  output of sort.f90 using test.inp
  note as this is a monte Carlo - your numbers will differ from these 
 with pi-lambda_bar = 1
 Jmax = 100
 diffuseness = 0
 evtfile=test.evt                          
   Ni+Sn  fma                             
  date of gemini run=20070820 
  number of events per l-wave=   500.000*(2*L+1)
  Compund nucleus:- Zcn= 38  Acn= 90
  Excitation energy = 180.00 MeV
  minimum and maximum L waves simulated by Gemini  0    0
  NO Weighting
  Angles and Velocities of all fragments calculated
  No fission delay
  All asymmetric divisions possible
  Sierks fission barrier scaled by    1.00
  Fineman's Temp dependent level-density parameter, kappa= 1.00
  Transmission coeff. from IWBC
  spherical transmission coef ,ratio= 0.00
  Standard transitional state formulism
  Semi-classical treatment of spin projection and emission angles
  evaporation Z=0,1,2,3,4
  experimental masses with shell fade-out used
  Some real exotic fragments evaporated
  af/an=   1.000
 barrier scaled by   1.000000    
  E2 strength=  50.00W.u.
  E1 strength=   0.10W.u.
  pi-lambda-bar-2= 1.0000
  cross section calculated for lmax=  100.0
  diffuseness= 0.0000 h_bar
  lmax=   0h-bar  Events=    500
  Maximum N_frag=   16
   Fusion Xsection=      1.00mb
   Z      sigma(Z)       st error     N events
    1      1.9220000505447      0.0620000027120      961.
    2      0.8680000305176      0.0416653342545      434.
    3      0.0200000014156      0.0063245557249       10.
    5      0.0060000000522      0.0034641018137        3.
    6      0.0040000001900      0.0028284273576        2.
    7      0.0060000000522      0.0034641018137        3.
    9      0.0020000000950      0.0020000000950        1.
   10      0.0040000001900      0.0028284273576        2.
   13      0.0040000001900      0.0028284273576        2.
   14      0.0020000000950      0.0020000000950        1.
   20      0.0020000000950      0.0020000000950        1.
   21      0.0020000000950      0.0020000000950        1.
   25      0.0040000001900      0.0028284273576        2.
   27      0.0060000000522      0.0034641018137        3.
   28      0.0060000000522      0.0034641018137        3.
   29      0.0100000007078      0.0044721360318        5.
   30      0.0120000001043      0.0048989797942        6.
   31      0.0300000011921      0.0077459672466       15.
   32      0.0780000016093      0.0124899968505       39.
   33      0.1600000113249      0.0178885441273       80.
   34      0.2400000095367      0.0219089034945      120.
   35      0.2220000177622      0.0210713092238      111.
   36      0.1860000044107      0.0192873030901       93.
   37      0.0420000031590      0.0091651519760       21.

