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ThObsFactory_Flavour.cpp
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1/*
2 * Copyright (C) 2012 HEPfit Collaboration
3 *
4 *
5 * For the licensing terms see doc/COPYING.
6 */
7
8#include "ThObsFactory.h"
9#include "ThObsFactoryConstants.h"
10#include "FlavourObservables.h"
11#include "LeptonFlavourObservables.h"
12#include "LoopMediators.h"
13#include "SUSYObservables.h"
14using namespace ThObsConst;
15
16void ThObsFactory::registerFlavourObservables()
17{
18 obsThFactory["Retau_DS1"] = [](const StandardModel& SM) { return new Retau_DS1(SM); };
19 obsThFactory["Imtau_DS1"] = [](const StandardModel& SM) { return new Imtau_DS1(SM); };
20 //----- B(s) to mu mu -----
21 obsThFactory["BR_Bdmumu"] = [=](const StandardModel& SM) { return new Mll(SM, 1, StandardModel::B_D, StandardModel::MU); };
22 obsThFactory["BRbar_Bdmumu"] = [=](const StandardModel& SM) { return new Mll(SM, 2, StandardModel::B_D, StandardModel::MU); };
23 obsThFactory["Amumu_Bd"] = [=](const StandardModel& SM) { return new Mll(SM, 3, StandardModel::B_D, StandardModel::MU); };
24 obsThFactory["Smumu_Bd"] = [=](const StandardModel& SM) { return new Mll(SM, 4, StandardModel::B_D, StandardModel::MU); };
25
26 obsThFactory["BR_Bsmumu"] = [=](const StandardModel& SM) { return new Mll(SM, 1, StandardModel::B_S, StandardModel::MU); };
27 obsThFactory["BRbar_Bsmumu"] = [=](const StandardModel& SM) { return new Mll(SM, 2, StandardModel::B_S, StandardModel::MU); };
28 obsThFactory["Amumu_Bs"] = [=](const StandardModel& SM) { return new Mll(SM, 3, StandardModel::B_S, StandardModel::MU); };
29 obsThFactory["Smumu_Bs"] = [=](const StandardModel& SM) { return new Mll(SM, 4, StandardModel::B_S, StandardModel::MU); };
30 obsThFactory["BR_Bsee"] = [=](const StandardModel& SM) { return new Mll(SM, 1, StandardModel::B_S, StandardModel::ELECTRON); };
31 obsThFactory["BRbar_Bsee"] = [=](const StandardModel& SM) { return new Mll(SM, 2, StandardModel::B_S, StandardModel::ELECTRON); };
32 obsThFactory["Aee_Bs"] = [=](const StandardModel& SM) { return new Mll(SM, 3, StandardModel::B_S, StandardModel::ELECTRON); };
33 obsThFactory["See_Bs"] = [=](const StandardModel& SM) { return new Mll(SM, 4, StandardModel::B_S, StandardModel::ELECTRON); };
34
35 obsThFactory["BR_BdmumuOBR_Bsmumu"] = [](const StandardModel& SM) { return new BdmumuOBsmumu(SM); };
36//----- B(s) to mu mu OLD -----
37 obsThFactory["BR_Bdmumu_old"] = [=](const StandardModel& SM) { return new Bdmumu(SM, 1); };
38 obsThFactory["BRbar_Bdmumu_old"] = [=](const StandardModel& SM) { return new Bdmumu(SM, 2); };
39 obsThFactory["Amumu_Bd_old"] = [=](const StandardModel& SM) { return new Bdmumu(SM, 3); };
40 obsThFactory["Smumu_Bd_old"] = [=](const StandardModel& SM) { return new Bdmumu(SM, 4); };
41 obsThFactory["BR_Bsmumu_old"] = [=](const StandardModel& SM) { return new Bsmumu(SM, 1); };
42 obsThFactory["BRbar_Bsmumu_old"] = [=](const StandardModel& SM) { return new Bsmumu(SM, 2); };
43 obsThFactory["Amumu_Bs_old"] = [=](const StandardModel& SM) { return new Bsmumu(SM, 3); };
44 obsThFactory["Smumu_Bs_old"] = [=](const StandardModel& SM) { return new Bsmumu(SM, 4); };
45 //----- b to q gamma -----
46 obsThFactory["BR_bsgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, StandardModel::STRANGE, 1); };
47 obsThFactory["ACP_bsgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, StandardModel::STRANGE, 2); };
48 obsThFactory["BR_bdgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, StandardModel::DOWN, 1); };
49 obsThFactory["ACP_bdgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, StandardModel::DOWN, 2); };
50 obsThFactory["BR_bqgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, 1); };
51 obsThFactory["ACP_bqgamma"] = [=](const StandardModel& SM) { return new Bsgamma(SM, 2); };
52
53 //----- Wilson coefficients -----
54 obsThFactory["WC_real_C7g"] = [=](const StandardModel& SM) { return new WC_C7g(SM, 0); };
55 obsThFactory["WC_imag_C7g"] = [=](const StandardModel& SM) { return new WC_C7g(SM, 1); };
56 obsThFactory["WC_abs_C7g"] = [=](const StandardModel& SM) { return new WC_C7g(SM, 2); };
57 obsThFactory["WC_arg_C7g"] = [=](const StandardModel& SM) { return new WC_C7g(SM, 3); };
58
59 obsThFactory["WC_real_C9_mu"] = [=](const StandardModel& SM) { return new WC_C9(SM, 0, StandardModel::MU); };
60 obsThFactory["WC_imag_C9_mu"] = [=](const StandardModel& SM) { return new WC_C9(SM, 1, StandardModel::MU); };
61 obsThFactory["WC_abs_C9_mu"] = [=](const StandardModel& SM) { return new WC_C9(SM, 2, StandardModel::MU); };
62 obsThFactory["WC_arg_C9_mu"] = [=](const StandardModel& SM) { return new WC_C9(SM, 3, StandardModel::MU); };
63
64 obsThFactory["WC_real_C9_el"] = [=](const StandardModel& SM) { return new WC_C9(SM, 0, StandardModel::ELECTRON); };
65 obsThFactory["WC_imag_C9_el"] = [=](const StandardModel& SM) { return new WC_C9(SM, 1, StandardModel::ELECTRON); };
66 obsThFactory["WC_abs_C9_el"] = [=](const StandardModel& SM) { return new WC_C9(SM, 2, StandardModel::ELECTRON); };
67 obsThFactory["WC_arg_C9_el"] = [=](const StandardModel& SM) { return new WC_C9(SM, 3, StandardModel::ELECTRON); };
68
69 obsThFactory["WC_real_C10_mu"] = [=](const StandardModel& SM) { return new WC_C10(SM, 0, StandardModel::MU); };
70 obsThFactory["WC_imag_C10_mu"] = [=](const StandardModel& SM) { return new WC_C10(SM, 1, StandardModel::MU); };
71 obsThFactory["WC_abs_C10_mu"] = [=](const StandardModel& SM) { return new WC_C10(SM, 2, StandardModel::MU); };
72 obsThFactory["WC_arg_C10_mu"] = [=](const StandardModel& SM) { return new WC_C10(SM, 3, StandardModel::MU); };
73
74 obsThFactory["WC_real_C10_el"] = [=](const StandardModel& SM) { return new WC_C10(SM, 0, StandardModel::ELECTRON); };
75 obsThFactory["WC_imag_C10_el"] = [=](const StandardModel& SM) { return new WC_C10(SM, 1, StandardModel::ELECTRON); };
76 obsThFactory["WC_abs_C10_el"] = [=](const StandardModel& SM) { return new WC_C10(SM, 2, StandardModel::ELECTRON); };
77 obsThFactory["WC_arg_C10_el"] = [=](const StandardModel& SM) { return new WC_C10(SM, 3, StandardModel::ELECTRON); };
78
79 obsThFactory["WC_arg_C10_el"] = [=](const StandardModel& SM) { return new WC_C10(SM, 3, StandardModel::ELECTRON); };
80
81 //----- B to K* ll -----
82 obsThFactory["P_1_BdKstmu"] = [=](const StandardModel& SM) { return new P_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
83 obsThFactory["P_1_BdKste"] = [=](const StandardModel& SM) { return new P_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
84 obsThFactory["P_2_BdKstmu"] = [=](const StandardModel& SM) { return new P_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
85 obsThFactory["P_2_BdKste"] = [=](const StandardModel& SM) { return new P_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
86 obsThFactory["P_3_BdKstmu"] = [=](const StandardModel& SM) { return new P_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
87 obsThFactory["P_3_BdKste"] = [=](const StandardModel& SM) { return new P_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
88 obsThFactory["P_4p_BdKstmu"] = [=](const StandardModel& SM) { return new P_4Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
89 obsThFactory["P_4p_BdKste"] = [=](const StandardModel& SM) { return new P_4Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
90 obsThFactory["P_5p_BdKstmu"] = [=](const StandardModel& SM) { return new P_5Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
91 obsThFactory["P_5p_BdKste"] = [=](const StandardModel& SM) { return new P_5Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
92 obsThFactory["P_6p_BdKstmu"] = [=](const StandardModel& SM) { return new P_6Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
93 obsThFactory["P_6p_BdKste"] = [=](const StandardModel& SM) { return new P_6Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
94 obsThFactory["P_8p_BdKstmu"] = [=](const StandardModel& SM) { return new P_8Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
95 obsThFactory["P_8p_BdKste"] = [=](const StandardModel& SM) { return new P_8Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
96 obsThFactory["Gammap_BdKstmu"] = [=](const StandardModel& SM) { return new GammaPrime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
97 obsThFactory["Gammap_BdKste"] = [=](const StandardModel& SM) { return new GammaPrime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
98 obsThFactory["A_FB_BdKstmu"] = [=](const StandardModel& SM) { return new A_FB(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
99 obsThFactory["A_FB_BdKste"] = [=](const StandardModel& SM) { return new A_FB(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
100 obsThFactory["BR_BdKstmu"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
101 obsThFactory["BR_BdKste"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
102 obsThFactory["RKst_BdKstll"] = [=](const StandardModel& SM) { return new R_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, StandardModel::ELECTRON); };
103 obsThFactory["RKstL_BdKstll"] = [=](const StandardModel& SM) { return new RL_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, StandardModel::ELECTRON); };
104 obsThFactory["RKstT_BdKstll"] = [=](const StandardModel& SM) { return new RT_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, StandardModel::ELECTRON); };
105 obsThFactory["RKstp_BpKstpll"] = [=](const StandardModel& SM) { return new R_MVll(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU, StandardModel::ELECTRON); };
106 obsThFactory["R6_BdKstll"] = [=](const StandardModel& SM) { return new R_6(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, StandardModel::ELECTRON); };
107 obsThFactory["ACP_BdKstmu"] = [=](const StandardModel& SM) { return new ACP_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
108 obsThFactory["P3CP_BdKstmu"] = [=](const StandardModel& SM) { return new P3CP(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
109 obsThFactory["F_L_BdKstmu"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
110 obsThFactory["F_L_BdKste"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
111 obsThFactory["M_1p_BdKstmu"] = [=](const StandardModel& SM) { return new M_1Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
112 obsThFactory["M_2p_BdKstmu"] = [=](const StandardModel& SM) { return new M_2Prime(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
113 obsThFactory["S_1c_BdKstmu"] = [=](const StandardModel& SM) { return new S_1c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
114 obsThFactory["S_1c_BdKste"] = [=](const StandardModel& SM) { return new S_1c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
115 obsThFactory["S_1s_BdKstmu"] = [=](const StandardModel& SM) { return new S_1s(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
116 obsThFactory["S_1s_BdKste"] = [=](const StandardModel& SM) { return new S_1s(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
117 obsThFactory["S_2c_BdKstmu"] = [=](const StandardModel& SM) { return new S_2c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
118 obsThFactory["S_2c_BdKste"] = [=](const StandardModel& SM) { return new S_2c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
119 obsThFactory["S_2s_BdKstmu"] = [=](const StandardModel& SM) { return new S_2s(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
120 obsThFactory["S_2s_BdKste"] = [=](const StandardModel& SM) { return new S_2s(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
121 obsThFactory["S_3_BdKstmu"] = [=](const StandardModel& SM) { return new S_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
122 obsThFactory["S_3_BdKste"] = [=](const StandardModel& SM) { return new S_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
123 obsThFactory["S_4_BdKstmu"] = [=](const StandardModel& SM) { return new S_4(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
124 obsThFactory["S_4_BdKste"] = [=](const StandardModel& SM) { return new S_4(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
125 obsThFactory["S_5_BdKstmu"] = [=](const StandardModel& SM) { return new S_5(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
126 obsThFactory["S_5_BdKste"] = [=](const StandardModel& SM) { return new S_5(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
127 obsThFactory["S_6c_BdKstmu"] = [=](const StandardModel& SM) { return new S_6c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
128 obsThFactory["S_6c_BdKste"] = [=](const StandardModel& SM) { return new S_6c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
129 obsThFactory["S_7_BdKstmu"] = [=](const StandardModel& SM) { return new S_7(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
130 obsThFactory["S_7_BdKste"] = [=](const StandardModel& SM) { return new S_7(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
131 obsThFactory["S_8_BdKstmu"] = [=](const StandardModel& SM) { return new S_8(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
132 obsThFactory["S_8_BdKste"] = [=](const StandardModel& SM) { return new S_8(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
133 obsThFactory["S_9_BdKstmu"] = [=](const StandardModel& SM) { return new S_9(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
134 obsThFactory["S_9_BdKste"] = [=](const StandardModel& SM) { return new S_9(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::ELECTRON); };
135 obsThFactory["A_5_BdKstmu"] = [=](const StandardModel& SM) { return new A_5(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
136 obsThFactory["A_6_BdKstmu"] = [=](const StandardModel& SM) { return new A_6(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
137 obsThFactory["A_6c_BdKstmu"] = [=](const StandardModel& SM) { return new A_6c(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
138 obsThFactory["A_8_BdKstmu"] = [=](const StandardModel& SM) { return new A_8(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
139 obsThFactory["A_9_BdKstmu"] = [=](const StandardModel& SM) { return new A_9(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
140
141 obsThFactory["P_1f_BdKstmu"] = [=](const StandardModel& SM) { return new P_1f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
142 obsThFactory["P_2f_BdKstmu"] = [=](const StandardModel& SM) { return new P_2f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
143 obsThFactory["P_3f_BdKstmu"] = [=](const StandardModel& SM) { return new P_3f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
144 obsThFactory["P_4pf_BdKstmu"] = [=](const StandardModel& SM) { return new P_4Primef(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
