GM2Calc 2.3.0
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example.thdm
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1Block GM2CalcConfig
2 0 4 # output format (0 = minimal, 1 = detailed,
3 # 2 = NMSSMTools, 3 = SPheno, 4 = GM2Calc)
4 1 2 # loop order (0, 1 or 2)
5 3 0 # force output (0 or 1)
6 4 0 # verbose output (0 or 1)
7 5 1 # calculate uncertainty (0 or 1)
8 6 1 # running couplings in the THDM
9Block SMINPUTS
10 1 1.27934000E+02 # alpha_em(MZ)^(-1) SM MS-bar
11 3 0.1184 # alpha_s(MZ) SM MS-bar [2L]
12 4 9.11876000E+01 # MZ(pole) [1L]
13 5 4.18000000E+00 # mb(mb) SM MS-bar [2L]
14 6 1.73340000E+02 # mtop(pole) [2L]
15 7 1.77700000E+00 # mtau(pole) [2L]
16 8 0.00000000E+00 # mnu3(pole) [irrelevant]
17 9 8.03773317E+01 # mW(pole) [1L]
18 11 0.000510998928 # melectron(pole) [2L]
19 12 0.00000000E+00 # mnu1(pole) [irrelevant]
20 13 0.1056583715 # mmuon(pole) [1L]
21 14 0.00000000E+00 # mnu2(pole) [irrelevant]
22 21 4.76052706E-03 # md(2 GeV) [2L]
23 22 2.40534062E-03 # mu(2 GeV) [2L]
24 23 1.04230487E-01 # ms(2 GeV) [2L]
25 24 1.27183378E+00 # mc(2 GeV) [2L]
26Block GM2CalcInput
27 33 125.09 # SM Higgs boson mass [1L]
28Block VCKMIN # CKM matrix in Wolfenstein parametrization
29 1 0.2257 # lambda
30 2 0.814 # A
31 3 0.135 # rho-bar
32 4 0.349 # eta-bar
33Block MINPAR # model parameters
34 3 3 # tan(beta)
35 16 0.2 # lambda_6
36 17 0.1 # lambda_7
37 18 40000 # m_{12}^2
38 20 0.995 # sin(beta - alpha)
39 21 0 # zeta_u
40 22 0 # zeta_d
41 23 0 # zeta_l
42 24 2 # Yukawa type (1, 2, 3, 4, 5, 6 = general)
43Block MASS # Higgs masses
44 25 100 # mh, lightest CP-even Higgs
45 35 400 # mH, heaviest CP-even Higgs
46 36 420 # mA, CP-odd Higgs
47 37 440 # mH+, charged Higgs
48Block GM2CalcTHDMDeltauInput
49 1 1 0 # Re(Deltau(1,1))
50 1 2 0 # Re(Deltau(1,2))
51 1 3 0 # Re(Deltau(1,3))
52 2 1 0 # Re(Deltau(2,1))
53 2 2 0 # Re(Deltau(2,2))
54 2 3 0 # Re(Deltau(2,3))
55 3 1 0 # Re(Deltau(3,1))
56 3 2 0 # Re(Deltau(3,2))
57 3 3 0 # Re(Deltau(3,3))
58Block GM2CalcTHDMDeltadInput
59 1 1 0 # Re(Deltad(1,1))
60 1 2 0 # Re(Deltad(1,2))
61 1 3 0 # Re(Deltad(1,3))
62 2 1 0 # Re(Deltad(2,1))
63 2 2 0 # Re(Deltad(2,2))
64 2 3 0 # Re(Deltad(2,3))
65 3 1 0 # Re(Deltad(3,1))
66 3 2 0 # Re(Deltad(3,2))
67 3 3 0 # Re(Deltad(3,3))
68Block GM2CalcTHDMDeltalInput
69 1 1 0 # Re(Deltal(1,1))
70 1 2 0 # Re(Deltal(1,2))
71 1 3 0 # Re(Deltal(1,3))
72 2 1 0 # Re(Deltal(2,1))
73 2 2 0 # Re(Deltal(2,2))
74 2 3 0 # Re(Deltal(2,3))
75 3 1 0 # Re(Deltal(3,1))
76 3 2 0 # Re(Deltal(3,2))
77 3 3 0 # Re(Deltal(3,3))
78Block GM2CalcTHDMPiuInput
79 1 1 0 # Re(Piu(1,1))
80 1 2 0 # Re(Piu(1,2))
81 1 3 0 # Re(Piu(1,3))
82 2 1 0 # Re(Piu(2,1))
83 2 2 0 # Re(Piu(2,2))
84 2 3 0 # Re(Piu(2,3))
85 3 1 0 # Re(Piu(3,1))
86 3 2 0 # Re(Piu(3,2))
87 3 3 0 # Re(Piu(3,3))
88Block GM2CalcTHDMPidInput
89 1 1 0 # Re(Pid(1,1))
90 1 2 0 # Re(Pid(1,2))
91 1 3 0 # Re(Pid(1,3))
92 2 1 0 # Re(Pid(2,1))
93 2 2 0 # Re(Pid(2,2))
94 2 3 0 # Re(Pid(2,3))
95 3 1 0 # Re(Pid(3,1))
96 3 2 0 # Re(Pid(3,2))
97 3 3 0 # Re(Pid(3,3))
98Block GM2CalcTHDMPilInput
99 1 1 0 # Re(Pil(1,1))
100 1 2 0 # Re(Pil(1,2))
101 1 3 0 # Re(Pil(1,3))
102 2 1 0 # Re(Pil(2,1))
103 2 2 0 # Re(Pil(2,2))
104 2 3 0 # Re(Pil(2,3))
105 3 1 0 # Re(Pil(3,1))
106 3 2 0 # Re(Pil(3,2))
107 3 3 0 # Re(Pil(3,3))
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