Constructor: initialise the registry.
18 def __init__(self):
19
20 """! Constructor: initialise the registry."""
21
22 self.add_default("allrad", 0, description="turns on multiple shower scheme. Keeps hardest radiation from production and all resonances. [1:enabled]")
23 self.add_default("alpha", -1, description="[-1:use Powheg default]")
24 self.add_default("alphaem", powheg_atlas_common.EW_parameters.alphaem, description="EM coupling")
25 self.add_default("alphaem0", powheg_atlas_common.EW_parameters.alphaem_0, description="EM coupling at 0")
26 self.add_default("alphaem_inv", 1.0 / float(powheg_atlas_common.EW_parameters.alphaem), description="EM coupling reciprocal")
27 self.add_default("alphaem_z", powheg_atlas_common.EW_parameters.alphaem, description="EM coupling at the Z-boson mass")
28 self.add_default("alphaqcd", powheg_atlas_common.EW_parameters.alphaqcd, description="strong coupling")
29 self.add_default("alphas_cutoff_fact", -1, description="strong coupling IR cutoff in MINNLO ")
30 self.add_default("alphas_from_lhapdf", -1, description="get strong coupling from LHAPDF")
31 self.add_default("alphas_from_pdf", -1, description="get strong coupling from LHAPDF")
32 self.add_default("alphaspdf", powheg_atlas_common.EW_parameters.alphaqcd, description="strong coupling")
33 self.add_default("altmap", 0, description="mapping that preserves the relative kinematics of the emitter where possible. [1:enabled]")
34 self.add_default("always_quad", 1, description="compute always using quadruple precision [1:enabled]")
35 self.add_default("angcorr_damp", 0, description="using angular correlations aware damp function [1:enabled]")
36 self.add_default("anomcoup", 0, description="ZgamJ MiNNLO: (default 0) if 1 compute anomalous contributions (aTGC)")
37 self.add_default("anommode", 0, description="ZgamJ MiNNLO: (default 0) activate resonance aware sampling accounting for extra resonance structure allowed by aTGC")
38 self.add_default("arXiv:1207.5018", -1, frozen=True, description="compare to arXiv:1207.5018. [>0:enabled]")
39 self.add_default("atlas_scale", -1, description="[-1:use Powheg default]")
40 self.add_default("bcut", -1, description="[-1:use Powheg default]")
41 self.add_default("betaL3x3", 1., description="Relative coupling strength to left-handed fermions (3rd generation) in Drell-Yan Vector LeptoQuark production.")
42 self.add_default("betaR3x3", 1., description="Relative coupling strength to right-handed fermions (3rd generation) in Drell-Yan Vector LeptoQuark production.")
43 self.add_default("b_mass", powheg_atlas_common.mass.b, description="WZj_MiNNLO: bottom mass for reshuffling momentum at event generation level (used if massive_leptons=1)")
44 self.add_default("Bmass", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV")
45 self.add_default("bmass", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV")
46 self.add_default("bmass_in_minlo", 0, description="use non-zero b-mass in MiNLO. [0:disabled; 1:enabled]")
47 self.add_default("bmass_lhe", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV (for momentum reshuffling)")
48 self.add_default("bornktmin", -1, description="generation cut: minimum kt in underlying Born. [<0:default to 0]")
49 self.add_default("bornonly", 0, description="calculate only Born-level process. [1:enabled]")
50 self.add_default("bornsmartsig", 0, description="LQ-s-chan: born level smart signal. [0:disabled]")
51 self.add_default("bornsuppfact", -1, description="mass parameter for Born suppression factor. [<0:disabled]")
52 self.add_default("bornsuppfactV", -1, description="[-1:use Powheg default]")
53 self.add_default("bornsuppfactW", -1, description="[-1:use Powheg default]")
54 self.add_default("bornsuppfact-pt", -1, description="VV_pol: pt parameter for Born suppression")
55 self.add_default("bornzerodamp", 1, description="damping of real contributions for the suppression of Born zeroes. [1:enabled]")
56 self.add_default("bornzerodampcut", -1, description="ttbb: Born zerodamp shape parameter. [-1:default]")
57 self.add_default("bottommass", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV (loops disabled if <= 0)",)
58 self.add_default("bottomthr", powheg_atlas_common.mass.b, description="minimum pT in GeV for generating emission off b-quarks. [<0:default to 5.0]")
59 self.add_default("bottomthrpdf", powheg_atlas_common.mass.b, description="threshold in GeV at which b-quark PDF becomes non-zero. [<0:default to 5.0]")
60 self.add_default("BR_t_to_Wb", powheg_atlas_common.branching_ratio.t_to_Wb, description="top branching ratio to b-quarks")
61 self.add_default("BR_t_to_Wd", powheg_atlas_common.branching_ratio.t_to_Wd, description="top branching ratio to d-quarks")
62 self.add_default("BR_t_to_Ws", powheg_atlas_common.branching_ratio.t_to_Ws, description="top branching ratio to s-quarks")
63 self.add_default("BR_W_to_hadrons", powheg_atlas_common.branching_ratio.W_to_hadrons, description="total W branching ratio to hadrons")
64 self.add_default("BR_W_to_leptons", powheg_atlas_common.branching_ratio.W_to_leptons, description="total W branching ratio to leptons")
65 self.add_default("brpar_diexp", -1, description="[-1:use Powheg default]")
66 self.add_default("brpar_dijexp", -1, description="[-1:use Powheg default]")
67 self.add_default("BrWlep", powheg_atlas_common.branching_ratio.W_to_leptons, name="BR_W_to_leptons", description="total W branching ratio to leptons")
68 self.add_default("btildeborn", -1, description="Born contributions. [0:disabled]")
69 self.add_default("btildecoll", -1, description="collinear contributions. [0:disabled]")
70 self.add_default("btildereal", -1, description="for fixed order: distinguish real terms from Born/virtual/subtraction. [0:disabled]")
71 self.add_default("btildeviol", 1, description="MiNNLO process: if 1, turn on correction of UB violations")
72 self.add_default("btildevirt", -1, description="virtual contributions [0:disabled]")
73 self.add_default("btlscalect", -1, description="use the scales of the underlying-Born configuration for the subtraction terms. [1:enabled]")
74 self.add_default("btlscalereal", -1, description="compute scales that depend on the real kinematics. [1:enabled]")
75 self.add_default("bwcutoff", 15, description="mass window is object_mass +/- bwcutoff * object_width")
76 self.add_default("BWgen", 1, description="[1: LQ s chan]")
77 self.add_default("bwshape", 1, description="functional form of Breit-Wigner used to distribute Higgs virtuality. [1:running width; 2:hwidth]")
78 self.add_default("CBL2", 0, description="VV_pol: Dim 6 and CP even coefficient, using HISZ basis")
79 self.add_default("chainA", "''", frozen=True, description="UNUSED. weakino decay chain.")
80 self.add_default("chainB", "''", frozen=True, description="UNUSED. weakino decay chain.")
81 self.add_default("channel_type", 0, description="channels for VBF ZZ. [0:all (default), 7: all Neutral Currents, 1:ucuc-type NC, 2:usus-type NC, 3:dcdc-type NC, 4:dsds-type NC, 8: all Charged Currents, 5: usdc-type CC, 6: dcus-type CC]")
82 self.add_default("channel", -1, description="bb4l decay code")
83 self.add_default("charge", 1, description="LQ-s-chan charge of the LQ times 3. Expect 1,2,4 or 5. [1: default]")
84 self.add_default("charmmass", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV (loops enabled if <= 0)")
85 self.add_default("charmthr", powheg_atlas_common.mass.c, description="minimum pT in GeV for generating emission off c-quarks. [<0:default to 1.5]")
86 self.add_default("charmthrpdf", powheg_atlas_common.mass.c, description="threshold in GeV at which c-quark PDF becomes non-zero. [<0:default to 1.5]")
87 self.add_default("CHBD6", 0, description="VV_pol: Dim 6 and CP even coefficient, using Warsaw basis")
88 self.add_default("CHBtilD6", 0, description="VV_pol: Dim 6 and CP odd coefficient, using Warsaw basis")
89 self.add_default("check_bad_st1", 1, description="check stage 1 output and discard bad grids. [1:enabled]")
90 self.add_default("check_bad_st2", 1, description="check stage 2 output and discard bad grids. [1:enabled]")
91 self.add_default("chhh", 1.0, description="ggF_HH and ggF_HH_SMEFT: Trilinear Higgs self-coupling")
92 self.add_default("CHWBD6", 0, description="VV_pol: Dim 6 and CP even coefficient, using Warsaw basis")
93 self.add_default("CHWBtilD6", 0, description="VV_pol: Dim 6 and CP odd coefficient, using Warsaw basis")
94 self.add_default("CHWD6", 0, description="VV_pol: Dim 6 and CP even coefficient, using Warsaw basis")
95 self.add_default("CHWtilD6", 0, description="VV_pol: Dim 6 and CP odd coefficient, using Warsaw basis")
96 self.add_default("ch4", 1.0, description="ggF_HH_quartic: Quartic Higgs self-coupling")
97 self.add_default("ct", 1.0, description="ggF_HH and ggF_HH_SMEFT: Top-Higgs Yukawa coupling")
98 self.add_default("ctt", 0., description="ggF_HH and ggF_HH_SMEFT: Two-top-two-Higgs (tthh) coupling")
99 self.add_default("cggh", 0., description="ggF_HH and ggF_HH_SMEFT: Effective gluon-gluon-Higgs coupling")
100 self.add_default("cgghh", 0., description="ggF_HH and ggF_HH_SMEFT: Effective two-gluon-two-Higgses coupling")
101 self.add_default("CHbox", 0., description="ggF_HH_SMEFT: Kinetic term of SU(2)_L singlet (with d'Alembert operator)")
102 self.add_default("CHD", 0., description="ggF_HH_SMEFT: second Kinetic term")
103 self.add_default("CH", 0., description="ggF_HH_SMEFT: Additional term to Higgs potential")
104 self.add_default("CuH", 0., description="ggF_HH_SMEFT: Modified Yukawa term")
105 self.add_default("CHG", 0., description="ggF_HH_SMEFT: Higgs-Glue-Glue operator")
106 self.add_default("CtG", 0., description="ggF_HH_SMEFT: Wilson coefficient of chromomagnetic operator")
107 self.add_default("CQt", 0., description="ggF_HH_SMEFT: Wilson coefficient of 4-top operator C_Qt^(1)")
108 self.add_default("CQt8", 0., description="ggF_HH_SMEFT: Wilson coefficient of 4-top operator C_Qt^(8)")
109 self.add_default("CQQtt", 0., description="ggF_HH_SMEFT: sum of Wilson coefficients of 4-top operators C_QQ^(1)+C_tt")
110 self.add_default("CQQ8", 0., description="ggF_HH_SMEFT: Wilson coefficient of 4-top operator C_QQ^(8)")
111 self.add_default("GAMMA5BMHV", 0, description="ggF_HH_SMEFT: Choose gamma5 scheme: 0 NDR (default), 1 BMHV")
112 self.add_default("chklimseed", -1, description="check limit seed")
113 self.add_default("ckkwscalup", 1, description="scalup scale for subsequent shower. [0:Powheg; 1:CKKW (use the smallest kt in the final state)]")
114 self.add_default("CKM_diagonal", 0, description="Set CKM matrix diagonal. [0:False; 1:True]")
115 self.add_default("CKM_Vcb", powheg_atlas_common.CKM.Vcb, description="CKM element: Vcb")
116 self.add_default("CKM_Vcd", powheg_atlas_common.CKM.Vcd, description="CKM element: Vcd")
117 self.add_default("CKM_Vcs", powheg_atlas_common.CKM.Vcs, description="CKM element: Vcs")
118 self.add_default("CKM_Vtb", powheg_atlas_common.CKM.Vtb, description="CKM element: Vtb")
119 self.add_default("CKM_Vtd", powheg_atlas_common.CKM.Vtd, description="CKM element: Vtd")
120 self.add_default("CKM_Vts", powheg_atlas_common.CKM.Vts, description="CKM element: Vts")
121 self.add_default("CKM_Vub", powheg_atlas_common.CKM.Vub, description="CKM element: Vub")
122 self.add_default("CKM_Vud", powheg_atlas_common.CKM.Vud, description="CKM element: Vud")
123 self.add_default("CKM_Vus", powheg_atlas_common.CKM.Vus, description="CKM element: Vus")
124 self.add_default("clobberlhe", -1, frozen=True, description="allow LHE files to be overwritten. [1:enabled]")
125 self.add_default("Cmass", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV")
126 self.add_default("c_mass", powheg_atlas_common.mass.c, description="WZj_MiNNLO, ZZj_MiNNLO: charm mass for reshuffling momentum at event generation level (used if massive_leptons=1)")
127 self.add_default("cmass_lhe", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV (for momentum reshuffling)")
128 self.add_default("collremnsamp\"", -1, name="collremnsamp", description="[-1:use Powheg default]")
129 self.add_default("colltest", 1, description="check collinear limits. [0:disabled]")
130 self.add_default("comparison_paper", -1, frozen=True, description="compare to paper. [>0:enabled]")
131 self.add_default("complexGFermi", 1, description="use complex G_F [0:disabled]")
132 self.add_default("complexmass", -1, description="")
133 self.add_default("complexmasses", -1, description="")
134 self.add_default("complexpolescheme", 0, description="use complex pole scheme (Passarino et al.) [>0:enabled]")
135 self.add_default("compress_lhe", -1, frozen=True, description="compress LHE output.")