145 obsThFactory["P_5pf_BdKstmu"] = [=](const StandardModel& SM) { return new P_5Primef(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
146 obsThFactory["P_6pf_BdKstmu"] = [=](const StandardModel& SM) { return new P_6Primef(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
147 obsThFactory["P_8pf_BdKstmu"] = [=](const StandardModel& SM) { return new P_8Primef(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
148 obsThFactory["Gammapf_BdKstmu"] = [=](const StandardModel& SM) { return new GammaPrimef(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
149 obsThFactory["BRf_BdKstmu"] = [=](const StandardModel& SM) { return new BRf_MVll(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
150 obsThFactory["A_FBf_BdKstmu"] = [=](const StandardModel& SM) { return new A_FBf(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
151 obsThFactory["F_Lf_BdKstmu"] = [=](const StandardModel& SM) { return new F_Lf(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
152 obsThFactory["S_3f_BdKstmu"] = [=](const StandardModel& SM) { return new S_3f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
153 obsThFactory["S_4f_BdKstmu"] = [=](const StandardModel& SM) { return new S_4f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
154 obsThFactory["S_5f_BdKstmu"] = [=](const StandardModel& SM) { return new S_5f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
155 obsThFactory["S_7f_BdKstmu"] = [=](const StandardModel& SM) { return new S_7f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
156 obsThFactory["S_8f_BdKstmu"] = [=](const StandardModel& SM) { return new S_8f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
157 obsThFactory["S_9f_BdKstmu"] = [=](const StandardModel& SM) { return new S_9f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
158 obsThFactory["P_relationf"] = [=](const StandardModel& SM) { return new P_relationf(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
159 obsThFactory["P_relation_exactf"] = [=](const StandardModel& SM) { return new P_relation_exactf(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
160
161 obsThFactory["F_L_BpKstmu"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
162 obsThFactory["S_3_BpKstmu"] = [=](const StandardModel& SM) { return new S_3(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
163 obsThFactory["S_4_BpKstmu"] = [=](const StandardModel& SM) { return new S_4(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
164 obsThFactory["S_5_BpKstmu"] = [=](const StandardModel& SM) { return new S_5(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
165 obsThFactory["A_FB_BpKstmu"] = [=](const StandardModel& SM) { return new A_FB(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
166 obsThFactory["S_7_BpKstmu"] = [=](const StandardModel& SM) { return new S_7(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
167 obsThFactory["S_8_BpKstmu"] = [=](const StandardModel& SM) { return new S_8(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
168 obsThFactory["S_9_BpKstmu"] = [=](const StandardModel& SM) { return new S_9(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
169
170 obsThFactory["P_1_BpKstmu"] = [=](const StandardModel& SM) { return new P_1(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
171 obsThFactory["P_2_BpKstmu"] = [=](const StandardModel& SM) { return new P_2(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
172 obsThFactory["P_3_BpKstmu"] = [=](const StandardModel& SM) { return new P_3(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
173 obsThFactory["P_4p_BpKstmu"] = [=](const StandardModel& SM) { return new P_4Prime(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
174 obsThFactory["P_5p_BpKstmu"] = [=](const StandardModel& SM) { return new P_5Prime(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
175 obsThFactory["P_6p_BpKstmu"] = [=](const StandardModel& SM) { return new P_6Prime(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
176 obsThFactory["P_8p_BpKstmu"] = [=](const StandardModel& SM) { return new P_8Prime(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
177
178 obsThFactory["V0_BdKstmu"] = [=](const StandardModel& SM) { return new V0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
179 obsThFactory["Vp_BdKstmu"] = [=](const StandardModel& SM) { return new Vp(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
180 obsThFactory["Vm_BdKstmu"] = [=](const StandardModel& SM) { return new Vm(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
181 obsThFactory["T0_BdKstmu"] = [=](const StandardModel& SM) { return new T0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
182 obsThFactory["Tp_BdKstmu"] = [=](const StandardModel& SM) { return new Tp(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
183 obsThFactory["Tm_BdKstmu"] = [=](const StandardModel& SM) { return new Tm(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
184 obsThFactory["S_BdKstmu"] = [=](const StandardModel& SM) { return new S(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
185
186 obsThFactory["QCDfC9_1f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9_1f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
187 obsThFactory["QCDfC9_2f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9_2f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
188 obsThFactory["QCDfC9_3f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9_3f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
189
190 obsThFactory["QCDfC9p_1f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9p_1f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
191 obsThFactory["QCDfC9p_2f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9p_2f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
192 obsThFactory["QCDfC9p_3f_BdKstmu"] = [=](const StandardModel& SM) { return new QCDfC9p_3f(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
193
194 obsThFactory["Regtilde_1_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
195 obsThFactory["Regtilde_2_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
196 obsThFactory["Regtilde_3_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
197
198 obsThFactory["Imgtilde_1_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
199 obsThFactory["Imgtilde_2_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
200 obsThFactory["Imgtilde_3_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
201
202 obsThFactory["Absgtilde_1_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
203 obsThFactory["Absgtilde_2_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
204 obsThFactory["Absgtilde_3_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
205
206 obsThFactory["Arggtilde_1_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
207 obsThFactory["Arggtilde_2_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
208 obsThFactory["Arggtilde_3_BdKstmu"] = [=](const StandardModel& SM) { return new gtilde_3(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
209
210 obsThFactory["Reh_0_BdKstmu"] = [=](const StandardModel& SM) { return new h_0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
211 obsThFactory["Reh_p_BdKstmu"] = [=](const StandardModel& SM) { return new h_p(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
212 obsThFactory["Reh_m_BdKstmu"] = [=](const StandardModel& SM) { return new h_m(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 1); };
213
214 obsThFactory["Imh_0_BdKstmu"] = [=](const StandardModel& SM) { return new h_0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
215 obsThFactory["Imh_p_BdKstmu"] = [=](const StandardModel& SM) { return new h_p(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
216 obsThFactory["Imh_m_BdKstmu"] = [=](const StandardModel& SM) { return new h_m(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 2); };
217
218 obsThFactory["Absh_0_BdKstmu"] = [=](const StandardModel& SM) { return new h_0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
219 obsThFactory["Absh_p_BdKstmu"] = [=](const StandardModel& SM) { return new h_p(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
220 obsThFactory["Absh_m_BdKstmu"] = [=](const StandardModel& SM) { return new h_m(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 3); };
221
222 obsThFactory["Argh_0_BdKstmu"] = [=](const StandardModel& SM) { return new h_0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
223 obsThFactory["Argh_p_BdKstmu"] = [=](const StandardModel& SM) { return new h_p(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
224 obsThFactory["Argh_m_BdKstmu"] = [=](const StandardModel& SM) { return new h_m(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU, 4); };
225
226 obsThFactory["BR_MVpsi"] = [=](const StandardModel& SM) { return new BR_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
227 obsThFactory["BR_MVpsi_ratio"] = [=](const StandardModel& SM) { return new BR_MVpsi_ratio(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
228 obsThFactory["Abs2Ampar_MVpsi"] = [=](const StandardModel& SM) { return new Abs2Ampar_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
229 obsThFactory["ArgAmpar_MVpsi"] = [=](const StandardModel& SM) { return new ArgAmpar_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
230 obsThFactory["Abs2Amperp_MVpsi"] = [=](const StandardModel& SM) { return new Abs2Amperp_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
231 obsThFactory["ArgAmperp_MVpsi"] = [=](const StandardModel& SM) { return new ArgAmperp_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
232 obsThFactory["Abs2Ampzero_MVpsi"] = [=](const StandardModel& SM) { return new Abs2Ampzero_MVpsi(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
233
234 obsThFactory["unitarity_bound_1_BdKstmu"] = [=](const StandardModel& SM) { return new unitarity_bound_f_F1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
235 obsThFactory["unitarity_bound_2_BdKstmu"] = [=](const StandardModel& SM) { return new unitarity_bound_g(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
236 obsThFactory["unitarity_bound_3_BdKstmu"] = [=](const StandardModel& SM) { return new unitarity_bound_F2(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
237 obsThFactory["unitarity_bound_4_BdKstmu"] = [=](const StandardModel& SM) { return new unitarity_bound_T1(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
238 obsThFactory["unitarity_bound_5_BdKstmu"] = [=](const StandardModel& SM) { return new unitarity_bound_T2_T0(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::MU); };
239
240 //----- B+ to K*+ ll -----
241 obsThFactory["A_FB_BpKstmu"] = [=](const StandardModel& SM) { return new A_FB(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
242 obsThFactory["F_L_BpKstmu"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
243 obsThFactory["BR_BpKstmu"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::MU); };
244
245/* BEGIN: REMOVE FROM THE PACKAGE */
246 //----- B to X_q ll -----
247 obsThFactory["R_BXsee"] = [=](const StandardModel& SM) { return new R_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
248 obsThFactory["HT_BXsee"] = [=](const StandardModel& SM) { return new HT_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
249 obsThFactory["HL_BXsee"] = [=](const StandardModel& SM) { return new HL_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
250 obsThFactory["HA_BXsee"] = [=](const StandardModel& SM) { return new HA_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
251 obsThFactory["BR_BXsee"] = [=](const StandardModel& SM) { return new BR_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
252 obsThFactory["AFB_BXsee"] = [=](const StandardModel& SM) { return new AFB_BXqll(SM, StandardModel::STRANGE, StandardModel::ELECTRON); };
253/* END: REMOVE FROM THE PACKAGE */
254
255 //----- B to K* gamma -----
256 obsThFactory["BR_BKstgamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_D, StandardModel::K_star); };
257 obsThFactory["ACP_BKstgamma"] = [=](const StandardModel& SM) { return new ACP_MVgamma(SM, StandardModel::B_D, StandardModel::K_star); };
258 obsThFactory["C_BKstgamma"] = [=](const StandardModel& SM) { return new C_MVgamma(SM, StandardModel::B_D, StandardModel::K_star); };
259 obsThFactory["S_BKstgamma"] = [=](const StandardModel& SM) { return new S_MVgamma(SM, StandardModel::B_D, StandardModel::K_star); };
260 obsThFactory["ADG_BKstgamma"] = [=](const StandardModel& SM) { return new ADG_MVgamma(SM, StandardModel::B_D, StandardModel::K_star); };
261 obsThFactory["DC7_1"] = [=](const StandardModel& SM) { return new DC7_1(SM, StandardModel::B_D, StandardModel::K_star); };
262 obsThFactory["DC7_2"] = [=](const StandardModel& SM) { return new DC7_2(SM, StandardModel::B_D, StandardModel::K_star); };
263 obsThFactory["AbsDC7_L"] = [=](const StandardModel& SM) { return new AbsDC7_L(SM, StandardModel::B_D, StandardModel::K_star); };
264 obsThFactory["AbsDC7_R"] = [=](const StandardModel& SM) { return new AbsDC7_R(SM, StandardModel::B_D, StandardModel::K_star); };
265 obsThFactory["ReDC7_L_Bd"] = [=](const StandardModel& SM) { return new ReDC7_L(SM, StandardModel::B_D, StandardModel::K_star); };
266 obsThFactory["ReDC7_R_Bd"] = [=](const StandardModel& SM) { return new ReDC7_R(SM, StandardModel::B_D, StandardModel::K_star); };
267 obsThFactory["ImDC7_L_Bd"] = [=](const StandardModel& SM) { return new ImDC7_L(SM, StandardModel::B_D, StandardModel::K_star); };
268 obsThFactory["ImDC7_R_Bd"] = [=](const StandardModel& SM) { return new ImDC7_R(SM, StandardModel::B_D, StandardModel::K_star); };
269 obsThFactory["hp0_hm0"] = [=](const StandardModel& SM) { return new hp0_hm0(SM, StandardModel::B_D, StandardModel::K_star); };
270 obsThFactory["AbsDC7_QCDF_Bd"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF(SM, StandardModel::B_D, StandardModel::K_star); };
271 obsThFactory["AbsDC7_QCDF_Bd_bar"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF_bar(SM, StandardModel::B_D, StandardModel::K_star); };
272 obsThFactory["ReDC7_QCDF_Bd"] = [=](const StandardModel& SM) { return new ReDC7_QCDF(SM, StandardModel::B_D, StandardModel::K_star); };
273 obsThFactory["ReDC7_QCDF_Bd_bar"] = [=](const StandardModel& SM) { return new ReDC7_QCDF_bar(SM, StandardModel::B_D, StandardModel::K_star); };
274 obsThFactory["ImDC7_QCDF_Bd"] = [=](const StandardModel& SM) { return new ImDC7_QCDF(SM, StandardModel::B_D, StandardModel::K_star); };
275 obsThFactory["ImDC7_QCDF_Bd_bar"] = [=](const StandardModel& SM) { return new ImDC7_QCDF_bar(SM, StandardModel::B_D, StandardModel::K_star); };
276
277
278 //----- B+ to K*+ gamma -----
279 obsThFactory["BR_BpKstgamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_P, StandardModel::K_star_P); };
