class HPidTrackData: public TObject

 Default HPidTrackData ctor.
cout << "Calling Clear in track data constructor" << endl;

cout << "building up track data" << endl;

reset();

cout << "Clearing track data" << endl;

cout <<"Appending a neighbour with distance: " << distance << endl;

 First call getAngleWithClosestCandidate(), THEN use this function SUBSEQUENTLY
 to get the related cluster information object indices. In this case do not set
 the index (which then defaults to -1) - this index is used to retrieve the
 cluster information object index explicitly (e.g. see copy constructor).
 (This is the most stupid way, one can implement this feature, but I was forced
 to do it this way, not to break backward compatibility of this "class" which
 breaks anyhow all rules of OOP and any style of reliable programing! - Simon Lang)

 Clear all members
setFiltered(kFALSE);
setBad(kFALSE);
isSorted=kFALSE;

 Print all fields of the track candidate

 Stream an object of class HPidTrackData.

Bool_t isSorted;
Function to get the correct beta according to tofrec flag. If the start time finder was running the reconstructed TOF is returned
otherwise the measured one is returned

Function to get the correct mass2 according to tofrec flag. Same condition as in getBeta()

getters and setters will not be documented - use human reason

  //Flag object as bad - not usable
  Bool_t          isBad(void) const         { return TestBit(kIsBad);        }
  void            setBad(Bool_t b = kTRUE)  { SetBit(kIsBad, b);             }

  //Flag object as filtered by some condition of the analysis
  Bool_t          isFiltered(void) const       { return TestBit(kIsFiltered);}
  void            setFiltered(Bool_t b = kTRUE){ SetBit(kIsFiltered, b);     }

copy information from an existing HPidTrackData object to another one. Used to create a self-describing

GETTERS:

UShort_t getInnerMdcNumber() const {return unInnerMdcNumber;}

Float_t getRK_R(void); const {return fRK_R;}
Float_t getRK_Z(void); const {return fRK_Z;}

SETTERS:

void setInnerMdcNumber(UShort_t o_InnerMdcNumber){unInnerMdcNumber = o_InnerMdcNumber;}

void setInnerMdcId(Int_t index, Short_t o_InnerMdcId) {aInnerMdcIds[index] = o_InnerMdcId;}
void setInnerMdcCount(Int_t index, Short_t o_InnerMdcCount) {aInnerMdcCounts[index] = o_InnerMdcCount;}

void setRK_R(Float_t o_fRK_R); const {fRK_R = o_fRK_R;}
void setRK_Z(Float_t o_fRK_Z); const {fRK_Z = o_fRK_Z;}