[u/mrichter/AliRoot.git] / PWGPP / ITS / AliAnalysisTaskITSAlignQA.h

#ifndef ALIANALYSISTASKITSALIGNQA
#define ALIANALYSISTASKITSALIGNQA

/* Copyright(c) 1998-2012, ALICE Experiment at CERN, All rights reserved. *
 * See cxx source for full Copyright notice                               */

//*************************************************************************
// Class AliAnalysiTaskITSAlignQA
// AliAnalysisTaskSE to extract from ESD + ESDfriends 
// the track-to-point residuals and dE/dx vs, time for SDD modules
//
// Author: F. Prino, prino@to.infn.it
//*************************************************************************

class TList;
class TH1F;
class TH2F;
class TProfile;
class TTree;
class TString;
class AliESDEvent;
class AliESDfriend;
class AliITSTPArrayFit;
class AliTrackPointArray;
class AliITSSumTP;

#include "AliAnalysisTaskSE.h"

class AliAnalysisTaskITSAlignQA : public AliAnalysisTaskSE {

 public:
  enum {kEvAll=0,kEvCnt,kEvVtx,kEvPlp,kNTracks,kNEvStatBins,  kEvAcc=kEvPlp};
  AliAnalysisTaskITSAlignQA();
  virtual ~AliAnalysisTaskITSAlignQA();

  virtual void   UserExec(Option_t *option);
  virtual void   UserCreateOutputObjects();
  virtual void   Terminate(Option_t *option);

  void SetDoFillTPTree(Bool_t opt){
    fDoFillTPTree=opt;
  }
  void SetDoSPDResiduals(Bool_t opt){
    fDoSPDResiduals=opt;
  }
  void SetDoSDDResiduals(Bool_t opt){
    fDoSDDResiduals=opt;
  }
  void SetDoSSDResiduals(Bool_t opt){
    fDoSSDResiduals=opt;
  }
  void SetDoSDDdEdxCalib(Bool_t opt){
    fDoSDDdEdxCalib=opt;
  }
  void SetDoSDDVDriftCalib(Bool_t opt){
    fDoSDDVDriftCalib=opt;
  }
  void SetDoSDDDriftTime(Bool_t opt){
    fDoSDDDriftTime=opt;
  }
  void SetDoAllResiduals(){
    fDoSPDResiduals=kTRUE;
    fDoSDDResiduals=kTRUE;
    fDoSSDResiduals=kTRUE;
  }
  void SetDoAll(){
    SetDoAllResiduals();
    fDoSDDdEdxCalib=kTRUE;    
  }
  void SetUseITSstandaloneTracks(Bool_t use){
    fUseITSsaTracks=use;
  }
  void SetLoadGeometryFromOCDB(Bool_t opt){
    fLoadGeometry=opt;
  }

  void SetMinITSPoints(Int_t minp=3){
    fMinITSpts=minp;
  }
  void SetMinTPCPoints(Int_t minp=70){
    fMinTPCpts=minp;
  }
  void SetMinPt(Float_t minpt=1.0){
    fMinPt=minpt;
  }
  void SetUseTPCMomentum(Bool_t v=kTRUE)    { fUseTPCMomentum = v;}
  //
  void SetMinVtxContributors(Int_t n=5)     { fMinVtxContributors = n; }
  void SetUseVertex(Bool_t v=kTRUE)         { fUseVertex = v; }
  void SetUseVertexForZOnly(Bool_t v=kTRUE) { fUseVertexForZOnly = v; } // Use the vertex for SDD Z residuals only
  void SetRemovePileupWithSPD(Bool_t opt=kTRUE) { fRemovePileupWithSPD = opt; }
  void SetMinMaxMult(Double_t mn=0,Double_t mx=1e9) {fMinMult=mn; fMaxMult=mx;} 
  void SetCutDCA(double xy, double z) {fCutDCAXY = xy; fCutDCAZ = z;}

  void SetOCDBInfo(UInt_t runNb, const char *location) {
    fRunNb=runNb; 
    fOCDBLocation=location;
  }

