CandCalDetSI.cxx

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 /********************************************************************************/
/*  CandCalDetSI                                                                */
/*  A class to hold supplemental information from CalDet data                   */
/*  Tricia Vahle & Mike Kordosky                                                */
/*  January 8, 2002                                                             */
/********************************************************************************/

#include "Algorithm/AlgHandle.h"
#include "CalDetSI/CandCalDetSI.h"
#include "CalDetSI/CandCalDetSIHandle.h"
#include "MessageService/MsgService.h"

ClassImp(CandCalDetSI)  //another macro for rootifying

  CVSID("$ID: CandCalDetSI.cxx, v 1 2002/01/08 00:00:00 vahle Exp$");

//___________________________________________________________________________//
CandCalDetSI::CandCalDetSI():
  fIsSnarlRecord(kTRUE),               //did we find some data?
  fTriggerPMT(kFALSE),            //Did the triggerPMT fire?
  fCosmicCnt(kFALSE),             //Did the CosmicCnt fire?
  fFafErr(kFALSE),                //Faf errors?
  fSparseErr(kFALSE),             //sparse errors?
  fSnarl(-1),                     //snarl number
  fTrigSource(0),                 //trigger source
  fKovADC1(0),                     //Cerenkov ADC value
  fKovTimeStamp1(0),               //Cerenkov TimeStamp
  fKovADC2(0),                     //Cerenkov ADC value
  fKovTimeStamp2(0),               //Cerenkov TimeStamp
  fKovADC3(0),                     //Cerenkov ADC value
  fKovTimeStamp3(0),               //Cerenkov TimeStamp
  fSnarlTimeFrame(0),               //Cerenkov Time frame
  fSnarlMinTimeStamp(640000000),    //snarl minimum time stamp
  fSnarlMaxTimeStamp(0),          //snarl maximum time stamp
  fTofTDC0(0),                    //TOF tdc0 value
  fTofTDC1(0),                    //TOF tdc1 value
  fTofTDC2(0),                    //TOF tdc2 value    
  fTofADC0(0),
  fTofADC1(0),
  fTofADC2(0),
  fTofADCTimeStamp0(0),
  fTofADCTimeStamp1(0),
  fTofADCTimeStamp2(0),
  fTofTimeStamp(0),
  fTickSinceLast(0),              //Ticks since last snarl
  fDeadChips(),                   //vector holding dead chips
  fUnderShootChips(),              //map listing undershoot channels
 
  fCerenkovChannel1(),
  fCerenkovChannel2(),
  fCerenkovChannel3(),  
  fTriggerORBits(0), fTriggerOROK(kFALSE)

{
} //end constructor

//__________________________________________________________________________


CandCalDetSI::CandCalDetSI(AlgHandle &ah):
  CandBase(ah),  //transmit the AlgHandle up the inheritance chain to CandBase

  fIsSnarlRecord(kTRUE),               //did we find some data?
  fTriggerPMT(kFALSE),            //Did the triggerPMT fire?
  fCosmicCnt(kFALSE),             //Did the CosmicCnt fire?
  fFafErr(kFALSE),                //Faf errors?
  fSparseErr(kFALSE),             //sparse errors?
  fSnarl(-1),                     //snarl number
  fTrigSource(0),                 //trigger source
  fKovADC1(0),                     //Cerenkov ADC value
  fKovTimeStamp1(0),               //Cerenkov TimeStamp
  fKovADC2(0),                     //Cerenkov ADC value
  fKovTimeStamp2(0),               //Cerenkov TimeStamp
  fKovADC3(0),                     //Cerenkov ADC value
  fKovTimeStamp3(0),               //Cerenkov TimeStamp
  fSnarlTimeFrame(0),               //Cerenkov Time frame
  fTofTDC0(0),                    //TOF tdc0 value
  fTofTDC1(0),                    //TOF tdc1 value
  fTofTDC2(0),                    //TOF tdc2 value
  fTofADC0(0),
  fTofADC1(0),
  fTofADC2(0),
  fTofADCTimeStamp0(0),
  fTofADCTimeStamp1(0),
  fTofADCTimeStamp2(0),
  fTofTimeStamp(0),
  fTickSinceLast(0),              //Ticks since last snarl
  fDeadChips(),                   //vector holding dead chips
  fUnderShootChips(),              //map listing undershoot channels
 