136 self.add_default("compress_upb", -1, frozen=True, description="[-1:use Powheg default]")
137 self.add_default("compute_rwgt", 0, frozen=True, description="whether to compute a reweighting factor. [1:enabled]")
138 self.add_default("contr", "\'full\'",description="Contributions in gg4l:'full', 'only_h', 'no_h' or 'interf_h'")
139 self.add_default("corI", 1, description="particle pair to correlate - corI and corJ should be different and a number between 1 and 4.")
140 self.add_default("corJ", 2, description="particle pair to correlate - corI and corJ should be different and a number between 1 and 4.")
141 self.add_default("correlations", 1, name="correlate_top_decays", description="if 1, correlate top quark decays; otherwise treat them as uncorrelated")
142 self.add_default("CPWL2", 0, description="VV_pol: Dim 6 and CP odd coefficient, using HISZ basis")
143 self.add_default("CPWWWL2", 0, description="VV_pol: Dim 6 and CP odd coefficient, using HISZ basis")
144 self.add_default("cutallpairs", -1, description="[-1:use Powheg default]")
145 self.add_default("CWD6", 0, description="VV_pol: Dim 6 and CP even coefficient, using Warsaw basis")
146 self.add_default("CWL2", 0, description="VV_pol: Dim 6 and CP even coefficient, using HISZ basis")
147 self.add_default("CWtilD6", 0, description="VV_pol: Dim 6 and CP odd coefficient, using Warsaw basis")
148 self.add_default("CWWWL2", 0, description="VV_pol: Dim 6 and CP even coefficient, using HISZ basis")
149 self.add_default("dampscfact", 1.0, description="prefactor for hdamp, i.e. hdamp -> hdamp * dampscfact")
150 self.add_default("dec1", -1, hidden=True, description="Weakino decay 1. UNUSED")
151 self.add_default("dec2", -1, hidden=True, description="Weakino decay 2. UNUSED")
152 self.add_default("dec3", -1, hidden=True, description="Weakino decay 3. UNUSED")
153 self.add_default("dec4", -1, hidden=True, description="Weakino decay 4. UNUSED")
154 self.add_default("decaymode", 0, description="Dark matter decay mode")
155 self.add_default("decayV1", 1, description="VV_pol: decay mode of first boson, 1: electron, 2: muon, 3: tau")
156 self.add_default("decayV2", 1, description="VV_pol: decay mode of first boson, 1: electron, 2: muon, 3: tau")
157 self.add_default("decay_signature", "0", description="4tops decay signature")
158 self.add_default("delg1_g", 0, description="Delta_g1(Gamma)")
159 self.add_default("delg1_z", 0, description="Delta_g1(Z)")
160 self.add_default("delk_g", 0, description="Delta_K(Gamma)")
161 self.add_default("delk_z", 0, description="Delta_K(Z)")
162 self.add_default("delta_mbbmin", 0, description="if non-zero, use generation cut on m_bb")
163 self.add_default("delta_mttmin", 0, description="if non-zero, use generation cut on m_tt")
164 self.add_default("delta_mllmin", 10.0, description="if non-zero, use generation cut on m_ll [GeV]")
165 self.add_default("Deltak_gam", 0, description="Delta_K(Gamma)")
166 self.add_default("deltar", -1, description="[-1:use Powheg default]")
167 self.add_default("diagCKM", 0, description="which CKM matrix to use [0:normal CKM; 1:diagonal CKM]")
168 self.add_default("dim6", 0, description="for (SM)EFT processes, whether to include dimension-6 operators [0:do not include; 1:include]")
169 self.add_default("distribute_by_ub", -1,description=" 1: distribute d3 terms according to kinematics of ub")
170 self.add_default("distribute_by_ub_AP",-1,description=" 1: distribute d3 terms according to kinematics of ub")
171 self.add_default("Dmass", powheg_atlas_common.mass.d, name="mass_d", description="d-quark mass in GeV")
172 self.add_default("DMgDM", 1.0, name="gDM", description="X-Xbar-med coupling")
173 self.add_default("DMgSM", 1.0, name="gSM", description="q-q-med coupling")
174 self.add_default("DMLambda", 10, name="DM_Lambda", description="UV suppression scale in EFT")
175 self.add_default("DMmass", 10, name="DM_mass", description="DM-candidate mass")
176 self.add_default("DMphimass", 100, name="phi_mass", description="mediator mass")
177 self.add_default("DMphiwidth", 42.494, name="phi_width", description="mediator width")
178 self.add_default("DMVmass", 100, name="V_mass", description="mediator mass")
179 self.add_default("DMVwidth", 42.494, name="V_width", description="mediator width")
180 self.add_default("dontAdaptWind", 1, description="bb4l")
181 self.add_default("dorwgt", 1, description="gg4l do reweighting")
182 self.add_default("doublefsr", 1, description="reduce observable spikes by suppressing FSR emissions harder than the emitter. [>0:enabled]")
183 self.add_default("doubleresonant", 0, description="double-resonant decay")
184 self.add_default("dpa", 0, description="VV_pol: whether use DPA in the calculation, the polarization ")
185 self.add_default("DRal_suppfact", 0.5, description="ZgamJ MiNNLO: suppression of regions with charged lepton-photon DR lower than DRal_suppfact (not used for vdecaymode 0)")
186 self.add_default("DRj_suppfact", 0.2, description="ZgamJ MiNNLO: suppression of regions with jet-photon (and jet-jet for remnant) DR distance lower than DRj_suppfact")
187 self.add_default("dronly", 0, description="include only double resonant diagrams. [1:enabled]")
188 self.add_default("dummyvirtual", 1, description="run with dummy virtual. [1:enabled]")
189 self.add_default("dynamic_hdamp", 0, description="if 1, use hdamp = HT/2 (overwrites hdamp), if 0 use fixed hdamp")
190 self.add_default("dynhdamp", 0, description="ttbb: if 1, use hdamp = HT/2 (overwrites hdamp), if 0 use fixed hdamp")
191 self.add_default("dynhdampPF", -1, description="ttbb: prefactor for dynamic hdamp")
192 self.add_default("e_mass", powheg_atlas_common.mass.e, description="WZj_MiNNLO, ZZj_MiNNLO: electron mass for reshuffling momentum at event generation level (used if massive_leptons=1)")
193 self.add_default("e+e-", 0, hidden=True, description="WWj decay mode [1:enabled]")
194 self.add_default("e+mu-", 0, hidden=True, description="WWj decay mode [1:enabled]")
195 self.add_default("e-e+e-e+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
196 self.add_default("e-e+mu-mu+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
197 self.add_default("e-e+tau-tau+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
198 self.add_default("e-e+nunu_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-DF-ZZ) [1:enabled]")
199 self.add_default("e-e+nunu_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-SF-ZZWW) [1:enabled]")
200 self.add_default("ebeam1", 6500, name="beam_energy", frozen=True, description="energy of beam in GeV")
201 self.add_default("ebeam2", 6500, name="beam_energy", frozen=True, description="energy of beam in GeV")
202 self.add_default("elbranching", powheg_atlas_common.branching_ratio.W_to_enu, name="BR_W_to_enu", description="W branching ratio to ev")
203 self.add_default("Elmass", powheg_atlas_common.mass.e, name="mass_e", description="mass of electron in GeV")
204 self.add_default("emalpharunning", -1, description="")
205 self.add_default("emalpharunnning", -1, name="emalpharunning", description="")
206 self.add_default("emvirtual", 1, description="compute soft-virtual QED terms (integrated subtractions)")
207 self.add_default("enhancedradfac", -1, description="enhance photon statistics in direct photon (yj) production. If > 0, the splitting kernel used for photon radiation is multiplied by this factor")
208 self.add_default("enhancereg", -1, description="enhance reg")
209 self.add_default("evenmaxrat", 1, description="speed up upper-bound calculation by taking maximum of identical processes. [1:enabled]")
210 self.add_default("etacutlep", 0, description="[0: LQ-s-chan eta cut on leptons]")
211 self.add_default("etacutjet", 0, description="[0: LQ-s-chan eta cut on jets]")
212 self.add_default("ew", 1, description="EW corrections. (0:disabled; 1:enabled)")
213 self.add_default("ewborn", 1, description="fourtops: (default 1) if 1 includes EW born contributions")
214 self.add_default("ew_ho", -1, description="")
215 self.add_default("ew_ho_only", -1, description="")
216 self.add_default("ew_renorm_scheme", -1, description="[-1:use Powheg default]")
217 self.add_default("ewi", 0.01, description="regulator for on-shell divergences")
218 self.add_default("ewscheme", 2, description="EW scheme. [1: MZ, MW, Gmu; 2:MZ, MW, alpha]")
219 self.add_default("ewsimplecuts", 1, description="VV_pol: analysis cut")
220 self.add_default("expm2bb", -1, description="[-1:use Powheg default]")
221 self.add_default("facscfact", 1.0, name="mu_F", description="factorization scale factor: mu_fact = mu_ref * facscfact")
222 self.add_default("factsc2min", 2.0, description="value at which the factorization scale is frozen (needed with MiNLO)")
223 self.add_default("fakevirt", 0, description="set virtual amplitude proportional to Born amplitude when generating grids - DO NOT USE when generating events. [1:enabled]")
224 self.add_default("fakevirtuals", 0, description="generate the grid with fake virtuals. [1:enabled]")
225 self.add_default("fastbtlbound", 1, description="use fast btilde bound. [0: disabled; 1: enabled]")
226 self.add_default("fcnc", 0, description="include tree-level flavour-changing neutral currents [0:no; 1:yes]")
227 self.add_default("ffltest", -1, description="[-1:use Powheg default]")
228 self.add_default("fin1", -1, description="PDG ID for final state weakinos. [neu10 = 1000022, neu20 = 1000023, neu30 = 1000025, neu40 = 1000035, cha1+ = 1000024, cha2+ = 1000037]")
229 self.add_default("fin2", -1, description="PDG ID for final state weakinos. [neu10 = 1000022, neu20 = 1000023, neu30 = 1000025, neu40 = 1000035, cha1+ = 1000024, cha2+ = 1000037]")
230 self.add_default("fixedgrid", -1, description="[-1:use Powheg default]")
231 self.add_default("fixedscale", -1, description="use reference renormalisation and factorisation scales [>=0: enabled]")
232 self.add_default("flg_debug", 0, description="write extra information to LHEF. Breaks PYTHIA showering. [1: enabled]")
233 self.add_default("foldcsi", 1, description="number of folds on csi integration. [allowed: 1, 2, 5, 10, 25, 50]")
234 self.add_default("foldphi", 1, description="number of folds on phi integration. [allowed: 1, 2, 5, 10, 25, 50]")
235 self.add_default("foldy", 1, description="number of folds on y integration. [allowed: 1, 2, 5, 10, 25, 50]")
236 self.add_default("for_reweighting", 0, description="run the whole chain without virtual corrections and add these during reweighting. [1:enabled]")
237 self.add_default("fourToFiveMatch", 1, description="[1:enabled]")
238 self.add_default("fourToFiveMatchAS", 0, description="[1:enabled]")
239 self.add_default("frensc2min", 2.0, description="value at which the renormalisation scale is frozen (needed with MiNLO)")
240 self.add_default("fulloffshell", 1, name="fulloffshell", description="Enable asociated W offshellness in Wt_DR ")
241 self.add_default("fullphsp", -1, description="enable ISR/FSR phase space parametrization for process with >=2 jet in the ME. [1:enabled]")
242 self.add_default("fullrwgt", -1, description="experimental! Must ONLY be used for processes with no Born-level parton radiation. [1:enabled]")
243 self.add_default("fullrwgtmode", -1, description="[1:MiNLO style; 2:Simplified (HERWIG); 3:Simplified (Sjostrand); -1,4:Exact]")
244 self.add_default("gamcut", 60, description="gg4l: gamma cut")
245 self.add_default("g4", 0, description="SU(4) coupling strength g4 in Drell-Yan Vector LeptoQuark production.")