280 obsThFactory["ACP_BpKstgamma"] = [=](const StandardModel& SM) { return new C_MVgamma(SM, StandardModel::B_P, StandardModel::K_star_P); };
281 obsThFactory["ReDC7_L_Bp"] = [=](const StandardModel& SM) { return new ReDC7_L(SM, StandardModel::B_P, StandardModel::K_star_P); };
282 obsThFactory["ReDC7_R_Bp"] = [=](const StandardModel& SM) { return new ReDC7_R(SM, StandardModel::B_P, StandardModel::K_star_P); };
283 obsThFactory["ImDC7_L_Bp"] = [=](const StandardModel& SM) { return new ImDC7_L(SM, StandardModel::B_P, StandardModel::K_star_P); };
284 obsThFactory["ImDC7_R_Bp"] = [=](const StandardModel& SM) { return new ImDC7_R(SM, StandardModel::B_P, StandardModel::K_star_P); };
285 obsThFactory["AbsDC7_QCDF_Bp"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF(SM, StandardModel::B_P, StandardModel::K_star_P); };
286 obsThFactory["AbsDC7_QCDF_Bp_bar"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF_bar(SM, StandardModel::B_P, StandardModel::K_star_P); };
287 obsThFactory["ReDC7_QCDF_Bp"] = [=](const StandardModel& SM) { return new ReDC7_QCDF(SM, StandardModel::B_P, StandardModel::K_star_P); };
288 obsThFactory["ReDC7_QCDF_Bp_bar"] = [=](const StandardModel& SM) { return new ReDC7_QCDF_bar(SM, StandardModel::B_P, StandardModel::K_star_P); };
289 obsThFactory["ImDC7_QCDF_Bp"] = [=](const StandardModel& SM) { return new ImDC7_QCDF(SM, StandardModel::B_P, StandardModel::K_star_P); };
290 obsThFactory["ImDC7_QCDF_Bp_bar"] = [=](const StandardModel& SM) { return new ImDC7_QCDF_bar(SM, StandardModel::B_P, StandardModel::K_star_P); };
291
292 //----- B to PHI gamma -----
293 obsThFactory["BR_Bsphigamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_S, StandardModel::PHI); };
294 obsThFactory["C_Bsphigamma"] = [=](const StandardModel& SM) { return new C_MVgamma(SM, StandardModel::B_S, StandardModel::PHI); };
295 obsThFactory["S_Bsphigamma"] = [=](const StandardModel& SM) { return new S_MVgamma(SM, StandardModel::B_S, StandardModel::PHI); };
296 obsThFactory["ADG_Bsphigamma"] = [=](const StandardModel& SM) { return new ADG_MVgamma(SM, StandardModel::B_S, StandardModel::PHI); };
297 obsThFactory["ReDC7_L_Bs"] = [=](const StandardModel& SM) { return new ReDC7_L(SM, StandardModel::B_S, StandardModel::PHI); };
298 obsThFactory["ReDC7_R_Bs"] = [=](const StandardModel& SM) { return new ReDC7_R(SM, StandardModel::B_S, StandardModel::PHI); };
299 obsThFactory["ImDC7_L_Bs"] = [=](const StandardModel& SM) { return new ImDC7_L(SM, StandardModel::B_S, StandardModel::PHI); };
300 obsThFactory["ImDC7_R_Bs"] = [=](const StandardModel& SM) { return new ImDC7_R(SM, StandardModel::B_S, StandardModel::PHI); };
301 obsThFactory["AbsDC7_QCDF_Bs"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF(SM, StandardModel::B_S, StandardModel::PHI); };
302 obsThFactory["AbsDC7_QCDF_Bs_bar"] = [=](const StandardModel& SM) { return new AbsDC7_QCDF_bar(SM, StandardModel::B_S, StandardModel::PHI); };
303 obsThFactory["ReDC7_QCDF_Bs"] = [=](const StandardModel& SM) { return new ReDC7_QCDF(SM, StandardModel::B_S, StandardModel::PHI); };
304 obsThFactory["ReDC7_QCDF_Bs_bar"] = [=](const StandardModel& SM) { return new ReDC7_QCDF_bar(SM, StandardModel::B_S, StandardModel::PHI); };
305 obsThFactory["ImDC7_QCDF_Bs"] = [=](const StandardModel& SM) { return new ImDC7_QCDF(SM, StandardModel::B_S, StandardModel::PHI); };
306 obsThFactory["ImDC7_QCDF_Bs_bar"] = [=](const StandardModel& SM) { return new ImDC7_QCDF_bar(SM, StandardModel::B_S, StandardModel::PHI); };
307
308 //----- B to RHO gamma -----
309 obsThFactory["BR_Brhogamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_D, StandardModel::RHO); };
310 obsThFactory["ACP_Brhogamma"] = [=](const StandardModel& SM) { return new ACP_MVgamma(SM, StandardModel::B_D, StandardModel::RHO); };
311 obsThFactory["S_Brhogamma"] = [=](const StandardModel& SM) { return new S_MVgamma(SM, StandardModel::B_D, StandardModel::RHO); };
312
313 //----- B+ to RHO+ gamma -----
314 obsThFactory["BR_Bprhogamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_P, StandardModel::RHO_P); };
315 obsThFactory["ACP_Bprhogamma"] = [=](const StandardModel& SM) { return new ACP_MVgamma(SM, StandardModel::B_P, StandardModel::RHO_P); };
316
317 //----- B to OMEGA gamma -----
318 obsThFactory["BR_Bomegagamma"] = [=](const StandardModel& SM) { return new BR_MVgamma(SM, StandardModel::B_D, StandardModel::OMEGA); };
319 obsThFactory["ACP_Bomegagamma"] = [=](const StandardModel& SM) { return new ACP_MVgamma(SM, StandardModel::B_D, StandardModel::OMEGA); };
320
321 //----- B to V gamma -----
322 obsThFactory["R_BVgamma"] = [=](const StandardModel& SM) { return new R_MVgamma(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::B_S, StandardModel::PHI); };
323 obsThFactory["D0p_BKstgamma"] = [=](const StandardModel& SM) { return new D0p_MVgamma(SM, StandardModel::B_D, StandardModel::K_star, StandardModel::B_P, StandardModel::K_star_P); };
324 obsThFactory["DACP_BKstgamma"] = [=](const StandardModel& SM) { return new DACP_MVgamma(SM, StandardModel::B_P, StandardModel::K_star_P, StandardModel::B_D, StandardModel::K_star); };
325 obsThFactory["D0p_Brhogamma"] = [=](const StandardModel& SM) { return new D0p_MVgamma(SM, StandardModel::B_D, StandardModel::RHO, StandardModel::B_P, StandardModel::RHO_P); };
326 obsThFactory["DACP_Brhogamma"] = [=](const StandardModel& SM) { return new DACP_MVgamma(SM, StandardModel::B_P, StandardModel::RHO_P, StandardModel::B_D, StandardModel::RHO); };
327
328 //----- B to phi ll -----
329 obsThFactory["P_1_Bsphimu"] = [=](const StandardModel& SM) { return new P_1(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
330 obsThFactory["P_2_Bsphimu"] = [=](const StandardModel& SM) { return new P_2(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
331 obsThFactory["P_3_Bsphimu"] = [=](const StandardModel& SM) { return new P_3(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
332 obsThFactory["P_4p_Bsphimu"] = [=](const StandardModel& SM) { return new P_4Prime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
333 obsThFactory["P_5p_Bsphimu"] = [=](const StandardModel& SM) { return new P_5Prime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
334 obsThFactory["P_6p_Bsphimu"] = [=](const StandardModel& SM) { return new P_6Prime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
335 obsThFactory["P_8p_Bsphimu"] = [=](const StandardModel& SM) { return new P_8Prime(SM, StandardModel::B_D, StandardModel::PHI, StandardModel::MU); };
336 obsThFactory["Gammap_Bsphimu"] = [=](const StandardModel& SM) { return new GammaPrime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
337 obsThFactory["A_FB_Bsphimu"] = [=](const StandardModel& SM) { return new A_FB(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
338 obsThFactory["BR_Bsphimu"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
339 obsThFactory["Rphi_Bsphill"] = [=](const StandardModel& SM) { return new R_MVll(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU, StandardModel::ELECTRON); };
340 obsThFactory["RphiL_Bsphill"] = [=](const StandardModel& SM) { return new RL_MVll(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU, StandardModel::ELECTRON); };
341 obsThFactory["RphiT_Bsphill"] = [=](const StandardModel& SM) { return new RT_MVll(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU, StandardModel::ELECTRON); };
342 obsThFactory["R6_Bsphill"] = [=](const StandardModel& SM) { return new R_6(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU, StandardModel::ELECTRON); };
343 obsThFactory["ACP_Bsphimu"] = [=](const StandardModel& SM) { return new ACP_MVll(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
344 obsThFactory["P3CP_Bsphimu"] = [=](const StandardModel& SM) { return new P3CP(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
345 obsThFactory["F_L_Bsphimu"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
346 obsThFactory["M_1p_Bsphimu"] = [=](const StandardModel& SM) { return new M_1Prime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
347 obsThFactory["M_2p_Bsphimu"] = [=](const StandardModel& SM) { return new M_2Prime(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
348 obsThFactory["S_3_Bsphimu"] = [=](const StandardModel& SM) { return new S_3(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
349 obsThFactory["S_4_Bsphimu"] = [=](const StandardModel& SM) { return new S_4(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
350 obsThFactory["S_5_Bsphimu"] = [=](const StandardModel& SM) { return new S_5(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
351 obsThFactory["S_7_Bsphimu"] = [=](const StandardModel& SM) { return new S_7(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
352 obsThFactory["S_8_Bsphimu"] = [=](const StandardModel& SM) { return new S_8(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
353 obsThFactory["S_9_Bsphimu"] = [=](const StandardModel& SM) { return new S_9(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
354 obsThFactory["A_5_Bsphimu"] = [=](const StandardModel& SM) { return new A_5(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
355 obsThFactory["A_6_Bsphimu"] = [=](const StandardModel& SM) { return new A_6(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
356 obsThFactory["A_6c_Bsphimu"] = [=](const StandardModel& SM) { return new A_6c(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
357 obsThFactory["A_8_Bsphimu"] = [=](const StandardModel& SM) { return new A_8(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
358 obsThFactory["A_9_Bsphimu"] = [=](const StandardModel& SM) { return new A_9(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
359 obsThFactory["P_1_Bsphie"] = [=](const StandardModel& SM) { return new P_1(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::ELECTRON); };
360 obsThFactory["P_2_Bsphie"] = [=](const StandardModel& SM) { return new P_2(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::ELECTRON); };
361 obsThFactory["P_3_Bsphie"] = [=](const StandardModel& SM) { return new P_3(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::ELECTRON); };
362 obsThFactory["F_L_Bsphie"] = [=](const StandardModel& SM) { return new F_L(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::ELECTRON); };
363 obsThFactory["S_3_Bsphie"] = [=](const StandardModel& SM) { return new S_3(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::ELECTRON); };
364
365 obsThFactory["unitarity_bound_1_Bsphimu"] = [=](const StandardModel& SM) { return new unitarity_bound_f_F1(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
366 obsThFactory["unitarity_bound_2_Bsphimu"] = [=](const StandardModel& SM) { return new unitarity_bound_g(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
367 obsThFactory["unitarity_bound_3_Bsphimu"] = [=](const StandardModel& SM) { return new unitarity_bound_F2(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
368 obsThFactory["unitarity_bound_4_Bsphimu"] = [=](const StandardModel& SM) { return new unitarity_bound_T1(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
369 obsThFactory["unitarity_bound_5_Bsphimu"] = [=](const StandardModel& SM) { return new unitarity_bound_T2_T0(SM, StandardModel::B_S, StandardModel::PHI, StandardModel::MU); };
370
371 //----- B+ to K+ ll -----
372 obsThFactory["BR_BpKmu"] = [=](const StandardModel& SM) { return new BR_MPll(SM, StandardModel::B_P, StandardModel::K_P, StandardModel::MU); };
373 obsThFactory["BR_BpKe"] = [=](const StandardModel& SM) { return new BR_MPll(SM, StandardModel::B_P, StandardModel::K_P, StandardModel::ELECTRON); };
374 obsThFactory["dBR_BpKmu"] = [=](const StandardModel& SM) { return new dBR_MPll(SM, StandardModel::B_P, StandardModel::K_P, StandardModel::MU); };
375 obsThFactory["dBR_BpKe"] = [=](const StandardModel& SM) { return new dBR_MPll(SM, StandardModel::B_P, StandardModel::K_P, StandardModel::ELECTRON); };
376 obsThFactory["RK_BpKll"] = [=](const StandardModel& SM) { return new R_MPll(SM, StandardModel::B_P, StandardModel::K_P, StandardModel::MU, StandardModel::ELECTRON); };
377
378 //----- B0 to K0 ll -----
379 obsThFactory["BR_B0Kmu"] = [=](const StandardModel& SM) { return new BR_MPll(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::MU); };
380 obsThFactory["BR_B0Ke"] = [=](const StandardModel& SM) { return new BR_MPll(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::ELECTRON); };
381 obsThFactory["dBR_B0Kmu"] = [=](const StandardModel& SM) { return new dBR_MPll(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::MU); };
382 obsThFactory["dBR_B0Ke"] = [=](const StandardModel& SM) { return new dBR_MPll(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::ELECTRON); };
383 obsThFactory["RK_B0Kll"] = [=](const StandardModel& SM) { return new R_MPll(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::MU, StandardModel::ELECTRON); };
384
385 obsThFactory["DC9_hlambda"] = [=](const StandardModel& SM) { return new DC9_hlambda(SM, StandardModel::B_D, StandardModel::K_0, StandardModel::MU); };
386
387 //----- b to Xc lnu -----
388 obsThFactory["Q2moment1_BClnu"] = [=](const StandardModel& SM) { return new Q2moments_BClnu(SM, StandardModel::B_D, 1); };
389 obsThFactory["Q2moment2_BClnu"] = [=](const StandardModel& SM) { return new Q2moments_BClnu(SM, StandardModel::B_D, 2); };
390 obsThFactory["Q2moment3_BClnu"] = [=](const StandardModel& SM) { return new Q2moments_BClnu(SM, StandardModel::B_D, 3); };
391 obsThFactory["Elmoment1_BClnu"] = [=](const StandardModel& SM) { return new Elmoments_BClnu(SM, StandardModel::B_D, 1); };
392 obsThFactory["Elmoment2_BClnu"] = [=](const StandardModel& SM) { return new Elmoments_BClnu(SM, StandardModel::B_D, 2); };
393 obsThFactory["Elmoment3_BClnu"] = [=](const StandardModel& SM) { return new Elmoments_BClnu(SM, StandardModel::B_D, 3); };
394 obsThFactory["MXmoment1_BClnu"] = [=](const StandardModel& SM) { return new MXmoments_BClnu(SM, StandardModel::B_D, 1); };
395 obsThFactory["MXmoment2_BClnu"] = [=](const StandardModel& SM) { return new MXmoments_BClnu(SM, StandardModel::B_D, 2); };
396 obsThFactory["MXmoment3_BClnu"] = [=](const StandardModel& SM) { return new MXmoments_BClnu(SM, StandardModel::B_D, 3); };
397
398 obsThFactory["PartialAverageBR_BClnu"] = [=](const StandardModel& SM) { return new PartialAverageBR_BClnu(SM, StandardModel::B_D); };
399 obsThFactory["Vcb_BClnu"] = [=](const StandardModel& SM) { return new Vcb_BClnu(SM, StandardModel::B_D); };
400
401 //----- B to K nunu-----
402 obsThFactory["BR_BpKpnunu"] = [=](const StandardModel& SM) { return new BR_MPll(SM, StandardModel::B_P, StandardModel::K_P, QCD::NEUTRINO_1); }; // MAYBE WE SHOULD DEFINE ALL_NEUTRINO ?
