class HTrb3TdcIterator

Function Members (Methods)

public:

	HTrb3TdcIterator()
	HTrb3TdcIterator(const HTrb3TdcIterator&)
	~HTrb3TdcIterator()
void	assign(UInt_t* buf, UInt_t len, Bool_t swapped = true)
void	clearCurEpoch()
UInt_t	getCurEpoch() const
uint64_t	getMsgStamp() const
Double_t	getMsgTimeCoarse() const
Double_t	getMsgTimeFine() const
Bool_t	isCurEpoch() const
HTrb3TdcMessage&	msg()
Bool_t	next()
HTrb3TdcIterator&	operator=(const HTrb3TdcIterator&)
void	printmsg()
void	setRefEpoch(UInt_t epoch)

Data Members

public:

enum {	DummyEpoch
};

protected:

UInt_t*	fBuf	! pointer on raw data
UInt_t	fBuflen	! length of raw data
UInt_t	fCurEpoch	! current epoch
HTrb3TdcMessage	fMsg	! current message
Bool_t	fSwapped	! true if raw data are swapped

Class Charts

Inheritance Inherited Members Includes Libraries

Function documentation

HTrb3TdcIterator()

 base::LocalStampConverter  fConv;   //! use to covert time stamps in seconds

void assign(UInt_t* buf, UInt_t len, Bool_t swapped = true)

void setRefEpoch(UInt_t epoch)

      void assign(hadaq::RawSubevent* subev, UInt_t indx, UInt_t datalen)
      {
         if (subev!=0)
            assign(subev->GetDataPtr(indx), datalen, subev->IsSwapped());
      }
 One should call method to set current reference epoch

Bool_t next()

uint64_t getMsgStamp() const

 Returns 39-bit value, which combines epoch and coarse counter.
 Time bin is 5 ns

{ return (isCurEpoch() ? ((uint64_t) fCurEpoch) << 11 : 0) | (fMsg.isHitMsg() ? fMsg.getHitTmCoarse() : 0); }

Double_t getMsgTimeCoarse() const

{ return getMsgStamp() * HTrb3TdcMessage::coarseUnit(); /*fConv.ToSeconds(getMsgStamp()) */; }

Double_t getMsgTimeFine() const

{ return fMsg.isHitMsg() ? HTrb3TdcMessage::simpleFineCalibr(fMsg.getHitTmFine()) : 0.; }

HTrb3TdcMessage& msg()

{ return fMsg; }

Bool_t isCurEpoch() const

 Returns true, if current epoch was assigned

{ return fCurEpoch != DummyEpoch; }

void clearCurEpoch()

 Clear current epoch value

{ fCurEpoch = DummyEpoch; }

UInt_t getCurEpoch() const

 Return value of current epoch

{ return fCurEpoch; }

void printmsg()