# SOFTSUSY4.1.23 SLHA compliant output
# B.C. Allanach, Comput. Phys. Commun. 143 (2002) 305-331, hep-ph/0104145
# B.C. Allanach, P. Athron, L.C. Tunstall, A. Voigt and A.~G.~Williams,
# Comput. Phys. Commun. 185 (2014) 2322, arXiv:1311.7659
Block SPINFO          # Program information
     1    SOFTSUSY    # spectrum calculator
     2    4.1.23       # version number
Block SOFTSUSY               # SOFTSUSY specific SLHA options
    0   1.000000000e+00      # Calculate decays in output (only for RPC (N)MSSM)
    1   1.000000000e-04      # tolerance
    2   2.000000000e+00      # up-quark mixing (=1) or down (=2)
    5   1.000000000E+00      # 2-loop running
    3   0.000000000E+00      # printout
   15   1.000000000E+00      # NMSSMTools compatible output (default: 0)
   16   0.000000000E+00      # Call micrOmegas (default: 0 = no,
   17   0.000000000E+00      # Sparticle decays via NMSDECAY (default: 0)
   18   0.000000000E+00      # use soft Higgs masses as EWSB output
   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)
Block MODSEL  # Select model
     1    1   # sugra
     3    1   # NMSSM
     9    0   # call micrOmegas (default: 0 = no)
    13    0   # sparticle decays via NMSDECAY (default: 0)
    12    6.67722741e+02   # parameter output scale
Block SMINPUTS             # Standard Model inputs
     1    1.27918000e+02   # alpha_em^(-1)(MZ) SM MSbar
     2    1.16639000e-05   # G_Fermi
     3    1.18100000e-01   # alpha_s(MZ)MSbar
     4    9.11876000e+01   # MZ(pole)
     5    4.20000000e+00   # mb(mb)
     6    1.70900000e+02   # Mtop(pole)
     7    1.77700000e+00   # Mtau(pole)
Block MINPAR               # SUSY breaking input parameters
     3    1.00000000e+01   # tanb, DRbar, Feynman gauge
     4    1.00000000e+00   # sign(mu)
     1    4.00000000e+02   # m0
     2    3.50000000e+02   # m12
     5   -3.00000000e+02   # A0
Block EXTPAR               # scale of SUSY breaking BCs
     0    2.12296914e+16   # MX scale
# SOFTSUSY-specific non SLHA information:
# mixing=2 Desired accuracy=1.00000000e-04 Achieved accuracy=2.02663605e-06
# 3-loop RGE corrections are off. 2-loop Yukawa/g3 thresholds are off
# 2-loop SUSY QCD computation of squark/gluino pole masses are off
# Matching scale=1.70900000e+02
# Z3 = 0, SoftHiggsOut = 0
Block MASS                      # Mass spectrum
# PDG code     mass             particle
        24     8.03616868e+01   # MW
        25     1.07791038e+02   # h0(1)
        35     5.19554179e+02   # h0(2)
        45     6.71584503e+02   # h0(3)
        36     5.82194300e+02   # A0(1)
        46     6.72078507e+02   # A0(2)
        37     6.76707353e+02   # H+
   1000021     8.43840038e+02   # ~g
   1000022     1.41653884e+02   # ~neutralino(1)
   1000023     2.67586157e+02   # ~neutralino(2)
   1000024     2.67624631e+02   # ~chargino(1)
   1000025     3.89689830e+02   # ~neutralino(3)
   1000035    -5.08416961e+02   # ~neutralino(4)
   1000037     5.22387839e+02   # ~chargino(2)
   1000045     5.22508000e+02   # ~neutralino(5)
   1000001     8.53398482e+02   # ~d_L
   1000002     8.49907582e+02   # ~u_L
   1000003     8.53395781e+02   # ~s_L
   1000004     8.49904868e+02   # ~c_L
   1000005     7.55402055e+02   # ~b_1
   1000006     5.90202543e+02   # ~t_1
   1000011     4.64999234e+02   # ~e_L
   1000012     4.57962083e+02   # ~nue_L
   1000013     4.64992713e+02   # ~mu_L
   1000014     4.57954138e+02   # ~numu_L
   1000015     4.14551399e+02   # ~stau_1
   1000016     4.55507940e+02   # ~nu_tau_L
   2000001     8.26969947e+02   # ~d_R
   2000002     8.28258960e+02   # ~u_R
   2000003     8.26967291e+02   # ~s_R
   2000004     8.28255965e+02   # ~c_R
   2000005     8.22161966e+02   # ~b_2
   2000006     8.07643380e+02   # ~t_2
   2000011     4.22667032e+02   # ~e_R
   2000013     4.22648217e+02   # ~mu_R
   2000015     4.65049604e+02   # ~stau_2
Block NMHmix                # CP even Higgs mixing matrix
  1  1     1.04662441e-01   # S_{1,1}
  1  2     9.92343585e-01   # S_{1,2}
  1  3    -6.55742539e-02   # S_{1,3}
  2  1     2.79203097e-02   # S_{2,1}
  2  2     6.29784481e-02   # S_{2,2}
  2  3     9.97624264e-01   # S_{2,3}
  3  1     9.94115803e-01   # S_{3,1}
  3  2    -1.06244644e-01   # S_{3,2}
  3  3    -2.11150621e-02   # S_{3,3}
Block NMAmix                # CP odd Higgs mixing matrix
  1  1     8.00604400e-02   # P_{1,1}
  1  2     7.93150861e-03   # P_{1,2}
  1  3     9.96758455e-01   # P_{1,3}
  2  1     9.91902741e-01   # P_{2,1}
  2  2     9.82668235e-02   # P_{2,2}
