PndLmdQATask.h

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//-----------------------------------------------------------
//
// Description:
//      Task to generate and store some useful histograms
//
// Author List:
//      Anastasia Karavdina
//      Mathias Michel
//
//-----------------------------------------------------------

#ifndef PNDLMDQATASK_H
#define PNDLMDQATASK_H

// Base Class Headers ----------------
#include "FairTask.h"

// Collaborating Class Headers -------
#include <map>
#include "TString.h"
#include "TH2.h"
#include "TH1.h"

// Collaborating Class Declarations --
class TClonesArray;
class TGeoManager;

class PndLmdQATask :public FairTask{

public:

  // Constructors/Destructors ---------
  PndLmdQATask(TString mcHitBranch="LMDPoint", TString mcTrkBranch="MCTrack", TString clusterBranch="LMDPixelClusterCand", TString digiBrunch="LMDPixelDigis", TString hitBranch="LmdHits", TString TrkCandBranch="LMDTrackCand", TString trackBranch="LMDTrack", TString geaneBranch="GeaneTrackFinal", TString outFile="tmpOutput/QA.root");
#ifndef __CINT__
  PndLmdQATask(const PndLmdQATask& ) = delete;
  PndLmdQATask& operator=(const PndLmdQATask& ) = delete;
#endif
  virtual ~PndLmdQATask();
  void SetVerboseLevel(int verbose){verboseLevel = verbose;};
  void WriteHists();
  virtual InitStatus Init();

  virtual void FinishTask();

  virtual void Exec(Option_t* opt);

protected:
  int verboseLevel;
  //  double fPlab;
  // Input Data------------
  TClonesArray* fmcHitArray;
  TClonesArray* fmcTrkArray;
  TClonesArray* fHitArray;
  TClonesArray* fClusterArray;
  TClonesArray* fDigiArray;
  TClonesArray* fTrkCandArray;
  TClonesArray* fTrkArray;
  TClonesArray* fGeaneArray;

  TString fmcHitName;
  TString fmcTrkName;
  TString fHitName;
  TString fDigiName;
  TString fClusterName;
 TString fTrkCandName;
  TString fTrkName;
  TString fGeaneName;

  //storage / output
  TString foutFile;
  Double_t trkpar[4];
  int tot;
  int all, uneff, mistrk, ghosttrk;
  Int_t fEvent;

  // Analysis Functions
  void ResoAndPulls();
  bool HitReco();
 // void Acceptance(); TODO

  //histos ResoAndPulls
 //Near IP
  TH1 *hResMom;
  TH1 *hErrMom;
  TH1 *hPullMom;
  TH1 *hResTheta;
  TH2 *hResTheta_th; //resolution vs. theta
  TH2 *hResTheta_ph; //resolution vs. phi
  TH1 *hErrTheta;
  TH1 *hPullTheta;
  TH1 *hResPhi;
  TH1 *hErrPhi;
  TH1 *hPullPhi;
  TH1 *hResPointPx;
  TH1 *hErrPointPx;
  TH1 *hPullPointPx;
  
  TH1 *hResPointPy;
  TH1 *hErrPointPy;
  TH1 *hPullPointPy;
  
  TH1 *hResPointPz;
  TH1 *hErrPointPz;
  TH1 *hPullPointPz;

  TH1 *hResPointX;
  TH1 *hPullPointX;
  TH1 *hResPointY;
  TH1 *hPullPointY;
  TH1 *hResPointZ;
  TH1 *hPullPointZ;

/*   //QA candidates */
/*  TH1 *hPullLikePointX; */
/*  TH1 *hPullLikePointY; */
/*  TH1 *hPullLikePointZ; */
/*  TH2 *hPullLikeX_Zmc; */
/*  TH2 *hPullLikeY_Zmc; */
/*  TH2 *hPullLikeZ_Zmc; */
/*  TH2 *hPullLikeTh_Zmc; */
/*  TH2 *hPullLikePh_Zmc; */
/*  TH2 *hPullLikeP_Zmc; */
/*  TH2 *hXrecZmc; */
/*  TH2 *hYrecZmc; */
/*  TH2 *hZrecZmc; */
/*  TH2 *hThrecZmc; */
/*  TH2 *hPhrecZmc; */
/*  TH2 *hPrecZmc; */
/* TH2 *hResXrecZmc; */
/*  TH2 *hResYrecZmc; */
/*  TH2 *hResZrecZmc; */
/*  TH2 *hResThrecZmc; */
/*  TH2 *hResPhrecZmc; */
/*  TH2 *hResPrecZmc; */
/*  TH2 *herrXrecZmc; */
/*  TH2 *herrYrecZmc; */
/*  TH2 *herrZrecZmc; */
/*  TH2 *herrThrecZmc; */
/*  TH2 *herrPhrecZmc; */
/*  TH2 *herrPrecZmc; */