  Bool_t   GetUseTPCMomentum()                    const {return fUseTPCMomentum;}
  Bool_t   AcceptTrack(const AliESDtrack * track, const AliESDVertex* vtx=0);
  Bool_t   AcceptVertex(const AliESDVertex * vtx, const AliESDVertex * vtxSPD);
  Bool_t   AcceptCentrality(const AliESDEvent *esd) const;
  void     CreateSPDHistos();
  void     CreateSDDHistos();
  void     CreateSSDHistos();

  void     FitAndFillSPD(Int_t iLayer, const AliTrackPointArray *array, Int_t npts, AliESDtrack * track);
  void     FitAndFillSDDrphi(const AliTrackPointArray *array, Int_t npts, AliESDtrack * track);
  void     FitAndFillSDDz(Int_t iLayer, const AliTrackPointArray *array, Int_t npts, AliESDtrack * track);
  void     FitAndFillSSD(Int_t iLayer, const AliTrackPointArray *array, Int_t npts, AliESDtrack * track);
  void     SetPtBinLimits(Int_t nBins, Double_t* xbins){
    fNPtBins=nBins;
    if(nBins>kMaxPtBins) fNPtBins=kMaxPtBins;
    for(Int_t iBin=0; iBin<=fNPtBins; iBin++) fPtBinLimits[iBin]=xbins[iBin];
  }
  void     LoadGeometryFromOCDB();
  AliTrackPointArray* PrepareTrack(const AliTrackPointArray* inp, const AliESDVertex* vtx=0);
  void                PrepareVertexConstraint(const AliESDVertex* vtx, AliTrackPoint &point);
  //
  void    CreateUserInfo();
 private:
  AliAnalysisTaskITSAlignQA(const AliAnalysisTaskITSAlignQA &source);
  AliAnalysisTaskITSAlignQA& operator=(const AliAnalysisTaskITSAlignQA &source);
  
  enum {kNSPDmods = 240};
  enum {kNSDDmods = 260};
  enum {kNSSDmods = 1698};
  enum {kMaxPtBins = 12};
  enum {kVtxSensVID=14371};    // dummy VID for "vertex" point

  TList* fOutput;              //! Histos with residuals
  TH1F*  fHistNEvents;         //! histo with N of events  
  TH1F*  fHistPtAccept;        //! histo of pt distribution of accepted tracks 

  TH2F*  fHistSPDResidX[kNSPDmods];       //! histos of SPD residuals along Xloc vs. Pt
  TH2F*  fHistSPDResidZ[kNSPDmods];       //! histos of SPD residuals along Zloc vs. Pt
  TH2F*  fHistSDDResidX[kNSDDmods];       //! histos of SDD residuals along Xloc vs. Pt
  TH2F*  fHistSDDResidZ[kNSDDmods];       //! histos of SDD residuals along Zloc vs. Pt
  TH2F*  fHistSSDResidX[kNSSDmods];       //! histos of SSD residuals along Xloc vs. Pt
  TH2F*  fHistSSDResidZ[kNSSDmods];       //! histos of SSD residuals along Zloc vs. Pt