  2  3    -8.04523641e-02   # P_{2,3}
Block NMNmix                # neutralino mixing matrix
  1  1     9.93503081e-01   # N_{1,1}
  1  2    -2.83687571e-02   # N_{1,2}
  1  3     1.02840801e-01   # N_{1,3}
  1  4    -3.88477770e-02   # N_{1,4}
  1  5     7.83974796e-03   # N_{1,5}
  2  1     5.50584903e-02   # N_{2,1}
  2  2     9.66188571e-01   # N_{2,2}
  2  3    -2.14485338e-01   # N_{2,3}
  2  4     1.28943701e-01   # N_{2,4}
  2  5    -2.85966668e-02   # N_{2,5}
  3  1    -1.27984401e-02   # N_{3,1}
  3  2     4.67786379e-02   # N_{3,2}
  3  3     3.69067694e-02   # N_{3,3}
  3  4    -6.27350119e-02   # N_{3,4}
  3  5     9.96167741e-01   # N_{3,5}
  4  1    -4.31376074e-02   # N_{4,1}
  4  2     6.39170230e-02   # N_{4,2}
  4  3     7.00976917e-01   # N_{4,3}
  4  4     7.08841789e-01   # N_{4,4}
  4  5     1.51142811e-02   # N_{4,5}
  5  1    -8.88568379e-02   # N_{5,1}
  5  2     2.43723680e-01   # N_{5,2}
  5  3     6.71333793e-01   # N_{5,3}
  5  4    -6.89544784e-01   # N_{5,4}
  5  5    -8.08836194e-02   # N_{5,5}
Block Umix                  # chargino U mixing matrix  at Q=6.67722741e+02
  1  1     9.53303412e-01   # U_{1,1}
  1  2    -3.02014245e-01   # U_{1,2}
  2  1     3.02014245e-01   # U_{2,1}
  2  2     9.53303412e-01   # U_{2,2}
Block Vmix                  # chargino V mixing matrix  at Q=6.67722741e+02
  1  1     9.84050070e-01   # V_{1,1}
  1  2    -1.77891710e-01   # V_{1,2}
  2  1     1.77891710e-01   # V_{2,1}
  2  2     9.84050070e-01   # V_{2,2}
Block stopmix               # stop mixing matrix at Q=6.67722741e+02
  1  1     4.50891117e-01   # F_{11}
  1  2     8.92578960e-01   # F_{12}
  2  1     8.92578960e-01   # F_{21}
  2  2    -4.50891117e-01   # F_{22}
Block sbotmix               # sbottom mixing matrix at Q=6.67722741e+02
  1  1     9.88220350e-01   # F_{11}
  1  2     1.53037705e-01   # F_{12}
  2  1    -1.53037705e-01   # F_{21}
  2  2     9.88220350e-01   # F_{22}
Block staumix               # stau mixing matrix at Q=6.67722741e+02
  1  1     2.26724889e-01   # F_{11}
  1  2     9.73958841e-01   # F_{12}
  2  1     9.73958841e-01   # F_{21}
  2  2    -2.26724889e-01   # F_{22}
Block gauge Q= 6.67722741e+02  # SM gauge couplings
     1     3.61531541e-01   # g'(Q)MSSM DRbar
     2     6.43649917e-01   # g(Q)MSSM DRbar
     3     1.07795933e+00   # g3(Q)MSSM DRbar
Block yu Q= 6.67722741e+02  
  3  3     8.55703484e-01   # Yt(Q)MSSM DRbar
Block yd Q= 6.67722741e+02  
  3  3     1.34764633e-01   # Yb(Q)MSSM DRbar
Block ye Q= 6.67722741e+02  
  3  3     1.01399140e-01   # Ytau(Q)MSSM DRbar
Block hmix Q= 6.67722741e+02 # Higgs mixing parameters
     1     2.96630785e+02    # mu(Q)MSSM DRbar
     2     9.80708349e+00    # tan beta(Q)MSSM DRbar Feynman gauge
     3     2.44545437e+02    # higgs vev(Q)MSSM DRbar Feynman gauge
     4     4.17261997e+05    # mA^2(Q)MSSM DRbar
Block msoft Q= 6.67722741e+02  # MSSM DRbar SUSY breaking parameters
     1     1.44960748e+02      # M_1(Q)
     2     2.70826811e+02      # M_2(Q)
     3     7.99130060e+02      # M_3(Q)
    21     1.93786286e+05      # mH1^2(Q)
    22    -2.46317478e+05      # mH2^2(Q)
    31     4.61292206e+02      # meL(Q)
    32     4.61284318e+02      # mmuL(Q)
    33     4.58933362e+02      # mtauL(Q)
    34     4.19455315e+02      # meR(Q)
    35     4.19437812e+02      # mmuR(Q)
    36     4.14200822e+02      # mtauR(Q)
    41     8.26009498e+02      # mqL1(Q)
    42     8.26006694e+02      # mqL2(Q)
    43     7.33685742e+02      # mqL3(Q)
    44     8.03770491e+02      # muR(Q)
    45     8.03767401e+02      # mcR(Q)
    46     6.01387823e+02      # mtR(Q)
    47     8.01170667e+02      # mdR(Q)
    48     8.01167923e+02      # msR(Q)
    49     7.95256343e+02      # mbR(Q)
Block au Q= 6.67722741e+02  
  1  1    -1.03666937e+03      # Au(Q)MSSM DRbar
  2  2    -1.03666423e+03      # Ac(Q)MSSM DRbar
  3  3    -7.55973971e+02      # At(Q)MSSM DRbar
Block ad Q= 6.67722741e+02  
  1  1    -1.31199223e+03      # Ad(Q)MSSM DRbar
  2  2    -1.31198774e+03      # As(Q)MSSM DRbar
  3  3    -1.21320558e+03      # Ab(Q)MSSM DRbar
Block ae Q= 6.67722741e+02  
  1  1    -5.07757314e+02      # Ae(Q)MSSM DRbar
  2  2    -5.07744532e+02      # Amu(Q)MSSM DRbar
  3  3    -5.03935590e+02      # Atau(Q)MSSM DRbar
Block NMSSMRUN Q= 6.67722741e+02   # NMSSM specific DRbar parameters
     1     1.02684755e-01      # lambda(Q)
     2     9.75804634e-02      # kappa(Q)
     3    -1.72660342e+02      # Alambda(Q)
