##########################################################################
# Sample LesHouches card input for 2HDMC
#
# If set, the calculator uses input from MINPAR(11)-(17) for the lambda
# parameters, MINPAR(3) for tan(beta) and MINPAR(18) for m12_2. This 
# defines a "generic" basis. If tan(beta) is absent, it defines the Higgs
# basis.
# When no lambdas are specified, the input is taken from the MASS block
# and is considered to be given in the physical basis. MINPAR(20) is then
# used to give the required value for sin(beta-alpha).
# 
##########################################################################
Block MODSEL # Select Model
    0   10     #  10 = THDM
Block SMINPUTS  # Standard Model inputs
    1        1.28000000e+02   # 1/alpha_em(MZ) SM MSbar
    2        1.16637000e-05   # G Fermi
    3        1.17600000e-01   # alpha_s(MZ) SM MSbar
    4        9.11876000e+01   # MZ
    5        4.24218828e+00   # mb(mb)
    6        1.72400000e+02   # mt (pole)
    7        1.77700000e+00   # mtau(pole)
Block MINPAR    # Model parameters
# Parameters for general potential in generic basis
    3        1.00000000e+01   # tan(beta)
   11        4.64586949e+01   # lambda_1
   12        7.43256697e-01   # lambda_2
   13        5.46491891e+00   # lambda_3
   14       -7.85160226e-01   # lambda_4
   15       -5.34436792e-01   # lambda_5
   16        0.00000000e+00   # lambda_6
   17        0.00000000e+00   # lambda_7
   18        0.00000000e+00   # m_12^2
   24     2                   # Yukawas Type
Block MGCKM     # CKM elements for MadGraph
    1     1        9.73830000e-01   # Vud
    1     2        2.27200000e-01   # Vus
    1     3        3.96000000e-03   # Vub
    2     1        2.27100000e-01   # Vcd
    2     2        9.72960000e-01   # Vcs
    2     3        4.22100000e-02   # Vcb
    3     1        8.14000000e-03   # Vtd
    3     2        4.16100000e-02   # Vts
    3     3        9.99100000e-01   # Vtb
Block MASS      #  Mass spectrum (kinematic masses)
#  PDG      Mass
     1        0.00000000e+00   # Md
     2        0.00000000e+00   # Mu
     3        1.00000000e-01   # Ms
     4        1.77000000e+00   # Mc
     5        4.80000000e+00   # Mb
     6        1.72400000e+02   # Mt
    11        0.00000000e+00   # Me
    13        1.05658367e-01   # Mmu
    15        1.77700000e+00   # Mta
    23        9.11876000e+01   # MZ
    24        8.03980000e+01   # MW
    25        1.00000000e+02   # Mh1, lightest CP-even higgs
    35        2.50000000e+02   # Mh2, heaviest CP-even higgs
    36        1.80000000e+02   # Mh3, CP-odd higgs
    37        2.00000000e+02   # Mhc