/*  TH2 *hPullLikeX_Xmc; */
/*  TH2 *hPullLikeY_Xmc; */
/*  TH2 *hPullLikeZ_Xmc; */
/*  TH2 *hPullLikeTh_Xmc; */
/*  TH2 *hPullLikePh_Xmc; */
/*  TH2 *hPullLikeP_Xmc; */
/*  TH2 *hXrecXmc; */
/*  TH2 *hYrecXmc; */
/*  TH2 *hZrecXmc; */
/*  TH2 *hThrecXmc; */
/*  TH2 *hPhrecXmc; */
/*  TH2 *hPrecXmc; */
/* TH2 *hResXrecXmc; */
/*  TH2 *hResYrecXmc; */
/*  TH2 *hResZrecXmc; */
/*  TH2 *hResThrecXmc; */
/*  TH2 *hResPhrecXmc; */
/*  TH2 *hResPrecXmc; */
/*  TH2 *herrXrecXmc; */
/*  TH2 *herrYrecXmc; */
/*  TH2 *herrZrecXmc; */
/*  TH2 *herrThrecXmc; */
/*  TH2 *herrPhrecXmc; */
/*  TH2 *herrPrecXmc; */

/* TH2 *hPullLikeX_Ymc; */
/*  TH2 *hPullLikeY_Ymc; */
/*  TH2 *hPullLikeZ_Ymc; */
/*  TH2 *hPullLikeTh_Ymc; */
/*  TH2 *hPullLikePh_Ymc; */
/*  TH2 *hPullLikeP_Ymc; */
/*  TH2 *hXrecYmc; */
/*  TH2 *hYrecYmc; */
/*  TH2 *hZrecYmc; */
/*  TH2 *hThrecYmc; */
/*  TH2 *hPhrecYmc; */
/*  TH2 *hPrecYmc; */
/* TH2 *hResXrecYmc; */
/*  TH2 *hResYrecYmc; */
/*  TH2 *hResZrecYmc; */
/*  TH2 *hResThrecYmc; */
/*  TH2 *hResPhrecYmc; */
/*  TH2 *hResPrecYmc; */
/*  TH2 *herrXrecYmc; */
/*  TH2 *herrYrecYmc; */
/*  TH2 *herrZrecYmc; */
/*  TH2 *herrThrecYmc; */
/*  TH2 *herrPhrecYmc; */
/*  TH2 *herrPrecYmc; */

  //Near 1st LMD plane
 TH1 *hResHitX; 
 TH1 *hResHitY;
 TH1 *hResHitZ;
  TH1 *hhits;
  TH1 *hchi2;
  TH1 *hResLumiTrkMom;
  TH1 *hResLumiTrkTheta;
  TH1 *hResLumiTrkPhi;
  TH2 *hResLumiTrkTheta2D;
  TH2 *hMCLumiTrkTheta2D;
  TH2 *hRecLumiTrkTheta2D;
  TH1 *hResLumiTrkPointX;
  TH1 *hResLumiTrkPointY;
  TH1 *hResLumiTrkPointZ;

  TH1 *hResLumiTrkPointPx;
  TH1 *hResLumiTrkPointPy;
  TH1 *hResLumiTrkPointPz;

  TH1 *hResLumiTrkPointXErr;
  TH1 *hResLumiTrkPointYErr;
  TH1 *hResLumiTrkPointZErr;
  TH1 *hResLumiTrkPointPxErr;
  TH1 *hResLumiTrkPointPyErr;
  TH1 *hResLumiTrkPointPzErr;

  TH1 *hResLumiTrkPointXPull;
  TH1 *hResLumiTrkPointYPull;
  TH1 *hResLumiTrkPointZPull;

  TH1 *hResLumiTrkPointPxPull;
  TH1 *hResLumiTrkPointPyPull;
  TH1 *hResLumiTrkPointPzPull;
  TH1 *hResLumiTrkThetaPull;
  TH1 *hResLumiTrkPhiPull;

  
  //TFile *fouthists;
  ClassDef(PndLmdQATask,1);

};

#endif