403 obsThFactory["BR_BpKstarpnunu"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_P, StandardModel::K_star_P, QCD::NEUTRINO_1); }; // MAYBE WE SHOULD DEFINE ALL_NEUTRINO ?
404 obsThFactory["BR_BKstarnunu"] = [=](const StandardModel& SM) { return new BR_MVll(SM, StandardModel::B_D, StandardModel::K_star, QCD::NEUTRINO_1); }; // MAYBE WE SHOULD DEFINE ALL_NEUTRINO ?
405 obsThFactory["AT1_BpKstarpnunu"] = [=](const StandardModel& SM) { return new A_T1(SM, StandardModel::B_P, StandardModel::K_star_P, QCD::NEUTRINO_1); }; // MAYBE WE SHOULD DEFINE ALL_NEUTRINO ?
406 obsThFactory["AT1_BKstarnunu"] = [=](const StandardModel& SM) { return new A_T1(SM, StandardModel::B_D, StandardModel::K_star, QCD::NEUTRINO_1); }; // MAYBE WE SHOULD DEFINE ALL_NEUTRINO ?
407
408 //----- B to D*lnu -----
409 obsThFactory["Gammaw_MVlnu"] = [=](const StandardModel& SM) { return new Gammaw_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU, StandardModel::ELECTRON); };
410 obsThFactory["RDstar_MVlnu"] = [=](const StandardModel& SM) { return new RDstar_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::TAU, StandardModel::MU, StandardModel::ELECTRON); };
411 obsThFactory["Gammacl_MVlnu"] = [=](const StandardModel& SM) { return new Gammacl_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU, StandardModel::ELECTRON); };
412 obsThFactory["GammacV_MVlnu"] = [=](const StandardModel& SM) { return new GammacV_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU, StandardModel::ELECTRON); };
413 obsThFactory["Gammachi_MVlnu"] = [=](const StandardModel& SM) { return new Gammachi_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU, StandardModel::ELECTRON); };
414 obsThFactory["UnitarityV_MVlnu"] = [=](const StandardModel& SM) { return new UnitarityV_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::ELECTRON); };
415 obsThFactory["UnitarityA_MVlnu"] = [=](const StandardModel& SM) { return new UnitarityA_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::ELECTRON); };
416 obsThFactory["UnitarityV_D_Dst"] = [=](const StandardModel& SM) { return new UnitarityV_D_Dst(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::D_P, StandardModel::ELECTRON); };
417 obsThFactory["hA1_at_w1"] = [=](const StandardModel& SM) { return new FF_hA1atw1(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
418 obsThFactory["hV_w"] = [=](const StandardModel& SM) { return new FF_hV(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
419 obsThFactory["hA1_w"] = [=](const StandardModel& SM) { return new FF_hA1(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
420 obsThFactory["hA2_w"] = [=](const StandardModel& SM) { return new FF_hA2(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
421 obsThFactory["hA3_w"] = [=](const StandardModel& SM) { return new FF_hA3(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
422 obsThFactory["R1_w"] = [=](const StandardModel& SM) { return new FF_R1(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
423 obsThFactory["R2_w"] = [=](const StandardModel& SM) { return new FF_R2(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
424 obsThFactory["R0_w"] = [=](const StandardModel& SM) { return new FF_R0(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::MU); };
425 obsThFactory["FL_MVtaunu"] = [=](const StandardModel& SM) { return new FL_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::TAU); };
426 obsThFactory["Ptau_MVtaunu"] = [=](const StandardModel& SM) { return new Plep_MVlnu(SM, StandardModel::B_D, StandardModel::D_star_P, StandardModel::TAU); };
427 //----- B to Dlnu -----
428 obsThFactory["Gammaw_MPlnu"] = [=](const StandardModel& SM) { return new Gammaw_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::MU, StandardModel::ELECTRON); };
429 obsThFactory["RD_MPlnu"] = [=](const StandardModel& SM) { return new RD_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::TAU, StandardModel::MU, StandardModel::ELECTRON); };
430 obsThFactory["UnitarityV_MPlnu"] = [=](const StandardModel& SM) { return new UnitarityV_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
431 obsThFactory["UnitarityA_MPlnu"] = [=](const StandardModel& SM) { return new UnitarityA_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
432 obsThFactory["Unitarity_Strong_MPlnu"] = [=](const StandardModel& SM) { return new Unitarity_Strong_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
433 obsThFactory["af0_0"] = [=](const StandardModel& SM) { return new af0_0(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
434 obsThFactory["FF0_MPlnu"] = [=](const StandardModel& SM) { return new FF0_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
435 obsThFactory["FFplus_MPlnu"] = [=](const StandardModel& SM) { return new FFplus_MPlnu(SM, StandardModel::B_D, StandardModel::D_P, StandardModel::ELECTRON); };
436
437 //----- B to tau nu -----
438 obsThFactory["btaunu"] = [=](const StandardModel& SM) { return new Btaunu(SM, StandardModel::B_P); };
439 obsThFactory["bctaunu"] = [=](const StandardModel& SM) { return new Btaunu(SM, StandardModel::B_C); };
440
441
442 //----- D to lepton nu -----
443 obsThFactory["Dmuonnu"] = [=](const StandardModel& SM) { return new Dleptonnu(SM, StandardModel::D_P, StandardModel::MU); };
444 obsThFactory["Dtaunu"] = [=](const StandardModel& SM) { return new Dleptonnu(SM, StandardModel::D_P, StandardModel::TAU); };
445
446 obsThFactory["Dsmuonnu"] = [=](const StandardModel& SM) { return new Dleptonnu(SM, StandardModel::D_S, StandardModel::MU); };
447 obsThFactory["Dstaunu"] = [=](const StandardModel& SM) { return new Dleptonnu(SM, StandardModel::D_S, StandardModel::TAU); };
448
449
450 //----- K to muon nu / Pi to muon nu -----
451 obsThFactory["Kmunu_o_Pmunu"] = [](const StandardModel& SM) { return new Kmunu_o_Pmunu(SM); };
452
453 //----- P to muon nu -----
454 obsThFactory["Pmunu"] = [](const StandardModel& SM) { return new Pmunu(SM); };
455
456
457 //----- tau to K nu / tau to Pi nu -----
458 obsThFactory["tauKnu_o_tauPnu"] = [](const StandardModel& SM) { return new tauKnu_o_tauPnu(SM); };
459
460
461 /* BEGIN: REMOVE FROM THE PACKAGE */
462 obsThFactory["Deltaamu"] = [](const StandardModel& SM) { return new Deltaamu(SM); };
463 /* END: REMOVE FROM THE PACKAGE */
464
465 //----- Lepton Flavour observables -----
466 obsThFactory["mu_e_gamma"] = [](const StandardModel& SM) { return new mu_e_gamma(SM); };
467 obsThFactory["log_meg"] = [](const StandardModel& SM) { return new log_meg(SM); };
468 obsThFactory["tau_mu_gamma"] = [](const StandardModel& SM) { return new tau_mu_gamma(SM); };
469 obsThFactory["log_tmg"] = [](const StandardModel& SM) { return new log_tmg(SM); };
470 obsThFactory["tau_e_gamma"] = [](const StandardModel& SM) { return new tau_e_gamma(SM); };
471 obsThFactory["log_teg"] = [](const StandardModel& SM) { return new log_teg(SM); };
472 obsThFactory["mu_3e"] = [](const StandardModel& SM) { return new mu_3e(SM); };
473 obsThFactory["tau_3mu"] = [](const StandardModel& SM) { return new tau_3mu(SM); };
474 obsThFactory["tau_3e"] = [](const StandardModel& SM) { return new tau_3e(SM); };
475 obsThFactory["gminus2_mu"] = [](const StandardModel& SM) { return new gminus2_mu(SM); };
476 obsThFactory["Robs_mu_e_gamma"] = [](const StandardModel& SM) { return new Robs_mu_e_gamma(SM); };
477 obsThFactory["Robs_tau_mu_gamma"] = [](const StandardModel& SM) { return new Robs_tau_mu_gamma(SM); };
478 obsThFactory["Robs_tau_mu_gamma_BelleII"] = [](const StandardModel& SM) { return new Robs_tau_mu_gamma_BelleII(SM); };
479 obsThFactory["Robs_tau_e_gamma"] = [](const StandardModel& SM) { return new Robs_tau_e_gamma(SM); };
480 obsThFactory["mueconversion_Ti"] = [](const StandardModel& SM) { return new mueconversion_Ti(SM); };
481
482 obsThFactory["deltaRL_12_u"] = [](const StandardModel& SM) { return new deltaRL_12_u(SM); };
483 obsThFactory["deltaRL_13_u"] = [](const StandardModel& SM) { return new deltaRL_13_u(SM); };
484 obsThFactory["deltaRL_23_u"] = [](const StandardModel& SM) { return new deltaRL_23_u(SM); };
485 obsThFactory["deltaRL_12_e"] = [](const StandardModel& SM) { return new deltaRL_12_e(SM); };
486 obsThFactory["deltaRL_21_e"] = [](const StandardModel& SM) { return new deltaRL_21_e(SM); };
487 obsThFactory["deltaRL_13_e"] = [](const StandardModel& SM) { return new deltaRL_13_e(SM); };
488 obsThFactory["deltaRL_31_e"] = [](const StandardModel& SM) { return new deltaRL_31_e(SM); };
489 obsThFactory["deltaRL_23_e"] = [](const StandardModel& SM) { return new deltaRL_23_e(SM); };
490 obsThFactory["deltaRL_32_e"] = [](const StandardModel& SM) { return new deltaRL_32_e(SM); };
491
492 obsThFactory["deltaLL1_q"] = [](const StandardModel& SM) { return new deltaLL1_q(SM); };
493 obsThFactory["deltaLL2_q"] = [](const StandardModel& SM) { return new deltaLL2_q(SM); };
494 obsThFactory["deltaLL3_q"] = [](const StandardModel& SM) { return new deltaLL3_q(SM); };
495 obsThFactory["deltaRR1_u"] = [](const StandardModel& SM) { return new deltaRR1_u(SM); };
496 obsThFactory["deltaRR2_u"] = [](const StandardModel& SM) { return new deltaRR2_u(SM); };
497 obsThFactory["deltaRR3_u"] = [](const StandardModel& SM) { return new deltaRR3_u(SM); };
498 obsThFactory["deltaRR1_d"] = [](const StandardModel& SM) { return new deltaRR1_d(SM); };
499 obsThFactory["deltaRR2_d"] = [](const StandardModel& SM) { return new deltaRR2_d(SM); };
500 obsThFactory["deltaRR3_d"] = [](const StandardModel& SM) { return new deltaRR3_d(SM); };
501 obsThFactory["deltaLL1_l"] = [](const StandardModel& SM) { return new deltaLL1_l(SM); };
502 obsThFactory["deltaLL2_l"] = [](const StandardModel& SM) { return new deltaLL2_l(SM); };
503 obsThFactory["deltaLL3_l"] = [](const StandardModel& SM) { return new deltaLL3_l(SM); };
504 obsThFactory["deltaRR1_e"] = [](const StandardModel& SM) { return new deltaRR1_e(SM); };
505 obsThFactory["deltaRR2_e"] = [](const StandardModel& SM) { return new deltaRR2_e(SM); };
506 obsThFactory["deltaRR3_e"] = [](const StandardModel& SM) { return new deltaRR3_e(SM); };
507
508 obsThFactory["CCBu11"] = [](const StandardModel& SM) { return new CCBu11(SM); };
509 obsThFactory["CCBu22"] = [](const StandardModel& SM) { return new CCBu22(SM); };
510 obsThFactory["CCBu33"] = [](const StandardModel& SM) { return new CCBu33(SM); };