246 self.add_default("G_F", powheg_atlas_common.EW_parameters.G_F, description="Fermi coupling")
247 self.add_default("G_mu", powheg_atlas_common.EW_parameters.G_F, description="Fermi coupling")
248 self.add_default("gfermi", powheg_atlas_common.EW_parameters.G_F, name="G_F", description="Fermi constant")
249 self.add_default("ggproc", -1, description="[-1:use Powheg default]")
250 self.add_default("gmu", powheg_atlas_common.EW_parameters.G_F, name="G_F", description="Fermi constant")
251 self.add_default("gqbproc", -1, description="[-1:use Powheg default]")
252 self.add_default("hadronic", 0, hidden=True, description="WWj decay mode: W->jj W->jj [1:enabled]")
253 self.add_default("hbzd", 5.0, description="theta[hbdz - R/(P_ij*B)] Born zero damping")
254 self.add_default("hdamp", 258.75, description="apply damping factor (in GeV) for high-pT radiation: h**2/(pt2+h**2). [>0:enabled]")
255 self.add_default("hdecaymode", 0, frozen=True, description="UNUSED. This specifies decay mode in Powheg's PYTHIA/HERWIG which we do not use.")
256 self.add_default("hdecaywidth", 0, description="Higgs width determination. [0:use hwidth; >0:read total decay width from HDECAY sm.br2 file]")
257 self.add_default("hfact", -1, description="apply damping factor for high-pT radiation. [>0:enabled]")
258 self.add_default("hg1", 0, description="ZgamJ MiNNLO: (default 0) effective Zgg CP-odd anomalous coupling")
259 self.add_default("hg2", 0, description="ZgamJ MiNNLO: (default 0) effective Zgg CP-odd anomalous coupling")
260 self.add_default("hg3", 0, description="ZgamJ MiNNLO: (default 0) effective Zgg CP-even anomalous coupling")
261 self.add_default("hg4", 0, description="ZgamJ MiNNLO: (default 0) effective Zgg CP-even anomalous coupling")
262 self.add_default("higgsfixedwidth", 0, description="[0:running width; 1:fixed width in Breit-Wigner]")
263 self.add_default("Hmass", powheg_atlas_common.mass.H, name="mass_H", description="Higgs boson mass in GeV")
264 self.add_default("hmass", powheg_atlas_common.mass.H, name="mass_H", description="Higgs boson mass in GeV")
265 self.add_default("hnew_damp", -1, description="apply damping factor when new_damp is also enabled. [>0:enabled]")
266 self.add_default("Hwidth", powheg_atlas_common.width.H, name="width_H", description="Higgs boson width in GeV")
267 self.add_default("hwidth", powheg_atlas_common.width.H, name="width_H", description="Higgs boson width in GeV")
268 self.add_default("HWJsudakov", -1, description="[-1:use Powheg default]")
269 self.add_default("hZ1", 0, description="ZgamJ MiNNLO: (default 0) effective ZgZ CP-odd anomalous coupling")
270 self.add_default("hZ2", 0, description="ZgamJ MiNNLO: (default 0) effective ZgZ CP-odd anomalous coupling")
271 self.add_default("hZ3", 0, description="ZgamJ MiNNLO: (default 0) effective ZgZ CP-even anomalous coupling")
272 self.add_default("hZ4", 0, description="ZgamJ MiNNLO: (default 0) effective ZgZ CP-even anomalous coupling")
273 self.add_default("icsimax", 1, description="number of intervals (<= 10) csi grid to compute upper bounds")
274 self.add_default("idDM", 1000022, description="PDG ID of DM particles")
275 self.add_default("idvecbos", 24, description="PDG ID for vector boson to be produced")
276 self.add_default("idvecbosW", 24, description="WZj_MiNNLO: PDG ID for W boson production 24: W+ boson, -24: W- boson")
277 self.add_default("iftopinloop", -1, description="[-1:use Powheg default]")
278 self.add_default("ih1", 1, name="beam_1_type", description="hadron content of beam 1. [(-)1:(anti)proton; (-)2:(anti)neutron; (-)3:(-)pion]")
279 self.add_default("ih2", 1, name="beam_2_type", description="hadron content of beam 2. [(-)1:(anti)proton; (-)2:(anti)neutron; (-)3:(-)pion]")
280 self.add_default("improvedrclrunning", 1, description="VV_pol: scale setting")
281 self.add_default("includesubleading", 0, description="ggF_HH_SMEFT: Subleading operators")
282 self.add_default("inc_delta_terms", -1, description="0: as^3 NNLO delta terms in MINNLO are not included")
283 self.add_default("incomingflavors", 5, description="number of incoming flavours")
284 self.add_default("inv_alpha", 1.0 / float(powheg_atlas_common.EW_parameters.alphaem), description="EM coupling reciprocal")
285 self.add_default("invmass_min", 40, description="ZgamJ MiNNLO: cut on the charged lepton invariant")
286 self.add_default("iseed", 1, name="random_seed", frozen=True, description="seed for the random number generator")
287 self.add_default("itmx1", 1, description="number of iterations for initializing the integration grid")
288 self.add_default("itmx1btl", -1, description="number of iterations for btilde during grid generation")
289 self.add_default("itmx1btlbrn", -1, description="number of iterations for Born-level btilde during grid generation")
290 self.add_default("itmx1osres", -1, description="number of iterations for initializing the integration grid of on-shell resonances (only required for DSUB_II)")
291 self.add_default("itmx1reg", -1, description="[-1:use Powheg default]")
292 self.add_default("itmx1rm", -1, description="number of iterations for initializing the integration grid for the remnant. [<0:use itmx1]")
293 self.add_default("itmx2", 1, description="number of iterations for computing the integral and finding upper bound")
294 self.add_default("itmx2btl", -1, description="number of iterations for btilde during integral/upper bound finding")
295 self.add_default("itmx2btlbrn", -1, description="number of iterations for Born-level btilde during integral/upper bound finding")
296 self.add_default("itmx2osres", -1, description="number of iterations for computing the integral of on-shell resonances (only required for DSUB_II)")
297 self.add_default("itmx2reg", -1, description="[-1:use Powheg default]")
298 self.add_default("itmx2rm", -1, description="number of iterations for computing the integral and finding upper bound for the remnant. [<0:use itmx2]")
299 self.add_default("iupperfsr", -1, description="choice of FSR upper bounding functional form. [<0:use default - usually 2]")
300 self.add_default("iupperisr", -1, description="choice of ISR upper bounding functional form. [<0:use default - usually 1]")
301 self.add_default("iymax", 1, description="number of intervals (<= 10) in y grid to compute upper bounds")
302 self.add_default("jacsing", -1, description="[-1:use Powheg default]")
303 self.add_default("kappaQ", 0.5, description="ttj_MiNNLO: factor of scale Q inside the (modified) logarithm: Q = Qref * kappaQ (Qref=invariant mass of the system)")
304 self.add_default("kappa_ghb", 1.0, description="multiplicative kappa-factor of the Higgs-bottom coupling. ONLY USED FOR REWEIGHTING.")
305 self.add_default("kappa_ght", 1.0, description="multiplicative kappa-factor of the Higgs-top coupling. ONLY USED FOR REWEIGHTING.")
306 self.add_default("kappa_ghw", 1.0, description="multiplicative kappa-factor of the Higgs-W coupling. ONLY USED FOR REWEIGHTING.")
307 self.add_default("kappa_ghz", 1.0, description="multiplicative kappa-factor of the Higgs-Z coupling. ONLY USED FOR REWEIGHTING.")
308 self.add_default("kt2minqed", 0.8, description="kt2_rad_min for photon radiation from leptons. [<0: use 0.8]")
309 self.add_default("ktmerging", -1, description="[-1:use Powheg default]")
310 self.add_default("Lambda", 1.0, description="ggF_HH_SMEFT: EFT counting mass Scale (in TeV)")
311 self.add_default("lambda_g", 0, description="Lambda(gamma)")
312 self.add_default("Lambda_gam", 0, description="Lambda(gamma)")
313 self.add_default("lambda_z", 0, description="Lambda(Z)")
314 self.add_default("lambdaHHH", 1, description="coupling modifier for trilinear Higgs coupling. [SM: 1]")
315 self.add_default("LambdaNP", 1000.0, description="new-physics scale in (SM)EFT in GeV")
316 self.add_default("largecorrfact", -1, description="[-1:use Powheg default]")
317 self.add_default("largeptscales", 0, description="[ Default 0: ttj_MiNNLO dynamical scale used at large pT in fixed-order part \n ! 0 - m_tt (invariant mass of top-quark pair) \n ! 1 - pT_tt (transverse momentum of top-quark pair) \n ! 2 - H_T^tt (sum of transverse masses of the top quarks)")
318 self.add_default("lepaslight", -1, description="[-1:use Powheg default]")
319 self.add_default("leptonic", 0, hidden=True, description="WWj decay mode: W->lnu W->lnu [1:enabled]")
320 self.add_default("leptonic_notau", 0, hidden=True, description="WWj decay mode: W->lnu W->lnu (no tau) [1:enabled]")
321 self.add_default("lhans1", 260000, name="PDF", description="PDF set for hadron 1. [LHAPDF numbering]")
322 self.add_default("lhans2", 260000, name="PDF", description="PDF set for hadron 2. [LHAPDF numbering]")
323 self.add_default("lhapdf6maxsets", 200, description="Maximum number of PDF sets to keep in memory. [<0:default to 10]")
324 self.add_default("lhefuborn", 0, description="semileptonic bb4l")
325 self.add_default("lhfm/bmass", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV")
326 self.add_default("lhfm/cmass", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV")
327 self.add_default("lhfm/emass", powheg_atlas_common.mass.e, name="mass_e", description="mass of electron in GeV")
328 self.add_default("lhfm/mumass", powheg_atlas_common.mass.mu, name="mass_mu", description="mass of muon in GeV")
329 self.add_default("lhfm/taumass", powheg_atlas_common.mass.tau, name="mass_tau", description="mass of tau in GeV")
330 self.add_default("lhfm/dmass", powheg_atlas_common.mass.d, name="mass_d", description="d-quark mass in GeV")
331 self.add_default("lhfm/smass", powheg_atlas_common.mass.s, name="mass_s", description="s-quark mass in GeV")
332 self.add_default("lhfm/umass", powheg_atlas_common.mass.u, name="mass_u", description="u-quark mass in GeV")
333 self.add_default("lhrwgt_descr", "nominal", frozen=True, description="weight description.")
