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li_lj_gamma.h
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1/*
2 * Copyright (C) 2013 HEPfit Collaboration
3 *
4 *
5 * For the licensing terms see doc/COPYING.
6 */
7
8#ifndef LI_LJ_GAMMA_H
9#define LI_LJ_GAMMA_H
10
11#include "ThObservable.h"
12
21class mu_e_gamma : public ThObservable {
22public:
23
28 mu_e_gamma(const StandardModel& SM_i);
29
33 double computeThValue();
34
35private:
36
37
38};
39
48class log_meg : public ThObservable {
49public:
50
55 log_meg(const StandardModel& SM_i);
56
60 double computeThValue();
61
62private:
63
64
65};
66
75public:
76
80 Robs_mu_e_gamma(const StandardModel& SM_i);
81
85 double computeThValue();
86
87private:
88
89
90};
91
101public:
102
107 tau_mu_gamma(const StandardModel& SM_i);
108
112 double computeThValue();
113
114private:
115
116
117};
118
127class log_tmg : public ThObservable {
128public:
129
134 log_tmg(const StandardModel& SM_i);
135
139 double computeThValue();
140
141private:
142
143
144};
145
154public:
155
159 Robs_tau_mu_gamma(const StandardModel& SM_i);
160
164 double computeThValue();
165
166private:
167
168
169};
170
179public:
180
185
189 double computeThValue();
190
191private:
192
193
194};
195
204class tau_e_gamma : public ThObservable {
205public:
206
211 tau_e_gamma(const StandardModel& SM_i);
212
216 double computeThValue();
217
218private:
219
220
221};
222
231class log_teg : public ThObservable {
232public:
233
238 log_teg(const StandardModel& SM_i);
239
243 double computeThValue();
244
245private:
246
247
248};
249
258public:
259
263 Robs_tau_e_gamma(const StandardModel& SM_i);
264
268 double computeThValue();
269
270private:
271
272
273};
274
275
276#endif /* LI_LJ_GAMMA_H */
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:74
Robs_mu_e_gamma(const StandardModel &SM_i)
Calculates the upper limit ratio of the process .
Definition: li_lj_gamma.cpp:37
double computeThValue()
Definition: li_lj_gamma.cpp:41
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:257
double computeThValue()
Robs_tau_e_gamma(const StandardModel &SM_i)
Calculates the upper limit ratio of the process .
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:178
Robs_tau_mu_gamma_BelleII(const StandardModel &SM_i)
Calculates the upper limit ratio of the process .
Definition: li_lj_gamma.cpp:97
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:153
double computeThValue()
Definition: li_lj_gamma.cpp:84
Robs_tau_mu_gamma(const StandardModel &SM_i)
Calculates the upper limit ratio of the process .
Definition: li_lj_gamma.cpp:80
A model class for the Standard Model.
A class for a model prediction of an observable.
Definition: ThObservable.h:25
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:48
double computeThValue()
Definition: li_lj_gamma.cpp:28
log_meg(const StandardModel &SM_i)
Calculates the value of the process .
Definition: li_lj_gamma.cpp:24
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:231
double computeThValue()
log_teg(const StandardModel &SM_i)
Calculates the value of the process .
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:127
log_tmg(const StandardModel &SM_i)
Calculates the value of the process .
Definition: li_lj_gamma.cpp:67
double computeThValue()
Definition: li_lj_gamma.cpp:71
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:21
mu_e_gamma(const StandardModel &SM_i)
Calculates the value of the process .
Definition: li_lj_gamma.cpp:11
double computeThValue()
Definition: li_lj_gamma.cpp:15
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:204
double computeThValue()
tau_e_gamma(const StandardModel &SM_i)
Calculates the value of the process .
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:100
tau_mu_gamma(const StandardModel &SM_i)
Calculates the value of the process .
Definition: li_lj_gamma.cpp:54
double computeThValue()
Definition: li_lj_gamma.cpp:58