# ------------------------------------------------------------------------------
# SUSY Les Houches Accord 2.0 - MSSM Spectrum + Decays
# CPsuperH2.2
# J.S. Lee, A. Pilaftsis, M. Carena, S.Y. Choi, M. Drees, J. Ellis, C.E.M.Wagner
# Comput.Phys.Commun.180:312-331,2009, arXiv:0712.2360 [hep-ph]
# Comput.Phys.Commun.156:283-317,2004, e-Print: hep-ph/0307377
# In case of problem(s): send email to jslee@phys.cts.nthu.edu.tw
# ------------------------------------------------- ----------------------------
#
BLOCK SPINFO  # Spectrum Program INFOrmation
     1   CPsuperH    # Spectrum Calculator
     2   2.2         # Version Number
#
BLOCK DCINFO  # DeCay program INFOrmation
     1   CPsuperH    # Decay Package
     2   2.2         # Version Number
#
BLOCK MODSEL  # MODel SELection
     5     2   # CP violation: Completely general CP phases
#
BLOCK SMINPUTS  # Standard Model INPUTS
         1     1.27998800E+02   # alpha_em^-1(M_Z)^MSbar
         2     1.16637000E-05   # G_F [GeV^-2]
         3     1.17200000E-01   # alpha_S(M_Z)^MSbar
         4     9.11870000E+01   # M_Z pole mass
         5     3.89264115E+00   # mb(mb)^MSbar
         6     1.71400000E+02   # mt pole mass
         7     1.77700000E+00   # mtau pole mass
        11     5.00000000E-04   # me pole mass
        13     1.06500000E-01   # mmu pole mass
        21     9.48999699E-03   # md(2 GeV)^MSbar
        22     4.74499849E-03   # mu(2 GeV)^MSbar
        23     1.81891609E-01   # ms(2 GeV)^MSbar
        24     1.09208864E+00   # mc(mc)^MSbar
#
BLOCK VCKMIN  # CKM Matrix
         1     2.27200000E-01   # lambda(M_Z)^MSbar [assumed]
         2     8.18000000E-01   # A(M_Z)^MSbar [assumed]
         3     2.21000000E-01   # rho^bar(M_Z)^MSbar [assumed]
         4     3.40000000E-01   # eta^bar(M_Z)^MSbar [assumed]
#
BLOCK EXTPAR  # non-minimal(EXT) model input PARameters [Real Part]
         0     5.28562163E+02   # M_input: Input scale for EXTPAR
         1     1.00000000E+02   # U(1)_Y gaugino (Bino) mass
         2     2.00000000E+02   # SU(2)_L gaugino (Wino) mass
         3     1.00000000E+03   # SU(3)_C gaugino (Gluino) mass
        11     6.12323400E-14   # Top trilinear coupling
        12     6.12323400E-14   # Bottom trilinear coupling
        13     6.12323400E-14   # Tau trilinear coupling
        23     1.50000000E+02   # mu parameter
        25     4.90334139E+00   # tan_beta(M_input)
        27     2.50000000E+02   # Charged Higgs pole mass
        31     1.00000000E+03   # Left 1st-gen. scalar lepton mass
        32     1.00000000E+03   # Left 2nd-gen. scalar lepton mass
        33     5.00000000E+02   # Left 3rd-gen. scalar lepton mass
        34     1.00000000E+03   # Right scalar electron mass
        35     1.00000000E+03   # Right scalar muon mass
        36     5.00000000E+02   # Right scalar tau mass
        41     1.00000000E+03   # Left 1st-gen. scalar quark mass
        42     1.00000000E+03   # Left 2nd-gen. scalar quark mass
        43     5.00000000E+02   # Left 3rd-gen. scalar quark mass
        44     1.00000000E+03   # Right scalar up mass
        45     1.00000000E+03   # Right scalar charm mass
        46     5.00000000E+02   # Right scalar top mass
        47     1.00000000E+03   # Right scalar down mass
        48     1.00000000E+03   # Right scalar strange mass
        49     5.00000000E+02   # Right scalar bottom mass
#
BLOCK IMEXTPAR  # non-minimal(EXT) model input PARameters [Imaginary Part]
         1     0.00000000E+00   # U(1)_Y gaugino (Bino) mass
