5 tanBetaResummation -> True,
9 alphaMZ -> 0.0077552, (* 1L *)
10 alpha0 -> 0.00729735, (* 2L *)
11 alphaS -> 0.1184, (* 2L *)
12 MW -> 80.385, (* 1L *)
13 MZ -> 91.1876, (* 1L *)
14 MT -> 173.34, (* 2L *)
15 mbmb -> 4.18, (* 2L *)
17 MM -> 0.1056583715]; (* 1L *)
19(* calculate amu
using the GM2Calc parameters *)
20Print[{amu, Damu} /. GM2CalcAmuGM2CalcScheme[
24 MassB -> 150, (* 1L *)
25 MassWB -> 300, (* 1L *)
26 MassG -> 1000, (* 2L *)
27 mq2 -> 500^2 IdentityMatrix[3], (* 2L *)
28 ml2 -> 500^2 IdentityMatrix[3], (* 1L *)
29 mu2 -> 500^2 IdentityMatrix[3], (* 2L *)
30 md2 -> 500^2 IdentityMatrix[3], (* 2L *)
31 me2 -> 500^2 IdentityMatrix[3], (* 2L *)
32 Au -> 0 IdentityMatrix[3], (* 2L *)
33 Ad -> 0 IdentityMatrix[3], (* 2L *)
34 Ae -> 0 IdentityMatrix[3], (* 1L *)
GM2CalcSetFlags[loopOrder -> 2, tanBetaResummation -> True, forceOutput -> False]
GM2CalcSetSMParameters[alphaMZ -> 0.0077552,(*1L *) alpha0 -> 0.00729735,(*2L *) alphaS -> 0.1184,(*2L *) MW -> 80.385,(*1L *) MZ -> 91.1876,(*1L *) MT -> 173.34,(*2L *) mbmb -> 4.18,(*2L *) ML -> 1.777,(*2L *) MM -> 0.1056583715]
Install["bin/gm2calc.mx"]
(*) L calculat Print)[{amu, Damu}/. GM2CalcAmuGM2CalcScheme[MAh -> 1500,(*2L *) TB -> 10,(*1L *) Mu -> 350,(*1L *) MassB -> 150,(*1L *) MassWB -> 300,(*1L *) MassG -> 1000,(*2L *) mq2 -> 500^2 IdentityMatrix[3],(*2L *) ml2 -> 500^2 IdentityMatrix[3],(*1L *) mu2 -> 500^2 IdentityMatrix[3],(*2L *) md2 -> 500^2 IdentityMatrix[3],(*2L *) me2 -> 500^2 IdentityMatrix[3],(*2L *) Au -> 0 IdentityMatrix[3],(*2L *) Ad -> 0 IdentityMatrix[3],(*2L *) Ae -> 0 IdentityMatrix[3],(*1L *) Q -> 454.7](*2L *)]