  TH2F*  fHistSDDResidXvsX[kNSDDmods];    //! histos of SDD residuals along Xloc vs. Xloc
  TH2F*  fHistSDDResidXvsZ[kNSDDmods];    //! histos of SDD residuals along Xloc vs. Zloc
  TH2F*  fHistSDDResidZvsX[kNSDDmods];    //! histos of SDD residuals along Zloc vs. Xloc
  TH2F*  fHistSDDResidZvsZ[kNSDDmods];    //! histos of SDD residuals along Zloc vs. Zloc
  TH2F*  fHistSDDdEdxvsDrTime[kNSDDmods]; //! histos of SDD dE/dx vs. drift time
  TH1F*  fHistSDDDrTimeAll[kNSDDmods];    //! histos of SDD drift time (all clusters)
  TH1F*  fHistSDDDrTimeExtra[kNSDDmods];  //! histos of SDD drift time (extra clusters)
  TH1F*  fHistSDDDrTimeAttac[kNSDDmods];  //! histos of SDD drift time (attached clusters)
  //
  // RS
  TProfile* fHProfSDDResidXvsXD[kNSDDmods][2]; // ! profile histos of SDD residuals along Xloc vs. Drift distance, each side separately
  TProfile* fHProfSDDDrTimevsXD[kNSDDmods][2]; // ! profile histos of SDD drift time vs. Drift distance, each side separately
  TProfile* fHProfSDDResidXvsZ[kNSDDmods][2];  // ! profile histos of SDD residuals along Xloc vs. Z (anode), each side separately
  TProfile* fHProfSDDDrTimevsZ[kNSDDmods][2];  // ! profile histos of SDD drift time vs. Z (anode), each side separately
  //
  Bool_t   fDoSPDResiduals;   // Flag to enable histos of SPD residuals
  Bool_t   fDoSDDResiduals;   // Flag to enable histos of SDD residuals
  Bool_t   fDoSSDResiduals;   // Flag to enable histos of SSD residuals
  Bool_t   fDoSDDdEdxCalib;   // Flag to enable histos for SDD dE/dx calibration
  Bool_t   fDoSDDVDriftCalib; // Flag to enable histos for SDD VDrift calibration
  Bool_t   fDoSDDDriftTime;   // Flag to enable histos for SDD Drift times
  Bool_t   fDoFillTPTree;     // Flag to enable tree with trackpoints
  Bool_t   fUseITSsaTracks;   // Flag for using standalone ITS tracks
  Bool_t   fLoadGeometry;     // Flag to control the loading of geometry from OCDB
  Bool_t   fUseVertex;        // Use the vertex as an extra point
  Bool_t   fUseVertexForZOnly; // Use the vertex for SDD Z residuals only
  Bool_t   fUseTPCMomentum;   // for the curv. constraint use TPC momentum rather than global
  Int_t    fMinVtxContributors; // min N contributors to accept vertex if fUseVertex is on
  Bool_t   fRemovePileupWithSPD; // Use/not use pileup rejection with SPD
  Int_t    fMinITSpts;        // Minimum number of ITS points per track
  Int_t    fMinTPCpts;        // Minimum number of TPC points per track
  Float_t  fMinPt;            // Minimum pt to accept tracks
  Int_t    fNPtBins;          // number of pt bins
  Double_t fMinMult;          // min centrality cut
  Double_t fMaxMult;          // max centrality cut
  Double_t fPtBinLimits[kMaxPtBins+1];  // limits of Pt bins
  Double_t fCutDCAXY;        // apply rough XY DCA cut in case of vtx constraint, in terms of standard deviations
  Double_t fCutDCAZ;         // apply rough Z  DCA cut in case of vtx constraint  in terms of standard deviations
  AliITSTPArrayFit* fFitter;  // Track Point fitter
  AliITSSumTP* fITSSumTP;     // TracPoints summary objects
  Int_t fRunNb;               // Run number
  TString fOCDBLocation;      // OCDB location
  ClassDef(AliAnalysisTaskITSAlignQA,6);
};