511 obsThFactory["CCBu12"] = [](const StandardModel& SM) { return new CCBu12(SM); };
512 obsThFactory["CCBu13"] = [](const StandardModel& SM) { return new CCBu13(SM); };
513 obsThFactory["CCBu23"] = [](const StandardModel& SM) { return new CCBu23(SM); };
514 obsThFactory["CCBd11"] = [](const StandardModel& SM) { return new CCBd11(SM); };
515 obsThFactory["CCBd22"] = [](const StandardModel& SM) { return new CCBd22(SM); };
516 obsThFactory["CCBd33"] = [](const StandardModel& SM) { return new CCBd33(SM); };
517 obsThFactory["CCBd12"] = [](const StandardModel& SM) { return new CCBd12(SM); };
518 obsThFactory["CCBd13"] = [](const StandardModel& SM) { return new CCBd13(SM); };
519 obsThFactory["CCBd23"] = [](const StandardModel& SM) { return new CCBd23(SM); };
520 obsThFactory["CCBe11"] = [](const StandardModel& SM) { return new CCBe11(SM); };
521 obsThFactory["CCBe22"] = [](const StandardModel& SM) { return new CCBe22(SM); };
522 obsThFactory["CCBe33"] = [](const StandardModel& SM) { return new CCBe33(SM); };
523 obsThFactory["CCBe12"] = [](const StandardModel& SM) { return new CCBe12(SM); };
524 obsThFactory["CCBe13"] = [](const StandardModel& SM) { return new CCBe13(SM); };
525 obsThFactory["CCBe23"] = [](const StandardModel& SM) { return new CCBe23(SM); };
526
527 obsThFactory["VacuumTunnelingRate"] = [](const StandardModel& SM) { return new FindAction(SM); };
528
529 obsThFactory["logdeltaRL_13_e"] = [](const StandardModel& SM) { return new logdeltaRL_13_e(SM); };
530 obsThFactory["logdeltaRL_23_e"] = [](const StandardModel& SM) { return new logdeltaRL_23_e(SM); };
531 obsThFactory["logmslepton"] = [](const StandardModel& SM) { return new logmslepton(SM); };
532 obsThFactory["mslepton"] = [](const StandardModel& SM) { return new mslepton(SM); };
533 obsThFactory["deltaTEhat23"] = [](const StandardModel& SM) { return new deltaTEhat23(SM); };
534 obsThFactory["deltaLLRR_l"] = [](const StandardModel& SM) { return new deltaLLRR_l(SM); };
535
536 //----- Flavour observables -----
537 //----- DF = 2 -----
538 obsThFactory["DmBd"] = [](const StandardModel& SM) { return new DmBd(SM); };
539 obsThFactory["DmBs"] = [](const StandardModel& SM) { return new DmBs(SM); };
540 obsThFactory["RmBd"] = [](const StandardModel& SM) { return new RmBd(SM); };
541 obsThFactory["RmBs"] = [](const StandardModel& SM) { return new RmBs(SM); };
542 obsThFactory["CBd"] = [](const StandardModel& SM) { return new CBd(SM); };
543 obsThFactory["CBs"] = [](const StandardModel& SM) { return new CBs(SM); };
544 obsThFactory["PhiBd"] = [](const StandardModel& SM) { return new PhiBd(SM); };
545 obsThFactory["PhiBs"] = [](const StandardModel& SM) { return new PhiBs(SM); };
546 obsThFactory["BBd"] = [](const StandardModel& SM) { return new BBd(SM); };
547 obsThFactory["FBd"] = [](const StandardModel& SM) { return new FBd(SM); };
548 obsThFactory["FBdSqrtBBd"] = [](const StandardModel& SM) { return new FBdSqrtBBd(SM); };
549 obsThFactory["FBsSqrtBBs"] = [](const StandardModel& SM) { return new FBsSqrtBBs(SM); };
550 obsThFactory["xi"] = [](const StandardModel& SM) { return new xi(SM); };
551 obsThFactory["alpha"] = [](const StandardModel& SM) { return new Alpha(SM); };
552 obsThFactory["alpha_2a"] = [](const StandardModel& SM) { return new Alpha_2a(SM); };
553 obsThFactory["SJPsiK"] = [](const StandardModel& SM) { return new SJPsiK(SM); };
554 obsThFactory["C2beta"] = [](const StandardModel& SM) { return new C2beta(SM); };
555 obsThFactory["Phis_JPsiPhi"] = [](const StandardModel& SM) { return new Phis_JPsiPhi(SM); };
556 obsThFactory["EpsilonK"] = [](const StandardModel& SM) { return new EpsilonK(SM); };
557 obsThFactory["DmK"] = [](const StandardModel& SM) { return new DmK(SM); };
558 obsThFactory["ImADC2"] = [](const StandardModel& SM) { return new ImADC2(SM); };
559 /* BEGIN: REMOVE FROM THE PACKAGE */
560 obsThFactory["M12D"] = [](const StandardModel& SM) { return new M12D(SM); };
561 obsThFactory["ArgD"] = [](const StandardModel& SM) { return new ArgD(SM); };
562 //semileptonic asymmetry
563 obsThFactory["Asl_d_pole"] = [](const StandardModel& SM) { return new Asl_d_pole(SM); };
564 obsThFactory["Asl_s_pole"] = [](const StandardModel& SM) { return new Asl_s_pole(SM); };
565 obsThFactory["Asl_s_pole_NLO"] = [](const StandardModel& SM) { return new Asl_s_pole_NLO(SM); };
566 obsThFactory["Asl_s_pole_LO"] = [](const StandardModel& SM) { return new Asl_s_pole_LO(SM); };
567 obsThFactory["Asl_d_MSbar"] = [](const StandardModel& SM) { return new Asl_d_MSbar(SM); };
568 obsThFactory["Asl_s_MSbar"] = [](const StandardModel& SM) { return new Asl_s_MSbar(SM); };
569 obsThFactory["Asl_s_MSbar_NLO"] = [](const StandardModel& SM) { return new Asl_s_MSbar_NLO(SM); };
570 obsThFactory["Asl_s_MSbar_LO"] = [](const StandardModel& SM) { return new Asl_s_MSbar_LO(SM); };
571 obsThFactory["Asl_d_PS"] = [](const StandardModel& SM) { return new Asl_d_PS(SM); };
572 obsThFactory["Asl_s_PS"] = [](const StandardModel& SM) { return new Asl_s_PS(SM); };
573 obsThFactory["Asl_s_PS_NLO"] = [](const StandardModel& SM) { return new Asl_s_PS_NLO(SM); };
574 obsThFactory["Asl_s_PS_LO"] = [](const StandardModel& SM) { return new Asl_s_PS_LO(SM); };
575 obsThFactory["Asl_s_pole_fixmub"] = [](const StandardModel& SM) { return new Asl_s_pole_fixmub(SM); };
576 obsThFactory["Asl_s_MSbar_fixmub"] = [](const StandardModel& SM) { return new Asl_s_MSbar_fixmub(SM); };
577 obsThFactory["Asl_s_PS_fixmub"] = [](const StandardModel& SM) { return new Asl_s_PS_fixmub(SM); };
578 obsThFactory["Asl_d_only1overmb"] = [](const StandardModel& SM) { return new Asl_d_only1overmb(SM); };
579 obsThFactory["Asl_s_only1overmb"] = [](const StandardModel& SM) { return new Asl_s_only1overmb(SM); };
580 obsThFactory["Asl_d_MSbar_NLO_tradBasis"] = [](const StandardModel& SM) { return new Asl_d_MSbar_NLO_tradBasis(SM); };
581 obsThFactory["Asl_s_MSbar_NLO_tradBasis"] = [](const StandardModel& SM) { return new Asl_s_MSbar_NLO_tradBasis(SM); };
582 obsThFactory["Asl_s_MSbar_NLO_RI"] = [](const StandardModel& SM) { return new Asl_s_MSbar_NLO_RI(SM); };
583 obsThFactory["Asl_s_MSbar_NLO_RI_tradBasis"] = [](const StandardModel& SM) { return new Asl_s_MSbar_NLO_RI_tradBasis(SM); };
584 obsThFactory["Asl_s_PS_NLO_RI"] = [](const StandardModel& SM) { return new Asl_s_PS_NLO_RI(SM); };
585 obsThFactory["Asl_s_MSbar_partialNNLO"] = [](const StandardModel& SM) { return new Asl_s_MSbar_partialNNLO(SM); };
586 obsThFactory["Asl_s_PS_partialNNLO"] = [](const StandardModel& SM) { return new Asl_s_PS_partialNNLO(SM); };
587 obsThFactory["Asl_s_MSbar_partialN3LO"] = [](const StandardModel& SM) { return new Asl_s_MSbar_partialN3LO(SM); };
588 obsThFactory["Asl_s_PS_partialN3LO"] = [](const StandardModel& SM) { return new Asl_s_PS_partialN3LO(SM); };
589 //DeltaGamma
590 obsThFactory["DGamma_d_pole"] = [](const StandardModel& SM) { return new DGamma_d_pole(SM); };
591 obsThFactory["DGamma_s_pole"] = [](const StandardModel& SM) { return new DGamma_s_pole(SM); };
592 obsThFactory["DGamma_s_pole_NLO"] = [](const StandardModel& SM) { return new DGamma_s_pole_NLO(SM); };
593 obsThFactory["DGamma_s_pole_LO"] = [](const StandardModel& SM) { return new DGamma_s_pole_LO(SM); };
594 obsThFactory["DGamma_d_MSbar"] = [](const StandardModel& SM) { return new DGamma_d_MSbar(SM); };
595 obsThFactory["DGamma_s_MSbar"] = [](const StandardModel& SM) { return new DGamma_s_MSbar(SM); };
596 obsThFactory["DGamma_s_MSbar_NLO"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_NLO(SM); };
597 obsThFactory["DGamma_s_MSbar_LO"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_LO(SM); };
598 obsThFactory["DGamma_d_PS"] = [](const StandardModel& SM) { return new DGamma_d_PS(SM); };
599 obsThFactory["DGamma_s_PS"] = [](const StandardModel& SM) { return new DGamma_s_PS(SM); };
600 obsThFactory["DGamma_s_PS_NLO"] = [](const StandardModel& SM) { return new DGamma_s_PS_NLO(SM); };
601 obsThFactory["DGamma_s_PS_LO"] = [](const StandardModel& SM) { return new DGamma_s_PS_LO(SM); };
602 obsThFactory["DGamma_s_pole_fixmub"] = [](const StandardModel& SM) { return new DGamma_s_pole_fixmub(SM); };
603 obsThFactory["DGamma_s_MSbar_fixmub"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_fixmub(SM); };
604 obsThFactory["DGamma_s_PS_fixmub"] = [](const StandardModel& SM) { return new DGamma_s_PS_fixmub(SM); };
605 obsThFactory["DGamma_d_only1overmb"] = [](const StandardModel& SM) { return new DGamma_d_only1overmb(SM); };
606 obsThFactory["DGamma_s_only1overmb"] = [](const StandardModel& SM) { return new DGamma_s_only1overmb(SM); };
607 obsThFactory["DGamma_d_NLO_tradBasis"] = [](const StandardModel& SM) { return new DGamma_d_NLO_tradBasis(SM); };
608 obsThFactory["DGamma_s_NLO_tradBasis"] = [](const StandardModel& SM) { return new DGamma_s_NLO_tradBasis(SM); };
609 obsThFactory["DGamma_d_LO_tradBasis"] = [](const StandardModel& SM) { return new DGamma_d_LO_tradBasis(SM); };
610 obsThFactory["DGamma_s_LO_tradBasis"] = [](const StandardModel& SM) { return new DGamma_s_LO_tradBasis(SM); };
611 obsThFactory["DGamma_s_MSbar_NLO_RI"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_NLO_RI(SM); };
612 obsThFactory["DGamma_s_MSbar_NLO_RI_tradBasis"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_NLO_RI_tradBasis(SM); };
613 obsThFactory["DGamma_s_PS_NLO_RI"] = [](const StandardModel& SM) { return new DGamma_s_PS_NLO_RI(SM); };
614 obsThFactory["DGamma_s_MSbar_partialNNLO"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_partialNNLO(SM); };
615 obsThFactory["DGamma_s_PS_partialNNLO"] = [](const StandardModel& SM) { return new DGamma_s_PS_partialNNLO(SM); };
616 obsThFactory["DGamma_s_MSbar_partialN3LO"] = [](const StandardModel& SM) { return new DGamma_s_MSbar_partialN3LO(SM); };
617 obsThFactory["DGamma_s_PS_partialN3LO"] = [](const StandardModel& SM) { return new DGamma_s_PS_partialN3LO(SM); };
618 //----- eps'/eps -----
619 obsThFactory["EpsilonP_O_Epsilon_ReA0EXP"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 0); };
620 obsThFactory["EpsilonP_O_Epsilon_ReA2EXP"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 1); };
621 obsThFactory["EpsilonP_O_Epsilon_ReA0LAT"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 2); };
622 obsThFactory["EpsilonP_O_Epsilon_ReA2LAT"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 3); };
