[u/mrichter/AliRoot.git] / PWG / FLOW / Base / AliStarTrackCuts.h

/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. */
/* See cxx source for full Copyright notice */
/* $Id$ */

// AliStarTrackCuts:
// A track cut class for AliStarTrack
// origin: Mikolaj Krzewicki (mikolaj.krzewicki@cern.ch)

#ifndef ALISTARTRACKCUTS_H
#define ALISTARTRACKCUTS_H

#include <float.h>
#include "TNamed.h"

class AliStarTrack;

class AliStarTrackCuts : public TNamed {

 public:
  AliStarTrackCuts();
  //AliStarTrackCuts(const AliStarTrackCuts& someCuts);
  //AliStarTrackCuts& operator=(const AliStarTrackCuts& someCuts);
  virtual  ~AliStarTrackCuts() {}
  
  Bool_t PassesCuts(const AliStarTrack* track) const;
  static AliStarTrackCuts* StandardCuts();

  void SetIDMax(const Int_t value) {fIDMax=value;fCutID=kTRUE;};
  void SetIDMin(const Int_t value) {fIDMin=value;fCutID=kTRUE;};
  void SetChargeMax(const Int_t value) {fChargeMax=value;fCutCharge=kTRUE;};
  void SetChargeMin(const Int_t value) {fChargeMin=value;fCutCharge=kTRUE;};
  void SetEtaMax(const Float_t value) {fEtaMax=value;fCutEta=kTRUE;};
  void SetEtaMin(const Float_t value) {fEtaMin=value;fCutEta=kTRUE;};
  void SetPhiMax(const Float_t value) {fPhiMax=value;fCutPhi=kTRUE;};
  void SetPhiMin(const Float_t value) {fPhiMin=value;fCutPhi=kTRUE;};
  void SetPtMax(const Float_t value) {fPtMax=value;fCutPt=kTRUE;};
  void SetPtMin(const Float_t value) {fPtMin=value;fCutPt=kTRUE;};
  void SetDCAMax(const Float_t value) {fDCAMax=value;fCutDCA=kTRUE;};
  void SetDCAMin(const Float_t value) {fDCAMin=value;fCutDCA=kTRUE;};
  void SetNHitsMax(const Int_t value) {fNHitsMax=value;fCutNHits=kTRUE;};
  void SetNHitsMin(const Int_t value) {fNHitsMin=value;fCutNHits=kTRUE;};
  void SetNHitsFitMax(const Int_t value) {fNHitsFitMax=value;fCutNHitsFit=kTRUE;};
  void SetNHitsFitMin(const Int_t value) {fNHitsFitMin=value;fCutNHitsFit=kTRUE;};
  void SetNHitsPossMax(const Int_t value) {fNHitsPossMax=value;fCutNHitsPoss=kTRUE;};
  void SetNHitsPossMin(const Int_t value) {fNHitsPossMin=value;fCutNHitsPoss=kTRUE;};
  void SetNHitsDedxMax(const Int_t value) {fNHitsDedxMax=value;fCutNHitsDedx=kTRUE;};
  void SetNHitsDedxMin(const Int_t value) {fNHitsDedxMin=value;fCutNHitsDedx=kTRUE;};
  void SetdEdxMax(const Float_t value) {fdEdxMax=value;fCutdEdx=kTRUE;};
  void SetdEdxMin(const Float_t value) {fdEdxMin=value;fCutdEdx=kTRUE;};
  void SetNSigElectMax(const Float_t value) {fNSigElectMax=value;fCutNSigElect=kTRUE;};
  void SetNSigElectMin(const Float_t value) {fNSigElectMin=value;fCutNSigElect=kTRUE;};
  void SetNSigPiMax(const Float_t value) {fNSigPiMax=value;fCutNSigPi=kTRUE;};
  void SetNSigPiMin(const Float_t value) {fNSigPiMin=value;fCutNSigPi=kTRUE;};
  void SetNSigKMax(const Float_t value) {fNSigKMax=value;fCutNSigK=kTRUE;};
  void SetNSigKMin(const Float_t value) {fNSigKMin=value;fCutNSigK=kTRUE;};
  void SetNSigProtonMax(const Float_t value) {fNSigProtonMax=value;fCutNSigProton=kTRUE;};
  void SetNSigProtonMin(const Float_t value) {fNSigProtonMin=value;fCutNSigProton=kTRUE;};
  void SetFitRatioMax(const Float_t value) {fFitRatioMax=value;fCutFitRatio=kTRUE;};
  void SetFitRatioMin(const Float_t value) {fFitRatioMin=value;fCutFitRatio=kTRUE;};