334 self.add_default("lhrwgt_group_combine", "none", frozen=True, description="reweighting combination method.")
335 self.add_default("lhrwgt_group_name", "nominal", frozen=True, description="group description.")
336 self.add_default("lhrwgt_id", 0, frozen=True, description="weight ID.")
337 self.add_default("LOevents", 0, description="produce LOPS events (scalup=ptj); in this case bornonly should also be enabled. [0:disabled; 1:enabled]")
338 self.add_default("LQ", 0, description="Include basic LQ contributions in Drell-Yan LeptoQuark production. [0:disabled; 1:enabled]")
339 self.add_default("LQ-EW", 0, name="LQ_EW", description="Include LQ corrections to photon/Z couplings in Drell-Yan LeptoQuark production. [0:disabled; 1:enabled]")
340 self.add_default("LQ-Int", 0, name="LQ_Int", description="Include the interference between the SM and the LQ contributions in Drell-Yan LeptoQuark production. [0:disabled; 1:enabled]")
341 self.add_default("LQmasslow", 0, description="Lepto Quarks low mass")
342 self.add_default("LQmasshigh", 0, description="Lepto Quarks high mass")
343 self.add_default("m2bb", -1, description="[-1:use Powheg default]")
344 self.add_default("MadSpin_decays", [], description="decays allowed by MadSpin")
345 self.add_default("MadSpin_enabled", True, description="use MadSpin for top decays (only if decays are disabled in Powheg). [False:disabled; True:enabled]")
346 self.add_default("MadSpin_mode", "full", description="which spin mode to use in MadSpin. ['full'; 'bridge'; 'none']")
347 self.add_default("MadSpin_model", "loop_sm-ckm", description="which model to import in MadSpin.")
348 self.add_default("MadSpin_nFlavours", "4", description="which flavour scheme to use. [4; 5]")
349 self.add_default("MadSpin_process", "", description="process that MadSpin is operating on")
350 self.add_default("MadSpin_taus_are_leptons", True, description="whether lepton definitions should include taus. [False: do not include taus, True: include taus]")
351 self.add_default("MadSpin_max_weight_ps_point", -1, description="max_weight_ps_point parameter for MadSpin card to improve madspin integration. [-1: would use MadSpin default; any positive value: include it in the MadSpin run card]")
352 self.add_default("MadSpin_Nevents_for_max_weight", -1, description="Nevents_for_max_weight parameter for MadSpin card to improve madspin integration. [-1: would use MadSpin default; any positive value: include it in the MadSpin run card]")
353 self.add_default("MadSpin_paramcard", "", description="If not an empty string, use the specified paramcard in the runDir to mimic the MadGraph output by Powheg.")
354 self.add_default("m4lcut", 4, description="minimum invariant mass of the four lepton system")
355 self.add_default("m4lmax", 100)
356 self.add_default("m4lmin", 1)
357 self.add_default("m4l_sampling", 2, description="gg4l: 0: flat 1: exponential 2:Breit-Wigner")
358 self.add_default("m4lwindow", 4)
359 self.add_default("manyseeds", 0, description="read multiple seeds for the random number generator from pwgseeds.dat. [1:enabled]")
360 self.add_default("mass_rwg_frac", 0., description="gg4l treatment of heavy-flavour (see Eur. Phys. J. C 81 (2021) 687). 0 (or <0): 1/mt expansion, 1: 1-loop reweighting, other value: interpolating 1/mt expansion and 1-loop reweighting")
361 self.add_default("mass_b", powheg_atlas_common.mass.b, description="b-quark mass in GeV")
362 self.add_default("mass_c", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV")
363 self.add_default("mass_d", powheg_atlas_common.mass.d, description="d-quark mass in GeV")
364 self.add_default("mass_e", powheg_atlas_common.mass.e, description="mass of electron in GeV")
365 self.add_default("mass_H", powheg_atlas_common.mass.H, description="Higgs boson mass in GeV")
366 self.add_default("mass_high", -1, description="If set then require M_object < mass_high; otherwise allow internal Powheg computation. [-1:use Powheg default]")
367 self.add_default("mass_low", -1, description="If set then require M_object > mass_low; otherwise allow internal Powheg computation. [-1:use Powheg default]")
368 self.add_default("mass_mu", powheg_atlas_common.mass.mu, description="mass of muon in GeV")
369 self.add_default("mass_s", powheg_atlas_common.mass.s, description="s-quark mass in GeV")
370 self.add_default("mass_t", powheg_atlas_common.mass.t, description="top quark mass in GeV")
371 self.add_default("mass_tau", powheg_atlas_common.mass.tau, description="mass of tau in GeV")
372 self.add_default("mass_u", powheg_atlas_common.mass.u, description="u-quark mass in GeV")
373 self.add_default("mass_W", powheg_atlas_common.mass.W, description="W boson mass in GeV")
374 self.add_default("mass_Z", powheg_atlas_common.mass.Z, description="Z boson mass in GeV")
375 self.add_default("massivebottom", 1, name="use_massive_b", description="enable bottom quark loops. [0:disabled; 1:enabled]")
376 self.add_default("massiveloops", 0, description="gg4l: use mass in loops")
377 self.add_default("massivetop", 1, name="use_massive_t", description="enable top quark loops. [0:disabled; 1:enabled]")
378 self.add_default("massive_leptons", 0, description="WZj_MiNNLO ZZj_MiNNLO: (default 0) if 1 lepton momenta are reshuffled at event generation")
379 self.add_default("massren", 0, description="[0:OS; 1:MSBAR; 2:DRBAR]")
380 self.add_default("masswindow", 10.0, description="number of widths around hmass in the BW for an off-shell Higgs boson")
381 self.add_default("masswindow_high", -1, description="DEPRECATED: use mass_high instead")
382 self.add_default("masswindow_low", -1, description="DEPRECATED: use mass_low instead")
383 self.add_default("max_h_mass", 14000.0, name="mass_H_high", description="Require Higgs boson mass < mass high")
384 self.add_default("max_io_bufsize", -1, description="size of I/O buffer. [<0:default to 100000]")
385 self.add_default("max_W_mass", 14000.0, name="mass_W_high", description="Require W boson mass < mass high")
386 self.add_default("max_w_mass", 14000.0, name="mass_W_high", description="Require W boson mass < mass high")
387 self.add_default("max_z_mass", 14000.0, name="mass_Z_high", description="Require Z boson mass < mass high")
388 self.add_default("max_Z_mass", 14000.0, name="mass_Z_high", description="Require Z boson mass < mass high")
389 self.add_default("maxseeds", -1, frozen=True, description="maximum number of seeds to use. [<0:default to 200]")
390 self.add_default("mglowidth", -1, description="MG5 LO width")
391 self.add_default("min_h_mass", 10., name="mass_H_low", description="Require Higgs boson mass > mass low")
392 self.add_default("min_w_mass", 1.0, name="mass_W_low", description="Require W boson mass > mass low")
393 self.add_default("min_W_mass", 1.0, name="mass_W_low", description="Require W boson mass > mass low")
394 self.add_default("min_Z_mass", 1.0, name="mass_Z_low", description="Require Z boson mass > mass low")
395 self.add_default("min_z_mass", 1.0, name="mass_Z_low", description="Require Z boson mass > mass low")
396 self.add_default("minlo", 0, description="use MiNLO (if minlo is set for unsupported processes, Powheg will crash with an 'st_bornorder' error) [1:enabled]")
397 self.add_default("minlo_nnll", 1, description="enable MiNLO NNLL. [0:disabled; 1:enabled]")
398 self.add_default("minloscfac", 1, description="MiNLO scaling factor: q2merge=q2merge * (minloscfac)**2")
399 self.add_default("minnlo", 0, description="use MiNNLO (if minlo is set for unsupported processes, Powheg will crash with an 'st_bornorder' error) [1:enabled]")
400 self.add_default("mint_density_map", -1, description="keep track of the distribution of integrand values while doing the integration (for debugging).")
401 self.add_default("mintupbratlim", -1, description="while computing btilde upper bound, disregard points with btilde/born ratio greater than mintupbratlim")
402 self.add_default("mintupbxless", -1, description="mint upbx less")
403 self.add_default("mjjminsuppfact", -1, description="parameter for alternative born suppression factor for W+2jets, as in 1204.5433 [-1:disabled]")
404 self.add_default("mll_gencut", -1, description="cut on the invariant dilepton mass in GeV (minimum 15). Needed to avoid singularities from virtual photon decays to two massless leptons")
405 self.add_default("mllcut", 10, description="VV_pol: Minimum M(l+l-) mass in GeV for same-flavour l+l- pairs.")
406 self.add_default("mllmax", 13000, description="minimum invariant mass in GeV of lepton pairs from decay.")
407 self.add_default("mllmin", 4, description="minimum invariant mass in GeV of lepton pairs from decay.")
408 self.add_default("mll_max", 120, description="WZj_MiNNLO, ZZj_MiNNLO: maximum invariant mass in GeV on Z boson")
409 self.add_default("mll_min", 60, description="WZj_MiNNLO, ZZj_MiNNLO: minimum invariant mass in GeV on Z boson")
410 self.add_default("mllZ_max", 1000, description="ZZj_MiNNLO: maximum invariant mass in GeV on Z boson")
411 self.add_default("mllZ_min", 4, description="ZZj_MiNNLO: minimum invariant mass in GeV on Z boson")
412 self.add_default("mLQ", 2000, description="[2000: LQ-s-chan - mass of the lepto-quark]")
413 self.add_default("mLQcuthi", 0, description="[0: LQ-s-chan m lepto-quark high cut]")
414 self.add_default("mLQcutlo", 0, description="[0: LQ-s-chan m lepto-quark low cut]")
415 self.add_default("mlvW_min", 0.001, description="WZj_MiNNLO: minimum invariant mass in GeV on W boson")
416 self.add_default("mlvW_max", 1000, description="WZj_MiNNLO: maximum invariant mass in GeV on W boson")
417 self.add_default("mockoffshelltop", 0, description="mock off-shell tops")
418 self.add_default("model", 0, description="[0 = SM]")
419 self.add_default("modept2gamlep", 0, description="pt_rel definition in setlocalscales")
420 self.add_default("modlog_p", -1, description="activate MINNLO modified logs and set the exponent")
421 self.add_default("msbar", 1, description="1 MSbar renormalization; 0 On-Shell renormalization" )
422 self.add_default("MSbarscheme", 1, description="use five-flavour-scheme unless specified otherwise. [0:four-flavour-scheme]")
423 self.add_default("mt", powheg_atlas_common.mass.t, name="mass_t", description="(running) top-quark mass in GeV")
424 self.add_default("mtdep", 0, description="ggHH production: [0:Higgs effective field theory (HEFT); 1:Born improved HEFT; 2:approximated full theory (FTapprox); 3:full theory]")
425 self.add_default("mt-approx", 0, description="[Default 0: HJ MiNNLO top-mass approximation, 0: full theory, 1: heavy-top limit, 2-4: FTapprox1-3 ]")
426 self.add_default("mt_expansion", 1, description="")
427 self.add_default("MU1", 1e4, description="Mass of vector leptoquark U1 in Drell-Yan Vector LeptoQuark production.")
428 self.add_default("MGp", 1e4, description="Mass of the coloron Gp in Drell-Yan Vector LeptoQuark production.")