     4    -2.85706985e+02      # Akappa(Q)
     5     2.05369511e+02      # lambda*<S>(Q)
     6     9.91868943e+01      # xiF(Q)
     7    -3.45959295e+08      # xiS(Q)
     8     0.00000000e+00      # mu'(Q)
     9    -1.26247830e+02      # mS'^2(Q)
    10     1.51858638e+05      # mS^2(Q)
Block smumix               # smuon mixing matrix
  1  1     5.66177197e-03   # F_{11}
  1  2     9.99983972e-01   # F_{12}
  2  1     9.99983972e-01   # F_{21}
  2  2    -5.66177197e-03   # F_{22}
# No 1to3 decays included in NMSSM - therefore onetothree set to false
#     PDG         Width             
DECAY 1000021     2.57106907e+00   # Gluino decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.94428631e-03    2      1         -2000001   # ~g -> d ~d_R*
      5.94428631e-03    2     -1          2000001   # ~g -> dbar ~d_R
      5.07843291e-03    2      2         -2000002   # ~g -> u ~u_R*
      5.07843291e-03    2     -2          2000002   # ~g -> ubar ~u_R
      5.94611092e-03    2      3         -2000003   # ~g -> s ~s_R*
      5.94611092e-03    2     -3          2000003   # ~g -> sbar ~s_R
      5.07668609e-03    2      4         -2000004   # ~g -> c ~c_R*
      5.07668609e-03    2     -4          2000004   # ~g -> cbar ~c_R
      1.46785142e-01    2      5         -1000005   # ~g -> b ~b_1*
      1.46785142e-01    2     -5          1000005   # ~g -> bbar ~b_1
      1.01722619e-02    2      5         -2000005   # ~g -> b ~b_2*
      1.01722619e-02    2     -5          2000005   # ~g -> bbar ~b_2
      3.20997080e-01    2      6         -1000006   # ~g -> t ~t_1*
      3.20997080e-01    2     -6          1000006   # ~g -> tbar ~t_1
#
#     PDG         Width             
DECAY 1000001     8.33362917e+00   # SdownL decays
#     BR                NDA   PDG1         PDG2       Comments          
      3.13237737e-03    2      1          1000021   # ~d_L -> d ~g 
      6.20923169e-01    2      2         -1000024   # ~d_L -> u ~chi_1-
      3.13780948e-02    2      2         -1000037   # ~d_L -> u ~chi_2-
      1.83411972e-02    2      1          1000022   # ~d_L -> d ~chi_10
      3.13496629e-01    2      1          1000023   # ~d_L -> d ~chi_20
      6.39279755e-04    2      1          1000025   # ~d_L -> d ~chi_30
      9.10178674e-04    2      1          1000035   # ~d_L -> d ~chi_40
      1.11790745e-02    2      1          1000045   # ~d_L -> d ~chi_50
#
#     PDG         Width             
DECAY 2000001     4.47311672e-01   # SdownR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.93484652e-01    2      1          1000022   # ~d_R -> d ~chi_10
      2.59582261e-03    2      1          1000023   # ~d_R -> d ~chi_20
      1.05901582e-04    2      1          1000025   # ~d_R -> d ~chi_30
      7.69166392e-04    2      1          1000035   # ~d_R -> d ~chi_40
      3.04445764e-03    2      1          1000035   # ~d_R -> d ~chi_50
#
#     PDG         Width             
DECAY 1000002     8.46489920e+00   # SupL decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.25282404e-03    2      2          1000021   # ~u_L -> u ~g 
      6.48564349e-01    2      1          1000024   # ~u_L -> d ~chi_1+
      1.09676606e-02    2      1          1000037   # ~u_L -> d ~chi_2+
      9.71938062e-03    2      2          1000022   # ~u_L -> u ~chi_10
      3.20199312e-01    2      2          1000023   # ~u_L -> u ~chi_20
      5.08360800e-04    2      2          1000025   # ~u_L -> u ~chi_30
      5.32015099e-04    2      2          1000035   # ~u_L -> u ~chi_40
      8.25609793e-03    2      2          1000045   # ~u_L -> u ~chi_50
#
#     PDG         Width             
DECAY 2000002     1.79240190e+00   # SupR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.93468403e-01    2      2          1000022   # ~u_R -> u ~chi_10
      2.59718038e-03    2      2          1000023   # ~u_R -> u ~chi_20
      1.06068015e-04    2      2          1000025   # ~u_R -> u ~chi_30
      7.71918627e-04    2      2          1000035   # ~u_R -> u ~chi_40
      3.05642967e-03    2      2          1000045   # ~u_R -> u ~chi_50
#
#     PDG         Width             
DECAY 1000003     8.33356736e+00   # SstrangeL decays
#     BR                NDA   PDG1         PDG2       Comments          
      3.13060210e-03    2      3          1000021   # ~s_L -> s ~g 
      6.20924199e-01    2      4         -1000024   # ~s_L -> c ~chi_1-
      3.13779112e-02    2      4         -1000037   # ~s_L -> c ~chi_2-
      1.83412684e-02    2      3          1000022   # ~s_L -> s ~chi_10
