy deposition
       ** @param[in] time          Time [adc counts].
       **/
      CbmPsdDigiMcbm( UInt_t address, Double_t edep, Double_t time );

      /**
       ** @brief Constructor with detailled assignment.
       ** @param[in] moduleID      Module Identificator
       ** @param[in] sectionID     Section Identificator
       ** @param[in] edep          Energy deposition
       ** @param[in] time          Time [adc counts].
       **/
      CbmPsdDigiMcbm( UInt_t moduleId, UInt_t sectionId, Double_t edep, Double_t time );

      /**
       ** @brief Copy constructor.
       **/
      CbmPsdDigiMcbm(const CbmPsdDigiMcbm&);


      /** Move constructor  **/
      CbmPsdDigiMcbm(CbmPsdDigiMcbm&&);


      /** Assignment operator  **/
      CbmPsdDigiMcbm& operator=(const CbmPsdDigiMcbm&);


      /** Move Assignment operator  **/
      CbmPsdDigiMcbm& operator=(CbmPsdDigiMcbm&&);

      /**
       ** @brief Destructor.
       **/
      ~CbmPsdDigiMcbm();

      /** Accessors **/
         /**
          ** @brief Inherited from CbmDigi.
          **/
      Int_t GetAddress() const { return fuAddress; };

         /**
          ** @brief Inherited from CbmDigi.
          **/
      Int_t GetSystemId() const { return CbmPsdAddress::GetSystemId(fuAddress); };

         /**
          ** @brief Alias for GetEdep.
          **/
      Double_t GetEdep() const { return fdEdep; };
         /**
          ** @brief Alias for GetTime.
          **/
      Double_t GetTime() const { return fdTime; };
         /**
          ** @brief Module.
          **/
      Double_t GetModuleID()    const { return CbmPsdAddress::GetModuleId( GetAddress() ); };
         /**
          ** @brief Section.
          **/
      Double_t GetSectionID()   const { return CbmPsdAddress::GetSectionId( GetAddress() ); };


      virtual Bool_t operator <( const CbmPsdDigiMcbm& rhs) const; 
      virtual Int_t	 Compare(      const TObject* obj) const;
      virtual Int_t	 Compare(      const CbmPsdDigiMcbm*  obj) const;
      virtual Bool_t IsSortable() const { return kTRUE; };
      
      /** Modifiers **/
      void SetAddress(Int_t address) { fuAddress = address; };
      void SetAddress( UInt_t moduleId, UInt_t sectionId );
      void SetEdep(Double_t edep) { fdEdep = edep; }
      void SetTime(Double_t time) { fdTime = time; }
      void SetModuleID(UInt_t mod) {  fModuleID = mod; }
      void SetSectionID(UInt_t sec) {  fSectionID = sec; }

      std::string ToString() const;
   
   private:
      UInt_t fModuleID;
      UInt_t fSectionID;
      Double_t fdEdep;     /// Energy deposition 
      Double_t fdTime;     /// Time of measurement
      UInt_t   fuAddress; /// Unique channel address
      
   ClassDef(CbmPsdDigiMcbm, 1);
};
#endif // CBMPSDDIGIMCBM_H