#endif
Commit	Line	Data
89b48e9e	1	#ifndef ALIANALYSISTASKITSALIGNQA
	2	#define ALIANALYSISTASKITSALIGNQA
	3
	4	/* Copyright(c) 1998-2012, ALICE Experiment at CERN, All rights reserved. *
	5	* See cxx source for full Copyright notice */
	6
	7	//*************************************************************************
	8	// Class AliAnalysiTaskITSAlignQA
	9	// AliAnalysisTaskSE to extract from ESD + ESDfriends
	10	// the track-to-point residuals and dE/dx vs, time for SDD modules
	11	//
	12	// Author: F. Prino, prino@to.infn.it
	13	//*************************************************************************
	14
	15	class TList;
	16	class TH1F;
	17	class TH2F;
f09774b4	18	class TProfile;
89b48e9e	19	class TTree;
	20	class TString;
	21	class AliESDEvent;
	22	class AliESDfriend;
	23	class AliITSTPArrayFit;
ee3292b1	24	class AliTrackPointArray;
6a5f5ccc	25	class AliITSSumTP;
89b48e9e	26
	27	#include "AliAnalysisTaskSE.h"
	28
	29	class AliAnalysisTaskITSAlignQA : public AliAnalysisTaskSE {
	30
	31	public:
00a2ed4c	32	enum {kEvAll=0,kEvCnt,kEvVtx,kEvPlp,kNTracks,kNEvStatBins, kEvAcc=kEvPlp};
89b48e9e	33	AliAnalysisTaskITSAlignQA();
	34	virtual ~AliAnalysisTaskITSAlignQA();
	35
	36	virtual void UserExec(Option_t *option);
	37	virtual void UserCreateOutputObjects();
	38	virtual void Terminate(Option_t *option);
	39
6a5f5ccc	40	void SetDoFillTPTree(Bool_t opt){
	41	fDoFillTPTree=opt;
	42	}
89b48e9e	43	void SetDoSPDResiduals(Bool_t opt){
	44	fDoSPDResiduals=opt;
	45	}
	46	void SetDoSDDResiduals(Bool_t opt){
	47	fDoSDDResiduals=opt;
	48	}
	49	void SetDoSSDResiduals(Bool_t opt){
	50	fDoSSDResiduals=opt;
	51	}
	52	void SetDoSDDdEdxCalib(Bool_t opt){
	53	fDoSDDdEdxCalib=opt;
	54	}
826883ac	55	void SetDoSDDVDriftCalib(Bool_t opt){
	56	fDoSDDVDriftCalib=opt;
	57	}
	58	void SetDoSDDDriftTime(Bool_t opt){
	59	fDoSDDDriftTime=opt;
	60	}
89b48e9e	61	void SetDoAllResiduals(){
	62	fDoSPDResiduals=kTRUE;
	63	fDoSDDResiduals=kTRUE;
	64	fDoSSDResiduals=kTRUE;
	65	}
	66	void SetDoAll(){
	67	SetDoAllResiduals();
	68	fDoSDDdEdxCalib=kTRUE;
	69	}
89b48e9e	70	void SetUseITSstandaloneTracks(Bool_t use){
	71	fUseITSsaTracks=use;
	72	}
9ea163ca	73	void SetLoadGeometryFromOCDB(Bool_t opt){
	74	fLoadGeometry=opt;
	75	}
	76
89b48e9e	77	void SetMinITSPoints(Int_t minp=3){
	78	fMinITSpts=minp;
	79	}
	80	void SetMinTPCPoints(Int_t minp=70){
	81	fMinTPCpts=minp;
	82	}
	83	void SetMinPt(Float_t minpt=1.0){
	84	fMinPt=minpt;
	85	}
6a5f5ccc	86	void SetUseTPCMomentum(Bool_t v=kTRUE) { fUseTPCMomentum = v;}
6a5f5ccc	87	//
df69bb07	88	void SetMinVtxContributors(Int_t n=5) { fMinVtxContributors = n; }
	89	void SetUseVertex(Bool_t v=kTRUE) { fUseVertex = v; }
	90	void SetUseVertexForZOnly(Bool_t v=kTRUE) { fUseVertexForZOnly = v; } // Use the vertex for SDD Z residuals only
5104b23e	91	void SetRemovePileupWithSPD(Bool_t opt=kTRUE) { fRemovePileupWithSPD = opt; }
00a2ed4c	92	void SetMinMaxMult(Double_t mn=0,Double_t mx=1e9) {fMinMult=mn; fMaxMult=mx;}
6a5f5ccc	93	void SetCutDCA(double xy, double z) {fCutDCAXY = xy; fCutDCAZ = z;}
