# SUSY Les Houches Accord 2.0 - example input file for SUSPECT ver >= 2.40 Block MODSEL # Select model (with the second parameter): # General MSSM (arbitrary soft terms) at low scale input: 0 # SUGRA (!includes non-univ. soft terms, see block EXTPAR): 1 # GMSB : 2 # AMSB : 3 # Bottom-up RGE for general MSSM input at EWSB scale: -1 # (a specific SuSpect option) 1 -1 # bottom-up RGE # Block SU_ALGO # !Optional SUSPECT v>=2.3* block: algorithm control parameters # NB: IF block absent (or if any parameters undefined), defaut values taken 2 21 # 2-loop RGE (defaut, 1-loop RGE is: 11 instead) 3 0 # 1: g_1(gut) = g_2(gut) consistently calculated from input # NB other possibility is 0: High scale input (=HIGH in block EXTPAR below): 4 2 # RGE accuracy: 1: moderate, 2: accurate (but slower) 6 0 # 1: M_Hu, M_Hd input (default in constrained models) # (or 0: MA_pole, MU(EWSB) input instead) 7 2 # choice for sparticles masses (=/= h) rad. corr.: # 2 ->all (defaut,recommended); 1->no R.C. in squarks & gauginos. 8 0 # 1 (defaut): EWSB scale=(mt_L*mt_R)^(1/2) # if = 0: arbitrary EWSB scale (give EWSB in Block EXTPAR below) 9 2 # Final spectrum accuracy: 1 -> 1% acc.; 2 -> 0.01 % acc.(defaut) 10 2 # Higgs boson masses calculation options: # A simple approximation : 0 # One-loop calculation : 1 # One-loop + dominant DSVZ 2-loop (defaut,recommended) : 2 11 0 # Higher order Higgs 'scheme' choice in rad. corr. at mZ: # RUNNING DRbar Higgs masses at loop-level at mZ (defaut) : 0 # POLE Higgs masses at loop-level at mZ : 1 # Block SMINPUTS # Standard Model inputs 1 127.934 # alpha_em^(-1)(MZ) SM MSbar # 2 1.16639d-5 # G_F 3 0.1172 # alpha_s(MZ) SM MSbar # 4 91.187 # mZ pole mass 5 4.25 # Mb(mb) SM MSbar 6 175 # Mtop(pole) 7 1.777 # Mtau(pole) # Block MINPAR # specific model input parameters # input for SUGRA models (! comment (#) all other (GMSB,AMSB) lines): # 1 100. # m0 # 2 250. # m1%2 # 5 -100. # A0 # 3 10. # tanbeta(MZ) # 4 1.0 # sign(mu) # input for GMSB models (! comment (#) all other (mSUGRA,AMSB) lines): # 1 100.d3 # Lambda_susy # 2 200.d3 # Lambda_mess # 3 10 # tanbeta(MZ) # 4 1. # sign(MU) # 5 1 # Nl_mes # 6 1 # Nq_mes # input for AMSB models (! comment (#) all other (mSUGRA,GMSB) lines): # 1 450. # m0 # 2 10.d3 # M_3%2 gravitino mass # 3 30. # tanbeta(MZ) # 4 1. # sign(MU) # 5 1. # cQ : weight of m0 for Q_L (3rd gen.) doublet # 6 1. # cuR : weight of m0 for u_R # 7 1. # cdR : weight of m0 for d_R # 8 1. # cL : weight of m0 for L (1st, 2d gen.) doublet # 9 1. # ceR : weight of m0 for e_R (1st, 2d gen.) # 10 1. # cHu : weight of m0 for Hu # 11 1. # cHd : weight of m0 for Hd # Block EXTPAR # general MSSM input (! IF present, values replace MINPAR ones) 0 4.65452272E+02 # EWSB_input scale 10 0.2471d17 # HIGH scale (RGE end) (!only relevant for bottom-up RGE) 23 3.56856497E+02 # mu(EWSB) 25 10. # tanbeta(MZ) 26 3.98838901E+02 # MA (pole!) 1 1.01458764E+02 # M_1 2 1.91594458E+02 # M_2 3 5.86585365E+02 # M_3 21 3.23597887E+04 # M^2_Hd 22 -1.28237656E+05 # M^2_Hu 31 1.95513772E+02 # M_eL 32 1.95513772E+02 # M_muL 33 1.94674422E+02 # M_tauL 34 1.35968315E+02 # M_eR 35 1.35968315E+02 # M_muR 36 1.33498109E+02 # M_tauR 41 5.45798607E+02 # M_q1L 42 5.45798607E+02 # M_q2L 43 4.96980458E+02 # M_q3L 44 5.27770414E+02 # M_uR 45 5.27770414E+02 # M_cR 46 4.21543313E+02 # M_tR 47 5.25676614E+02 # M_dR 48 5.25676614E+02 # M_sR 49 5.22379470E+02 # M_bR 11 -4.94493457E+02 # A_t(Q) DRbar 12 -7.95158819E+02 # A_b(Q) DRbar 13 -2.51673474E+02 # A_tau(Q) DRbar 14 -6.77297454E+02 # A_u(Q) DRbar 15 -8.59425910E+02 # A_d(Q) DRbar 16 -2.53428826E+02 # A_e(Q) DRbar