  Int_t GetIDMax() const {return fIDMax;}
  Int_t GetIDMin() const {return fIDMin;}
  Int_t GetChargeMax() const {return fChargeMax;}
  Int_t GetChargeMin() const {return fChargeMin;}
  Float_t GetEtaMax() const {return fEtaMax;}
  Float_t GetEtaMin() const {return fEtaMin;}
  Float_t GetPhiMax() const {return fPhiMax;}
  Float_t GetPhiMin() const {return fPhiMin;}
  Float_t GetPtMax() const {return fPtMax;}
  Float_t GetPtMin() const {return fPtMin;}
  Float_t GetDCAMax() const {return fDCAMax;}
  Float_t GetDCAMin() const {return fDCAMin;}
  Int_t GetNHitsMax() const {return fNHitsMax;}
  Int_t GetNHitsMin() const {return fNHitsMin;}
  Int_t GetNHitsFitMax() const {return fNHitsFitMax;}
  Int_t GetNHitsFitMin() const {return fNHitsFitMin;}
  Int_t GetNHitsPossMax() const {return fNHitsPossMax;}
  Int_t GetNHitsPossMin() const {return fNHitsPossMin;}
  Int_t GetNHitsDedxMax() const {return fNHitsDedxMax;}
  Int_t GetNHitsDedxMin() const {return fNHitsDedxMin;}
  Float_t GetdEdxMax() const {return fdEdxMax;}
  Float_t GetdEdxMin() const {return fdEdxMin;}
  Float_t GetNSigElectMax() const {return fNSigElectMax;}
  Float_t GetNSigElectMin() const {return fNSigElectMin;}
  Float_t GetNSigPiMax() const {return fNSigPiMax;}
  Float_t GetNSigPiMin() const {return fNSigPiMin;}
  Float_t GetNSigKMax() const {return fNSigKMax;}
  Float_t GetNSigKMin() const {return fNSigKMin;}
  Float_t GetNSigProtonMax() const {return fNSigProtonMax;}
  Float_t GetNSigProtonMin() const {return fNSigProtonMin;}
  Float_t GetFitRatioMax() const {return fFitRatioMax;};
  Float_t GetFitRatioMin() const {return fFitRatioMin;};

