ddaschannel.h

/* ddaschannel class definition header file */

#ifndef DDASCHANNEL_H
#define DDASCHANNEL_H

#include <vector>
#include <stdint.h>
#include "TObject.h"

namespace DAQ {
  namespace DDAS {
    class DDASHit;
  }
}

class ddaschannel : public TObject {
public:

  /********** Variables **********/

  // ordering is important with regards to access and file size.  Should
  // always try to maintain order from largest to smallest data type
  // Double_t, Int_t, Short_t, Bool_t, pointers

  /* Channel events always have the following info. */
  Double_t time;              
  Double_t coarsetime;        
  Double_t cfd;               

  UInt_t energy;              
  UInt_t timehigh;            
  UInt_t timelow;             
  UInt_t timecfd;             

  Int_t channelnum;           
  Int_t finishcode;           
  Int_t channellength;        
  Int_t channelheaderlength;  
  Int_t overflowcode;         
  Int_t chanid;               
  Int_t slotid;               
  Int_t crateid;              
  Int_t id;                   

  Int_t cfdtrigsourcebit;     
  Int_t cfdfailbit;           

  Int_t tracelength;          

  Int_t ModMSPS;              
  Int_t m_adcResolution;      
  Int_t m_hdwrRevision;       
  Bool_t m_adcOverUnderflow;  

  /* A channel may have extra information... */
  std::vector<UInt_t> energySums;  
  std::vector<UInt_t> qdcSums;   
  
  /* A waveform (trace) may be stored too. */
  std::vector<UShort_t> trace;     

  Double_t externalTimestamp;  
  // Canonicals

  ddaschannel();
  

  ddaschannel(const ddaschannel& obj) = default;

  ddaschannel& operator=(const ddaschannel& obj) = default;

  ddaschannel& operator=(DAQ::DDAS::DDASHit& hit);

  ~ddaschannel();

  void UnpackChannelData(const uint32_t *data);

  void Reset();

  
  UInt_t GetEnergy() const {return energy;}

  UInt_t GetTimeHigh() const {return timehigh;}

  UInt_t GetTimeLow() const {return timelow;}

  UInt_t GetCFDTime() const {return timecfd;}

  Double_t GetTime() const {return time;}

  Double_t GetCoarseTime() const {return coarsetime;}

  Double_t GetCFD() const {return cfd;}

  UInt_t GetEnergySums(Int_t i) const {return energySums[i];}

  Int_t GetChannelNum() const {return channelnum;}

  Int_t GetFinishCode() const {return finishcode;}

  Int_t GetChannelLength() const {return channellength;}

  Int_t GetChannelLengthHeader() const {return channelheaderlength;}

  Int_t GetOverflowCode() const {return overflowcode;}

  Int_t GetSlotID() const {return slotid;}

  Int_t GetCrateID() const {return crateid;}

  Int_t GetChannelID() const {return chanid;}

  Int_t GetID() const {return id;}

  Int_t GetModMSPS() const {return ModMSPS;}

  std::vector<UShort_t> GetTrace() const {return trace;}

  Int_t GetADCResolution() const { return m_adcResolution; }
  Int_t GetHardwareRevision() const { return m_hdwrRevision; }
  Bool_t GetADCOverflowUnderflow() const { return m_adcOverUnderflow; }

  uint32_t GetCfdTrigSource() const { return cfdtrigsourcebit; }; // Per S.L. request.
  
  ClassDef(ddaschannel, 5)
};

#endif