# Example input in SLHA format, and suitable for input to
# SOFTSUSY (v1.8 or higher): CMSSM10.1.1 input - see arXiv:1109.3859
Block MODSEL		     # Select model
    1    1		     # sugra
Block SMINPUTS		     # Standard Model inputs
    1	1.279340000e+02	     # alpha^(-1) SM MSbar(MZ)
    2   1.166370000e-05	     # G_Fermi
    3   1.172000000e-01	     # alpha_s(MZ) SM MSbar
    4   9.118760000e+01	     # MZ(pole)
    5	4.250000000e+00	     # mb(mb) SM MSbar
    6   1.743000000e+02	     # mtop(pole)
    7	1.777000000e+00	     # mtau(pole)
Block MINPAR		     # Input parameters
    1   1.250000000e+02	     # m0
    2   5.000000000e+02	     # m12
    3   1.000000000e+01	     # tan beta at MZ, in DRbar scheme, Feynman gauge
    4   1.000000000e+00	     # sign(mu)
    5   0.000000000e+00	     # A0
Block SOFTSUSY               # Optional SOFTSUSY-specific parameters
    0   1.000000000e+00      # Calculate decays in output (only for RPC (N)MSSM)
# The default is that without this, SOFTSUSY will only calculate the spectrum   
    1   1.000000000e-03      # Numerical precision: suggested range 10^(-3...-6)
    2   0.000000000e+00	     # Quark mixing parameter: see manual
    3   0.000000000e+00	     # Additional verbose output?
    4   1.000000000e+00	     # Change electroweak symmetry breaking scale?
    6   1.000000000e-04	     # Numerical precision
    7	3.000000000e+00	     # Number of loops in Higgs mass computation
   10	0.000000000e+00	     # Force it to SLHA***1*** output?
   11	1.000000000e+19	     # Gravitino mass
   12   0.000000000e+00	     # Print spectrum even when point disallowed
   13	0.000000000e+00	     # Set a tachyonic A^0 to zero mass
   19   1.000000000e+00      # Include 3-loop SUSY RGEs
   20   0.000000000e+00      # Include 2-loop g/Yuk corrections: 31 for all
   21   1.000000000e+00	      # Calculate uncertainties in Higgs mass prediction
#   22   1.000000000e+00      # Include 2-loop sparticle mass thresholds
#   23   0.000000000e+00      # No expansion of 2-loop gluino terms
#   24   1.000000000e-06      # If decay BR is below this number, don't output
#   25   1.000000000e+00	     # If set to 0, don't calculate 3-body decays (1=default)
#   27   1.000000000e+03      # Scale to match QEDxQCD to MSSM (default mt)