 private:
  Bool_t   fCutID;  //cut on id
  Int_t fIDMax;     //id max
  Int_t fIDMin;     //id min
  Bool_t   fCutCharge;  //cut on charge
  Int_t fChargeMax;     //max charge
  Int_t fChargeMin;     //min charge
  Bool_t   fCutEta;     //cut on eta
  Float_t fEtaMax;      //eta max
  Float_t fEtaMin;      //eta min
  Bool_t   fCutPhi;     //cut on phi
  Float_t fPhiMax;      //phi max
  Float_t fPhiMin;      //phi min
  Bool_t   fCutPt;      //cut on pt
  Float_t fPtMax;       //pt max
  Float_t fPtMin;       //pt min
  Bool_t   fCutDCA;     //cut dca
  Float_t fDCAMax;      //max dca
  Float_t fDCAMin;      //min dca
  Bool_t   fCutNHits;   //cut nhits
  Int_t fNHitsMax;      //max nhits
  Int_t fNHitsMin;      //min nhits
  Bool_t   fCutNHitsFit;//cut nhistfit
  Int_t fNHitsFitMax;   //nhistfit max
  Int_t fNHitsFitMin;   //nhistfit min
  Bool_t   fCutNHitsPoss;  //cut nhitsposs
  Int_t fNHitsPossMax;     //nhitsposs max
  Int_t fNHitsPossMin;     //nhitsposs min
  Bool_t   fCutNHitsDedx;  //cut nhitsdedx
  Int_t fNHitsDedxMax;     //nhitsdedx max
  Int_t fNHitsDedxMin;     //nhits min
  Bool_t   fCutdEdx;       //cut dedx
  Float_t fdEdxMax;        //dedx max
  Float_t fdEdxMin;        //dedx min
  Bool_t   fCutNSigElect;  //cut nsigelect
  Float_t fNSigElectMax;   //nsigelect max
  Float_t fNSigElectMin;   //nsigelect min
  Bool_t   fCutNSigPi;     //cut nsigpi
  Float_t fNSigPiMax;      //max nsigpi
  Float_t fNSigPiMin;      //min nsigpi
  Bool_t   fCutNSigK;      //cut nsigk
  Float_t fNSigKMax;       //max nsigk
  Float_t fNSigKMin;       //min nsigk
  Bool_t   fCutNSigProton; //cut nsigproton
  Float_t fNSigProtonMax;  //max nsigproton
  Float_t fNSigProtonMin;  //min nsigproton
  Bool_t  fCutFitRatio;    //cut fitratio
  Float_t fFitRatioMax;    //max fitratio
  Float_t fFitRatioMin;    //min fitratio

  ClassDef(AliStarTrackCuts,1)
};