         2     0.00000000E+00   # SU(2)_L gaugino (Wino) mass
         3     0.00000000E+00   # SU(3)_C gaugino (Gluino) mass
        11     1.00000000E+03   # Top trilinear coupling
        12     1.00000000E+03   # Bottom trilinear coupling
        13     1.00000000E+03   # Tau trilinear coupling
        23     0.00000000E+00   # mu parameter
#
BLOCK MASS  # Mass Spectrum [Pole masses]
# PDG code           Mass       Particle
        24     8.13800545E+01   # MW
        25     1.15170086E+02   # H1
        35     2.37044072E+02   # H2
        36     2.41096603E+02   # H3
        37     2.50000000E+02   # H+
   1000005     4.98560855E+02   # ~b_1
   2000005     5.05301536E+02   # ~b_2
   1000006     3.44691803E+02   # ~t_1
   2000006     6.50908634E+02   # ~t_2
   1000015     4.99701213E+02   # ~tau_1
   2000015     5.04114288E+02   # ~tau_2
   1000016     4.96147434E+02   # ~nu_tauL
   1000022     7.49024434E+01   # ~chi_10
   1000023     1.29499680E+02   # ~chi_20
   1000025     1.58394902E+02   # ~chi_30
   1000035     2.53992778E+02   # ~chi_40
   1000024     1.08548389E+02   # ~chi_1+
   1000037     2.52908430E+02   # ~chi_2+
#
BLOCK HCOUPLINGS  # Couplings of Higgs self interaction
         1    -7.04068054E-02   #  lambda_1
         2    -1.26172025E-01   #  lambda_2
         3    -7.52579528E-02   #  lambda_3
         4     2.10879628E-01   #  lambda_4
         5    -3.17019451E-04   #  RE lambda_5
         6    -5.96188088E-21   #  RE lambda_6
         7     1.58348979E-19   #  RE lambda_7
  5  2     3.88236856E-20   #  IM lambda_5
  6  2    -9.73649037E-05   #  IM lambda_6
  7  2     2.58603508E-03   #  IM lambda_7
#
BLOCK THRESHOLD  # Td3,Tu3  threshold corrections
  5  1     1.29014256E-02   # Re(Td3)
  5  2    -1.27883418E-02   # Im(Td3)
  6  1     6.79903564E-04   # Re(Tu3)
  6  2     1.20524516E-05   # Im(Tu3)
BLOCK NMIX  # Neutralino Mixing Matrix [Real Part]
  1  1    -7.35710279E-01   # Real[N_11] parameter
  1  2     2.77904862E-01   # Real[N_12] parameter
  1  3    -5.21214608E-01   # Real[N_13] parameter
  1  4     3.31413044E-01   # Real[N_14] parameter
  2  1     6.53532319E-01   # Real[N_21] parameter
  2  2     5.14872864E-01   # Real[N_22] parameter
  2  3    -4.10993419E-01   # Real[N_23] parameter
  2  4     3.72673921E-01   # Real[N_24] parameter
  3  1     0.00000000E+00   # Real[N_31] parameter
  3  2     0.00000000E+00   # Real[N_32] parameter
  3  3     0.00000000E+00   # Real[N_33] parameter
  3  4     0.00000000E+00   # Real[N_34] parameter
  4  1    -1.49013422E-01   # Real[N_41] parameter
  4  2     8.00196738E-01   # Real[N_42] parameter
  4  3     3.35384020E-01   # Real[N_43] parameter
  4  4    -4.74339266E-01   # Real[N_44] parameter
#
BLOCK IMNMIX  # Neutralino Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[N_11] parameter
  1  2     0.00000000E+00   # Imag[N_12] parameter
  1  3     0.00000000E+00   # Imag[N_13] parameter
  1  4     0.00000000E+00   # Imag[N_14] parameter
  2  1     0.00000000E+00   # Imag[N_21] parameter
  2  2     0.00000000E+00   # Imag[N_22] parameter
  2  3     0.00000000E+00   # Imag[N_23] parameter
  2  4     0.00000000E+00   # Imag[N_24] parameter
  3  1     9.70612890E-02   # Imag[N_31] parameter
  3  2    -1.31757358E-01   # Imag[N_32] parameter
  3  3    -6.68533695E-01   # Imag[N_33] parameter
  3  4    -7.25452826E-01   # Imag[N_34] parameter
  4  1     0.00000000E+00   # Imag[N_41] parameter
  4  2     0.00000000E+00   # Imag[N_42] parameter
