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PidCandidate.h
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1 #ifndef PIDCANDIDATE_H__
2 #define PIDCANDIDATE_H__
3 
4 #include <phool/PHObject.h>
5 #include <cmath>
6 #include <climits>
7 
8 class PidCandidate: public PHObject
9 {
10 public:
11  PidCandidate() {}
12  virtual ~PidCandidate() {}
13 
14  virtual void identify(std::ostream& os = std::cout) const;
15 
16  virtual void Copy(PidCandidate const &tc);
17 
18  friend std::ostream &operator<<(std::ostream & stream, const PidCandidate * tc);
19 
20  virtual void Reset();
21 
22  virtual void print() const {std::cout<<"PidCandidate base class - print() not implemented"<<std::endl;}
23 
27  enum PROPERTY
28  {//
29 
30  //-- Truth properties: 1 - 100 --
31  evtgen_pid = 1,
32  evtgen_ptotal = 2,
33  evtgen_etotal = 3,
34  evtgen_theta = 4,
35  evtgen_phi = 5,
36  evtgen_eta = 6,
37  evtgen_charge = 7,
38  evtgen_decay_prong = 8,
39  evtgen_decay_hcharged = 9,
40  evtgen_decay_lcharged = 10,
41 
42  //-- Jet properties: 101 - ? --
43  jet_id = 101,
44  jet_eta = 102,
45  jet_phi = 103,
46  jet_etotal = 104,
47  jet_etrans = 105,
48  jet_ptotal = 106,
49  jet_ptrans = 107,
50  jet_minv = 108,
51  jet_mtrans = 109,
52  jet_ncomp = 110,
53  jet_ncomp_above_0p1 = 111,
54  jet_ncomp_above_1 = 112,
55  jet_ncomp_above_10 = 113,
56  jet_ncomp_emcal = 115,
57 
58  //-- Jet shape in calorimeter: 120 - 200 --
59  jetshape_radius = 121,
60  jetshape_rms = 122,
61  jetshape_r90 = 123,
62 
63  jetshape_econe_r01 = 131,
64  jetshape_econe_r02 = 132,
65  jetshape_econe_r03 = 133,
66  jetshape_econe_r04 = 134,
67  jetshape_econe_r05 = 135,
68 
69  jetshape_emcal_radius = 161,
70  jetshape_emcal_rms = 162,
71  jetshape_emcal_r90 = 163,
72 
73  jetshape_emcal_econe_r01 = 171,
74  jetshape_emcal_econe_r02 = 172,
75  jetshape_emcal_econe_r03 = 173,
76  jetshape_emcal_econe_r04 = 174,
77  jetshape_emcal_econe_r05 = 175,
78 
79  //-- Track information: 201 - 250 --
80  tracks_count_r02 = 210,
81  tracks_count_r04 = 211,
82  tracks_count_R = 212,
83 
84  tracks_rmax_r02 = 215,
85  tracks_rmax_r04 = 216,
86  tracks_rmax_R = 217,
87 
88  tracks_chargesum_r02 = 220,
89  tracks_chargesum_r04 = 221,
90  tracks_chargesum_R = 222,
91  tracks_vertex = 223,
92 
93  //-- EM Candidates Cluster
94  em_cluster_id = 301,
95  em_cluster_prob = 302,
96  em_cluster_posx = 303,
97  em_cluster_posy = 304,
98  em_cluster_posz = 305,
99  em_cluster_e = 306,
100  em_cluster_ecore = 307,
101  em_cluster_et_iso = 308,
102  em_cluster_theta = 309,
103  em_cluster_phi = 310,
104  em_cluster_eta = 311,
105  em_cluster_pt = 312,
106  em_cluster_ntower = 313,
107  em_cluster_caloid = 314,
108 
109  //-- EM Candidates Tracks
110  em_track_id = 350,
111  em_track_quality = 351,
112  em_track_theta = 352,
113  em_track_phi = 353,
114  em_track_eta = 354,
115  em_track_ptotal = 355,
116  em_track_ptrans = 356,
117  em_track_charge = 357,
118  em_track_dca = 358,
119  em_track_section = 359,
120  em_track_e3x3_cemc = 360,
121  em_track_e3x3_femc = 361,
122  em_track_e3x3_eemc = 362,
123  em_track_e3x3_ihcal = 363,
124  em_track_e3x3_ohcal = 364,
125  em_track_e3x3_fhcal = 365,
126  em_track_e3x3_ehcal = 366,
127  em_track_cluster_dr = 367,
128  em_track_theta2cluster = 368,
129  em_track_eta2cluster = 369,
130  em_track_phi2cluster = 370,
131  em_track_p2cluster = 371,
132  em_track_x2cluster = 372,
133  em_track_y2cluster = 373,
134  em_track_z2cluster = 374,
135 
136  //-- EM PID probabilities
137  em_pid_prob_electron = 391,
138  em_pid_prob_pion = 392,
139  em_pid_prob_kaon = 393,
140  em_pid_prob_proton = 394,
141 
142  //-- EM Candidates Truth
143  em_evtgen_pid = 401,
144  em_evtgen_ptotal = 402,
145  em_evtgen_etotal = 403,
146  em_evtgen_theta = 404,
147  em_evtgen_phi = 405,
148  em_evtgen_eta = 406,
149  em_evtgen_charge = 407,
150  em_evtgen_is_scattered_lepton = 408,
151 
152  //-- Event kinematics reconstructed from candidate
153  em_reco_x_e = 410,
154  em_reco_y_e = 411,
155  em_reco_q2_e = 412,
156  em_reco_w_e = 413,
157 
159  prop_MAX_NUMBER = UCHAR_MAX
160  };
161 
162  enum PROPERTY_TYPE
163  {//
164  type_int = 1,
165  type_uint = 2,
166  type_float = 3,
167  type_unknown = -1
168  };
169 
170  virtual bool has_property(const PROPERTY prop_id) const {return false;}
171  virtual float get_property_float(const PROPERTY prop_id) const {return NAN;}
172  virtual int get_property_int(const PROPERTY prop_id) const {return INT_MIN;}
173  virtual unsigned int get_property_uint(const PROPERTY prop_id) const {return UINT_MAX;}
174  virtual void set_property(const PROPERTY prop_id, const float value) {return;}
175  virtual void set_property(const PROPERTY prop_id, const int value) {return;}
176  virtual void set_property(const PROPERTY prop_id, const unsigned int value) {return;}
177  static std::pair<const std::string,PROPERTY_TYPE> get_property_info(PROPERTY prop_id);
178  static bool check_property(const PROPERTY prop_id, const PROPERTY_TYPE prop_type);
179  static std::string get_property_type(const PROPERTY_TYPE prop_type);
180 
181 protected:
182  virtual unsigned int get_property_nocheck(const PROPERTY prop_id) const {return UINT_MAX;}
183  virtual void set_property_nocheck(const PROPERTY prop_id,const unsigned int) {return;}
184 
185  ClassDef(PidCandidate,1)
186 };
187 
188 #endif