d5/d5c/APWeightEntry_8h_source.html

/*

  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration

*/


#ifndef APWeightEntry_h

#define APWeightEntry_h


#include "Rtypes.h"


class TH1F;


class APWeightEntry {


public:

  APWeightEntry();

  APWeightEntry(unsigned int val_denominator, unsigned int val_numerator, double scale, bool isTrig = false);

  virtual ~APWeightEntry();

  void ReadEfficiency(double efficiency, double err_low, double err_high);

  void SetCoordinates(const std::vector<int>& coords, const std::vector<int>& n_dim_origin);


  unsigned int GetValDenominator() const;

  unsigned int GetValNumerator() const;

  double GetExpectancy() const;

  double GetVariance() const;

  double GetStatUncertLow() const;

  double GetStatUncertHigh() const;

  double GetSysUncert() const;

  double GetSysUncert2() const;

  double GetRandom();

  TH1F* GetPDF();

  unsigned int GetID() const;

  std::vector< int > GetCoords() const;

  std::vector< int > GetOriginalDimensions() const;

  bool IsNaN() const;

  bool IsTrig() const;

  void SetSystUncert(double rel_uncert);

  void SetID(unsigned int id);

private:

  APWeightEntry (const APWeightEntry&);

  APWeightEntry& operator= (const APWeightEntry&);


  void _CreateHist();

  void _ComputeCum();

  unsigned int m_val_denominator;

  unsigned int m_val_numerator;

  double m_expectancy_val;

  double m_variance;

  double m_stat_uncert_low;

  double m_stat_uncert_high;

  double m_sys_uncert;

  double m_sys_uncert2;

  bool m_is_trig;

  bool m_is_nan;

  unsigned int m_ID;

  double m_integral;

  double *m_pdf, *m_bins, *m_cumul;

  TH1F *m_hist;

  std::vector<int> m_coords;

  std::vector< int > m_n_dim_origin;

};


#endif