      3.13497526e-01    2      3          1000023   # ~s_L -> s ~chi_20
      6.39280333e-04    2      3          1000025   # ~s_L -> s ~chi_30
      9.10176186e-04    2      3          1000035   # ~s_L -> s ~chi_40
      1.11790369e-02    2      3          1000045   # ~s_L -> s ~chi_50
#
#     PDG         Width             
DECAY 2000003     4.47310043e-01   # SstrangeR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.93484685e-01    2      3          1000022   # ~s_R -> s ~chi_10
      2.59581980e-03    2      3          1000023   # ~s_R -> s ~chi_20
      1.05901238e-04    2      3          1000025   # ~s_R -> s ~chi_30
      7.69160702e-04    2      3          1000035   # ~s_R -> s ~chi_40
      3.04443289e-03    2      3          1000045   # ~s_R -> s ~chi_50
#
#     PDG         Width             
DECAY 1000004     8.46479413e+00   # ScharmL decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.24556857e-03    2      4          1000021   # ~c_L -> c ~g 
      6.48569410e-01    2      3          1000024   # ~c_L -> s ~chi_1+
      1.09676765e-02    2      3          1000037   # ~c_L -> s ~chi_2+
      9.71945646e-03    2      4          1000022   # ~c_L -> c ~chi_10
      3.20201422e-01    2      4          1000023   # ~c_L -> c ~chi_20
      5.08362949e-04    2      4          1000025   # ~c_L -> c ~chi_30
      5.32014936e-04    2      4          1000035   # ~c_L -> c ~chi_40
      8.25608879e-03    2      4          1000045   # ~c_L -> c ~chi_50
#
#     PDG         Width             
DECAY 2000004     1.79239257e+00   # ScharmR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.93468448e-01    2      4          1000022   # ~c_R -> c ~chi_10
      2.59717675e-03    2      4          1000023   # ~c_R -> c ~chi_20
      1.06067564e-04    2      4          1000025   # ~c_R -> c ~chi_30
      7.71911026e-04    2      4          1000035   # ~c_R -> c ~chi_40
      3.05639649e-03    2      4          1000045   # ~c_R -> c ~chi_50
#
#     PDG         Width             
DECAY 1000005     1.07650523e+01   # Sbottom1 decays
#     BR                NDA   PDG1         PDG2       Comments          
      3.36488979e-01    2      6         -1000024   # ~b_1 -> t ~chi_1-
      2.35138910e-01    2      6         -1000037   # ~b_1 -> t ~chi_2-
      1.98952991e-01    2     -24         1000006   # ~b_1 -> W- ~t_1
      1.47939740e-02    2      5          1000022   # ~b_1 -> b ~chi_10
      2.02522698e-01    2      5          1000023   # ~b_1 -> b ~chi_20
      3.61013903e-04    2      5          1000025   # ~b_1 -> b ~chi_30
      4.26660085e-03    2      5          1000035   # ~b_1 -> b ~chi_40
      7.47483263e-03    2      5          1000045   # ~b_1 -> b ~chi_50
#
#     PDG         Width             
DECAY 2000005     1.08647456e+00   # Sbottom2 decays
#     BR                NDA   PDG1         PDG2       Comments          
      2.88932893e-02    2      6         -1000024   # ~b_2 -> t ~chi_1-
      2.78131923e-01    2      6         -1000037   # ~b_2 -> t ~chi_2-
      1.45351350e-01    2     -24         1000006   # ~b_2 -> W- ~t_1
      3.85996261e-01    2      5          1000022   # ~b_2 -> b ~chi_10
      1.76200628e-02    2      5          1000023   # ~b_2 -> b ~chi_20
      7.76157798e-04    2      5          1000025   # ~b_2 -> b ~chi_30
      6.73001970e-02    2      5          1000035   # ~b_2 -> b ~chi_40
      7.59307598e-02    2      5          1000045   # ~b_2 -> b ~chi_50
#
#     PDG         Width             
DECAY 1000006     3.05302588e+00   # Stop1 decays
#     BR                NDA   PDG1         PDG2       Comments          
      4.60965476e-01    2      5          1000024   # ~t_1 -> b ~chi_1+
      9.94072779e-02    2      5          1000037   # ~t_1 -> b ~chi_2+
      2.83495965e-01    2      6          1000022   # ~t_1 -> t ~chi_10
      1.55716154e-01    2      6          1000023   # ~t_1 -> t ~chi_20
      4.15127232e-04    2      6          1000025   # ~t_1 -> t ~chi_30
#
#     PDG         Width             
DECAY 2000006     1.30534516e+01   # Stop2 decays
#     BR                NDA   PDG1         PDG2       Comments          
      2.34264081e-01    2      5          1000024   # ~t_2 -> b ~chi_1+
      1.15302381e-01    2      5          1000037   # ~t_2 -> b ~chi_2+
      6.82973266e-02    2      25         1000006   # ~t_2 -> h ~t_1
      1.60271819e-01    2      1000006    23        # ~t_2 -> Z ~t_1
      2.04596400e-02    2      6          1000022   # ~t_2 -> t ~chi_10