6a5f5ccc	94
00a2ed4c	95	void SetOCDBInfo(UInt_t runNb, const char *location) {
89b48e9e	96	fRunNb=runNb;
	97	fOCDBLocation=location;
	98	}
	99
6a5f5ccc	100	Bool_t GetUseTPCMomentum() const {return fUseTPCMomentum;}
6a5f5ccc	101	Bool_t AcceptTrack(const AliESDtrack * track, const AliESDVertex* vtx=0);
5104b23e	102	Bool_t AcceptVertex(const AliESDVertex * vtx, const AliESDVertex * vtxSPD);
00a2ed4c	103	Bool_t AcceptCentrality(const AliESDEvent *esd) const;
89b48e9e	104	void CreateSPDHistos();
	105	void CreateSDDHistos();
	106	void CreateSSDHistos();
	107
	108	void FitAndFillSPD(Int_t iLayer, const AliTrackPointArray array, Int_t npts, AliESDtrack track);
9ea163ca	109	void FitAndFillSDDrphi(const AliTrackPointArray array, Int_t npts, AliESDtrack track);
9ea163ca	110	void FitAndFillSDDz(Int_t iLayer, const AliTrackPointArray array, Int_t npts, AliESDtrack track);
89b48e9e	111	void FitAndFillSSD(Int_t iLayer, const AliTrackPointArray array, Int_t npts, AliESDtrack track);
	112	void SetPtBinLimits(Int_t nBins, Double_t* xbins){
	113	fNPtBins=nBins;
	114	if(nBins>kMaxPtBins) fNPtBins=kMaxPtBins;
	115	for(Int_t iBin=0; iBin<=fNPtBins; iBin++) fPtBinLimits[iBin]=xbins[iBin];
	116	}
	117	void LoadGeometryFromOCDB();
df69bb07	118	AliTrackPointArray* PrepareTrack(const AliTrackPointArray* inp, const AliESDVertex* vtx=0);
df69bb07	119	void PrepareVertexConstraint(const AliESDVertex* vtx, AliTrackPoint &point);
6a5f5ccc	120	//
6a5f5ccc	121	void CreateUserInfo();
89b48e9e	122	private:
	123	AliAnalysisTaskITSAlignQA(const AliAnalysisTaskITSAlignQA &source);
	124	AliAnalysisTaskITSAlignQA& operator=(const AliAnalysisTaskITSAlignQA &source);
	125
	126	enum {kNSPDmods = 240};
	127	enum {kNSDDmods = 260};
	128	enum {kNSSDmods = 1698};
	129	enum {kMaxPtBins = 12};
df69bb07	130	enum {kVtxSensVID=14371}; // dummy VID for "vertex" point
89b48e9e	131
	132	TList* fOutput; //! Histos with residuals
	133	TH1F* fHistNEvents; //! histo with N of events
	134	TH1F* fHistPtAccept; //! histo of pt distribution of accepted tracks
	135
	136	TH2F* fHistSPDResidX[kNSPDmods]; //! histos of SPD residuals along Xloc vs. Pt
	137	TH2F* fHistSPDResidZ[kNSPDmods]; //! histos of SPD residuals along Zloc vs. Pt
f09774b4	138	TH2F* fHistSDDResidX[kNSDDmods]; //! histos of SDD residuals along Xloc vs. Pt
f09774b4	139	TH2F* fHistSDDResidZ[kNSDDmods]; //! histos of SDD residuals along Zloc vs. Pt
89b48e9e	140	TH2F* fHistSSDResidX[kNSSDmods]; //! histos of SSD residuals along Xloc vs. Pt
	141	TH2F* fHistSSDResidZ[kNSSDmods]; //! histos of SSD residuals along Zloc vs. Pt
	142
	143	TH2F* fHistSDDResidXvsX[kNSDDmods]; //! histos of SDD residuals along Xloc vs. Xloc
	144	TH2F* fHistSDDResidXvsZ[kNSDDmods]; //! histos of SDD residuals along Xloc vs. Zloc
	145	TH2F* fHistSDDResidZvsX[kNSDDmods]; //! histos of SDD residuals along Zloc vs. Xloc
	146	TH2F* fHistSDDResidZvsZ[kNSDDmods]; //! histos of SDD residuals along Zloc vs. Zloc