  4  3     0.00000000E+00   # Imag[N_43] parameter
  4  4     0.00000000E+00   # Imag[N_44] parameter
#
BLOCK UMIX  # Chargino U Mixing Matrix [Real Part]
  1  1     4.63846297E-01   # Real[U_11] parameter
  1  2    -8.85915692E-01   # Real[U_12] parameter
  2  1     8.85915692E-01   # Real[U_21] parameter
  2  2     4.63846297E-01   # Real[U_22] parameter
#
BLOCK IMUMIX  # Chargino U Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[U_11] parameter
  1  2     0.00000000E+00   # Imag[U_12] parameter
  2  1     0.00000000E+00   # Imag[U_21] parameter
  2  2     0.00000000E+00   # Imag[U_22] parameter
#
BLOCK VMIX  # Chargino V Mixing Matrix [Real Part]
  1  1     6.70424169E-01   # Real[V_11] parameter
  1  2    -7.41978055E-01   # Real[V_12] parameter
  2  1     7.41978055E-01   # Real[V_21] parameter
  2  2     6.70424169E-01   # Real[V_22] parameter
#
BLOCK IMVMIX  # Chargino V Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[V_11] parameter
  1  2     0.00000000E+00   # Imag[V_12] parameter
  2  1     0.00000000E+00   # Imag[V_21] parameter
  2  2     0.00000000E+00   # Imag[V_22] parameter
#
BLOCK STOPMIX  # Stop Mixing Matrix [Real Part]
  1  1     7.09007753E-01   # Real[F_1L] parameter
  1  2     3.75334907E-02   # Real[F_1R] parameter
  2  1    -3.75334907E-02   # Real[F_2L] parameter
  2  2     7.09007753E-01   # Real[F_2R] parameter
#
BLOCK IMSTOPMIX  # Stop Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[F_1L] parameter
  1  2     7.04201139E-01   # Imag[F_1R] parameter
  2  1     7.04201139E-01   # Imag[F_2L] parameter
  2  2     0.00000000E+00   # Imag[F_2R] parameter
#
BLOCK SBOTMIX  # Sbottom Mixing Matrix [Real Part]
  1  1     5.45881249E-01   # Real[F_1L] parameter
  1  2     5.20543541E-01   # Real[F_1R] parameter
  2  1    -5.20543541E-01   # Real[F_2L] parameter
  2  2     5.45881249E-01   # Real[F_2R] parameter
#
BLOCK IMSBOTMIX  # Sbottom Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[F_1L] parameter
  1  2     6.56542523E-01   # Imag[F_1R] parameter
  2  1     6.56542523E-01   # Imag[F_2L] parameter
  2  2     0.00000000E+00   # Imag[F_2R] parameter
#
BLOCK STAUMIX  # Stau Mixing Matrix [Real Part]
  1  1     6.75466004E-01   # Real[F_1L] parameter
  1  2     4.37216889E-01   # Real[F_1R] parameter
  2  1    -4.37216889E-01   # Real[F_2L] parameter
  2  2     6.75466004E-01   # Real[F_2R] parameter
#
BLOCK IMSTAUMIX  # Stau Mixing Matrix [Imaginary Part]
  1  1     0.00000000E+00   # Imag[F_1L] parameter
  1  2     5.93790426E-01   # Imag[F_1R] parameter
  2  1     5.93790426E-01   # Imag[F_2L] parameter
  2  2     0.00000000E+00   # Imag[F_2R] parameter
#
BLOCK CVHMIX  # 3 x 4 Higgs Mixing Matrix
  1  1    -2.86421867E-01   # CVHMIX_11
  1  2    -9.58100351E-01   # CVHMIX_12
  1  3    -2.44777910E-03   # CVHMIX_13
  1  4     4.89555820E-04   # CVHMIX_14
  2  1    -1.33330029E-02   # CVHMIX_21
  2  2     1.38068333E-03   # CVHMIX_22
  2  3     9.80492579E-01   # CVHMIX_23
  2  4    -1.96098516E-01   # CVHMIX_24
  3  1     9.58010827E-01   # CVHMIX_31
  3  2    -2.86429417E-01   # CVHMIX_32
  3  3     1.29140638E-02   # CVHMIX_33
  3  4    -2.58281276E-03   # CVHMIX_34
#
BLOCK AU Q=  5.28562163E+02  # Up-type quark trilinear coupling at Q [Real]
  3  3     6.12323400E-14   # At(Q)MSSM DRbar
  2  2     0.00000000E+00   # Ac(Q)MSSM DRbar
  1  1     0.00000000E+00   # Au(Q)MSSM DRbar
#
BLOCK IMAU Q=  5.28562163E+02  # Up-type quark trilinear coupling at Q [Imag.]