429 self.add_default("MSD", 1e4, description="Mass of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
430 self.add_default("MSU", 1e4, description="Mass of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
431 self.add_default("mu_mass", powheg_atlas_common.mass.mu, description="WZj_MiNNLO, ZZj_MiNNLO: muon mass for reshuffling momentum at event generation level (used if massive_leptons=1)")
432 self.add_default("mu+e-", 0, hidden=True, description="WWj decay mode [1:enabled]")
433 self.add_default("mu+mu-", 0, hidden=True, description="WWj decay mode [1:enabled]")
434 self.add_default("mu-mu+mu-mu+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
435 self.add_default("mu-mu+nunu_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-DF-ZZ) [1:enabled]")
436 self.add_default("mu-mu+nunu_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-SF-ZZWW) [1:enabled]")
437 self.add_default("mu-mu+tau-tau+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
438 self.add_default("SMEFTtruncation", 1, description="ggF_HH_SMEFT: Truncation options")
439 self.add_default("Mumass", powheg_atlas_common.mass.mu, name="mass_mu", description="mass of muon in GeV")
440 self.add_default("m_lepg_cut", 0.1, description="ZgamJ MiNNLO: cut on lepton-photon invariant mass")
441 self.add_default("ncall1", 10000, description="number of calls for initializing the integration grid")
442 self.add_default("ncall1btl", -1, description="number of calls btilde (itr1)")
443 self.add_default("ncall1btlbrn", -1, description="number of calls btilde born-level (itr1)")
444 self.add_default("ncall1osres", -1, description="number of calls for initializing the integration grid of on-shell resonances (only required for DSUB_II)")
445 self.add_default("ncall1reg", -1, description="[-1:use Powheg default]")
446 self.add_default("ncall1rm", -1, description="number of calls for initializing the integration grid for the remant. [<0:use ncall1]")
447 self.add_default("ncall2", 10000, description="number of calls for computing the integral and finding upper bound")
448 self.add_default("ncall2btl", -1, description="number of calls btilde (itr2)")
449 self.add_default("ncall2btlbrn", -1, description="Number of calls btilde born-level (itr2)")
450 self.add_default("ncall2osres", -1, description="number of calls for computing the integral of on-shell resonances (only required for DSUB_II)")
451 self.add_default("ncall2reg", -1, description="[-1:use Powheg default]")
452 self.add_default("ncall2rm", -1, description="number of calls for computing the integral and finding upper bound for the remnant. [<0:use ncall2]")
453 self.add_default("ncallfrominput", 1, frozen=True, description="read ncall parameters from run card. [1:enabled]")
454 self.add_default("new_damp", -1, description="[-1:use Powheg default]")
455 self.add_default("nloformfact", 0, description="include Higgs-specific corrections into GGS and GGP form factor. [1:enabled]")
456 self.add_default("nlotestonly", 0, description="do NLO analysis only, using smooth isolation cut. [1:enabled]")
457 self.add_default("nlowhich", 0, description="default is 0; set to 1 for no NLO corrections in decay")
458 self.add_default("nnlo", -1, description="enable NNLO rescaling. [-1:use Powheg default]")
459 self.add_default("NNLO_output_weights", collections.OrderedDict(), description="dictionary of weight ID string => weight calculation in NNLOPS format")
460 self.add_default("NNLO_reweighting_inputs", collections.OrderedDict(), description="dictionary of labels => (pre-existing) HNNLO output")
461 self.add_default("nnlops", -1, frozen=True, description="should enable NNLOPS but does not seem to be used at present.")
462 self.add_default("no_ew", 0, description="NLO EW corrections. [0:with; 1:without]")
463 self.add_default("no_photon_radiation", -1, description="[-1:use Powheg default]")
464 self.add_default("no_strong", 0, description="NLO QCD corrections. [0:with; 1:without]")
465 self.add_default("noevents", -1, description="do not generate events. [1:enabled]")
466 self.add_default("nohad", 0, frozen=True, description="UNUSED. This specifies hadronization in Powheg's PYTHIA/HERWIG which we do not use.")
467 self.add_default("nondiagCKM", 0, description="VV_pol: non-diagonal CKM matrix")
468 self.add_default("nores", 0, description="disable the resonance treatment. [1: disabled]")
469 self.add_default("nospincorr", 0, description="wash out spin correlations. [1:enabled]")
470 self.add_default("novirtual", -1, description="ignore virtual contributions. [1:enabled]")
471 self.add_default("NP_POWER", 0, description="VV_pol: Setting NP_POWER = 0 includes only the SM contribution,while setting NP_POWER = 1, both the SM amplitude and its interference with the SMEFT amplitude are computed. Finally, NP_POWER = 2 also calculates the squared SMEFT amplitude. ")
472 self.add_default("nubound", 10000, description="number of calls to setup upper bounds for radiation")
473 self.add_default("numberofquarks", 5, description="VV_pol: Set to 5 for ZZ and 4 for processes involving the W")
474 self.add_default("numevts", 5500, name="nEvents", description="number of events to be generated")
475 self.add_default("numwidth_W", -1, name="numwidth_W", description="number of widths for W offshellness")
476 self.add_default("nwidthcutoff", -1, description="[-1:use Powheg default]")
477 self.add_default("n_neutrinos_DF", 3, hidden=True, description="ZZj_MiNNLO sets the number of considered neutrino flavours; if 2 only neutrinos with flavour different of the leptons included; if 3 all three neutrinos included, but the neutrino with same flavour as lepton treated as different flavour, i.e. ZZ only")
478 self.add_default("offshellscales", -1, description="off-shell scales")
479 self.add_default("offshelltop", 1, description="default is now 1; set to zero to do simple on-shell computation")
480 self.add_default("olddij", -1, description="[-1:use Powheg default]")
481 self.add_default("olpreset", -1, description="OpenLoops preset")
482 self.add_default("olverbose", 0, description="OpenLoops verbosity")
483 self.add_default("OL_CMS", 0, description="ZgamJ MiNNLO: (default 1) if 1 use complex mass scheme in OpenLoops (to compute EW couplings and internal masses)")
484 self.add_default("ol_nf", 6, description="gg4l: OpenLoops number of massless flavours")
485 self.add_default("OL_nf", 6, description="ZgamJ MiNNLO: (default 6) number of flavours to use in virtual amplitude computation (available values 5 and 6)")
486 self.add_default("ol_notri", 0, description="gg4l: OpenLoops notri")
487 self.add_default("OL_onshellphoton", 0, description="ZgamJ MiNNLO: (default 1) if 1 alpha(0)=1/137.036 is used for the coupling of on-shell photons (default of OpenLoops 2)")
488 self.add_default("ol_preset", 3,description="gg4l: OpenLoops preset")
489 self.add_default("ol_stability_kill", 0.01,description="gg4l: stability kill")
490 self.add_default("ol_verbose", 1,description="gg4l: OpenLoops verbose")
491 self.add_default("onshellhiggs", 1, frozen=True, description="force the Higgs to be on-shell (i.e. gamma_H=0). Required for HV/HVJ. [1:enabled]")
492 self.add_default("openloops-stability", 1, name="openloops_stability", description="write OpenLoops stability information to log file.")
493 self.add_default("openloopsreal", 1, description="OpenLoops real diagrams [0:disabled]")
494 self.add_default("openloopsvirtual", 1, description="OpenLoops virtual diagrams [0:disabled]")
495 self.add_default("par_2gsupp", -1, description="[<0:use 1.0]")
496 self.add_default("par_diexp", -1, description="ISR singularity exponent (p1). [<0:default to 1.0]")
497 self.add_default("par_dijexp", -1, description="FSR singularity exponent (p2). [<0:default to 1.0]")
498 self.add_default("par_fsrtinycsi", -1, description="[-1:use Powheg default]")
499 self.add_default("par_fsrtinyy", -1, description="[-1:use Powheg default]")
500 self.add_default("par_isrtinycsi", -1, description="[-1:use Powheg default]")
501 self.add_default("par_isrtinyy", -1, description="[-1:use Powheg default]")
502 self.add_default("parallelstage", -1, description="which stage to perform in parallel. [1...4:specify stage; -1:disabled]")
503 self.add_default("pdf_cutoff_fact",-1,description="PDF IR cutoff in MiNNLO")
504 self.add_default("pdfreweight", 1, frozen=True, description="store PDF information. Deprecated for processes with XML-reweighting. [1:enabled]")
505 self.add_default("Phasespace", 1, name="phasespace", description="phasespace to use. [1:standard; 2:use separate unweighted events from event.total.lhe as input]")
506 self.add_default("photoninduced", -1, description="[-1:use Powheg default]")
507 self.add_default("PHOTOS_enabled", True, description="use PHOTOS for photon radiation. [False:disabled; True:enabled]")
508 self.add_default("phsp_Wm", powheg_atlas_common.mass.W, name="mass_W", description="W boson mass in GeV")
509 self.add_default("phsp_Ww", powheg_atlas_common.width.W, name="width_W", description="W boson width in GeV")
510 self.add_default("phsp_Zm", powheg_atlas_common.mass.Z, name="mass_Z", description="Z boson mass in GeV")
511 self.add_default("phsp_Zw", powheg_atlas_common.width.Z, name="width_Z", description="Z boson width in GeV")
512 self.add_default("phspseparation", 0.5, description="weight for phase space dual-channel sampling")
513 self.add_default("polecheck", -1, description="[-1:use Powheg default]")
514 self.add_default("pol1", 4, description="VV_pol: the polarization state of the first boson")
515 self.add_default("pol2", 4, description="VV_pol: the polarization state of the second boson")
516 self.add_default("powa_suppfact", 2, description="ZgamJ MiNNLO: power controlling the pta_suppfact term")
517 self.add_default("powdr_suppfact", 2, description="ZgamJ MiNNLO: power controlling the DRal_suppfact and DRj_suppfact term")
518 self.add_default("powheg-c-lo", -1, name="powheg_c_lo", description="competition-at-LO scheme. [0:competition; 1:non-competition]")
519 self.add_default("powheg-nc", -1, name="powheg_nc", description="competition-at-NLO scheme. [0:competition; 1:non-competition]")
520 self.add_default("powheg_top_decays_enabled", True, hidden=True, description="Have the input tops been decayed by Powheg. [False:undecayed, True:decayed]")
521 self.add_default("powhegv2opt", -1, description="[-1:use Powheg default]")
522 self.add_default("powj_suppfact", 2, description="ZgamJ MiNNLO: power controlling the ptj_suppfact term")
523 self.add_default("proc","\'WW\'" ,description="Process in gg4l ZZ or WW")
524 self.add_default("procVV",1 ,description="Process in VV_pol 1=W+W-, 2=ZZ, 3=W+-Z")
525 self.add_default("psgen", -1, description="[-1:use Powheg default]")
526 self.add_default("pta_suppfact", 10, description="ZgamJ MiNNLO:suppression of regions with jet(s) pt lower than ptj_suppfact")
527 self.add_default("ptborncut", -1, description="[-1:use Powheg default]")
528 self.add_default("ptcutlep", 0, description="[0: LQ-s-chan pT cut on leptons]")
529 self.add_default("ptcutjet", 0, description="[0: LQ-s-chan pT cut on jets]")
530 self.add_default("ptHHcut", 0.001, description="")
531 self.add_default("ptHHcut_CT", 0.001, description="")
532 self.add_default("ptj_gencut", 20, description="generation cut on the jets pT in the phase space generator. Should be used when bornsuppfact is set to 0")
533 self.add_default("ptj_suppfact", 20, description="ZgamJ MiNNLO:suppression of regions with jet(s) pt lower than ptj_suppfact")
534 self.add_default("ptllmin", 0.1, description="gg4l this is hard-coded for virtual corrections with massive loops")
535 self.add_default("ptmin_jet", 25, description="jet min pt in GeV for use in analysis code (not relevant here)")
536 self.add_default("ptnunu_suppfact", 150, description="ZgamJ MiNNLO: suppression of regions with pt of neutrino couple lower than ptnunu_suppfact -> only used if anommode is on")
537 self.add_default("ptsqmin", -1, description="minimum pT in GeV for generating gluon emission off light quarks. [<0:default to 0.8]")
538 self.add_default("ptsqmin_em", 1e-6, description="minimum squared transverse momentum for photon radiation. Do NOT use it!")