#endif
Commit	Line	Data
b4dba88d	1	/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. */
	2	/* See cxx source for full Copyright notice */
	3	/* $Id$ */
	4
	5	// AliStarTrackCuts:
	6	// A track cut class for AliStarTrack
	7	// origin: Mikolaj Krzewicki (mikolaj.krzewicki@cern.ch)
	8
	9	#ifndef ALISTARTRACKCUTS_H
	10	#define ALISTARTRACKCUTS_H
	11
	12	#include <float.h>
	13	#include "TNamed.h"
	14
	15	class AliStarTrack;
	16
	17	class AliStarTrackCuts : public TNamed {
	18
	19	public:
	20	AliStarTrackCuts();
	21	//AliStarTrackCuts(const AliStarTrackCuts& someCuts);
	22	//AliStarTrackCuts& operator=(const AliStarTrackCuts& someCuts);
	23	virtual ~AliStarTrackCuts() {}
	24
	25	Bool_t PassesCuts(const AliStarTrack* track) const;
	26	static AliStarTrackCuts* StandardCuts();
	27
	28	void SetIDMax(const Int_t value) {fIDMax=value;fCutID=kTRUE;};
	29	void SetIDMin(const Int_t value) {fIDMin=value;fCutID=kTRUE;};
	30	void SetChargeMax(const Int_t value) {fChargeMax=value;fCutCharge=kTRUE;};
	31	void SetChargeMin(const Int_t value) {fChargeMin=value;fCutCharge=kTRUE;};
	32	void SetEtaMax(const Float_t value) {fEtaMax=value;fCutEta=kTRUE;};
	33	void SetEtaMin(const Float_t value) {fEtaMin=value;fCutEta=kTRUE;};
	34	void SetPhiMax(const Float_t value) {fPhiMax=value;fCutPhi=kTRUE;};
	35	void SetPhiMin(const Float_t value) {fPhiMin=value;fCutPhi=kTRUE;};
	36	void SetPtMax(const Float_t value) {fPtMax=value;fCutPt=kTRUE;};
	37	void SetPtMin(const Float_t value) {fPtMin=value;fCutPt=kTRUE;};
	38	void SetDCAMax(const Float_t value) {fDCAMax=value;fCutDCA=kTRUE;};
	39	void SetDCAMin(const Float_t value) {fDCAMin=value;fCutDCA=kTRUE;};
	40	void SetNHitsMax(const Int_t value) {fNHitsMax=value;fCutNHits=kTRUE;};
	41	void SetNHitsMin(const Int_t value) {fNHitsMin=value;fCutNHits=kTRUE;};
	42	void SetNHitsFitMax(const Int_t value) {fNHitsFitMax=value;fCutNHitsFit=kTRUE;};
	43	void SetNHitsFitMin(const Int_t value) {fNHitsFitMin=value;fCutNHitsFit=kTRUE;};
	44	void SetNHitsPossMax(const Int_t value) {fNHitsPossMax=value;fCutNHitsPoss=kTRUE;};
	45	void SetNHitsPossMin(const Int_t value) {fNHitsPossMin=value;fCutNHitsPoss=kTRUE;};
	46	void SetNHitsDedxMax(const Int_t value) {fNHitsDedxMax=value;fCutNHitsDedx=kTRUE;};
	47	void SetNHitsDedxMin(const Int_t value) {fNHitsDedxMin=value;fCutNHitsDedx=kTRUE;};
	48	void SetdEdxMax(const Float_t value) {fdEdxMax=value;fCutdEdx=kTRUE;};
	49	void SetdEdxMin(const Float_t value) {fdEdxMin=value;fCutdEdx=kTRUE;};
	50	void SetNSigElectMax(const Float_t value) {fNSigElectMax=value;fCutNSigElect=kTRUE;};
	51	void SetNSigElectMin(const Float_t value) {fNSigElectMin=value;fCutNSigElect=kTRUE;};
	52	void SetNSigPiMax(const Float_t value) {fNSigPiMax=value;fCutNSigPi=kTRUE;};
	53	void SetNSigPiMin(const Float_t value) {fNSigPiMin=value;fCutNSigPi=kTRUE;};
	54	void SetNSigKMax(const Float_t value) {fNSigKMax=value;fCutNSigK=kTRUE;};
	55	void SetNSigKMin(const Float_t value) {fNSigKMin=value;fCutNSigK=kTRUE;};
	56	void SetNSigProtonMax(const Float_t value) {fNSigProtonMax=value;fCutNSigProton=kTRUE;};
	57	void SetNSigProtonMin(const Float_t value) {fNSigProtonMin=value;fCutNSigProton=kTRUE;};
	58	void SetFitRatioMax(const Float_t value) {fFitRatioMax=value;fCutFitRatio=kTRUE;};
	59	void SetFitRatioMin(const Float_t value) {fFitRatioMin=value;fCutFitRatio=kTRUE;};
	60
45a11433	61	Int_t GetIDMax() const {return fIDMax;}
	62	Int_t GetIDMin() const {return fIDMin;}
	63	Int_t GetChargeMax() const {return fChargeMax;}
