// *******************************************************
 //
 // NAME:     JetTagMonitoring.h
 // PACKAGE:  PhysicsAnalysis/JetTagging/JetTagMonitoring
 //
 // AUTHOR:   Andrea Coccaro
 // EMAIL:    Andrea.Coccaro@ge.infn.it
 // 
 // *******************************************************
 
 #ifndef JETTAGMONITORING_H
 #define JETTAGMONITORING_H
 
 #include <vector>
 #include <string>
 
 #include "GaudiKernel/ServiceHandle.h"
 #include "AthenaMonitoring/AthenaMonManager.h"
 #include "AthenaMonitoring/ManagedMonitorToolBase.h"
 
 
 class TH1F;
 class StoreGateSvc;
 
 
 
 /**
  * @brief Class for monitoring variables related to offline flavour tagging.
  *
  * @author Andrea Coccaro <Andrea.Coccaro@ge.infn.it>
  *
  * This class answers monitoring needs related to offline flavour tagging:
  *
  * - btagging variables;
  * - jet/tracks related variables;
  * - muon/electron related variables;
  * - global variables of interest for flavour tagging.
 */
 
 
 class JetTagMonitoring : public ManagedMonitorToolBase {
 
  public:
 
   JetTagMonitoring(const std::string & type, const std::string & name, const IInterface* parent);
 
   ~JetTagMonitoring();
   
   virtual StatusCode initialize();
   
   virtual StatusCode bookHistograms(bool isNewEventsBlock, bool isNewLumiBlock, bool isNewRun);
   virtual StatusCode fillHistograms();
   
   
  protected:
 
   virtual StatusCode registerHist (MonGroup& theGroup, TH1* h1);
 
   ServiceHandle<StoreGateSvc> m_storeGate;
 
   bool m_histogramsCreated;
 
   /** @brief String to retrieve JetContainer from StoreGate. */
   std::string m_jetName;
   /** @brief String to retrieve TrackParticleContainer from StoreGate. */
   std::string m_trackParticleName;
   /** @brief String to retrieve PrimaryVertexContainer from StoreGate. */
   std::string m_primaryVertexName;
 
   /** @brief To monitor likelihood weight based on transverse impact parameter. */
   TH1F* m_tag_ip1d_w;
   /** @brief To monitor likelihood weight based on longitudinal impact parameter. */
   TH1F* m_tag_ip2d_w;
   /** @brief To monitor number of tracks used to evaluate IP2D weight. */
   TH1F* m_tag_ip2d_n;
   /** @brief To monitor jet likelihood value if coming from b decay for IP2D tagger. */
   TH1F* m_tag_ip2d_b;
   /** @brief To monitor jet likelihood value if coming from u decay for IP2D tagger. */
   TH1F* m_tag_ip2d_u;
   /** @brief To monitor likelihood weight based on combination of impact parameters. */
   TH1F* m_tag_ip3d_w;
   /** @brief To monitor number of tracks used to evaluate IP3D weight. */
   TH1F* m_tag_ip3d_n;
   /** @brief To monitor jet likelihood value if coming from b decay for IP3D tagger. */
   TH1F* m_tag_ip3d_b;
   /** @brief To monitor jet likelihood value if coming from u decay for IP3D tagger. */
   TH1F* m_tag_ip3d_u;
   /** @brief To monitor likelihood weight based on SV1 tagger. */
   TH1F* m_tag_sv1_w;
   /** @brief To monitor likelihood weight based on SV2 tagger. */
   TH1F* m_tag_sv2_w;
   /** @brief To monitor likelihood weight based on LF2D tagger. */
   TH1F* m_tag_lf2d_w;
   /** @brief To monitor likelihood weight based on SVBU tagger. */
   TH1F* m_tag_svbu_w;
   /** @brief To monitor likelihood weight based on LHSIG tagger. */
   TH1F* m_tag_lhsig_w;
   /** @brief To monitor likelihood weight based on SOFTM tagger. */
   TH1F* m_tag_softm_w;
   /** @brief To monitor likelihood weight based on SOFTE tagger. */
   TH1F* m_tag_softe_w;
   /** @brief To monitor likelihood weight based on combined tagger (IP3D+SV1). */
   TH1F* m_tag_comb_w;
 
   /** @brief To monitor number of Jets. */
   TH1F* m_jet_n;
   /** @brief To monitor number of TrackParticles. */
   TH1F* m_trackParticle_n;
 
   /** @brief To monitor number of primary vertices. */
   TH1F* m_global_nPrimVtx;
   /** @brief To monitor x of primary vertex. */
   TH1F* m_global_xPrimVtx;
   /** @brief To monitor y of primary vertex. */
   TH1F* m_global_yPrimVtx;
   /** @brief To monitor z of primary vertex. */
   TH1F* m_global_zPrimVtx;
 
   /** @brief To monitor number of b layer hits in TrackParticle. */
   TH1F* m_global_BLayerHits;
   /** @brief To monitor number of pixel hits in TrackParticle. */
   TH1F* m_global_PixelHits;
   /** @brief To monitor number of SCT hits in TrackParticle. */
   TH1F* m_global_SCTHits;
   /** @brief To monitor number of pixel+SCT hits in TrackParticle. */
   TH1F* m_global_SiHits;
   /** @brief To monitor number of TRT hits in TrackParticle. */
   TH1F* m_global_TRTHits;
 
   /** @brief To monitor number of tags of the reconstructed jet. */
   TH1F* m_jet_nTag;
   /** @brief To monitor eta of the reconstructed jet. */
   TH1F* m_jet_eta;
   /** @brief To monitor phi of the reconstructed jet. */
   TH1F* m_jet_phi;
   /** @brief To monitor Et of the reconstructed jet. */
   TH1F* m_jet_et;
 
   /** @brief To monitor number of tracks in a jet. */
   TH1F* m_jet_tracks_n;
   /** @brief To monitor Pt of tracks in a jet. */
   TH1F* m_jet_tracks_pt;
   /** @brief To monitor number of b layer hits in a jet. */
   TH1F* m_jet_tracks_BLayerHits;
   /** @brief To monitor number of pixel hits in a jet. */
   TH1F* m_jet_tracks_PixelHits;
   /** @brief To monitor number of SCT hits in a jet. */
   TH1F* m_jet_tracks_SCTHits;
 
   /** @brief To monitor number of muons in a jet. */
   TH1F* m_jet_muons_n;
   /** @brief To monitor Pt of muons in a jet. */
   TH1F* m_jet_muons_pt;
 
   //* electron variables per jet *//
   /** @brief To monitor number of electrons in a jet. */
   TH1F* m_jet_electrons_n;
   /** @brief To monitor Pt of electrons in a jet. */
   TH1F* m_jet_electrons_pt;
 
 };
 
 #endif
 

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