539 self.add_default("ptsupp", -1, frozen=True, description="DEPRECATED: only included because PowhegBox checks for it")
540 self.add_default("ptsuppfact", -1, description="Born pT suppression factor. [-1:use Powheg default]")
541 self.add_default("ptVhigh", -1, description="[-1:use Powheg default]")
542 self.add_default("ptVlow", -1, description="[-1:use Powheg default]")
543 self.add_default("ptVVcut_CT", 0.1, description="gg4l: amplitude option")
544 self.add_default("ptVVcut", 0.1, description="gg4l: amplitude option")
545 self.add_default("pt_j1_cut", 1, description="ZgamJ MiNNLO: cut on the transverse momentum of the first jet (corresponds to bornktmin)")
546 self.add_default("pt_a_cut", 1, description="ZgamJ MiNNLO: cut on the transverse momentum of the photon")
547 self.add_default("pyMEC", 1, description="try this flag to generate the corrections in decays (the default setting)")
548 self.add_default("Q0", -1, description="Q0 value used in profiled scales (see 2006.04133 for more details)")
549 self.add_default("q2mergefac", -1, description="[-1:use Powheg default]")
550 self.add_default("qcdonly", -1, description="VV_pol: Flags for processes to be taken into account at FO")
551 self.add_default("QED-only", -1, description="")
552 self.add_default("qedonly", -1, description="VV_pol: Flags for processes to be taken into account at FO")
553 self.add_default("qed_qcd", 2, description="toggle QCD/QED corrections. [0: QCD only; 1: QED only; 2: QED+QCD]")
554 self.add_default("qgproc", -1, description="[-1:use Powheg default]")
555 self.add_default("qmass", -1, description="mass of heavy quark in GeV")
556 self.add_default("qqbproc", -1, description="[-1:use Powheg default]")
557 self.add_default("qqpproc", -1, description="[-1:use Powheg default]")
558 self.add_default("qqproc", -1, description="[-1:use Powheg default]")
559 self.add_default("quadrupleprec", -1, description="[-1:use Powheg default]")
560 self.add_default("quarkmasseffects", 1, description="quark mass effects. [0: disabled; 1: enabled]")
561 self.add_default("R_jet", 0.4, description="jet radius for use in internal Powheg analysis code (not relevant here)")
562 self.add_default("radregion", -1, description="only generate radiation in the selected singular region (otherwise all regions). [>=0:which region to use]")
563 self.add_default("raisingscales", -1, description="force CKKW scale to be increasing. [1: enabled]")
564 self.add_default("rand1", 0, frozen=True, description="user-initiated random seed. [<0: defaults to 0]")
565 self.add_default("rand2", 0, frozen=True, description="user-initiated random seed. [<0: defaults to 0]")
566 self.add_default("rapsuppfact", -1, description="[-1:use Powheg default]")
567 self.add_default("recombination", 1, description=":LQ-s-chan: recombenation")
568 self.add_default("regridfix", -1, description="regularization grid is fixed")
569 self.add_default("remnsuppfact", 1, description="ZgamJ MiNNLO: if 1, the remnant suppression factor is included.")
570 self.add_default("renscfact", 1.0, name="mu_R", description="renormalization scale factor: mu_ren = mu_ref * renscfact")
571 self.add_default("resmap", 1, description="Map the Z boson resonance in the phase space")
572 self.add_default("resc_em_alpha", -1, description="[-1:use Powheg default]")
573 self.add_default("rescue_reals", -1, description="")
574 self.add_default("RHWithSingleTops", 1, description="")
575 self.add_default("RHStrategy", 1, description="")
576 self.add_default("run_mode", 1, description="HJ MiNNLO [default 1: Select running mode for treatment of 2-loop and D-terms]")
577 self.add_default("running_width", 0, description="use running width in propagator. (0:disabled; 1:enabled)")
578 self.add_default("runningscale", 1, description="choice for mu_R and mu_F in Bbar integration.")
579 self.add_default("runningscales", 0, description="[0:use fixed factorisation/renormalisation scale; 1:use running scale]")
580 self.add_default("runningwidth", 0, description="use running width in propagator. [1:enabled]")
581 self.add_default("rwl_add", 0, frozen=True, description="rerun adding additional weights. [1:enabled]")
582 self.add_default("rwl_file", "", frozen=True, description="XML file used for reweighting")
583 self.add_default("rwl_format_rwgt", 1, frozen=True, description="Use LHE standard for weights instead of Powheg standard. [1:enabled]")
584 self.add_default("rwl_group_events", 10000, description="Number of events to group together when running reweighting. [<0:defaults to 10000]")
585 self.add_default("s2eff", -1, description="value of the effective leptonic weak mixing angle")
586 self.add_default("samesignleptons", 0, hidden=True, description="produce two same-sign leptons in ttW decay [1:enabled]")
587 self.add_default("scalechoice", 0, description="renormalisation/factorisation scale choice for ttW processes; see documentation for possible values")
588 self.add_default("scheme", 1, description="choice for EW NLO scheme. [0:Alpha(0); 1:Alpha(M_Z); 2:G_mu; 3:Alpha(q^2)]")
589 self.add_default("select_EW_virt", 2, description="EW virtual corrections. [0: none; 1: full; 2: Sudakov approx; 3: full - Sudakov approx]")
590 self.add_default("select_real", 0, description="gg4l: do gg qg qq channels")
591 self.add_default("semileptonic", -1, description="only accept semileptonic decay]. [-1:use Powheg default]")
592 self.add_default("semileptonic_notau", 0, hidden=True, description="WWj decay mode: W->lnu W->jj (no tau) [1:enabled]")
593 self.add_default("shortlist", -1, description="[-1:use Powheg default]")
594 self.add_default("shortlist_onlyb", -1, description="[-1:use Powheg default]")
595 self.add_default("SI_inputfile", "'pwgevents.lhe'", frozen=True, name="PHOTOS_input_LHE", description="Input LHE file.")
596 self.add_default("SI_kt2minqed", -1, name="PHOTOS_k2minqed", description="Set value of photos low energy cut off. [<0:10^-6]")
597 self.add_default("SI_maxshowerevents", -1, name="PHOTOS_maxshowerevents", description="Number of events to read from the input file. [<0:all]")
598 self.add_default("SI_no_tworadevents", -1, name="PHOTOS_no_tworadevents", description="Use scalup as shower starting scale (only use when scalup-isr and scalup-fsr are not present). [1:enabled]")
599 self.add_default("sin2cabibbo", powheg_atlas_common.EW_parameters.sin2cabibbo, name="sin2cabibbo", description="sin(theta_Cabibbo)^2")
600 self.add_default("skipbtlgrid", 0, hidden=True, description="skip calculation of btlgrid. [1:enabled]")
601 self.add_default("skipextratests", -1, description="[-1:use Powheg default]")
602 self.add_default("skiprmngrid", 0, hidden=True, description="skip calculation of rmngrid. [1:enabled]")
603 self.add_default("SLHA", "'input_parameters.slha'", frozen=True, description="name of the SLHA input-file")
604 self.add_default("SM", 1, description="Include SM contribution in Drell-Yan LeptoQuark production. [0:disabled; 1:enabled]")
605 self.add_default("smartMiNLO", 0, description="activate caching/speedup for MiN(N)LO]")
606 self.add_default("smartsig", 1, description="remember equal amplitudes. [0:disabled]")
607 self.add_default("smear", 0, frozen=True, description="LQ-s-chan smearing [0:disabled]")
608 self.add_default("Smass", powheg_atlas_common.mass.s, description="s-quark mass in GeV")
609 self.add_default("smincuts", -1, description="[-1:use Powheg default]")
610 self.add_default("smooth_dyn", 1, description="ZgamJ MiNNLO: use frixione isolation as in ATLAS -> E^{ref}_T=smooth_eps*pT_gamma")
611 self.add_default("smooth_eps", 0.5, description="ZgamJ MiNNLO: photon momentum fraction (used when smooth_dyn=1)")
612 self.add_default("smooth_pt0", 1, description="ZgamJ MiNNLO: fixed maximal pT inside the photon cone (used when smooth_dyn=2)")
613 self.add_default("smooth_R", 0.05, description="ZgamJ MiNNLO: maximal photon cone size")
614 self.add_default("smooth_n", 1, description="ZgamJ MiNNLO: exponent of the delta-term in Frixione isolation formula")
615 self.add_default("softmismch", 1, frozen=True, description="do soft step. [0:disabled]")
616 self.add_default("softonly", -1, description="[-1:use Powheg default]")
617 self.add_default("softtest", 1, description="check soft limits. [0:disabled]")
618 self.add_default("stage2init", -1, description="[1:enabled]")
619 self.add_default("sthw2", powheg_atlas_common.EW_parameters.sin2thetaW, description="sin(theta_W)^2")
620 self.add_default("storeinfo_rwgt", 0, frozen=False, description="write out PDF information for reweighting. [0:disabled; 1:enabled]")
621 self.add_default("storemintupb", 1, description="cache cross sections (stage2 btilde calls) to speed up construction of upper bounding envelope. [1:enabled]")
622 self.add_default("st_nlight_default", 5, description="")
623 self.add_default("st_nlight_as", 5, description="")
624 self.add_default("st_nlight_ssv", 4, description="")
625 self.add_default("sudakovbb", -1, description="[-1:use Powheg default]")
626 self.add_default("sudmw2mb", -1, description="[-1:use Powheg default]")
627 self.add_default("sudscalevar", 1, description="also apply scale variation to Sudakov form factors in MiNLO. [0:disabled; 1:enabled]")
628 self.add_default("SUM_AMP", 0, description="VV_pol: Select wether to sum the SM and EFT contributions (1) or to select one specific (0).")