	64	Int_t GetChargeMin() const {return fChargeMin;}
	65	Float_t GetEtaMax() const {return fEtaMax;}
	66	Float_t GetEtaMin() const {return fEtaMin;}
	67	Float_t GetPhiMax() const {return fPhiMax;}
	68	Float_t GetPhiMin() const {return fPhiMin;}
	69	Float_t GetPtMax() const {return fPtMax;}
	70	Float_t GetPtMin() const {return fPtMin;}
	71	Float_t GetDCAMax() const {return fDCAMax;}
	72	Float_t GetDCAMin() const {return fDCAMin;}
	73	Int_t GetNHitsMax() const {return fNHitsMax;}
	74	Int_t GetNHitsMin() const {return fNHitsMin;}
	75	Int_t GetNHitsFitMax() const {return fNHitsFitMax;}
	76	Int_t GetNHitsFitMin() const {return fNHitsFitMin;}
	77	Int_t GetNHitsPossMax() const {return fNHitsPossMax;}
	78	Int_t GetNHitsPossMin() const {return fNHitsPossMin;}
	79	Int_t GetNHitsDedxMax() const {return fNHitsDedxMax;}
	80	Int_t GetNHitsDedxMin() const {return fNHitsDedxMin;}
	81	Float_t GetdEdxMax() const {return fdEdxMax;}
	82	Float_t GetdEdxMin() const {return fdEdxMin;}
	83	Float_t GetNSigElectMax() const {return fNSigElectMax;}
	84	Float_t GetNSigElectMin() const {return fNSigElectMin;}
	85	Float_t GetNSigPiMax() const {return fNSigPiMax;}
	86	Float_t GetNSigPiMin() const {return fNSigPiMin;}
	87	Float_t GetNSigKMax() const {return fNSigKMax;}
	88	Float_t GetNSigKMin() const {return fNSigKMin;}
	89	Float_t GetNSigProtonMax() const {return fNSigProtonMax;}
	90	Float_t GetNSigProtonMin() const {return fNSigProtonMin;}
	91	Float_t GetFitRatioMax() const {return fFitRatioMax;};
	92	Float_t GetFitRatioMin() const {return fFitRatioMin;};
b4dba88d	93
b4dba88d	94	private:
a5e1726c	95	Bool_t fCutID; //cut on id
	96	Int_t fIDMax; //id max
	97	Int_t fIDMin; //id min
	98	Bool_t fCutCharge; //cut on charge
	99	Int_t fChargeMax; //max charge
	100	Int_t fChargeMin; //min charge
	101	Bool_t fCutEta; //cut on eta
	102	Float_t fEtaMax; //eta max
	103	Float_t fEtaMin; //eta min
	104	Bool_t fCutPhi; //cut on phi
	105	Float_t fPhiMax; //phi max
	106	Float_t fPhiMin; //phi min
	107	Bool_t fCutPt; //cut on pt
	108	Float_t fPtMax; //pt max
	109	Float_t fPtMin; //pt min
	110	Bool_t fCutDCA; //cut dca
	111	Float_t fDCAMax; //max dca
	112	Float_t fDCAMin; //min dca
	113	Bool_t fCutNHits; //cut nhits
	114	Int_t fNHitsMax; //max nhits
	115	Int_t fNHitsMin; //min nhits
	116	Bool_t fCutNHitsFit;//cut nhistfit
	117	Int_t fNHitsFitMax; //nhistfit max
	118	Int_t fNHitsFitMin; //nhistfit min
	119	Bool_t fCutNHitsPoss; //cut nhitsposs
	120	Int_t fNHitsPossMax; //nhitsposs max
	121	Int_t fNHitsPossMin; //nhitsposs min
	122	Bool_t fCutNHitsDedx; //cut nhitsdedx
	123	Int_t fNHitsDedxMax; //nhitsdedx max
	124	Int_t fNHitsDedxMin; //nhits min
	125	Bool_t fCutdEdx; //cut dedx
	126	Float_t fdEdxMax; //dedx max
	127	Float_t fdEdxMin; //dedx min
	128	Bool_t fCutNSigElect; //cut nsigelect
	129	Float_t fNSigElectMax; //nsigelect max
	130	Float_t fNSigElectMin; //nsigelect min
	131	Bool_t fCutNSigPi; //cut nsigpi
	132	Float_t fNSigPiMax; //max nsigpi
	133	Float_t fNSigPiMin; //min nsigpi
	134	Bool_t fCutNSigK; //cut nsigk
	135	Float_t fNSigKMax; //max nsigk
	136	Float_t fNSigKMin; //min nsigk
	137	Bool_t fCutNSigProton; //cut nsigproton
	138	Float_t fNSigProtonMax; //max nsigproton
	139	Float_t fNSigProtonMin; //min nsigproton
	140	Bool_t fCutFitRatio; //cut fitratio
	141	Float_t fFitRatioMax; //max fitratio
	142	Float_t fFitRatioMin; //min fitratio
b4dba88d	143
	144	ClassDef(AliStarTrackCuts,1)
	145	};
	146
	147	#endif
	148
	149