      1.02451446e-01    2      6          1000023   # ~t_2 -> t ~chi_20
      3.71715305e-03    2      6          1000025   # ~t_2 -> t ~chi_30
      8.47365073e-02    2      6          1000035   # ~t_2 -> t ~chi_40
      2.10499646e-01    2      6          1000045   # ~t_2 -> t ~chi_50
#
#     PDG         Width             
DECAY 1000011     2.84609208e+00   # SelectronL decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.44976207e-01    2      12        -1000024   # ~e_L -> nu_e ~chi_1-
      1.55461046e-01    2      11         1000022   # ~e_L -> e- ~chi_10
      2.99469232e-01    2      11         1000023   # ~e_L -> e- ~chi_20
      9.35141083e-05    2      11         1000025   # ~e_L -> e- ~chi_30
#
#     PDG         Width             
DECAY 2000011     1.71202771e+00   # SelectronR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.98597846e-01    2      11         1000022   # ~e_R -> e- ~chi_10
      1.39742510e-03    2      11         1000023   # ~e_R -> e- ~chi_20
      4.72913829e-06    2      11         1000025   # ~e_R -> e- ~chi_30
#
#     PDG         Width             
DECAY 1000013     2.84598258e+00   # SmuonL decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.44974389e-01    2      14        -1000024   # ~mu_L -> nu_mu ~chi_1-
      1.55463937e-01    2      13         1000022   # ~mu_L -> mu- ~chi_10
      2.99468170e-01    2      13         1000023   # ~mu_L -> mu- ~chi_20
      9.35039135e-05    2      13         1000025   # ~mu_L -> mu- ~chi_30
#
#     PDG         Width             
DECAY 2000013     1.71191242e+00   # SmuonR decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.98597985e-01    2      13         1000022   # ~mu_R -> mu- ~chi_10
      1.39729009e-03    2      13         1000023   # ~mu_R -> mu- ~chi_20
      4.72444842e-06    2      13         1000025   # ~mu_R -> mu- ~chi_30
#
#     PDG         Width             
DECAY 1000012     2.82785901e+00   # Selectron sneutrino decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.58962343e-01    2      11         1000024   # ~nu_eL -> e- ~chi_1+
      1.87681786e-01    2      12         1000022   # ~nu_eL -> nu_e ~chi_10
      2.53207878e-01    2      12         1000023   # ~nu_eL -> nu_e ~chi_20
      1.47992484e-04    2      12         1000025   # ~nu_eL -> nu_e ~chi_30
#
#     PDG         Width             
DECAY 1000014     2.82772296e+00   # Smuon sneutrino decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.58959290e-01    2      13         1000024   # ~nu_muL -> mu- ~chi_1+
      1.87686181e-01    2      14         1000022   # ~nu_muL -> nu_mu ~chi_10
      2.53206559e-01    2      14         1000023   # ~nu_muL -> nu_mu ~chi_20
      1.47970088e-04    2      14         1000025   # ~nu_muL -> nu_mu ~chi_30
#
#     PDG         Width             
DECAY 1000015     1.72917379e+00   # Stau1 decays
#     BR                NDA   PDG1         PDG2       Comments          
      4.66767711e-02    2      16        -1000024   # ~tau_1- -> nu_tau ~chi_1-
      9.27339069e-01    2      15         1000022   # ~tau_1- -> tau- ~chi_10
      2.59822105e-02    2      15         1000023   # ~tau_1- -> tau- ~chi_20
      1.94906367e-06    2      15         1000025   # ~tau_1- -> tau- ~chi_30
#
#     PDG         Width             
DECAY 2000015     2.74119420e+00   # Stau2 decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.24085560e-01    2      16        -1000024   # ~tau_2- -> nu_tau ~chi_1-
      1.86475330e-01    2      15         1000022   # ~tau_2- -> tau- ~chi_10
      2.89328476e-01    2      15         1000023   # ~tau_2- -> tau- ~chi_20
      1.10634399e-04    2      15         1000025   # ~tau_2- -> tau- ~chi_30
#
#     PDG         Width             
DECAY 1000016     2.79070641e+00   # Stau sneutrino decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.88729039e-01    2      16         1000022   # ~nu_tauL -> nu_tau ~chi_10
      2.52353172e-01    2      16         1000023   # ~nu_tauL -> nu_tau ~chi_20
      1.40821159e-04    2      16         1000025   # ~nu_tauL -> nu_tau ~chi_30
      5.58776969e-01    2      15         1000024   # ~nu_tauL -> tau- ~chi_1+
#
#     PDG         Width             
DECAY 1000024     8.27808661e-03   # Chargino 1+ (lightest) decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.00000000e+00    2      24         1000022   # ~chi_1+ -> W+ ~chi_10
#
#     PDG         Width             
DECAY 1000037     3.13509620e+00   # Chargino 2+ (heaviest) decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.25922101e-03    2      1000012   -11        # ~chi_2+ -> e+ ~nu_eL