  3  3     1.00000000E+03   # At(Q)MSSM DRbar
  2  2     0.00000000E+00   # Ac(Q)MSSM DRbar
  1  1     0.00000000E+00   # Au(Q)MSSM DRbar
#
BLOCK AD Q=  5.28562163E+02  # Down-type quark trilinear coupling at Q [Real]
  3  3     6.12323400E-14   # Ab(Q)MSSM DRbar
  2  2     0.00000000E+00   # As(Q)MSSM DRbar
  1  1     0.00000000E+00   # Ad(Q)MSSM DRbar
#
BLOCK IMAD Q=  5.28562163E+02  # Down-type quark trilinear coupling at Q [Imag.]
  3  3     1.00000000E+03   # Ab(Q)MSSM DRbar
  2  2     0.00000000E+00   # As(Q)MSSM DRbar
  1  1     0.00000000E+00   # Ad(Q)MSSM DRbar
#
BLOCK AE Q=  5.28562163E+02  # Charged lepton trilinear coupling at Q [Real]
  3  3     6.12323400E-14   # Atau(Q)MSSM DRbar
  2  2     6.12323400E-14   # Amu(Q)MSSM DRbar
  1  1     6.12323400E-14   # Ae(Q)MSSM DRbar
#
BLOCK IMAE Q=  5.28562163E+02  # Charged lepton trilinear coupling at Q [Imag.]
  3  3     1.00000000E+03   # Atau(Q)MSSM DRbar
  2  2     1.00000000E+03   # Amu(Q)MSSM DRbar
  1  1     1.00000000E+03   # Ae(Q)MSSM DRbar
#
BLOCK YU Q=  1.71400000E+02  # Up-type quark Yukawa coupling at Q [Real]
  3  3     9.59001773E-01   # y_t(Q)MSSM DRbar
#
BLOCK IMYU Q=  1.71400000E+02  # Up-type quark Yukawa coupling at Q [Imag.]
  3  3     2.17419358E-02   # y_t(Q)MSSM DRbar
#
BLOCK YD Q=  1.71400000E+02  # Down-type quark Yukawa coupling at Q [Real]
  3  3     7.92176207E-02   # y_b(Q)MSSM DRbar
#
BLOCK IMYD Q=  1.71400000E+02  # Down-type quark Yukawa coupling at Q [Imag.]