623 obsThFactory["EpsilonP_O_Epsilon"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 4); };
624 obsThFactory["EpsilonP_O_Epsilon_pureLAT"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 5); };
625 obsThFactory["EpsilonP_O_Epsilon_ImA0"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 6); };
626 obsThFactory["EpsilonP_O_Epsilon_ImA0LAT"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 7); };
627 obsThFactory["EpsilonP_O_Epsilon_ImA2"] = [=](const StandardModel& SM) { return new EpsilonP_O_Epsilon(SM, 8); };
628 obsThFactory["EpsilonP_O_Epsilon_TH"] = [](const StandardModel& SM) { return new EpsilonP_O_Epsilon_TH(SM); };
629 // 1.3 GeV --> scale as in Table 5 of 1909.05610
630 obsThFactory["EpsilonP_O_Epsilon_z1"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 0, 1.3); };
631 obsThFactory["EpsilonP_O_Epsilon_z2"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 1, 1.3); };
632 obsThFactory["EpsilonP_O_Epsilon_y3"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 2, 1.3); };
633 obsThFactory["EpsilonP_O_Epsilon_y4"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 3, 1.3); };
634 obsThFactory["EpsilonP_O_Epsilon_y5"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 4, 1.3); };
635 obsThFactory["EpsilonP_O_Epsilon_y6"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 5, 1.3); };
636 obsThFactory["EpsilonP_O_Epsilon_y7"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 6, 1.3); };
637 obsThFactory["EpsilonP_O_Epsilon_y8"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 7, 1.3); };
638 obsThFactory["EpsilonP_O_Epsilon_y9"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 8, 1.3); };
639 obsThFactory["EpsilonP_O_Epsilon_y10"] = [=](const StandardModel& SM) { return new WC_epspOeps(SM, 9, 1.3); };
640 obsThFactory["BR_Kppnunu"] = [](const StandardModel& SM) { return new BR_Kppnunu(SM); };
641 obsThFactory["BR_Kp0nunu"] = [](const StandardModel& SM) { return new BR_Kp0nunu(SM); };
642
643 /* END: REMOVE FROM THE PACKAGE */
644 //----- CKM -----
645 obsThFactory["Vud"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 1); };
646 obsThFactory["Vus"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 2); };
647 obsThFactory["Vub"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 3); };
648 obsThFactory["Vcd"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 1); };
649 obsThFactory["Vcs"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 2); };
650 obsThFactory["Vcb"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 3); };
651 obsThFactory["Vtd"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 1); };
652 obsThFactory["Vts"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 2); };
653 obsThFactory["Vtb"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 3); };
654 obsThFactory["argVud"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 1, 1); };
655 obsThFactory["argVus"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 2, 1); };
656 obsThFactory["argVub"] = [=](const StandardModel& SM) { return new VCKM(SM, 1, 3, 1); };
657 obsThFactory["argVcd"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 1, 1); };
658 obsThFactory["argVcs"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 2, 1); };
659 obsThFactory["argVcb"] = [=](const StandardModel& SM) { return new VCKM(SM, 2, 3, 1); };
660 obsThFactory["argVtd"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 1, 1); };
661 obsThFactory["argVts"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 2, 1); };
662 obsThFactory["argVtb"] = [=](const StandardModel& SM) { return new VCKM(SM, 3, 3, 1); };
663 obsThFactory["CKM_alpha"] = [](const StandardModel& SM) { return new CKM_Alpha(SM); };
664 obsThFactory["CKM_gamma"] = [](const StandardModel& SM) { return new CKM_Gamma(SM); };
665 obsThFactory["CKM_beta"] = [](const StandardModel& SM) { return new CKM_Beta(SM); };
666 obsThFactory["CKM_betas"] = [](const StandardModel& SM) { return new CKM_Betas(SM); };
667 obsThFactory["CKM_2betapgamma"] = [](const StandardModel& SM) { return new CKM_2BpG(SM); };
668 obsThFactory["CKM_s2beta"] = [](const StandardModel& SM) { return new CKM_S2Beta(SM); };
669 obsThFactory["CKM_c2beta"] = [](const StandardModel& SM) { return new CKM_C2Beta(SM); };
670 obsThFactory["CKM_rho"] = [](const StandardModel& SM) { return new CKM_rho(SM); };
671 obsThFactory["CKM_eta"] = [](const StandardModel& SM) { return new CKM_eta(SM); };
672 obsThFactory["CKM_sintheta12"] = [](const StandardModel& SM) { return new CKM_SinTheta12(SM); };
673 obsThFactory["CKM_sintheta13"] = [](const StandardModel& SM) { return new CKM_SinTheta13(SM); };
674 obsThFactory["CKM_sintheta23"] = [](const StandardModel& SM) { return new CKM_SinTheta23(SM); };
675 obsThFactory["CKM_delta"] = [](const StandardModel& SM) { return new CKM_Delta(SM); };
676 obsThFactory["J_CP"] = [](const StandardModel& SM) { return new J_CP(SM); };
677 obsThFactory["Rt"] = [](const StandardModel& SM) { return new CKM_Rt(SM); };
678 obsThFactory["Rt_dms"] = [](const StandardModel& SM) { return new CKM_Rt_dms(SM); };
679 obsThFactory["Rts"] = [](const StandardModel& SM) { return new CKM_Rts(SM); };
680 obsThFactory["Rb"] = [](const StandardModel& SM) { return new CKM_Rb(SM); };
681 obsThFactory["VtdoVts"] = [](const StandardModel& SM) { return new CKM_VtdoVts(SM); };
682 obsThFactory["Abslam_t"] = [](const StandardModel& SM) { return new Abslam_t(SM); };
683 obsThFactory["Abslam_c"] = [](const StandardModel& SM) { return new Abslam_c(SM); };
684 obsThFactory["Abslam_u"] = [](const StandardModel& SM) { return new Abslam_u(SM); };
685 obsThFactory["Abslam_td"] = [](const StandardModel& SM) { return new Abslam_td(SM); };
686 obsThFactory["Abslam_cd"] = [](const StandardModel& SM) { return new Abslam_cd(SM); };
687 obsThFactory["Abslam_ud"] = [](const StandardModel& SM) { return new Abslam_ud(SM); };
688 obsThFactory["Abslam_ts"] = [](const StandardModel& SM) { return new Abslam_ts(SM); };
689 obsThFactory["Abslam_cs"] = [](const StandardModel& SM) { return new Abslam_cs(SM); };
690 obsThFactory["Abslam_us"] = [](const StandardModel& SM) { return new Abslam_us(SM); };
691 obsThFactory["Relam_t"] = [](const StandardModel& SM) { return new Relam_t(SM); };
692 obsThFactory["Relam_c"] = [](const StandardModel& SM) { return new Relam_c(SM); };
693 obsThFactory["Relam_u"] = [](const StandardModel& SM) { return new Relam_u(SM); };
694 obsThFactory["Relam_td"] = [](const StandardModel& SM) { return new Relam_td(SM); };
695 obsThFactory["Relam_cd"] = [](const StandardModel& SM) { return new Relam_cd(SM); };
696 obsThFactory["Relam_ud"] = [](const StandardModel& SM) { return new Relam_ud(SM); };
697 obsThFactory["Relam_ts"] = [](const StandardModel& SM) { return new Relam_ts(SM); };
698 obsThFactory["Relam_cs"] = [](const StandardModel& SM) { return new Relam_cs(SM); };
699 obsThFactory["Relam_us"] = [](const StandardModel& SM) { return new Relam_us(SM); };
700 obsThFactory["Imlam_t"] = [](const StandardModel& SM) { return new Imlam_t(SM); };
701 obsThFactory["Imlam_c"] = [](const StandardModel& SM) { return new Imlam_c(SM); };
702 obsThFactory["Imlam_u"] = [](const StandardModel& SM) { return new Imlam_u(SM); };
703 obsThFactory["Imlam_td"] = [](const StandardModel& SM) { return new Imlam_td(SM); };
704 obsThFactory["Imlam_cd"] = [](const StandardModel& SM) { return new Imlam_cd(SM); };
705 obsThFactory["Imlam_ud"] = [](const StandardModel& SM) { return new Imlam_ud(SM); };
706 obsThFactory["Imlam_ts"] = [](const StandardModel& SM) { return new Imlam_ts(SM); };
707 obsThFactory["Imlam_cs"] = [](const StandardModel& SM) { return new Imlam_cs(SM); };
708 obsThFactory["Imlam_us"] = [](const StandardModel& SM) { return new Imlam_us(SM); };
709
710}
A_5
A class for the binned observable in .
Definition: MVllObservables.h:1269
A_6
A class for the binned observable in .
Definition: MVllObservables.h:1308
A_6c
A class for the binned observable in .
Definition: MVllObservables.h:1347
A_8
A class for the binned observable in .
Definition: MVllObservables.h:1386
A_9
A class for the binned observable in .
Definition: MVllObservables.h:1425
A_FB
A class for the binned observable in .
Definition: MVllObservables.h:355
A_FBf
A class for the observable in .
Definition: MVllObservables.h:2437
A_T1
Definition: MVllObservables.h:394
ACP_MVgamma
A class for the parameter of CPV in decay.
Definition: MVgamma.h:661
ACP_MVll
A class for the binned observable in .
Definition: MVllObservables.h:683
ADG_MVgamma
A class for the parameter for decay.
Definition: MVgamma.h:812
AFB_BXqll
A class for the binned observable .
Definition: BXqllObservables.h:200
Abs2Ampar_MVpsi
A class for the absolute value ^2 of the // polarization amplitude of .
Definition: MVllObservables.h:3112
Abs2Amperp_MVpsi
A class for the absolute value ^2 of the _|_ polarization amplitude of .
Definition: MVllObservables.h:3180
Abs2Ampzero_MVpsi
A class for the absolute value ^2 of the 0 polarization amplitude of .
Definition: MVllObservables.h:3248
AbsDC7_L
A class for the correction in decay.
Definition: MVgamma.h:949
AbsDC7_QCDF_bar
A class for the correction in decay.
Definition: MVgamma.h:1193
AbsDC7_QCDF
A class for the correction in decay.
Definition: MVgamma.h:1159
AbsDC7_R
A class for the correction in decay.
Definition: MVgamma.h:985
Abslam_c
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:510
Abslam_cd
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:591
Abslam_cs
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:672
Abslam_t
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:483
Abslam_td
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:564
Abslam_ts
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:645
Abslam_u
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:537
Abslam_ud
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:618
Abslam_us
A class for the absolute value of the CKM parameters combination .
Definition: VCKM.h:699
Alpha_2a
A class for the CKM angle in degrees.
Definition: alpha_2a.h:23
Alpha
A class for the CKM angle in degrees.
Definition: alpha.h:22
ArgAmpar_MVpsi
A class for the phase of the // polarization amplitude of .
Definition: MVllObservables.h:3146
ArgAmperp_MVpsi
A class for the phase of the _|_ polarization amplitude of .