      2.81511815e-03    2     -1000011    12        # ~chi_2+ -> nu_e ~e_L+
      1.25950976e-03    2      1000014   -13        # ~chi_2+ -> mu+ ~nu_muL
      2.81572076e-03    2     -1000013    14        # ~chi_2+ -> nu_mu ~muL+
      2.17162698e-03    2     -15         1000016   # ~chi_2+ -> tau+ ~nu_tauL
      1.05439623e-02    2      16        -1000015   # ~chi_2+ -> nu_tau ~tau_1+
      1.78476303e-04    2      16        -2000015   # ~chi_2+ -> nu_tau ~tau_2+
      9.23135580e-02    2      24         1000022   # ~chi_2+ -> W+ ~chi_10
      3.25001691e-01    2      24         1000023   # ~chi_2+ -> W+ ~chi_20
      5.69330592e-03    2      24         1000025   # ~chi_2+ -> W+ ~chi_30
      2.99912755e-01    2      1000024    23        # ~chi_2+ -> Z ~chi_1+
      2.56035055e-01    2      1000024    25        # ~chi_2+ -> h ~chi_1+
#
#     PDG         Width             
DECAY 1000022     0.00000000e+00   # Neutralino1 decays
#
#     PDG         Width             
DECAY 1000023     8.79792188e-03   # Neutralino2 decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.00714365e-01    2      23         1000022   # ~chi_20 -> Z ~chi_10
      8.99285635e-01    2      25         1000022   # ~chi_20 -> h ~chi_10
#
#     PDG         Width             
DECAY 1000025     2.25859211e-02   # Neutralino3 decays
#     BR                NDA   PDG1         PDG2       Comments          
      2.96342441e-01    2      24        -1000024   # ~chi_30 -> W+ ~chi_1-
      2.96342441e-01    2     -24         1000024   # ~chi_30 -> W- ~chi_1+
      1.16366373e-03    2      23         1000022   # ~chi_30 -> Z ~chi_10
      5.17519117e-06    2      23         1000023   # ~chi_30 -> Z ~chi_20
      1.66116430e-01    2      25         1000022   # ~chi_30 -> h ~chi_10
      2.40029849e-01    2      25         1000023   # ~chi_30 -> h ~chi_20
#
#     PDG         Width             
DECAY 1000035     2.99258903e+00   # Neutralino4 decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.47398090e-05    2     -11         1000011   # ~chi_40 -> e+ ~e_L-
      7.84282867e-05    2     -11         2000011   # ~chi_40 -> e+ ~e_R-
      1.47398090e-05    2      11        -1000011   # ~chi_40 -> e ~e_L+
      7.84282867e-05    2      11        -2000011   # ~chi_40 -> e ~e_R+
      1.47440010e-05    2     -13         1000013   # ~chi_40 -> mu+ ~mu_L-
      7.84594885e-05    2     -13         2000013   # ~chi_40 -> mu+ ~mu_R-
      1.47440010e-05    2      13        -1000013   # ~chi_40 -> mu- ~mu_L+
      7.84594885e-05    2      13        -2000013   # ~chi_40 -> mu- ~mu_R+
      9.67784291e-05    2      12        -1000012   # ~chi_40 -> nu_e ~nu_eL*
      9.67784291e-05    2     -12         1000012   # ~chi_40 -> nu_ebar ~nu_eL
      9.68073182e-05    2      14        -1000014   # ~chi_40 -> numu ~nu_muL*
      9.68073182e-05    2     -14         1000014   # ~chi_40 -> nu_mubar ~nu_muL
      8.32578880e-04    2     -1000015    15        # ~chi_40 -> tau- ~tau_1+
      3.15003785e-04    2     -2000015    15        # ~chi_40 -> tau- ~tau_2+
      8.32578880e-04    2      1000015   -15        # ~chi_40 -> tau+ ~tau_1-
      3.15003785e-04    2      2000015   -15        # ~chi_40 -> tau+ ~tau_2-
      1.05882231e-04    2      16        -1000016   # ~chi_40 -> nu_tau ~nu_tauL*
      1.05882231e-04    2     -16         1000016   # ~chi_40 -> nu_taubar ~nu_tauL
      3.00379741e-01    2      24        -1000024   # ~chi_40 -> W+ ~chi_1-
      3.00379741e-01    2     -24         1000024   # ~chi_40 -> W- ~chi_1+
      1.04266305e-01    2      23         1000022   # ~chi_40 -> Z ~chi_10
      2.55825582e-01    2      23         1000023   # ~chi_40 -> Z ~chi_20
      1.32580893e-03    2      23         1000025   # ~chi_40 -> Z ~chi_30
      2.01402460e-02    2      25         1000022   # ~chi_40 -> h ~chi_10
      1.43922489e-02    2      25         1000023   # ~chi_40 -> h ~chi_20
      2.34825599e-05    2      25         1000025   # ~chi_40 -> h ~chi_30
#
#     PDG         Width             
DECAY 25          4.29233011e-03   # light higgs decays
#     BR                NDA   PDG1         PDG2       Comments          
      4.56361493e-02    2      4         -4         # h -> c cbar  
      3.38165437e-04    2      3         -3         # h -> s sbar  
      8.36422315e-01    2      5         -5         # h -> b bbar  
