| #include "hpidparticle.h" |
HPidParticle
class description - source file - inheritance tree (.pdf)
protected:
void setDefault()
public:
HPidParticle(HPidCandidate* pCandidate, Float_t* assignedWeights, Bool_t useMassIdeal = kTRUE, Int_t userDefSpecies = -99, Float_t userDefWeight = 0.0)
HPidParticle()
HPidParticle(const HPidParticle& source)
~HPidParticle()
static HCategory* buildPidParticleCategory()
static TClass* Class()
virtual void Clear(Option_t* opt)
Float_t getBetaExp() const
Int_t getCharge() const
const HPidHitData* getHitData() const
Int_t getIndex(HCategory* pCat = 0)
Float_t getMassExp() const
Float_t getMassIdeal() const
Int_t getMomAlg() const
Float_t getMomRescal() const
Int_t getMostProbablePID() const
Int_t getNPossibleSpecies()
Short_t getPid(Short_t n) const
Int_t getPid() const
HPidCandidate* getPidCandidate(HCategory* pCat = 0) const
Short_t getPidCandidateIndex() const
Float_t getR() const
TLorentzVector getRescaledVector() const
Int_t getSpeciesIndex(Short_t pid) const
Float_t getSystem() const
Float_t getTestVal() const
HPidTrackCand* getTrackCand() const
const HPidTrackData* getTrackData() const
Float_t getWeight(Short_t n) const
Float_t getWeight() const
Float_t getWeightForPID(Short_t pid) const
Float_t getZ() const
virtual TClass* IsA() const
HPidParticle& operator=(const HPidParticle&)
Double_t phiDeg() const
virtual void Print(Option_t* option) const
virtual void print() const
Short_t sector() const
void setMomAlg(Int_t i)
void setMomRescal(Float_t f)
void setPid(Short_t npid)
void setPidCandidateIndex(Short_t n)
void setPidParams(Float_t fTestVal, Int_t userDefSpecies = -99, Float_t userWeight = 1.0)
void setTestVal(Float_t f)
virtual void ShowMembers(TMemberInspector& insp, char* parent)
virtual void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
Double_t thetaDeg() const
protected:
Bool_t kUsesIdealMass kTRUE if the particle stores the ideal mass value of its assigned PID to build the Lorentz
Int_t nPossibleSpecies number of possible species (dimension of the vectors possibleSpecies and assignedWeights
Short_t momAlgIndex Index indicating which algorithm for momentum computation has been chosen
Short_t nPidCandidateIndex index of the HPidCandidate this particle was made from
TArrayS possibleSpecies size: nPossibleSpecies
TArrayF assignedWeights size: nPossibleSpecies
Int_t nAssignedPID A pid assigned to the particle either by an external algorithm or by choosing the
Float_t fTestVal test value checked during creation
Float_t fWeight statistical weight of the particle (probability of the externally assigned species - if any)
Float_t fMomRescal rescaling factor for the momentum which might be applied to compute from the stored
HPidHitData itsHitData
HPidTrackData itsTrackData
public:
static const enum HPidParticle:: kMassExpInTLV
static const enum HPidParticle:: kMassExpNoPhy
static const enum HPidParticle:: kTrackCandOffset
This class has been redesigned also in the course of adaption to multiple tracking methods
Documentation is provided at the individual function bodies and in the header file
Tassilo Christ 05/07/2006
HPidParticle(HPidCandidate* pCandidate,Float_t* VectorOfWeights,
Bool_t useMassIdeal, Int_t userDefSpecies, Float_t userWeight):
itsHitData(*(pCandidate->getTrackCandidate()->getHitData())),
itsTrackData(*(pCandidate->getTrackCandidate()->getTrackData()))
HPidParticle(const HPidParticle& source):
TLorentzVector(source),
itsHitData(*(source.getHitData())),
itsTrackData(*(source.getTrackData()))
void setPidParams(Float_t fTV, Int_t userDefSpecies, Float_t userWeight)//OK
Float_t getWeightForPID(Short_t pid) const //OK
Int_t getSpeciesIndex(Short_t pid) const //OK
void setDefault(void) //OK
void Clear(Option_t *opt) //OK
Clear all variables and frees dynamic memory!
void print(void) const
Print info about the particle
HPidCandidate* getPidCandidate(HCategory *pCat) const //OK
Returns HPidCandidate object corresponding to nPidCandidateIndex (if exists)
Works when pCat is set or gHades->getCurrentEvent() is accessible
HCategory* buildPidParticleCategory(void) //OK
Static function for making the category HPidParticle
Int_t getMostProbablePID(void) const //OK
Int_t getIndex(HCategory *pCat) //OK
Return index of the HPidParticle in the pCat or catPidPart if pCat == NULL
HPidTrackCand* getTrackCand(void) const //OK
This method returns HPidTrackCand object from the corresponding
HPidCandidate (when nPidCandidateIndex >= 0) or directly from catPidTrackCand
when nPidCandidateIndex <= -1000
(interface for HPidParticleFillerFromTrack)
TLorentzVector getRescaledVector(void) const //OK
Inline Functions
void ~HPidParticle()
HPidParticle HPidParticle(const HPidParticle& source)
void setPidCandidateIndex(Short_t n)
Short_t getPidCandidateIndex() const
Float_t getSystem() const
Float_t getR() const
Float_t getZ() const
Float_t getMassExp() const
Float_t getBetaExp() const
void setMomAlg(Int_t i)
Int_t getMomAlg() const
Int_t getCharge() const
Short_t getPid(Short_t n) const
Float_t getWeight(Short_t n) const
Int_t getPid() const
void setPid(Short_t npid)
void setTestVal(Float_t f)
Float_t getTestVal() const
Float_t getWeight() const
Float_t getMassIdeal() const
void setMomRescal(Float_t f)
Float_t getMomRescal() const
void Print(Option_t* option) const
Double_t thetaDeg() const
Double_t phiDeg() const
Short_t sector() const
const HPidHitData* getHitData() const
const HPidTrackData* getTrackData() const
Int_t getNPossibleSpecies()
TClass* Class()
TClass* IsA() const
void ShowMembers(TMemberInspector& insp, char* parent)
void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
HPidParticle& operator=(const HPidParticle&)
Author: Marcin Jaskula 30/11/2002
Last update: Fri Jan 26 12:22:38 2007
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