Definition: MVllObservables.h:3214
ArgD
Definition: ArgD.h:16
Asl_d_MSbar_NLO_tradBasis
Definition: Asl.h:285
Asl_d_MSbar
Definition: Asl.h:77
Asl_d_PS
Definition: Asl.h:141
Asl_d_only1overmb
Definition: Asl.h:253
Asl_d_pole
Definition: Asl.h:13
Asl_s_MSbar_LO
Definition: Asl.h:125
Asl_s_MSbar_NLO_RI_tradBasis
Definition: Asl.h:333
Asl_s_MSbar_NLO_RI
Definition: Asl.h:317
Asl_s_MSbar_NLO_tradBasis
Definition: Asl.h:301
Asl_s_MSbar_NLO
Definition: Asl.h:109
Asl_s_MSbar_fixmub
Definition: Asl.h:221
Asl_s_MSbar_partialN3LO
Definition: Asl.h:397
Asl_s_MSbar_partialNNLO
Definition: Asl.h:365
Asl_s_MSbar
Definition: Asl.h:93
Asl_s_PS_LO
Definition: Asl.h:189
Asl_s_PS_NLO_RI
Definition: Asl.h:349
Asl_s_PS_NLO
Definition: Asl.h:173
Asl_s_PS_fixmub
Definition: Asl.h:237
Asl_s_PS_partialN3LO
Definition: Asl.h:413
Asl_s_PS_partialNNLO
Definition: Asl.h:381
Asl_s_PS
Definition: Asl.h:157
Asl_s_only1overmb
Definition: Asl.h:269
Asl_s_pole_LO
Definition: Asl.h:61
Asl_s_pole_NLO
Definition: Asl.h:45
Asl_s_pole_fixmub
Definition: Asl.h:205
Asl_s_pole
Definition: Asl.h:29
BBd
A class for , the B-parameter for mesons.
Definition: BBd.h:22
BR_BXqll
A class for the binned observable .
Definition: BXqllObservables.h:165
BR_Kp0nunu
A class for the branching ratio of .
Definition: BR_Kp0nunu.h:74
BR_Kppnunu
A class for the branching ratio of .
Definition: BR_Kppnunu.h:67
BR_MPll
A class for the binned integrated observable in .
Definition: MPllObservables.h:27
BR_MVgamma
A class for the in decay.
Definition: MVgamma.h:536
BR_MVll
A class for the binned observable in .
Definition: MVllObservables.h:433
BR_MVpsi_ratio
Definition: MVllObservables.h:3078
BR_MVpsi
A class for the BR of .
Definition: MVllObservables.h:3044
BRf_MVll
Definition: MVllObservables.h:2476
Bdmumu
Definition: Bdmumu.h:19
BdmumuOBsmumu
A class for the ratio of the branching ratios of over .
Definition: BdmumuOBsmumu.h:22
Bsgamma
A class for the decay.
Definition: bsgamma.h:166
Bsmumu
Definition: Bsmumu.h:19
C2beta
A class for .
Definition: C2beta.h:22
C_MVgamma
A class for the parameter of CPV in decay.
Definition: MVgamma.h:741
CBd
Model parameter CBd from the NP model NPDF2 @detail The ratio of the absolute value of the $B_d$ mixi...
Definition: DmBd.h:82
CBs
Model parameter CBs from the NP model NPDF2 @detail The ratio of the absolute value of the $B_s$ mixi...
Definition: DmBs.h:82
CCBd11
CCBd11.
Definition: CCBbounds.h:159
CCBd12
CCBd12.
Definition: CCBbounds.h:225
CCBd13
CCBd13.
Definition: CCBbounds.h:247
CCBd22
CCBd22.
Definition: CCBbounds.h:181
CCBd23
CCBd23.
Definition: CCBbounds.h:269
CCBd33
CCBd33.
Definition: CCBbounds.h:203
CCBe11
CCBe11.
Definition: CCBbounds.h:291
CCBe12
CCBe12.
Definition: CCBbounds.h:357
CCBe13
CCBe13.
Definition: CCBbounds.h:379
CCBe22
CCBe22.
Definition: CCBbounds.h:313
CCBe23
CCBe23.
Definition: CCBbounds.h:401
CCBe33
CCBe33.
Definition: CCBbounds.h:335
CCBu11
CCBu11.
Definition: CCBbounds.h:27
CCBu12
CCBu12.
Definition: CCBbounds.h:93
CCBu13
CCBu13.
Definition: CCBbounds.h:115
CCBu22
CCBu22.
Definition: CCBbounds.h:49
CCBu23
CCBu23.
Definition: CCBbounds.h:137
CCBu33
CCBu33.
Definition: CCBbounds.h:71
CKM_2BpG
A class for the sum of CKM angles in degrees.
Definition: VCKM.h:153
CKM_Alpha
A class for the CKM angle in degrees.
Definition: VCKM.h:56
CKM_Beta
A class for the CKM angle in degrees.
Definition: VCKM.h:80
CKM_Betas
A class for the CKM angle in degrees.
Definition: VCKM.h:104
CKM_C2Beta
A class for .
Definition: VCKM.h:203
CKM_Delta
A class for .
Definition: VCKM.h:303
CKM_Gamma
A class for the CKM angle in degrees.
Definition: VCKM.h:128
CKM_Rb
A class for the CKM parameters ratio .
Definition: VCKM.h:430
CKM_Rt_dms
An auxiliary class for the CKM UT plot from the constraint from .
Definition: VCKM.h:378
CKM_Rt
A class for the CKM parameters ratio .
Definition: VCKM.h:352
CKM_Rts
A class for the CKM parameters ratio .
Definition: VCKM.h:404
CKM_S2Beta
A class for .
Definition: VCKM.h:178
CKM_SinTheta12
A class for .
Definition: VCKM.h:228
CKM_SinTheta13
A class for .
Definition: VCKM.h:253
CKM_SinTheta23
A class for .
Definition: VCKM.h:278
CKM_VtdoVts
A class for the CKM parameters ratio .
Definition: VCKM.h:456
CKM_eta
A class for the CKM parameter .
Definition: VCKM.h:1291
CKM_rho
A class for the CKM parameter .
Definition: VCKM.h:1265
D0p_MVgamma
Definition: MVgamma.h:620
DACP_MVgamma
A class for the parameter of CPV in decay.
Definition: MVgamma.h:700
DC7_1
A class for the correction in decay.
Definition: MVgamma.h:848
DC7_2
A class for the correction in decay.
Definition: MVgamma.h:884
DC9_hlambda
Definition: MPllObservables.h:185
DGamma_d_LO_tradBasis
Definition: DGamma.h:318
DGamma_d_MSbar
Definition: DGamma.h:77
DGamma_d_NLO_tradBasis
Definition: DGamma.h:286
DGamma_d_PS
Definition: DGamma.h:141
DGamma_d_only1overmb
Definition: DGamma.h:254
DGamma_d_pole
Definition: DGamma.h:13
DGamma_s_LO_tradBasis
Definition: DGamma.h:334
DGamma_s_MSbar_LO
Definition: DGamma.h:125
DGamma_s_MSbar_NLO_RI_tradBasis
Definition: DGamma.h:366
DGamma_s_MSbar_NLO_RI
Definition: DGamma.h:350
DGamma_s_MSbar_NLO
Definition: DGamma.h:109
DGamma_s_MSbar_fixmub
Definition: DGamma.h:222
DGamma_s_MSbar_partialN3LO
Definition: DGamma.h:430
DGamma_s_MSbar_partialNNLO
Definition: DGamma.h:398
DGamma_s_MSbar
Definition: DGamma.h:93
DGamma_s_NLO_tradBasis
Definition: DGamma.h:302
DGamma_s_PS_LO
Definition: DGamma.h:189
DGamma_s_PS_NLO_RI
Definition: DGamma.h:382
DGamma_s_PS_NLO
Definition: DGamma.h:173
DGamma_s_PS_fixmub
Definition: DGamma.h:238
DGamma_s_PS_partialN3LO
Definition: DGamma.h:446
DGamma_s_PS_partialNNLO
Definition: DGamma.h:414
DGamma_s_PS
Definition: DGamma.h:157
DGamma_s_only1overmb
Definition: DGamma.h:270
DGamma_s_pole_LO
Definition: DGamma.h:61
DGamma_s_pole_NLO
Definition: DGamma.h:45
DGamma_s_pole_fixmub
Definition: DGamma.h:206
DGamma_s_pole
Definition: DGamma.h:29
DmBd
A class for , the difference in mass of between the heavy and light mass eigenstates of the neutral ...
Definition: DmBd.h:27
DmBs
Definition: DmBs.h:27
DmK
Definition: DmK.h:27
Elmoments_BClnu
Definition: BClnuObservables.h:43
EpsilonK
A class for that parametrizes indirect CPV in the Kaon sector.
Definition: EpsilonK.h:29
EpsilonP_O_Epsilon_TH
A class for that parametrizes direct CPV in the Kaon sector. In this implementation,...
Definition: EpsilonP_O_Epsilon_TH.h:59
EpsilonP_O_Epsilon
A class for that parametrizes direct CPV in the Kaon sector.
Definition: EpsilonP_O_Epsilon.h:55
F_L
A class for the binned observable in .
Definition: MVllObservables.h:472
F_Lf
A class for the observable in .
Definition: MVllObservables.h:2515
FBd
A class for , the decay constant.
Definition: FBd.h:22
FBdSqrtBBd
A class for , relevant for mesons mixing in the Standard Model.
Definition: FBdSqrtBBd.h:22
FBsSqrtBBs
A class for , relevant for mesons mixing in the Standard Model.
Definition: FBsSqrtBBs.h:22
FF0_MPlnu
Definition: MPlnuObservables.h:170
FF_R0
Definition: MVlnuObservables.h:432
FF_R1
Definition: MVlnuObservables.h:382
FF_R2
Definition: MVlnuObservables.h:407
FF_hA1
Definition: MVlnuObservables.h:307
FF_hA1atw1
Definition: MVlnuObservables.h:257
FF_hA2
Definition: MVlnuObservables.h:332
FF_hA3
Definition: MVlnuObservables.h:357
FF_hV
Definition: MVlnuObservables.h:282
FFplus_MPlnu
Definition: MPlnuObservables.h:145
FL_MVlnu
Definition: MVlnuObservables.h:157
FindAction
FindAction.
Definition: Metastability.h:24
GammaPrime
A class for the binned observable in .
Definition: MVllObservables.h:307
GammaPrimef
A class for the observable in .
Definition: MVllObservables.h:2390
GammacV_MVlnu
Definition: MVlnuObservables.h:103
Gammachi_MVlnu
Definition: MVlnuObservables.h:130
Gammacl_MVlnu
Definition: MVlnuObservables.h:76
Gammaw_MPlnu
Definition: MPlnuObservables.h:14
Gammaw_MVlnu
Definition: MVlnuObservables.h:20
HA_BXqll
A class for the binned observable in .
Definition: BXqllObservables.h:131
HL_BXqll
A class for the binned observable in .
Definition: BXqllObservables.h:96
HT_BXqll
A class for the binned observable in .
Definition: BXqllObservables.h:61
ImADC2
Definition: ImADC2.h:15
ImDC7_L
A class for the correction in decay.
Definition: MVgamma.h:1089
ImDC7_QCDF_bar
A class for the correction in decay.
Definition: MVgamma.h:1329
ImDC7_QCDF
A class for the correction in decay.
Definition: MVgamma.h:1295
ImDC7_R
A class for the correction in decay.
Definition: MVgamma.h:1125
Imlam_c
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:753
Imlam_cd
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:834
Imlam_cs
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:915
Imlam_t
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:726
Imlam_td
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:807
Imlam_ts
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:888
Imlam_u
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:780
Imlam_ud
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:861
Imlam_us
A class for the imaginary part of the CKM parameters combination .
Definition: VCKM.h:942
Imtau_DS1
A class for the real part of the ratio of CKM parameters .
Definition: VCKM.h:1239
J_CP
A class for the Jarlskog determinant.
Definition: VCKM.h:327
Kmunu_o_Pmunu
A class for .
Definition: Kmunu_o_Pmunu.h:30
M12D
Definition: M12D.h:15
M_1Prime
A class for the observable in .
Definition: MVllObservables.h:762
M_2Prime
A class for the observable in .
Definition: MVllObservables.h:801
MXmoments_BClnu
Definition: BClnuObservables.h:70
Mll
Definition: Mll.h:16
P3CP
A class for the binned observable in .
Definition: MVllObservables.h:723
P_1
A class for the binned observable in .
Definition: MVllObservables.h:28
P_1f
A class for the observable in .
Definition: MVllObservables.h:2111
P_2
A class for the binned observable in .
Definition: MVllObservables.h:68
P_2f
A class for the binned observable in .
Definition: MVllObservables.h:2151
P_3
A class for the binned observable in .
Definition: MVllObservables.h:107
P_3f
A class for the observable in .
Definition: MVllObservables.h:2190
P_4Prime
A class for the binned observable in .
Definition: MVllObservables.h:146
P_4Primef
A class for the observable in .
Definition: MVllObservables.h:2229
P_5Prime
A class for the binned observable in .
Definition: MVllObservables.h:187
P_5Primef
A class for the observable in .
Definition: MVllObservables.h:2270
P_6Prime
A class for the binned observable in .
Definition: MVllObservables.h:229
P_6Primef
A class for the observable in .