  fCerenkovChannel1(),
  fCerenkovChannel2(),
  fCerenkovChannel3(),  
  fTriggerORBits(0), fTriggerOROK(kFALSE)
{



} //end constructor

//___________________________________________________________________________//

CandCalDetSI::CandCalDetSI(AlgHandle &ah, CandHandle &ch, CandContext &cx):

  CandBase(ah),

  fIsSnarlRecord(kTRUE),               //did we find some data?
  fTriggerPMT(kFALSE),            //Did the triggerPMT fire?
  fCosmicCnt(kFALSE),             //Did the CosmicCnt fire?
  fFafErr(kFALSE),                //Faf errors?
  fSparseErr(kFALSE),             //sparse errors?
  fSnarl(-1),                     //snarl number
  fTrigSource(0),                 //trigger source
  fKovADC1(0),                     //Cerenkov ADC value
  fKovTimeStamp1(0),               //Cerenkov TimeStamp
  fKovADC2(0),                     //Cerenkov ADC value
  fKovTimeStamp2(0),               //Cerenkov TimeStamp
  fKovADC3(0),                     //Cerenkov ADC value
  fKovTimeStamp3(0),               //Cerenkov TimeStamp
  fSnarlTimeFrame(0),               //Cerenkov Time frame
  fTofTDC0(0),                    //TOF tdc0 value
  fTofTDC1(0),                    //TOF tdc1 value
  fTofTDC2(0),                    //TOF tdc2 value
  fTofADC0(0),
  fTofADC1(0),
  fTofADC2(0),
  fTofADCTimeStamp0(0),
  fTofADCTimeStamp1(0),
  fTofADCTimeStamp2(0),
  fTofTimeStamp(0),
  
  fTickSinceLast(0),              //Ticks since last snarl
  fDeadChips(),                   //vector holding dead chips
  fUnderShootChips(),              //map listing undershoot channels

  fCerenkovChannel1(),
  fCerenkovChannel2(),
  fCerenkovChannel3(),
  fTriggerORBits(0), fTriggerOROK(kFALSE)

{



  CreateLocalHandle(); 

  MSG("Cand", Msg::kDebug)
             << "Begin CandDigit::CandDigit(AlgHandle &, CandHandle &, "
             << "CandContext &) ctor: " << endl
             << "UidInt = " << GetUidInt()
             << ", ArchUidInt " << GetArchUidInt() << endl
             << "No. of links = " << GetNLinks() << endl
             << "End CandDigit::CandDigit(AlgHandle &, CandHandle &, "
             << "CandContext &) ctor." << endl;

// Run Algorithm to construct Candidate
   {                                         // Start of scope.
     CandCalDetSIHandle cdh(this);           // cdh will go out of scope
     ch = cdh;                               // after setting ch.
   }                                         // End of scope.
   ah.RunAlg(ch, cx);
} //end constructor

