class AliCDMesonTracks

Function Members (Methods)

public:

	AliCDMesonTracks()
	~AliCDMesonTracks()
Int_t	GetCombinedTracks() const
Double_t	GetInvariantMass(Bool_t includeSoftTracks = kTRUE)
Int_t	GetITSpureSACount() const
Int_t	GetRemainingTrackletsCentralBarrel() const
Int_t	GetRemainingTrackletsForward() const
Int_t	GetSoftTracks() const
AliVTrack*	GetTrack(UInt_t index) const
Int_t	GetTracks() const
Int_t	GetTracksBeforeCuts() const
Bool_t	ProcessEvent(AliAODEvent* aodEvent, AliESDEvent* esdEvent, Bool_t doSoft = kTRUE)

protected:

void	ApplyCuts()
void	CutTrack(AliESDEvent* ESDEvent, Int_t mode = 0)
void	CutTrack(AliAODEvent* AODEvent, Int_t mode = 0)
void	GetRemainingTracklets()

private:

	AliCDMesonTracks(const AliCDMesonTracks& tracks)
AliCDMesonTracks&	operator=(const AliCDMesonTracks& tracks)

Data Members

protected:

AliAODEvent*	fAODEvent	AOD event to analyze
Bool_t	fDoAOD	is active for AOD processing, inactive for ESDs
Bool_t	fDoSoft	process soft tracks
AliESDEvent*	fESDEvent	ESD event to analyze
Bool_t	fIsValid	are the stored results valid
Int_t	fNITSpureSA	number of ITSpureSA tracks leading double counting
Int_t	fNTrk0	number of tracks before cuts
Int_t	fNch	number of charged ITSTPC tracks after cuts
Int_t	fNcombined	fNch+fNsoft
Int_t	fNsoft	number of soft ITS standalone tracks (complementary to fNch)
Int_t	fNtrackletsCentralBarrel	tracklets not assigned to tracks within
Int_t	fNtrackletsForward	tracklets not assigned to tracks with \|eta\| > 0.9
TObjArray*	fSoftTracks	storage for the soft tracks
TObjArray*	fTracks	storage for the standard tracks

Class Charts

Inheritance Chart:

AliCDMesonTracks

Function documentation

AliCDMesonTracks()

 constructor

AliCDMesonTracks(const AliCDMesonTracks& tracks)

 copy constructor

AliCDMesonTracks& operator=(const AliCDMesonTracks& tracks)

 assignment operator

~AliCDMesonTracks()

 destructor

Bool_t ProcessEvent(AliAODEvent* aodEvent, AliESDEvent* esdEvent, Bool_t doSoft = kTRUE)

 this function controlls the processing of an event, after the processing is
 done, the results can be used via the getters

AliVTrack* GetTrack(UInt_t index) const

 provides access to the selected tracks, normal tracks have lower indices
 than soft tracks

Double_t GetInvariantMass(Bool_t includeSoftTracks = kTRUE)

 compute the invariant mass of all accepted tracks in the event

void ApplyCuts()

 steers the track selection process

void CutTrack(AliESDEvent* ESDEvent, Int_t mode = 0)

CutTrack to be combined with the AOD function // TODO

void CutTrack(AliAODEvent* AODEvent, Int_t mode = 0)

 CutTrack for AODs

void GetRemainingTracklets()

 determines the number of tracklets in an event, which are not assigned to
 tracks
 this is only possible running on ESDs, for AODs this information has to be
 preprocessed

Int_t GetTracksBeforeCuts() const

{ return (fIsValid) ? fNTrk0 : -1; }

Int_t GetTracks() const

{ return (fIsValid) ? fNch : -1; }

Int_t GetSoftTracks() const

{ return (fIsValid && fDoSoft) ? fNsoft : -1; }

Int_t GetCombinedTracks() const

{ return (fIsValid) ? fNcombined : -1; }

Int_t GetITSpureSACount() const

{ return (fIsValid) ? fNITSpureSA : -1; }

Int_t GetRemainingTrackletsCentralBarrel() const

Int_t GetRemainingTrackletsForward() const