NominalEfficiencyThresholds.h

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#ifndef MuonIsolation_NominalEfficiencyThresholds_H
#define MuonIsolation_NominalEfficiencyThresholds_H

#include <map>
#include <string>
#include <utility>
#include <vector>

namespace muonisolation {
  class NominalEfficiencyThresholds {
  public:
    NominalEfficiencyThresholds() {}
    NominalEfficiencyThresholds(const std::string& infile);
    ~NominalEfficiencyThresholds() {}

    struct ThresholdLocation {
      float eta;
      int cone;
    };

    float thresholdValueForEfficiency(ThresholdLocation location, float eff_thr) const;

    std::vector<double> bins() const;
    void dump();

  private:
    struct EfficiencyBin {
      float eff;
      float eff_previous;
      bool operator()(const EfficiencyBin& e1, const EfficiencyBin& e2) const;
    };

    class EtaBounds {
    public:
      enum { NumberOfTowers = 32 };
      EtaBounds();
      int towerFromEta(double eta) const;
      float operator()(unsigned int i) const { return theBounds[i]; }

    private:
      float theBounds[NumberOfTowers + 1];  //max eta of towers 1-32 (indx 1-32) and 0. for indx 0
    };

    struct locless {
      bool operator()(const ThresholdLocation& l1, const ThresholdLocation& l2) const;
      EtaBounds etabounds;
    };

    typedef std::pair<EfficiencyBin, float> ThresholdConstituent;
    typedef std::map<EfficiencyBin, float, EfficiencyBin> ThresholdConstituents;
    typedef std::map<ThresholdLocation, ThresholdConstituents, locless> MapType;

    void add(ThresholdLocation location, ThresholdConstituent threshold);
    MapType thresholds;

    EtaBounds etabounds;
  };
}  // namespace muonisolation
#endif