Adding macro to create Pad response function for the GEM readout

[u/mrichter/AliRoot.git] / TPC / AliTPCCalibKr.h

#ifndef ALITPCCALIBKR_H\r
#define ALITPCCALIBKR_H\r
/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *\r
 * See cxx source for full Copyright notice                               */\r
\r
#include <TObject.h>\r
#include <TObjArray.h>\r
#include <TChain.h>\r
#include <TTree.h>\r
#include <TClonesArray.h>\r
\r
#include "AliTPCclusterKr.h"\r
\r
class TH3F;\r
class TH1D;\r
\r
class AliTPCCalibKr : public TObject {\r
\r
public:\r
  AliTPCCalibKr();\r
  AliTPCCalibKr(const AliTPCCalibKr&); // copy constructor\r
  virtual ~AliTPCCalibKr();\r
\r
  AliTPCCalibKr& operator=(const AliTPCCalibKr&); \r
\r
  //\r
  void Init();\r
  Bool_t Process(AliTPCclusterKr *cluster);\r
  Bool_t Accept(AliTPCclusterKr *cluster);\r
  Bool_t Update(AliTPCclusterKr *cluster);\r
  TH3F*  CreateHisto(Int_t chamber);\r
\r
  const TObjArray* GetHistoKrArray () {return &fHistoKrArray;}  // get calibration object\r
  TH3F* GetHistoKr(Int_t sector) const;                         // get refernce histogram\r
\r
  Bool_t IsCSide(Int_t chamber);\r
  Bool_t IsIROC(Int_t chamber);\r
\r
  void Analyse();\r
  static TH1D* ProjectHisto(TH3F* histo3D, const char* name = "_pz", Int_t firstxbin = 0, Int_t lastxbin = 0, Int_t firstybin = 0, Int_t lastybin = 0);\r
\r
  void SetASide(Bool_t bA = kTRUE) {fASide = bA;} // fill histo only A TPC side\r
  void SetBSide(Bool_t bC = kTRUE) {fCSide = bC;} // fill histo only C TPC side\r
\r
  //Merge output objects (needed by PROOF)\r
  virtual Long64_t Merge(TCollection* list);\r
\r
  // Setters\r
  void SetADCOverClustSizeRange(Float_t min=0.0,Float_t max=1.0e9)   {fADCOverClustSizeMin = min ; fADCOverClustSizeMax = max;  }\r
  void SetMaxADCOverClustADCRange(Float_t min=0.0,Float_t max=1.0e9) {fMaxADCOverClustADCMin = min ; fMaxADCOverClustADCMax = max;  }\r
  void SetTimeRange(Float_t min=0.0, Float_t max=1.0e9)              {fTimeMin = min ; fTimeMax = max; }\r
  void SetClustSizeRange(Float_t min=0.0, Float_t max=1.0e9)         {fClustSizeMin = min ; fClustSizeMax = max; }\r
\r
  void SetTimebinRmsMin(Float_t iroc=0.0,Float_t oroc=0.0)           {fTimebinRmsIrocMin = iroc ; fTimebinRmsOrocMin = oroc; }\r
  void SetPadRmsMin(Float_t iroc=0.0,Float_t oroc=0.0)               {fPadRmsIrocMin = iroc ; fPadRmsOrocMin = oroc; }\r
  void SetRowRmsMin(Float_t iroc=0.0,Float_t oroc=0.0)               {fRowRmsIrocMin = iroc ; fRowRmsOrocMin = oroc; }\r
  void SetClusterPadSize1DMax(Short_t iroc=200,Short_t oroc=200) {fClusterPadSize1DIrocMax = iroc ; fClusterPadSize1DOrocMax = oroc; }\r
  void SetCurveCoefficient(Float_t iroc=1.0e9,Float_t oroc=1.0e9)    {fCurveCoefficientIroc = iroc ; fCurveCoefficientOroc = oroc; }\r
\r
  void SetIrocHistogram(Int_t nbins=200,Float_t min=100,Float_t max=6000) {fIrocHistogramNbins = nbins ; fIrocHistogramMin = min ; fIrocHistogramMax = max; }\r
  void SetOrocHistogram(Int_t nbins=200,Float_t min=100,Float_t max=5500) {fOrocHistogramNbins = nbins ; fOrocHistogramMin = min ; fOrocHistogramMax = max; }\r
\r
  void SetRadius(UInt_t row=0, UInt_t pad=0) {fRowRadius = row ; fPadRadius = pad; }\r
  void SetStep(UInt_t row=1, UInt_t pad=1) {fRowStep = (row>=1?row:1) ; fPadStep = (pad>=1?pad:1) ; }\r
\r
private:\r
\r
  Bool_t fASide;              //! Only A side\r
  Bool_t fCSide;              //! Only C side \r
  TObjArray fHistoKrArray;    //  Calibration histograms for Kr distribution\r
\r
  Float_t fADCOverClustSizeMin; // min ADCcluster over Cluster size ratio\r
  Float_t fADCOverClustSizeMax; // max ADCcluster over Cluster size ratio\r
  Float_t fMaxADCOverClustADCMin; // min MaxADC over ADCcluster ratio \r
  Float_t fMaxADCOverClustADCMax; // max MaxADC over ADCcluster ratio\r
  Float_t fTimeMin; // min time bin for MaxADC\r
  Float_t fTimeMax; // max time bin for MaxADC\r
  Float_t fClustSizeMin; // min cluster size\r
  Float_t fClustSizeMax; // max cluster size\r
\r
  Float_t fTimebinRmsIrocMin; // min Timebin RMS for IROCs\r
  Float_t fPadRmsIrocMin; // min Pad RMS for IROCs\r
  Float_t fRowRmsIrocMin; // min Row RMS for IROCs\r
  Short_t fClusterPadSize1DIrocMax; // max size of cluster in pad dir. for IROCs \r
  Float_t fCurveCoefficientIroc; // A coefficient in curve function for IROCs\r
\r
  Float_t fTimebinRmsOrocMin; // min Timebin RMS for OROCs\r
  Float_t fPadRmsOrocMin; // min Pad RMS for OROCs\r
  Float_t fRowRmsOrocMin; // min Row RMS for OROCs\r
  Short_t fClusterPadSize1DOrocMax; // max size of cluster in pad dir. for OROCs \r
  Float_t fCurveCoefficientOroc; // A coefficient in curve function for OROCs\r
\r
  Float_t fIrocHistogramMin; // minimal range of histogram for IROCs\r
  Float_t fIrocHistogramMax; // maximal range of histogram for IROCs\r
  Int_t   fIrocHistogramNbins; // number of bins in IROC histogram\r
  Float_t fOrocHistogramMin; // minimal range of histogram for OROCs\r
  Float_t fOrocHistogramMax; // maximal range of histogram for OROCs\r
  Int_t   fOrocHistogramNbins; // number of bins in OROC histogram\r
\r
  UInt_t fRowRadius; // window size around pad +/-; set to 0 for pad-by-pad calib\r
  UInt_t fPadRadius; // window size around pad +/-; set to 0 for pad-by-pad calib\r
  UInt_t fRowStep; // step size; set to 1 for finest granularity\r
  UInt_t fPadStep; // step size; set to 1 for finest granularity\r
\r
\r
\r
public:\r
  ClassDef(AliTPCCalibKr, 4)  // Implementation of the TPC krypton calibration\r
};\r
\r
#endif\r
\r