Block MODSEL
  3  1   # NMSSM
  5  0   # 0: CP-conserving; 2: general CP-violation
  6  2   # loop level 1: one 2:two
  7  1   # 1: DRbar scheme for top/stop-sector; 2: OS scheme for top/stop-sector
#
Block SMINPUTS
         1     1.28962000E+02   # alpha_em^(-1)
         2     1.16637000E-05   # G_F
         3     1.19000000E-01   # alpha_s
         4     9.11876000E+01   # Mz
         5     4.21300000E+00   # m_b^MS(mb)
         6     1.72500000E+02   # m_t
         7     1.77682000E+00   # m_tau
         9     8.03980000E+01   # Mw
        11     5.10998910E-04   # m_e
        13     1.05658367E-01   # m_mu
        21     4.95000000E-03   # m_d
        22     2.50000000E-03   # m_u
        23     1.00000000E-01   # m_s
        24     1.42000000E+00   # m_c
#
Block EXTPAR
#         0     1074.50000E+00   # scale
     1     2.14136000E+02   # M1
     2     3.25997000E+02   # M2
     3     1.48408000E+03   # M3
    11     1.65076768E+03   # ATOP
    12     1.75511642E+03   # ABOTTOM
    13     1.05439000E+03   # ATAU
    16     1.05439000E+03   # AMUON
    25     1.60212030E+00   # TANBETA
    31     2.50000000E+03   # LEFT SELECTRON
    32     2.50000000E+03   # LEFT SMUON
    33     8.95782000E+02   # LEFT STAU
    34     2.50000000E+03   # RIGHT SELECTRON
    35     2.50000000E+03   # RIGHT SMUON
    36     8.95782000E+02   # RIGHT STAU
    41     2.50000000E+03   # LEFT 1ST GEN. SQUARKS
    42     2.50000000E+03   # LEFT 2ND GEN. SQUARKS
    43     1.29099000E+03   # LEFT 3RD GEN. SQUARKS
    44     2.50000000E+03   # RIGHT U-SQUARKS
    45     2.50000000E+03   # RIGHT C-SQUARKS
    46     1.27375820E+03   # RIGHT T-SQUARKS
    47     2.50000000E+03   # RIGHT D-SQUARKS
    48     2.50000000E+03   # RIGHT S-SQUARKS
    49     1.00010512E+03   # RIGHT B-SQUARKS
    61     5.99873687E-01   # LAMBDA
    62     1.44262012E-01   # KAPPA
    63     2.55683000E+02   # ALAMBDA
    64    -2.28586773E+01   # AKAPPA
    65     1.43714535E+02   # MUEFF