  3  3     2.81368372E-03   # y_b(Q)MSSM DRbar
#
BLOCK YE Q=  1.71400000E+02  # Charged lepton Yukawa coupling at Q
  3  3     5.20432931E-02   # y_tau(Q)MSSM DRbar
#
# ------------------------------------------------------------------------------
#
#      PDG code          Width
DECAY        25     5.64877994E-03   # H1 Decays
#          BR         NDA        ID1       ID2
     7.13598506E-09    2          11       -11   # H1 -> e- e+
     3.23750845E-04    2          13       -13   # H1 -> mu- mu+
     9.02446027E-02    2          15       -15   # H1 -> tau- tau+
     3.90900522E-06    2           1        -1   # H1 -> d dbar
     1.43600744E-03    2           3        -3   # H1 -> s sbar
     8.16675424E-01    2           5        -5   # H1 -> b bbar
     4.39403149E-07    2           2        -2   # H1 -> u ubar
     1.95159082E-02    2           4        -4   # H1 -> c cbar
     3.50377717E-02    2         -24        24   # H1 -> W- W+
     2.99672521E-03    2          23        23   # H1 -> Z Z
     1.56377537E-03    2          22        22   # H1 -> gam gam
     3.22016791E-02    2          21        21   # H1 -> g g
#
#      PDG code          Width
DECAY        35     7.88102150E-01   # H2 Decays
#          BR         NDA        ID1       ID2
     1.23378744E-09    2          11       -11   # H2 -> e- e+
     5.59756796E-05    2          13       -13   # H2 -> mu- mu+
     1.57124428E-02    2          15       -15   # H2 -> tau- tau+
     5.96788428E-07    2           1        -1   # H2 -> d dbar
     2.19236761E-04    2           3        -3   # H2 -> s sbar
     1.24048493E-01    2           5        -5   # H2 -> b bbar
     2.42203238E-10    2           2        -2   # H2 -> u ubar
     1.07592671E-05    2           4        -4   # H2 -> c cbar
     4.45718774E-06    2         -24        24   # H2 -> W- W+
     1.88950373E-06    2          23        23   # H2 -> Z Z
     5.62672494E-03    2          25        23   # H2 -> H1 Z
     2.40558896E-05    2          25        25   # H2 -> H1 H1
     1.03054089E-05    2          22        22   # H2 -> gam gam
     1.41447715E-04    2          21        21   # H2 -> g g
     3.05427987E-01    2     1000022   1000022   # H2 -> ~chi_10 ~chi_10
     1.04956903E-01    2     1000022   1000023   # H2 -> ~chi_10 ~chi_20
     3.96820782E-04    2     1000022   1000025   # H2 -> ~chi_10 ~chi_30
     4.43361903E-01    2     1000024  -1000024   # H2 -> ~chi_1+ ~chi_1-
#
#      PDG code          Width
DECAY        36     3.69484710E-01   # H3 Decays
#          BR         NDA        ID1       ID2
     2.55528414E-09    2          11       -11   # H3 -> e- e+
     1.15930551E-04    2          13       -13   # H3 -> mu- mu+
     3.25400757E-02    2          15       -15   # H3 -> tau- tau+
     1.23252406E-06    2           1        -1   # H3 -> d dbar
     4.52780820E-04    2           3        -3   # H3 -> s sbar
     2.56008123E-01    2           5        -5   # H3 -> b bbar
     1.11821684E-09    2           2        -2   # H3 -> u ubar
     4.96726776E-05    2           4        -4   # H3 -> c cbar
     5.55796568E-02    2         -24        24   # H3 -> W- W+
     2.36991106E-02    2          23        23   # H3 -> Z Z
     2.69623175E-06    2          25        23   # H3 -> H1 Z
     3.14634728E-09    2          35        23   # H3 -> H2 Z
     1.50517284E-01    2          25        25   # H3 -> H1 H1
     6.04397919E-06    2          22        22   # H3 -> gam gam
     9.09767615E-04    2          21        21   # H3 -> g g
     2.02804716E-01    2     1000022   1000022   # H3 -> ~chi_10 ~chi_10
     2.77568800E-02    2     1000022   1000023   # H3 -> ~chi_10 ~chi_20
     1.46085179E-01    2     1000022   1000025   # H3 -> ~chi_10 ~chi_30
     1.03470843E-01    2     1000024  -1000024   # H3 -> ~chi_1+ ~chi_1-
#
#      PDG code          Width
DECAY        37     4.25104822E-01   # H+ Decays
#          BR         NDA        ID1       ID2
     2.41232309E-09    2         -11        12   # H+ -> e+ nu_e
     1.09444647E-04    2         -13        14   # H+ -> mu+ nu_mu
     3.04667715E-02    2         -15        16   # H+ -> tau+ nu_tau
     6.02696866E-07    2           2        -1   # H+ -> u dbar
     3.17425134E-04    2           4        -3   # H+ -> c sbar
     5.46737554E-01    2           6        -5   # H+ -> t bbar
     2.39448838E-02    2          24        25   # H+ -> W+ H1
     1.05685281E-06    2          24        35   # H+ -> W+ H2
     1.63373699E-07    2          24        36   # H+ -> W+ H3
     2.76753309E-01    2     1000024   1000022   # H+ -> ~chi_1+ ~chi_10
     1.21668787E-01    2     1000024   1000023   # H+ -> ~chi_1+ ~chi_20