629 self.add_default("sum_over_families", 0, description="ZgamJ MiNNLO process: (default 0) if 0 a factor of 3 accounting for all neutrino families is included only in the rad_branching variable at event-generation level (otherwise it is included throughout the calculation)")
630 self.add_default("suppmodel", 1, description="ZgamJ MiNNLO process: if 1, the QED divergences are moved into the remnant")
631 self.add_default("tau_mass", powheg_atlas_common.mass.tau, description="WZj_MiNNLO, ZZj_MiNNLO: tau mass for reshuffling momentum at event generation level (used if massive_leptons=1)")
632 self.add_default("tau+tau-", 0, hidden=True, description="WWj decay mode [1:enabled]")
633 self.add_default("tau-tau+tau-tau+", 0, hidden=True, description="ZZj_MiNNLO decay mode [1:enabled]")
634 self.add_default("tau-tau+nunu_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-DF-ZZ) [1:enabled]")
635 self.add_default("tau-tau+nunu_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (2l2nu-SF-ZZWW) [1:enabled]")
636 self.add_default("Taumass", powheg_atlas_common.mass.tau, name="mass_tau", description="mass of tau in GeV")
637 self.add_default("tbardec", 13, description="anti-top quark decay. [11:e-; 13:mu-; 15:tau-; 1:u~ d; 3:c~ s]")
638 self.add_default("tdec/bmass", powheg_atlas_common.mass.b, name="mass_b", description="b-quark mass in GeV")
639 self.add_default("tdec/cmass", powheg_atlas_common.mass.c, name="mass_c", description="c-quark mass in GeV")
640 self.add_default("tdec/dmass", powheg_atlas_common.mass.d, name="mass_d", description="d-quark mass in GeV")
641 self.add_default("tdec/elbranching", powheg_atlas_common.branching_ratio.W_to_enu, name="BR_W_to_enu", description="W branching ratio to ev")
642 self.add_default("tdec/emass", powheg_atlas_common.mass.e, name="mass_e", description="mass of electron in GeV")
643 self.add_default("tdec/mumass", powheg_atlas_common.mass.mu, name="mass_mu", description="mass of muon in GeV")
644 self.add_default("tdec/sin2cabibbo", powheg_atlas_common.EW_parameters.sin2cabibbo, name="sin2cabibbo", description="sin(theta_Cabibbo)^2")
645 self.add_default("tdec/smass", powheg_atlas_common.mass.s, name="mass_s", description="s-quark mass in GeV")
646 self.add_default("tdec/taumass", powheg_atlas_common.mass.tau, name="mass_tau", description="mass of tau in GeV")
647 self.add_default("tdec/twidth", powheg_atlas_common.width.t, name="width_t", description="top quark width in GeV")
648 self.add_default("tdec/umass", powheg_atlas_common.mass.u, name="mass_u", description="u-quark mass in GeV")
649 self.add_default("tdec/wmass", powheg_atlas_common.mass.W, name="mass_W", description="W boson mass in GeV")
650 self.add_default("tdec/wwidth", powheg_atlas_common.width.W, name="width_W", description="W boson width in GeV")
651 self.add_default("testplots", 0, frozen=True, description="plot NLO and PWHG distributions. [1:enabled]")
652 self.add_default("testsuda", 0, frozen=True, description="test Sudakov form factor by numerical integration. [1:enabled]")
653 self.add_default("tevscale", -1, description="W form-factor scale, in TeV . [-1:use Powheg default]")
654 self.add_default("theta_damp", -1, description="[-1:use Powheg default]")
655 self.add_default("Tmass", powheg_atlas_common.mass.t, name="mass_t", description="top quark mass in GeV")
656 self.add_default("tmass", powheg_atlas_common.mass.t, name="mass_t", description="top quark mass in GeV")
657 self.add_default("tmass_phsp", -1, description="[-1:use Powheg default]")
658 self.add_default("topdec", 11, description="top quark decay. [11:e+; 13:mu+; 15:tau+; 1:u d~; 3:c s~]")
659 self.add_default("topdecaymode", 0, description="top quark decay. 5 digits indicating the maximum number of (e,mu,tau,u,c) allowed in decays")
660 self.add_default("toploop", 1, description="1 include top loop effects; 0 disregard top loop effects" )
661 self.add_default("topmass", powheg_atlas_common.mass.t, name="mass_t", description="top quark mass in GeV")
662 self.add_default("topwidth", powheg_atlas_common.width.t, name="width_t", description="top quark width in GeV")
663 self.add_default("ttype", 1, description="specify top or anti-top. [1:t; -1:tbar]")
664 self.add_default("Twidth", powheg_atlas_common.width.t, name="width_t", description="top quark width in GeV")
665 self.add_default("twidth", powheg_atlas_common.width.t, name="width_t", description="top quark width in GeV")
666 self.add_default("twidth_phsp", powheg_atlas_common.width.t, description="top width for phase-space generation, should be the same as twidth [-1:use Powheg default]")
667 self.add_default("ubexcess_correct", 0, description="whether to correct for upper bound violations in btilde/remnant generation. [1:enabled]")
668 self.add_default("ubsigmadetails", 1, description="output calculated cross-sections. [1:enabled]")
669 self.add_default("Umass", powheg_atlas_common.mass.u, description="u-quark mass in GeV")
670 self.add_default("useoldphsp", 0, description="gg4l: use the old phase space parametrization from ggZZ")
671 self.add_default("useOL", 0, description="ZgamJ MiNNLO: if 1, OpenLoops is used for computing the matrix elements, otherwise MCFM is selected")
672 self.add_default("useOSmass-mu", 1, description="VV_pol: scale setting")
673 self.add_default("use_interpolator", 0, description="WWJMiNNLOps: if 1, activates interpolator instead of MATRIX+VVamp")
674 self.add_default("use-old-grid", 1, frozen=True, description="use old integration grid if available. [0:disabled]")
675 self.add_default("use-old-ubound", 1, frozen=True, description="read norm of upper bounding function from pwgubound.dat, if present. [1:enabled]")
676 self.add_default("use_OLP_Interface", -1, description="[-1:use Powheg default]")
677 self.add_default("use-s2effin", -1, description="use s2eff instead of M_W as input to the EW scheme")
678 self.add_default("user_reshists_sep", -1, description="[-1:use Powheg default]")
679 self.add_default("usesmeft", 1, description="ggF_HH_SMEFT: Choose EFT parametrization [0: HEFT w/o truncation, 1: SMEFT W/ truncation, 2: HEFT w/ truncation]")
680 self.add_default("vdecaymode", None, description="vector boson decay mode")
681 self.add_default("vdecaymodeV1", 0,description="gg4l: decay mode of first vector boson")
682 self.add_default("vdecaymodeV2", 0, description="gg4l: decay mode of second vector boson")
683 self.add_default("vdecaymodeW", None, description="W-boson decay mode.")
684 self.add_default("vdecaymodeW1", None, description="first W decay mode.")
685 self.add_default("vdecaymodew1", None, description="first W decay mode.")
686 self.add_default("vdecaymodew2", None, description="second W decay mode.")
687 self.add_default("vdecaymodeW2", None, description="second W decay mode.")
688 self.add_default("vdecaymodeWm", None, description="W- decay mode.")
689 self.add_default("vdecaymodeWp", None, description="W+ decay mode.")
690 self.add_default("vdecaymodeZ", None, description="Z-boson decay mode.")
691 self.add_default("vdecaymodeZ1", None, description="first Z decay mode.")
692 self.add_default("vdecaymodeZ2", None, description="second Z decay mode.")
693 self.add_default("vvdecaymode", None, description="ZZj_MiNNLO: decay mode.")
694 self.add_default("verytinypars", 0, description="set all ISR/FSR grid parameters to 1e-12. [1:enabled]")
695 self.add_default("virtonly", -1, description="[-1:use Powheg default]")
696 self.add_default("Vstep", -1, description="[-1:use Powheg default]")
697 self.add_default("wdecaymode", None, description="W-boson decay mode: 5 digits indicating the maximum number of (e,mu,tau,u,c) allowed in decays")
698 self.add_default("Wdecaymode", 1, description="WZj_MiNNLO: 1: e nu_e, 2: mu nu_mu, 3: tau nu_tau")
699 self.add_default("weak-only", -1, description="")
700 self.add_default("whichphsp", 1, description="VV_pol: choice of POWHEG PSP generation")
701 self.add_default("whichpwhgevent", -1, description="[-1:use Powheg default]")
702 self.add_default("whichscale", 4, description="ttj_MiNNLO: set scale of overall two powers of alphas if fixedscale=0 [0:H_T^tt/2, 1:m_tt/2, 2:m_tt, 3:H_T^tt+jets/2, 4:H_T^tt/4, 5:H_T^tt+jets/4]")
703 self.add_default("which_as",2, description="gg4l: running of alpha: 1 PWHG, 2 PDF")
704 self.add_default("whichW", -1, description="bb4l: redecay one of the W bosons, thereby converting it into an hadronically decaying W boson, 1 or -1")
705 self.add_default("width_correction", 5, description="")
706 self.add_default("width_H", powheg_atlas_common.width.H, description="Higgs boson width in GeV")
707 self.add_default("width_t", powheg_atlas_common.width.t, description="top quark width in GeV")
708 self.add_default("width_W", powheg_atlas_common.width.W, name="width_W", description="W boson width in GeV")
709 self.add_default("width_Z", powheg_atlas_common.width.Z, description="Z boson width in GeV")
710 self.add_default("widthLQ", 0., description="LQ-s-chan [0: no width]")
711 self.add_default("withbtilde", 1, frozen=True, description="do btilde step. [0:disabled]")
712 self.add_default("withdamp", -1, description="enable hdamp and bornzerodamp. [1:enabled]")
713 self.add_default("withfluxfactor", -1, description="[-1:use Powheg default]")
714 self.add_default("withinterference", 1, description="(0:disabled; 1:enabled) include interference for like flavour charged leptons")
715 self.add_default("withnegweights", 1, description="allow negative weights. [1:enabled]")
716 self.add_default("withregular", -1, description="[-1:use Powheg default]")
717 self.add_default("withremnants", 1, frozen=True, description="do remnant step. [0:disabled]")
718 self.add_default("withsubtr", 1, frozen=True, description="subtract real counterterms. [0:disabled]")
719 self.add_default("withthetacut", -1, description="[-1:use Powheg default]")
720 self.add_default("Wolfenstein_lambda", powheg_atlas_common.WS_parameters.lam, name="Wolfenstein_lambda", description="Wolfenstein lambda parameter")
721 self.add_default("Wolfenstein_A", powheg_atlas_common.WS_parameters.A, name="Wolfenstein_A", description="Wolfenstein A parameter")
722 self.add_default("Wolfenstein_rho", powheg_atlas_common.WS_parameters.rho, name="Wolfenstein_rho", description="Wolfenstein rho parameter")
723 self.add_default("Wolfenstein_eta", powheg_atlas_common.WS_parameters.eta, name="Wolfenstein_eta", description="Wolfenstein eta parameter")
724 self.add_default("Wmass", powheg_atlas_common.mass.W, name="mass_W", description="W boson mass in GeV")
725 self.add_default("wmass", powheg_atlas_common.mass.W, name="mass_W", description="W boson mass in GeV")
726 self.add_default("WmZevee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->e(-)nu. [1:enabled]")
727 self.add_default("WmZevmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->e(-)nu. [1:enabled]")
728 self.add_default("WmZevtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->e(-)nu. [1:enabled]")
729 self.add_default("WmZmuvee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->mu(-)nu. [1:enabled]")
730 self.add_default("WmZmuvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->mu(-)nu. [1:enabled]")
731 self.add_default("WmZmuvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->mu(-)nu. [1:enabled]")
732 self.add_default("WmZtauvee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->tau(-)nu. [1:enabled]")
733 self.add_default("WmZtauvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->tau(-)nu. [1:enabled]")
734 self.add_default("WmZtauvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->tau(-)nu. [1:enabled]")
735 self.add_default("WpWmevev", 0, hidden=True, description="WW decay mode: W->e(+)nu W->e(-)nu. [1:enabled]")
736 self.add_default("WpWmevmuv", 0, hidden=True, description="WW decay mode: W->e(+)nu W->mu(-)nu. [1:enabled]")
737 self.add_default("WpWmevtauv", 0, hidden=True, description="WW decay mode: W->e(+)nu W->tau(-)nu. [1:enabled]")
738 self.add_default("WpWmmuvev", 0, hidden=True, description="WW decay mode: W->mu(+)nu W->e(-)nu. [1:enabled]")
739 self.add_default("WpWmmuvmuv", 0, hidden=True, description="WW decay mode: W->mu(+)nu W->mu(-)nu. [1:enabled]")
740 self.add_default("WpWmmuvtauv", 0, hidden=True, description="WW decay mode: W->mu(+)nu W->tau(-)nu. [1:enabled]")
741 self.add_default("WpWmtauvev", 0, hidden=True, description="WW decay mode: W->tau(+)nu W->e(-)nu. [1:enabled]")
742 self.add_default("WpWmtauvmuv", 0, hidden=True, description="WW decay mode: W->tau(+)nu W->mu(-)nu. [1:enabled]")
743 self.add_default("WpWmtauvtauv", 0, hidden=True, description="WW decay mode: W->tau(+)nu W->tau(-)nu. [1:enabled]")
744 self.add_default("WpZevee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->e(+)nu. [1:enabled]")
745 self.add_default("WpZevmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->e(+)nu. [1:enabled]")
746 self.add_default("WpZevtautau", 0, hidden=True, description="WZ decay mode: Z->tau(-)tau(-) W->e(+)nu. [1:enabled]")
747 self.add_default("WpZmuvee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->mu(+)nu. [1:enabled]")
748 self.add_default("WpZmuvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->mu(+)nu. [1:enabled]")
749 self.add_default("WpZmuvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(-)tau(-) W->mu(+)nu. [1:enabled]")
750 self.add_default("WpZtauvee", 0, hidden=True, description="WZ decay mode: Z->e(-)e(-) W->tau(+)nu. [1:enabled]")
751 self.add_default("WpZtauvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(-)mu(-) W->tau(+)nu. [1:enabled]")
752 self.add_default("WpZtauvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->tau(+)nu. [1:enabled]")
753 self.add_default("ww_res_type", 0, description="Control over Higgs -> W+W- resonance. [0:resonant AND non-resonant production (only recommended for a heavy Higgs with mass > 200 GeV); 1:non-resonant W+W- continuum production only; 2:resonant Higgs->W+W- production only]")
754 self.add_default("WWevmuv", 0, hidden=True, description="WW decay mode: W->enu W->munu. [1:enabled]")
755 self.add_default("WWevtauv", 0, hidden=True, description="WW decay mode: W->enu W->taunu. [1:enabled]")
756 self.add_default("Wwidth", powheg_atlas_common.width.W, name="width_W", description="W boson width in GeV")
757 self.add_default("wwidth", powheg_atlas_common.width.W, name="width_W", description="W boson width in GeV")
758 self.add_default("WWlvlv", 0, hidden=True, description="WW decay mode: W->lnu W->lnu. [1:enabled]")
759 self.add_default("WWlvqq", 0, hidden=True, description="WW decay mode: W->lnu W->qq. [1:enabled]")
760 self.add_default("WWmuvtauv", 0, hidden=True, description="WW decay mode: W->munu W->taunu. [1:enabled]")
761 self.add_default("WWqqqq", 0, hidden=True, description="WW decay mode: W->qq W->qq. [1:enabled]")
762 self.add_default("WZevee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->e(+/-)nu. [1:enabled]")
763 self.add_default("WZevmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->e(+/-)nu. [1:enabled]")
764 self.add_default("WZevtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->e(+/-)nu. [1:enabled]")
765 self.add_default("WZlvll", 0, hidden=True, description="WZ decay mode: Z->ll W->lnu. [1:enabled]")
766 self.add_default("WZlvqq", 0, hidden=True, description="WZ decay mode: Z->qq W->lnu. [1:enabled]")
767 self.add_default("WZlvvv", 0, hidden=True, description="WZ decay mode: Z->vv W->lnu. [1:enabled]")
768 self.add_default("WZmuvee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->mu(+/-)nu. [1:enabled]")
769 self.add_default("WZmuvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->mu(+/-). [1:enabled]")
770 self.add_default("WZmuvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->mu(+/-)nu. [1:enabled]")
771 self.add_default("WZqqll", 0, hidden=True, description="WZ decay mode: Z->ll W->qq. [1:enabled]")
772 self.add_default("WZqqqq", 0, hidden=True, description="WZ decay mode: Z->qq W->qq. [1:enabled]")
773 self.add_default("WZqqvv", 0, hidden=True, description="WZ decay mode: Z->vv W->qq. [1:enabled]")
774 self.add_default("WZtauvee", 0, hidden=True, description="WZ decay mode: Z->e(+)e(-) W->tau(+/-)nu. [1:enabled]")
775 self.add_default("WZtauvmumu", 0, hidden=True, description="WZ decay mode: Z->mu(+)mu(-) W->tau(+/-)nu. [1:enabled]")
776 self.add_default("WZtauvtautau", 0, hidden=True, description="WZ decay mode: Z->tau(+)tau(-) W->tau(+/-). [1:enabled]")
777 self.add_default("xgriditeration", 1, frozen=True, description="iteration level for the calculation of the importance sampling grid (only relevant when parallelstage=1).")
