# Input file for NMSSMTools
# Based on SUSY LES HOUCHES ACCORD II
#
BLOCK MODSEL
    3   1       # NMSSM particle content
    1   0       # IMOD (0=general NMSSM, 1=mSUGRA, 2=GMSB)
    10  0       # ISCAN (0=no scan, 1=grid scan, 2=random scan, 3=MCMC)
    9   1       # Call micrOmegas (default 0=no, 1=relic density only,
#                 2=dir. det. rate, 3=indir. det. rate, 4=both det. rates)
    8       2               # Precision for Higgs masses (default 0: as before,
#                                 1: full 1 loop + full 2 loop from top/bot Yukawas
#                 2: as 1 + pole masses - 1&2 by courtesy of P. Slavich)
    13      0               # 1: Sparticle decays via NMSDECAY (default 0)

BLOCK SMINPUTS
    1   127.92D0    # ALPHA_EM^-1(MZ)
    2   1.16637D-5  # GF
    3   .119D0     # ALPHA_S(MZ)
    4   91.1876D0    # MZ
    5   4.16D0     # MB(MB) (running mass)
    6   172.5D0     # MTOP (pole mass)
    7   1.777D0     # MTAU

BLOCK MINPAR
#   0   1000.D0     # MSUSY (If =/= SQRT(2*MQ1+MU1+MD1)/2)
    3   28D0    # TANB at MZ

BLOCK EXTPAR
    1   150.D0      # M1 (If =/= M2/2)
    2   300.D0      # M2
    3   1000.D0      # M3 (If =/= 3*M2)
    11  2500.D0     # AU3
    12  2500.D0     # AD3
    13  2500.D0     # AE3
#   16  -2500.D0    # AE2 = AE1 (If =/= AE3)
    33  1000.D0     # ML3
#   32  200.D0      # ML2 = ML1 (If =/= ML3)
    36  1000.D0     # ME3
#   35  200.D0      # ME2 = ME1 (If =/= ME3)
    43  1000.D0     # MQ3
#   42  1000.D0     # MQ2 = MQ1 (If =/= MQ3)
    46  1000.D0     # MU3
#   45  1000.D0     # MU2 = MU1 (If =/= MU3)
    49  1000.D0     # MD3
#   48  1000.D0     # MD2 = MD1 (If =/= MD3)
    61  0.200D0    # LAMBDA
    62  0.24D0 # KAPPA (If =/= 0)
    63  679D0   # ALAMBDA (If =/= 0 and XIF+MA are not inputs)
    64  -0.3105128D0    # AKAPPA (If =/= 0, KAPPA =/=0 and XIS+MP are not inputs)
#                 If KAPPA = 0: AKAPPA must be 0, either XIS or MP is input
    65  200D0 # MUEFF
#   66  0.D0        # XIF in GeV^2 (If =/= 0 and ALAMBDA+MA are not inputs)
#   67  0.D0        # XIS in GeV^3 (If =/= 0 and AKAPPA+MP are not inputs)
#   68  0.D0        # MU' (If =/= 0)
#   69  0.D0        # MS'^2 (If =/= 0)
#   72  0.D0        # M3H^2 (If =/= 0)
#   124 1321.D0     # MA (If ALAMBDA+XIF are not inputs)
#                 If ALAMBDA+MA+XIF are not inputs: ALAMBDA=XIF=0, MA is computed
#                 If only XIF is input: ALAMBDA=0, MA is computed
#                 If only MA is input: XIF=0, ALAMBDA is computed
#                 If only ALAMBDA is input: XIF=0, MA is computed
#   125 125.D0      # MP (If AKAPPA+XIS is not an input)
#                 If AKAPPA+MP+XIS are not inputs: AKAPPA=XIS=0, MP is computed
#                 If only XIS is input: AKAPPA=0, MP is computed
#                 If only MP is input: XIS=0, AKAPPA is computed
#                 If only AKAPPA is input: XIS=0, MP is computed