      1.82404383e-04    2      13        -13        # h -> mu- mu+ 
      5.60277939e-02    2      15        -15        # h-> tau- tau+
      1.38924324e-03    2      22         22        # h -> gamma gamma
      4.28781996e-02    2      21         21        # h -> gluon gluon
      1.88463872e-04    2      23         22        # h -> Z gamma 
      1.62740490e-02    2      24        -24        # h -> WW* -> W f f'bar
      6.63212253e-04    2      23         23        # h -> ZZ* -> Z f f'bar
#
#     PDG         Width             
DECAY 35          3.22577721e-01   # heavy higgs decays
#     BR                NDA   PDG1         PDG2       Comments          
      9.40642324e-06    2      4         -4         # H -> c cbar  
      1.15342563e-06    2      3         -3         # H -> s sbar  
      2.84152753e-03    2      5         -5         # H -> b bbar  
      1.73760594e-01    2      6         -6         # H -> t tbar  
      2.33651889e-04    2      15        -15        # H -> tau- tau+
      3.50267926e-05    2      1000022    1000022   # H -> ~chi_10 ~chi_10
      9.54485633e-05    2      1000022    1000023   # H -> ~chi_10 ~chi_20
      5.61141214e-02    2      25         25        # H -> h h     
      4.50172192e-04    2      21         21        # H -> gluon gluon
      6.38423849e-06    2      23         22        # H -> Z gamma 
      5.17906018e-01    2      24        -24        # H -> W+ W-   
      2.48545448e-01    2      23        -23        # H -> Z Z     
#
#     PDG         Width             
DECAY 36          1.62206517e-02   # pseudoscalar higgs decays
#     BR                NDA   PDG1         PDG2       Comments          
      3.49261083e-06    2      4         -4         # A -> c cbar  
      2.19418264e-04    2      3         -3         # A -> s sbar  
      5.64966701e-01    2      5         -5         # A -> b bbar  
      1.15343206e-01    2      6         -6         # A -> t tbar  
      1.54232700e-04    2      13        -13        # A -> mu- mu+ 
      4.74526222e-02    2      15        -15        # A -> tau- tau+
      9.08260611e-03    2      1000022    1000022   # A -> ~chi_10 ~chi_10
      5.48088202e-02    2      1000022    1000023   # A -> ~chi_10 ~chi_20
      2.32131241e-03    2      1000022    1000025   # A -> ~chi_10 ~chi_30
      6.42614297e-02    2      1000023    1000023   # A -> ~chi_20 ~chi_20
      1.40634949e-01    2      1000024   -1000024   # A -> ~chi_1+ ~chi_1-
      1.73486020e-04    2      23         25        # A -> h Z     
      2.80760091e-05    2      22         22        # A-> gamma gamma
      4.79975757e-04    2      21         21        # A -> gluon gluon
      6.96684292e-05    2      23         22        # A -> Z gamma 
#
#     PDG         Width             
DECAY 37          3.44348398e+00   # Charged higgs+ decays
#     BR                NDA   PDG1         PDG2       Comments          
      1.05187283e-04    2      4         -3         # H+ -> c sbar 
      8.99641908e-01    2      6         -5         # H+ -> t bbar 
      1.33372660e-04    2      14        -13        # H+ -> mu+ nu_mu
      3.91708431e-02    2      16        -15        # H+ -> tau+ nu_tau
      4.67484184e-02    2      1000022    1000024   # H+ -> ~chi_10 ~chi_1+
      1.18465107e-02    2      1000022    1000037   # H+ -> ~chi_10 ~chi_2+
      1.19531636e-04    2      1000023    1000024   # H+ -> ~chi_20 ~chi_1+
      1.01878733e-03    2      1000025    1000024   # H+ -> ~chi_30 ~chi_1+
      2.11455400e-04    2      24         25        # H+ -> W+ h   
      5.17816830e-04    2      24         35        # H+ -> W+ H   
      4.85916878e-04    2      24         36        # H+ -> W+ A   
#
#     PDG         Width             
DECAY 46          2.72347825e+00   # NMSSM second pseudoscalar higgs decays
#     BR                NDA   PDG1         PDG2       Comments          
      3.55723343e-06    2      4         -4         # A2 -> c cbar 
      2.12056203e-04    2      3         -3         # A2 -> s sbar 
      5.80316984e-01    2      5         -5         # A2 -> b bbar 
      1.24504497e-01    2      6         -6         # A2 -> t tbar 
      1.62770297e-04    2      13        -13        # A2 -> mu- mu+
      5.00796139e-02    2      15        -15        # A2 -> tau- tau+
      7.10814991e-03    2      1000022    1000022   # A2 -> ~chi_10 ~chi_10
      4.09348100e-02    2      1000022    1000023   # A2 -> ~chi_10 ~chi_20
      3.24488581e-04    2      1000022    1000025   # A2 -> ~chi_10 ~chi_30
