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CaloAna.h
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1 #ifndef CALOANA_H__
2 #define CALOANA_H__
3 
4 #include <fun4all/SubsysReco.h>
5 #include <vector>
6 // Forward declarations
7 class Fun4AllHistoManager;
8 class PHCompositeNode;
9 class TFile;
10 class TNtuple;
11 class TTree;
12 class TH2F;
13 class TH1F;
14 class TH1;
15 class TProfile2D;
16 class TLorentzVector;
17 
18 class CaloAna : public SubsysReco
19 {
20  public:
22  CaloAna(const std::string &name = "CaloAna", const std::string &fname = "MyNtuple.root");
23 
25  virtual ~CaloAna();
26 
28  int Init(PHCompositeNode *);
29 
31  int process_event(PHCompositeNode *);
32 
34  int End(PHCompositeNode *);
35 
36  int process_g4hits(PHCompositeNode *);
37  int process_g4cells(PHCompositeNode *);
38  int process_towers(PHCompositeNode *);
39  int process_clusters(PHCompositeNode *);
40 
41  void Detector(const std::string &name) { detector = name; }
42  void set_timing_cut_width(const int &t) { _range = t;}
43  void set_vertex_cut(const float &v) { _vz = v;}
44  void apply_vertex_cut(bool Vtx_cut) { m_vtxCut = Vtx_cut; }
45 
46  std::pair<double, double> fitHistogram(TH1F* h) ;
47  void fitEtaSlices(std::string infile, std::string outfile,std::string cdbFile);
48 
49  protected:
50  std::string detector;
51  std::string outfilename;
52  int Getpeaktime(TH1 *h);
53  Fun4AllHistoManager *hm = nullptr;
54  TFile *outfile = nullptr;
55  TH2F* h_emcal_mbd_correlation = nullptr;
56  TH2F* h_ohcal_mbd_correlation = nullptr;
57  TH2F* h_ihcal_mbd_correlation = nullptr;
58  TH2F* h_emcal_hcal_correlation = nullptr;
59  TH2F* h_emcal_zdc_correlation = nullptr;
60 
61  TH1F* h_InvMass = nullptr;
62  TH1F* h_InvMassMix = nullptr;
63 
64  TH2F* h_cemc_etaphi = nullptr;
65  TH2F* h_hcalin_etaphi = nullptr;
66  TH2F* h_hcalout_etaphi = nullptr;
67  TH2F* h_cemc_etaphi_wQA = nullptr;
68  TH2F* h_hcalin_etaphi_wQA = nullptr;
69  TH2F* h_hcalout_etaphi_wQA = nullptr;
70  TH1* h_totalzdc_e;
71 
72  TProfile2D* h_cemc_etaphi_time = nullptr;
73  TProfile2D* h_hcalin_etaphi_time = nullptr;
74  TProfile2D* h_hcalout_etaphi_time = nullptr;
75 
76  TProfile2D* h_cemc_etaphi_badChi2 = nullptr;
77  TProfile2D* h_hcalin_etaphi_badChi2 = nullptr;
78  TProfile2D* h_hcalout_etaphi_badChi2 = nullptr;
79 
80  TH1* hzdctime;
81  TH1* hmbdtime;
82  TH1* hemcaltime;
83  TH1* hihcaltime;
84  TH1* hohcaltime;
85 
86  TH1* hzdctime_cut;
87  TH1* hmbdtime_cut;
88  TH1* hemcaltime_cut;
89  TH1* hihcaltime_cut;
90  TH1* hohcaltime_cut;
91 
92  TH1* hvtx_z_raw;
93  TH1* hvtx_z_cut;
94 
95  TH1* hzdcSouthraw;
96  TH1* hzdcNorthraw;
97  TH1* hzdcSouthcalib;
98  TH1* hzdcNorthcalib;
99 
100  TH1F* h_clusE;
101  TH2F* h_etaphi_clus;
102 
103  TNtuple *g4hitntuple = nullptr;
104  TNtuple *g4cellntuple = nullptr;
105  TTree *towerntuple = nullptr;
106  TNtuple *clusterntuple = nullptr;
107  std::vector<float> m_energy;
108  std::vector<int> m_etabin;
109  std::vector<int> m_phibin;
110  std::vector<int> m_time;
111 
112  std::vector<float> m_hcalin_energy;
113  std::vector<int> m_hcalin_etabin;
114  std::vector<int> m_hcalin_phibin;
115  std::vector<int> m_hcalin_time;
116 
117  std::vector<float> m_hcalout_energy;
118  std::vector<int> m_hcalout_etabin;
119  std::vector<int> m_hcalout_phibin;
120  std::vector<int> m_hcalout_time;
121 
122 
123  std::vector<float> m_zdc_energy;
124  std::vector<int> m_zdc_index;
125  std::vector<int> m_zdc_side;
126 
127  std::vector<float> m_bbc_energy;
128  std::vector<int> m_bbc_type;
129  std::vector<int> m_bbc_side;
130  int _eventcounter;
131  int _range = 1;
132  float _vz = 0.;
133  bool m_vtxCut = false;
134  bool dynMaskClus = false;
135 
136  TH1F* h_pt1;
137  TH1F* h_pt2;
138  TH1F* h_nclusters;
139  TH1F* h_mass_eta_lt[96];
140  TH1F* h_emcal_e_eta;
141 
142  float target_pi0_mass = 0.145;
143 
144 };
145 
146 #endif