	147	TH2F* fHistSDDdEdxvsDrTime[kNSDDmods]; //! histos of SDD dE/dx vs. drift time
	148	TH1F* fHistSDDDrTimeAll[kNSDDmods]; //! histos of SDD drift time (all clusters)
	149	TH1F* fHistSDDDrTimeExtra[kNSDDmods]; //! histos of SDD drift time (extra clusters)
	150	TH1F* fHistSDDDrTimeAttac[kNSDDmods]; //! histos of SDD drift time (attached clusters)
f09774b4	151	//
	152	// RS
	153	TProfile* fHProfSDDResidXvsXD[kNSDDmods][2]; // ! profile histos of SDD residuals along Xloc vs. Drift distance, each side separately
	154	TProfile* fHProfSDDDrTimevsXD[kNSDDmods][2]; // ! profile histos of SDD drift time vs. Drift distance, each side separately
	155	TProfile* fHProfSDDResidXvsZ[kNSDDmods][2]; // ! profile histos of SDD residuals along Xloc vs. Z (anode), each side separately
	156	TProfile* fHProfSDDDrTimevsZ[kNSDDmods][2]; // ! profile histos of SDD drift time vs. Z (anode), each side separately
	157	//
89b48e9e	158	Bool_t fDoSPDResiduals; // Flag to enable histos of SPD residuals
	159	Bool_t fDoSDDResiduals; // Flag to enable histos of SDD residuals
	160	Bool_t fDoSSDResiduals; // Flag to enable histos of SSD residuals
	161	Bool_t fDoSDDdEdxCalib; // Flag to enable histos for SDD dE/dx calibration
826883ac	162	Bool_t fDoSDDVDriftCalib; // Flag to enable histos for SDD VDrift calibration
826883ac	163	Bool_t fDoSDDDriftTime; // Flag to enable histos for SDD Drift times
6a5f5ccc	164	Bool_t fDoFillTPTree; // Flag to enable tree with trackpoints
89b48e9e	165	Bool_t fUseITSsaTracks; // Flag for using standalone ITS tracks
9ea163ca	166	Bool_t fLoadGeometry; // Flag to control the loading of geometry from OCDB
df69bb07	167	Bool_t fUseVertex; // Use the vertex as an extra point
df69bb07	168	Bool_t fUseVertexForZOnly; // Use the vertex for SDD Z residuals only
6a5f5ccc	169	Bool_t fUseTPCMomentum; // for the curv. constraint use TPC momentum rather than global
df69bb07	170	Int_t fMinVtxContributors; // min N contributors to accept vertex if fUseVertex is on
5104b23e	171	Bool_t fRemovePileupWithSPD; // Use/not use pileup rejection with SPD
89b48e9e	172	Int_t fMinITSpts; // Minimum number of ITS points per track
	173	Int_t fMinTPCpts; // Minimum number of TPC points per track
	174	Float_t fMinPt; // Minimum pt to accept tracks
	175	Int_t fNPtBins; // number of pt bins
00a2ed4c	176	Double_t fMinMult; // min centrality cut
00a2ed4c	177	Double_t fMaxMult; // max centrality cut
89b48e9e	178	Double_t fPtBinLimits[kMaxPtBins+1]; // limits of Pt bins
6a5f5ccc	179	Double_t fCutDCAXY; // apply rough XY DCA cut in case of vtx constraint, in terms of standard deviations
6a5f5ccc	180	Double_t fCutDCAZ; // apply rough Z DCA cut in case of vtx constraint in terms of standard deviations
89b48e9e	181	AliITSTPArrayFit* fFitter; // Track Point fitter
6a5f5ccc	182	AliITSSumTP* fITSSumTP; // TracPoints summary objects
89b48e9e	183	Int_t fRunNb; // Run number
89b48e9e	184	TString fOCDBLocation; // OCDB location
6a5f5ccc	185	ClassDef(AliAnalysisTaskITSAlignQA,6);
89b48e9e	186	};
	187
	188
	189	#endif
df69bb07	190
5104b23e	191