      1.76384158e-03    2      1000022    1000035   # A2 -> ~chi_10 ~chi_40
      5.49208801e-02    2      1000023    1000023   # A2 -> ~chi_20 ~chi_20
      5.23043876e-04    2      1000023    1000025   # A2 -> ~chi_20 ~chi_30
      1.24034952e-01    2      1000024   -1000024   # A2 -> ~chi_1+ ~chi_1-
      2.56245946e-04    2      23         25        # A2 -> h Z    
      4.85995770e-04    2      23         35        # A2 -> H Z    
      6.29048196e-06    2      22         22        # A2-> gamma gamma
      4.82521391e-04    2      21         21        # A2-> gluon gluon
      2.07254758e-05    2      23         22        # A2 -> Z gamma
      1.38585718e-02    2      1000022    1000045   # A2 -> ~chi_10 ~chi_50
#
#     PDG         Width             
DECAY 45          2.31355510e+00   # NMSSM third scalar higgs decays
#     BR                NDA   PDG1         PDG2       Comments          
      4.55962718e-06    2      4         -4         # H3 -> c cbar 
      2.50873747e-04    2      3         -3         # H3 -> s sbar 
      6.86330039e-01    2      5         -5         # H3 -> b bbar 
      1.22710035e-01    2      6         -6         # H3 -> t tbar 
      1.92475360e-04    2      13        -13        # H3 -> mu- mu+
      5.92172896e-02    2      15        -15        # H3 -> tau- tau+
      5.89241445e-03    2      1000022    1000022   # H3 -> ~chi_10 ~chi_10
      2.54315374e-02    2      1000022    1000023   # H3 -> ~chi_10 ~chi_20
      3.49092720e-02    2      1000022    1000035   # H3 -> ~chi_10 ~chi_40
      1.82247474e-02    2      1000023    1000023   # H3 -> ~chi_20 ~chi_20
      2.82349496e-06    2      1000023    1000025   # H3 -> ~chi_20 ~chi_30
      4.21839293e-02    2      1000024   -1000024   # H3 -> ~chi_1+ ~chi_1-
      1.96324624e-03    2      25         25        # H3 -> h h    
      3.47447487e-06    2      22         22        # H3 -> gamma gamma
      3.03994092e-04    2      21         21        # H3 -> gluon gluon
      8.38666318e-06    2      23         22        # H3 -> Z gamma
      6.75298658e-04    2      24        -24        # H3 -> W+ W-  
      3.29427621e-04    2      23        -23        # H3 -> Z Z    
      3.28632644e-04    2      1000022    1000045   # H3 -> ~chi_10 ~chi_50
      1.03717031e-03    2      25         35        # H3 -> h H    
#
#     PDG         Width             
DECAY 1000045     3.08912985e+00   # Neutralino5 decays
#     BR                NDA   PDG1         PDG2       Comments          
      5.66463908e-04    2     -11         1000011   # ~chi_50 -> e+ ~e_L-
      4.14888398e-04    2     -11         2000011   # ~chi_50 -> e+ ~e_R-
      5.66463908e-04    2      11        -1000011   # ~chi_50 -> e ~e_L+
      4.14888398e-04    2      11        -2000011   # ~chi_50 -> e ~e_R+
      5.66584082e-04    2     -13         1000013   # ~chi_50 -> mu+ ~mu_L-
      4.15028078e-04    2     -13         2000013   # ~chi_50 -> mu+ ~mu_R-
      5.66584082e-04    2      13        -1000013   # ~chi_50 -> mu- ~mu_L+
      4.15028078e-04    2      13        -2000013   # ~chi_50 -> mu- ~mu_R+
      1.61462806e-03    2      12        -1000012   # ~chi_50 -> nu_e ~nu_eL*
      1.61462806e-03    2     -12         1000012   # ~chi_50 -> nu_ebar ~nu_eL
      1.61499940e-03    2      14        -1000014   # ~chi_50 -> numu ~nu_muL*
      1.61499940e-03    2     -14         1000014   # ~chi_50 -> nu_mubar ~nu_muL
      6.89419050e-04    2     -1000015    15        # ~chi_50 -> tau- ~tau_1+
      1.14614777e-03    2     -2000015    15        # ~chi_50 -> tau- ~tau_2+
      6.89419050e-04    2      1000015   -15        # ~chi_50 -> tau+ ~tau_1-
      1.14614777e-03    2      2000015   -15        # ~chi_50 -> tau+ ~tau_2-
      1.73104555e-03    2      16        -1000016   # ~chi_50 -> nu_tau ~nu_tauL*
      1.73104555e-03    2     -16         1000016   # ~chi_50 -> nu_taubar ~nu_tauL
      3.09869004e-01    2      24        -1000024   # ~chi_50 -> W+ ~chi_1-
      3.09869004e-01    2     -24         1000024   # ~chi_50 -> W- ~chi_1+
      2.24808558e-02    2      23         1000022   # ~chi_50 -> Z ~chi_10
      2.10761484e-02    2      23         1000023   # ~chi_50 -> Z ~chi_20
      6.25244791e-04    2      23         1000025   # ~chi_50 -> Z ~chi_30
      8.82589464e-02    2      25         1000022   # ~chi_50 -> h ~chi_10
      2.28915820e-01    2      25         1000023   # ~chi_50 -> h ~chi_20
      1.38656820e-03    2      25         1000025   # ~chi_50 -> h ~chi_30
#