Definition: MVllObservables.h:2312
P_8Prime
A class for the binned observable in .
Definition: MVllObservables.h:268
P_8Primef
A class for the observable in .
Definition: MVllObservables.h:2351
P_relation_exactf
Definition: MVllObservables.h:2806
P_relationf
Definition: MVllObservables.h:2781
PartialAverageBR_BClnu
Definition: BClnuObservables.h:97
PhiBd
Model parameter PhiBd from the NP model NPDF2 @detail Half the relative phase of the $B_d$ mixing amp...
Definition: DmBd.h:96
PhiBs
Model parameter PhiBs from the NP model NPDF2 @detail Half the relative phase of the $B_s$ mixing amp...
Definition: DmBs.h:96
Phis_JPsiPhi
Definition: Phis_JPsiPhi.h:22
Plep_MVlnu
Definition: MVlnuObservables.h:484
Pmunu
A class for .
Definition: Pmunu.h:30
Q2moments_BClnu
Definition: BClnuObservables.h:16
QCD::OMEGA
@ OMEGA
Definition: QCD.h:355
QCD::K_P
@ K_P
Definition: QCD.h:340
QCD::PHI
@ PHI
Definition: QCD.h:348
QCD::K_star
@ K_star
Definition: QCD.h:349
QCD::D_P
@ D_P
Definition: QCD.h:342
QCD::B_C
@ B_C
Definition: QCD.h:347
QCD::B_P
@ B_P
Definition: QCD.h:345
QCD::K_star_P
@ K_star_P
Definition: QCD.h:350
QCD::RHO_P
@ RHO_P
Definition: QCD.h:354
QCD::D_S
@ D_S
Definition: QCD.h:343
QCD::D_star_P
@ D_star_P
Definition: QCD.h:352
QCD::K_0
@ K_0
Definition: QCD.h:339
QCD::B_D
@ B_D
Definition: QCD.h:344
QCD::RHO
@ RHO
Definition: QCD.h:353
QCD::B_S
@ B_S
Definition: QCD.h:346
QCD::DOWN
@ DOWN
Definition: QCD.h:325
QCD::STRANGE
@ STRANGE
Definition: QCD.h:327
QCD::NEUTRINO_1
@ NEUTRINO_1
Definition: QCD.h:311
QCD::MU
@ MU
Definition: QCD.h:314
QCD::ELECTRON
@ ELECTRON
Definition: QCD.h:312
QCD::TAU
@ TAU
Definition: QCD.h:316
QCDfC9_1f
A class for the observable in .
Definition: MVllObservables.h:2840
QCDfC9_2f
A class for the observable in .
Definition: MVllObservables.h:2874
QCDfC9_3f
A class for the observable in .
Definition: MVllObservables.h:2908
QCDfC9p_1f
A class for the observable in .
Definition: MVllObservables.h:2942
QCDfC9p_2f
A class for the observable in .
Definition: MVllObservables.h:2976
QCDfC9p_3f
A class for the observable in .
Definition: MVllObservables.h:3010
R_6
A class for the binned observable ratio in .
Definition: MVllObservables.h:643
R_BXqll
A class for in .
Definition: BXqllObservables.h:26
R_MPll
A class for the binned observable ratio in .
Definition: MPllObservables.h:112
R_MVgamma
Definition: MVgamma.h:579
R_MVll
A class for the binned observable ratio in .
Definition: MVllObservables.h:520
RD_MPlnu
Definition: MPlnuObservables.h:41
RDstar_MVlnu
Definition: MVlnuObservables.h:47
RL_MVll
A class for the binned observable ratio in .
Definition: MVllObservables.h:561
RT_MVll
A class for the binned observable ratio in .
Definition: MVllObservables.h:602
ReDC7_L
A class for the correction in decay.
Definition: MVgamma.h:1019
ReDC7_QCDF_bar
A class for the correction in decay.
Definition: MVgamma.h:1261
ReDC7_QCDF
A class for the correction in decay.
Definition: MVgamma.h:1227
ReDC7_R
A class for the correction in decay.
Definition: MVgamma.h:1055
Relam_c
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:996
Relam_cd
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1077
Relam_cs
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1158
Relam_t
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:969
Relam_td
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1050
Relam_ts
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1131
Relam_u
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1023
Relam_ud
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1104
Relam_us
A class for the real part of the CKM parameters combination .
Definition: VCKM.h:1185
Retau_DS1
A class for the real part of the ratio of CKM parameters .
Definition: VCKM.h:1212
RmBd
A class for , the ratio of the total difference in mass of between the heavy and light mass eigenstat...
Definition: DmBd.h:59
RmBs
A class for , the ratio of the total difference in mass of between the heavy and light mass eigenstat...
Definition: DmBs.h:59
Robs_mu_e_gamma
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:74
Robs_tau_e_gamma
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:257
Robs_tau_mu_gamma_BelleII
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:178
Robs_tau_mu_gamma
A class for calculating the upper limit ratio for the process .
Definition: li_lj_gamma.h:153
S_1c
A class for the binned observable in .
Definition: MVllObservables.h:840
S_1s
A class for the binned observable in .
Definition: MVllObservables.h:879
S_2c
A class for the binned observable in .
Definition: MVllObservables.h:918
S_2s
A class for the binned observable in .
Definition: MVllObservables.h:957
S_3
A class for the binned observable in .
Definition: MVllObservables.h:996
S_3f
A class for the observable in .
Definition: MVllObservables.h:2561
S_4
A class for the binned observable in .
Definition: MVllObservables.h:1035
S_4f
A class for the observable in .
Definition: MVllObservables.h:2600
S_5
A class for the binned observable in .
Definition: MVllObservables.h:1074
S_5f
A class for the observable in .
Definition: MVllObservables.h:2639
S_6c
A class for the binned observable in .
Definition: MVllObservables.h:1113
S_7
A class for the binned observable in .
Definition: MVllObservables.h:1152
S_7f
A class for the observable in .
Definition: MVllObservables.h:2678
S_8
A class for the binned observable in .
Definition: MVllObservables.h:1191
S_8f
A class for the observable in .
Definition: MVllObservables.h:2717
S_9
A class for the binned observable in .
Definition: MVllObservables.h:1230
S_9f
A class for the observable in .
Definition: MVllObservables.h:2756
S_MVgamma
A class for the parameter for CPV in decay.
Definition: MVgamma.h:776
S
A class for the form factor in .
Definition: MVllObservables.h:1670
SJPsiK
A class for .
Definition: SJPsiK.h:22
StandardModel
A model class for the Standard Model.
Definition: StandardModel.h:521
T0
A class for the form factor in .
Definition: MVllObservables.h:1565
ThObsFactory::registerFlavourObservables
void registerFlavourObservables()
Definition: ThObsFactory_Flavour.cpp:16
ThObsFactory::obsThFactory
std::map< std::string, std::function< ThObservable *(const StandardModel &) > > obsThFactory
Definition: ThObsFactory.h:49
Tm
A class for the form factor in .
Definition: MVllObservables.h:1635
Tp
A class for the form factor in .
Definition: MVllObservables.h:1600
Unitarity_Strong_MPlnu
Definition: MPlnuObservables.h:120
UnitarityA_MPlnu
Definition: MPlnuObservables.h:95
UnitarityA_MVlnu
Definition: MVlnuObservables.h:207
UnitarityV_D_Dst
Definition: MVlnuObservables.h:457
UnitarityV_MPlnu
Definition: MPlnuObservables.h:70
UnitarityV_MVlnu
Definition: MVlnuObservables.h:182
V0
A class for the form factor in .
Definition: MVllObservables.h:1460
VCKM
A class for the CKM elements .
Definition: VCKM.h:21
Vcb_BClnu
Definition: BClnuObservables.h:121
Vm
A class for the form factor in .
Definition: MVllObservables.h:1530
Vp
A class for the form factor in .
Definition: MVllObservables.h:1495
WC_C10
A class for the Wilson coefficient for a specific leptonic final state.
Definition: WilsonCoefficientObservables.h:90
WC_C7g
A class for the Wilson coefficient .
Definition: WilsonCoefficientObservables.h:24
WC_C9
A class for the Wilson coefficient for a specific leptonic final state.
Definition: WilsonCoefficientObservables.h:56
WC_epspOeps
Definition: WilsonCoefficientObservables.h:115
af0_0
Definition: MPlnuObservables.h:195
dBR_MPll
A class for the binned differential observable in .
Definition: MPllObservables.h:74
deltaLL1_l
deltaLL1_l.
Definition: SFermiondeltas.h:218
deltaLL1_q
deltaLL1_q.
Definition: SFermiondeltas.h:20
deltaLL2_l
deltaLL2_l.
Definition: SFermiondeltas.h:240
deltaLL2_q
deltaLL2_q.
Definition: SFermiondeltas.h:42
deltaLL3_l
deltaLL3_l.
Definition: SFermiondeltas.h:262
deltaLL3_q
deltaLL3_q.
Definition: SFermiondeltas.h:64
deltaLLRR_l
deltaLLRR_l.
Definition: SFermiondeltas.h:724
deltaRL_12_e
deltaRL_12_e.
Definition: SFermiondeltas.h:482
deltaRL_12_u
deltaRL_12_u.
Definition: SFermiondeltas.h:350
deltaRL_13_e
deltaRL_13_e.
Definition: SFermiondeltas.h:504
deltaRL_13_u
deltaRL_13_u.
Definition: SFermiondeltas.h:372
deltaRL_21_e
deltaRL_21_e.
Definition: SFermiondeltas.h:548
deltaRL_23_e
deltaRL_23_e.
Definition: SFermiondeltas.h:526
deltaRL_23_u
deltaRL_23_u.
Definition: SFermiondeltas.h:394
deltaRL_31_e
deltaRL_31_e.
Definition: SFermiondeltas.h:570
deltaRL_32_e
deltaRL_32_e.
Definition: SFermiondeltas.h:592
deltaRR1_d
deltaRR1_d.
Definition: SFermiondeltas.h:152
deltaRR1_e
deltaRR1_e.
Definition: SFermiondeltas.h:284
deltaRR1_u
deltaRR1_u.
Definition: SFermiondeltas.h:86
deltaRR2_d
deltaRR2_d.
Definition: SFermiondeltas.h:174
deltaRR2_e
deltaRR2_e.
Definition: SFermiondeltas.h:306
deltaRR2_u
deltaRR2_u.
Definition: SFermiondeltas.h:108
deltaRR3_d
deltaRR3_d.
Definition: SFermiondeltas.h:196
deltaRR3_e
deltaRR3_e.
Definition: SFermiondeltas.h:328
deltaRR3_u
deltaRR3_u.
Definition: SFermiondeltas.h:130
deltaTEhat23
deltaTEhat23.
Definition: SFermiondeltas.h:702
gminus2_mu
A class for calculating the at one-loop.
Definition: gminus2.h:46
gtilde_1
A class for the correction in .
Definition: MVllObservables.h:1876
gtilde_2
A class for the correction in .
Definition: MVllObservables.h:1915
gtilde_3
A class for the correction in .
Definition: MVllObservables.h:1954
h_0
A class for the correction in .
Definition: MVllObservables.h:1991
h_m
A class for the correction in .
Definition: MVllObservables.h:2067
h_p
A class for the correction in .
Definition: MVllObservables.h:2029
hp0_hm0
A class for the absolute value of the ratio in .
Definition: MVgamma.h:915
log_meg
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:48
log_teg
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:231
log_tmg
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:127
logdeltaRL_13_e
logdeltaRL_13_e.
Definition: SFermiondeltas.h:614
logdeltaRL_23_e
logdeltaRL_23_e.
Definition: SFermiondeltas.h:636
logmslepton
logmslepton.
Definition: SFermiondeltas.h:658
mslepton
mslepton.
Definition: SFermiondeltas.h:680
mu_3e
A class for calculating the branching ratio of the process .
Definition: li_3lj.h:43
mu_e_gamma
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:21
mueconversion_Ti
A class for calculating the decay rate of the process conversion in Titanium Nuclei.
Definition: mueconversion.h:43
tau_3e
A class for calculating the branching ratio of the process .
Definition: li_3lj.h:147
tau_3mu
A class for calculating the branching ratio of the process .
Definition: li_3lj.h:95
tau_e_gamma
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:204
tau_mu_gamma
A class for calculating the branching ratio of the process .
Definition: li_lj_gamma.h:100
tauKnu_o_tauPnu
Definition: tauKnu_o_tauPnu.h:29
unitarity_bound_F2
A class for the unitarity constraints on form factors .
Definition: MVllObservables.h:1772
unitarity_bound_T1
A class for the unitarity constraints on form factors .
Definition: MVllObservables.h:1806
unitarity_bound_T2_T0
A class for the unitarity constraints on form factors and .
Definition: MVllObservables.h:1840
unitarity_bound_f_F1
A class for the unitarity constraints on form factors and .
Definition: MVllObservables.h:1704
unitarity_bound_g
A class for the unitarity constraints on form factors .
Definition: MVllObservables.h:1738
xi
A class for , relevant for mesons mixing in the Standard Model.
Definition: xi.h:23
ThObsConst
Namespace containing collider energy and angle constants used across ThObsFactory registration functi...
Definition: ThObsFactoryConstants.h:15