CaloCrystalCluster.h

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#ifndef DataFormats_L1TCalorimeterPhase2_CaloCrystalsCluster_h
#define DataFormats_L1TCalorimeterPhase2_CaloCrystalsCluster_h
 
#include <vector>
#include <map>
#include <string>
#include <algorithm>
#include "DataFormats/L1Trigger/interface/L1Candidate.h"
#include "DataFormats/DetId/interface/DetId.h"
 
namespace l1tp2 {
 
  class CaloCrystalCluster : public l1t::L1Candidate {
  public:
    CaloCrystalCluster()
        : l1t::L1Candidate(),
          calibratedPt_(0.),
          hovere_(0.),
          iso_(0.),
          puCorrPt_(0.),
          bremStrength_(0.),
          e2x2_(0.),
          e2x5_(0.),
          e3x5_(0.),
          e5x5_(0.),
          standaloneWP_(0.),
          electronWP98_(0.),
          photonWP80_(0.),
          electronWP90_(0.),
          looseL1TkMatchWP_(0.),
          stage2effMatch_(0.){};
 
    CaloCrystalCluster(const PolarLorentzVector &p4,
                       float calibratedPt,
                       float hovere,
                       float iso,
                       DetId seedCrystal,
                       float puCorrPt = 0.,
                       float bremStrength = 0.,
                       float e2x2 = 0.,
                       float e2x5 = 0.,
                       float e3x5 = 0.,
                       float e5x5 = 0.,
                       bool standaloneWP = false,
                       bool electronWP98 = false,
                       bool photonWP80 = false,
                       bool electronWP90 = false,
                       bool looseL1TkMatchWP = false,
                       bool stage2effMatch = false)
        : l1t::L1Candidate(p4),
          calibratedPt_(calibratedPt),
          hovere_(hovere),
          iso_(iso),
          seedCrystal_(seedCrystal),
          puCorrPt_(puCorrPt),
          bremStrength_(bremStrength),
          e2x2_(e2x2),
          e2x5_(e2x5),
          e3x5_(e3x5),
          e5x5_(e5x5),
          standaloneWP_(standaloneWP),
          electronWP98_(electronWP98),
          photonWP80_(photonWP80),
          electronWP90_(electronWP90),
          looseL1TkMatchWP_(looseL1TkMatchWP),
          stage2effMatch_(stage2effMatch){};
 
    ~CaloCrystalCluster() override{};
    inline float calibratedPt() const { return calibratedPt_; };
    inline float hovere() const { return hovere_; };
    inline float isolation() const { return iso_; };
    inline float puCorrPt() const { return puCorrPt_; };
    inline float bremStrength() const { return bremStrength_; };
    inline DetId seedCrystal() const { return seedCrystal_; };
    void setCrystalPtInfo(std::vector<float> info) {
      std::sort(info.begin(), info.end());
      std::reverse(info.begin(), info.end());
      crystalPt_ = std::move(info);
    };
    void setExperimentalParams(const std::map<std::string, float> &params) { experimentalParams_ = params; };
    const std::map<std::string, float> &getExperimentalParams() const { return experimentalParams_; };
    inline float experimentalParam(const std::string &name) const {
      auto iter = experimentalParams_.find(name);
      if (iter != experimentalParams_.end()) {
        return iter->second;
      } else {
        warningNoMapping(name);
        return -99.;
      }
    };
 
    inline float e2x2() const { return e2x2_; };
    inline float e2x5() const { return e2x5_; };
    inline float e3x5() const { return e3x5_; };
    inline float e5x5() const { return e5x5_; };
    inline float standaloneWP() const { return standaloneWP_; };
    inline float electronWP98() const { return electronWP98_; };
    inline float photonWP80() const { return photonWP80_; };
    inline float electronWP90() const { return electronWP90_; };
    inline float looseL1TkMatchWP() const { return looseL1TkMatchWP_; };
    inline float stage2effMatch() const { return stage2effMatch_; };
 
    // The index range depends on the algorithm eta,phi window, currently 3x5
    // The pt should always be ordered.
    inline float crystalPt(unsigned int index) const { return (index < crystalPt_.size()) ? crystalPt_[index] : 0.; };
 
  private:
    static void warningNoMapping(const std::string &name);
    // pT calibrated to Stage-2 (Phase-I) L1EG Objects.  NOTE
    // all working points are defined with respect to cluster.pt(),
    // not cluster.calibratedPt()
    float calibratedPt_;
    // HCal energy in region behind cluster (for size, look in producer) / ECal energy in cluster
    float hovere_;
    // ECal isolation (for outer window size, again look in producer)
    float iso_;
    // DetId of seed crystal used to make cluster (could be EBDetId or EEDetId)
    DetId seedCrystal_;
    // Pileup-corrected energy deposit, not studied carefully yet, don't use
    float puCorrPt_;
    // Bremstrahlung strength, should be proportional to the likelihood of a brem.
    float bremStrength_;
    // Shower shape variable - max 2x2 energy containing seed crystal
    float e2x2_;
    // Shower shape variable - max 2x5 energy containing seed crystal, phi centered
    float e2x5_;
    // Shower shape variable - 3x5 energy containing seed crystal, phi centered
    float e3x5_;
    // Shower shape variable - 5x5 energy containing centered on seed crystal
    float e5x5_;
    // Standalone L1EG WP
    bool standaloneWP_;
    // 98% efficient electron WP, for electrons above 35 GeV
    bool electronWP98_;
    // 80% efficient photon WP, for photons above 35 GeV
    bool photonWP80_;
    // 90% efficient electron based WP, early rise to efficiency plateau
    bool electronWP90_;
    // loose isolation and shower shape requirements to be used in conjunction with L1Trk matching
    bool looseL1TkMatchWP_;
    // Stage-2 L1EG efficiency matched WP, for rate comparisons
    bool stage2effMatch_;
    // Crystal pt (in order of strength) for all crystals in the cluster
    std::vector<float> crystalPt_;
    // For investigating novel algorithm parameters
    std::map<std::string, float> experimentalParams_;
  };
 
  // Concrete collection of output objects (with extra tuning information)
  typedef std::vector<l1tp2::CaloCrystalCluster> CaloCrystalClusterCollection;
}  // namespace l1tp2
#endif