//___________________________________________________________________________//

CandCalDetSI::CandCalDetSI(const CandCalDetSI &csi):
  CandBase(csi),

  fIsSnarlRecord(csi.fIsSnarlRecord),         //Did we find some data?
  fTriggerPMT(csi.fTriggerPMT),           //Did the triggerPMT fire?
  fCosmicCnt(csi.fCosmicCnt),             //Did the CosmicCnt fire?
  fFafErr(csi.fFafErr),                    //Faf errors?
  fSparseErr(csi.fSparseErr),              //sparse errors?
  fSnarl(csi.fSnarl),                     //snarl number
  fTrigSource(csi.fTrigSource),           //trigger source
  fKovADC1(csi.fKovADC1),                   //Cerenkov ADC value
  fKovTimeStamp1(csi.fKovTimeStamp1),         //Cerenkov TimeStamp
  fKovADC2(csi.fKovADC2),                   //Cerenkov ADC value
  fKovTimeStamp2(csi.fKovTimeStamp2),       //Cerenkov TimeStamp
  fKovADC3(csi.fKovADC3),                   //Cerenkov ADC value
  fKovTimeStamp3(csi.fKovTimeStamp3),        //Cerenkov TimeStamp
  fSnarlTimeFrame(0),               //Cerenkov Time frame
  fTofTDC0(csi.fTofTDC0),                 //TOF tdc0 value
  fTofTDC1(csi.fTofTDC1),                 //TOF tdc1 value
  fTofTDC2(csi.fTofTDC2),                 //TOF tdc2 value
  fTofADC0(csi.fTofADC0),
  fTofADC1(csi.fTofADC1),
  fTofADC2(csi.fTofADC2),
  fTofADCTimeStamp0(csi.fTofADCTimeStamp0),
  fTofADCTimeStamp1(csi.fTofADCTimeStamp1),
  fTofADCTimeStamp2(csi.fTofADCTimeStamp2),
  fTofTimeStamp(csi.fTofTimeStamp),
  
  fTickSinceLast(csi.fTickSinceLast),     //Ticks since last snarl    
  fDeadChips(csi.fDeadChips),             //vector holding dead chips
  fUnderShootChips(csi.fUnderShootChips),  //map listing undershoot channels
  fCerenkovChannel1(csi.fCerenkovChannel1),
  fCerenkovChannel2(csi.fCerenkovChannel2),
  fCerenkovChannel3(csi.fCerenkovChannel3),
  fTriggerORBits(csi.fTriggerORBits), fTriggerOROK(csi.fTriggerOROK)

{
    MSG("Cand", Msg::kDebug)
    << "Begin CandDigit::CandDigit(const CandDigit &rhs) ctor: " << endl
    << "UidInt = " << GetUidInt()
    << ", ArchUidInt " << GetArchUidInt() << endl
    << "No. of links = " << GetNLinks() << endl
    << "End CandDigit::CandDigit(const CandDigit &rhs) ctor." << endl;
} //end constructor

//__________________________________________________________________________

CandCalDetSI::~CandCalDetSI() {}  //destructor does nothing

//__________________________________________________________________________

void CandCalDetSI::CreateLocalHandle()
{

  SetLocalHandle(new CandCalDetSIHandle(this));

}//end CreateLocalHandle

//_______________________________________________________________________

CandCalDetSI *CandCalDetSI::Dup() const
{
// Base copy ctor dups owned pointers, but defers copying Daughter List.
// Daughter List copy is made in the derived class Dup() function.
// This is because base class copy constructor hasn't yet created
// fLocalHandle with a CandHandle* of the full derived type.

  CandCalDetSI *cb = new CandCalDetSI(*this);           // Copy-ctor dups ptrs
  cb->CreateLocalHandle();   // Initializes fLocalHandle after copy-ctor
  TIter iterdau = GetDaughterIterator();
  CandHandle *dau;
  while ((dau=(CandHandle *) iterdau())) cb->AddDaughterLink(*dau);
  return cb;

}//end Dup

//_____________________________________________________________________________

CandCalDetSIHandle CandCalDetSI::MakeCandidate(AlgHandle &ah, CandContext &cx)
{

  CandCalDetSIHandle cdh;
  new CandCalDetSI(ah, cdh, cx);              // cdh owns the new CandCalDetSI
  return cdh;

}//end MakeCandidate

//_____________________________________________________________________________
















//  LocalWords:  fCerenkovChannel

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