778 self.add_default("xupbound", 1, description="increase upper bound for radiation generation by this factor")
779 self.add_default("YSD1x1", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
780 self.add_default("YSD1x2", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
781 self.add_default("YSD1x3", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
782 self.add_default("YSD2x1", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
783 self.add_default("YSD2x2", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
784 self.add_default("YSD2x3", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
785 self.add_default("YSD3x1", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
786 self.add_default("YSD3x2", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
787 self.add_default("YSD3x3", 0., description="Yukawa coupling of the down-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
788 self.add_default("YSU1x1", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
789 self.add_default("YSU1x2", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
790 self.add_default("YSU1x3", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
791 self.add_default("YSU2x1", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
792 self.add_default("YSU2x2", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
793 self.add_default("YSU2x3", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
794 self.add_default("YSU3x1", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
795 self.add_default("YSU3x2", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
796 self.add_default("YSU3x3", 0., description="Yukawa coupling of the up-type leptoquark in Drell-Yan Scalar LeptoQuark production.")
797 self.add_default("y_1e", 0, description="LQ-s-chan: coupling of the lepto-quark.")
798 self.add_default("y_2e", 0, description="LQ-s-chan: coupling of the lepto-quark.")
799 self.add_default("y_3e", 0, description="LQ-s-chan: coupling of the lepto-quark.")
800 self.add_default("y_1m", 0, description="LQ-s-chan: coupling of the lepto-quark.")
801 self.add_default("y_2m", 0, description="LQ-s-chan: coupling of the lepto-quark.")
802 self.add_default("y_3m", 0, description="LQ-s-chan: coupling of the lepto-quark.")
803 self.add_default("y_1t", 0, description="LQ-s-chan: coupling of the lepto-quark.")
804 self.add_default("y_2t", 0, description="LQ-s-chan: coupling of the lepto-quark.")
805 self.add_default("y_3t", 0, description="LQ-s-chan: coupling of the lepto-quark.")
806 self.add_default("ZbbNLO", 1, description="correct for non-zero b-mass in Z->bb decays. [0:disabled]")
807 self.add_default("Zdecaymode", 1, description="WZj_MiNNLO: 1: e- e+, 2: mu- mu+, 3: tau+ tau-")
808 self.add_default("zerowidth", 0, description="use on-shell quarks/bosons only. [1:enabled]")
809 self.add_default("zfixedwidth", -1, description="[-1:use Powheg default]")
810 self.add_default("zmass", powheg_atlas_common.mass.Z, description="Z boson mass in GeV")
811 self.add_default("Zmass", powheg_atlas_common.mass.Z, name="mass_Z", description="Z boson mass in GeV")
812 self.add_default("zwidth", powheg_atlas_common.width.Z, name="width_Z", description="Z boson width in GeV")
813 self.add_default("Zwidth", powheg_atlas_common.width.Z, name="width_Z", description="Z boson width in GeV")
814 self.add_default("zz_res_type", 0, description="Control over Higgs -> ZZ resonance. [0:resonant AND non-resonant production (only recommended for a heavy Higgs with mass > 200 GeV); 1:non-resonant ZZ continuum production only; 2:resonant Higgs->ZZ production only]")
815 self.add_default("ZZeeee", 0, hidden=True, description="ZZ decay mode: Z->ee Z->ee. [1:enabled]")
816 self.add_default("ZZeetautau", 0, hidden=True, description="ZZ decay mode: Z->tautau Z->ee. [1:enabled]")
817 self.add_default("ZZllll", 0, hidden=True, description="ZZ decay mode: Z->ll Z->ll. [1:enabled]")
818 self.add_default("ZZmumuee", 0, hidden=True, description="ZZ decay mode: Z->ee Z->mumu. [1:enabled]")
819 self.add_default("ZZmumumumu", 0, hidden=True, description="ZZ decay mode: Z->mumu Z->mumu. [1:enabled]")
820 self.add_default("ZZqqll", 0, hidden=True, description="ZZ decay mode: Z->ll Z->qq. [1:enabled]")
821 self.add_default("ZZqqqq", 0, hidden=True, description="ZZ decay mode: Z->qq Z->qq. [1:enabled]")
822 self.add_default("ZZtautaumumu", 0, hidden=True, description="ZZ decay mode: Z->mumu Z->tautau. [1:enabled]")
823 self.add_default("ZZtautautautau", 0, hidden=True, description="ZZ decay mode: Z->tautau Z->tautau. [1:enabled]")
824 self.add_default("ZZvvee", 0, hidden=True, description="ZZ decay mode: Z->ee Z->nunu. [1:enabled]")
825 self.add_default("ZZvvll", 0, hidden=True, description="ZZ decay mode: Z->ll Z->nunu. [1:enabled]")
826 self.add_default("ZZvvmumu", 0, hidden=True, description="ZZ decay mode: Z->mumu Z->nunu. [1:enabled]")
827 self.add_default("ZZvvqq", 0, hidden=True, description="ZZ decay mode: Z->qq Z->nunu. [1:enabled]")
828 self.add_default("ZZvvtautau", 0, hidden=True, description="ZZ decay mode: Z->tautau Z->nunu. [1:enabled]")
829 self.add_default("ZZvvvv", 0, hidden=True, description="ZZ decay mode: Z->nunu Z->nunu. [1:enabled]")
830 self.add_default("2l2nu_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to all leptons, one Z to neutrinos - 2l2nu-DF-ZZ) [1:enabled]")
831 self.add_default("2l2nu_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to all leptons, one Z to neutrinos - 2l2nu-SF-ZZWW) [1:enabled]")
832 self.add_default("2l2nu_notau_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to electrons, muons, one Z to neutrinos - 2l2nu-DF-ZZ) [1:enabled]")
833 self.add_default("2l2nu_notau_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to electrons, muons, one Z to neutrinos - 2l2nu-SF-ZZWW) [1:enabled]")
834 self.add_default("2l2q", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to all neutrinos, one Z to all light quarks (u,d,s,c,b) [1:enabled]")
835 self.add_default("2q2nu", 0, hidden=True, description="ZZj_MiNNLO decay mode (one Z to all charged leptons, one Z to all light quarks (u,d,s,c,b)) [1:enabled]")
836 self.add_default("4l_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (all combinations of leptons of different flavour) [1:enabled]")
837 self.add_default("4l_notau_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (four electrons, four muons) [1:enabled]")
838 self.add_default("4l_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (four electrons, four muons, four taus) [1:enabled]")
839 self.add_default("4q_DF", 0, hidden=True, description="ZZj_MiNNLO decay mode (all combinations of light quarks (u,d,s,c,b) of different flavour) [1:enabled]")
840 self.add_default("4q_SF", 0, hidden=True, description="ZZj_MiNNLO decay mode (all combinations of light quarks (u,d,s,c,b) of same flavour) [1:enabled]")
841 self.add_default("wmasslow", 2.0, description="Wc process parameter")
842 self.add_default("wmasshigh", 13000, description="Wc process parameter")
843 self.add_default("resum_profile", 1, description="Wc process parameter")
844
845
846 for coefficient_name in ["ReGEw", "ImGEw", "ReGEe", "ImGEe"]:
847 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
848 for coefficient in ["ReGUw_{flavours}", "ImGUw_{flavours}", "ReGUe_{flavours}", "ImGUe_{flavours}", "ReLeQu3_{flavours}", "ImLeQu3_{flavours}", "ReLeQu_{flavours}", "ImLeQu_{flavours}"]:
849 for flavours in ["{}{}".format(*x) for x in itertools.product(["u", "c", "t"], repeat=2)]:
850 coefficient_name = coefficient.format(flavours=flavours)
851 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
852 for coefficient in ["ReGDw_{flavours}", "ImGDw_{flavours}", "ReGDe_{flavours}", "ImGDe_{flavours}", "ReLedQ_{flavours}", "ImLedQ_{flavours}"]:
853 for flavours in ["{}{}".format(*x) for x in itertools.product(["d", "s", "b"], repeat=2)]:
854 coefficient_name = coefficient.format(flavours=flavours)
855 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
856 for coefficient in ["QphiU_{flavours}", "Uphi_{flavours}", "QLu_{flavours}", "Ceu_{flavours}", "CLu_{flavours}"]:
857 for flavours in ["uu", "uc", "ut", "cc", "ct", "tt"]:
858 coefficient_name = coefficient.format(flavours=flavours)
859 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
860 for coefficient in ["QphiD_{flavours}", "Dphi_{flavours}", "QLd_{flavours}", "Ced_{flavours}", "CLd_{flavours}", "Qe_{flavours}"]:
861 for flavours in ["dd", "ds", "db", "ss", "sb", "bb"]:
862 coefficient_name = coefficient.format(flavours=flavours)
863 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
864 for coefficient in ["ReXi_{flavours}", "ImXi_{flavours}"]:
865 for flavours in ["{}{}".format(*x) for x in itertools.product(["u", "c", "t"], ["d", "s", "b"])]:
866 coefficient_name = coefficient.format(flavours=flavours)
867 self.add_default(coefficient_name, 0.0, description="SMEFT coefficient: {c}".format(c=coefficient_name))
868
869
870
1.14.0