  Calssical Evaporation Residues
   Z      sigma(Z)       st error     N events
   29      0.002000      0.002000        1.0000
   31      0.006000      0.003464        3.0000
   32      0.018000      0.006000        9.0000
   33      0.076000      0.012329       38.0000
   34      0.158000      0.017776       79.0000
   35      0.182000      0.019079       91.0000
   36      0.184000      0.019183       92.0000
   37      0.042000      0.009165       21.0000
   A      sigma(A)       st error     N events
    1      1.2240000963211      0.0494772680104      612.
    2      0.4580000340939      0.0302654933184      229.
    3      0.2700000107288      0.0232379008085      135.
    4      0.8260000348091      0.0406448058784      413.
    6      0.0180000010878      0.0060000000522        9.
    7      0.0080000003800      0.0040000001900        4.
    8      0.0060000000522      0.0034641018137        3.
    9      0.0020000000950      0.0020000000950        1.
   10      0.0020000000950      0.0020000000950        1.
   11      0.0020000000950      0.0020000000950        1.
   12      0.0020000000950      0.0020000000950        1.
   13      0.0020000000950      0.0020000000950        1.
   14      0.0020000000950      0.0020000000950        1.
   15      0.0020000000950      0.0020000000950        1.
   16      0.0020000000950      0.0020000000950        1.
   19      0.0020000000950      0.0020000000950        1.
   20      0.0020000000950      0.0020000000950        1.
   22      0.0020000000950      0.0020000000950        1.
   27      0.0020000000950      0.0020000000950        1.
   31      0.0040000001900      0.0028284273576        2.
   45      0.0020000000950      0.0020000000950        1.
   46      0.0020000000950      0.0020000000950        1.
   54      0.0040000001900      0.0028284273576        2.
   61      0.0060000000522      0.0034641018137        3.
   63      0.0040000001900      0.0028284273576        2.
   64      0.0040000001900      0.0028284273576        2.
   66      0.0040000001900      0.0028284273576        2.
   67      0.0060000000522      0.0034641018137        3.
   68      0.0040000001900      0.0028284273576        2.
   69      0.0120000001043      0.0048989797942        6.
   70      0.0220000017434      0.0066332500428       11.
   71      0.0220000017434      0.0066332500428       11.
   72      0.0560000017285      0.0105830058455       28.
   73      0.0780000016093      0.0124899968505       39.
   74      0.0820000022650      0.0128062488511       41.
   75      0.1140000075102      0.0150996698067       57.
   76      0.1620000004768      0.0180000010878       81.
   77      0.0960000008345      0.0138564072549       48.
   78      0.1520000100136      0.0174355972558       76.
   79      0.1080000028014      0.0146969389170       54.
   80      0.0460000038147      0.0095916632563       23.
   81      0.0140000004321      0.0052915029228        7.

  For coincidences between the 2 heaviest fragments.
  Charge lost due to evaporation before and after scission
  as a function of the Z of one fragment   Z      <Zloss>       sigma(Zloss)
    5         3.667          2.055
    6         2.500          0.500
    7         3.000          0.000
    9         2.000          0.000
   10         2.000          1.000

  Average c-m velocity of each Z-species
   Z       <Vcm>      sig(Vcm)
    3      2.20      0.21
    5      2.07      0.13
    6      1.85      0.17
    7      1.66      0.02
    9      1.44      0.00
   10      1.39      0.16
   13      1.33      0.16
   14      1.00      0.00
   20      0.88      0.00
   21      0.80      0.00
   25      0.71      0.00
   27      0.51      0.11
   28      0.37      0.10
   29      0.38      0.10
   30      0.32      0.06
   31      0.23      0.07
   32      0.23      0.08
   33      0.21      0.08
   34      0.19      0.07
   35      0.17      0.06
   36      0.14      0.05
   37      0.13      0.04

  Cross sections for heavy particle Multiplicities
  Multiplicity        xsection mb
        1                0.9520E+00
        2                0.4800E-01
        3                0.0000E+00
        4                0.0000E+00
        5                0.0000E+00
        6                0.0000E+00
        7                0.0000E+00
        8                0.0000E+00
        9                0.0000E+00
       10                0.0000E+00

  average multiplicity of IMFs (2<Z<21)
  for events with at least one IMF= 1.04
  pre and post fission multiplicities
  mass             pre              post-heavy-frag        post-light-frag
  asy        n      p    alp        n      p    alp        n      p    alp
  0.20    0.000  0.000  0.000    4.000  0.000  1.000    2.000  0.500  0.500
  asy        d      t    He3        d      t    He3        d      t    He3
  0.20    0.000  0.000  0.000    0.500  0.000  0.000    0.000  0.000  0.000
  0.30    0.500  0.000  0.000    5.000  0.000  0.000    2.500  0.000  0.500
  asy        d      t    He3        d      t    He3        d      t    He3
  0.30    0.000  0.500  0.000    0.000  0.000  0.000    0.000  0.000  0.000
  0.50    1.000  0.000  0.000    3.000  1.000  0.000    2.333  0.000  0.333
  asy        d      t    He3        d      t    He3        d      t    He3
  0.50    0.333  0.000  0.000    0.000  0.000  0.000    0.000  0.000  0.000
  0.60    0.500  0.000  0.000    5.000  0.500  1.000    2.500  0.500  0.000
  asy        d      t    He3        d      t    He3        d      t    He3
  0.60    0.000  0.000  0.000    0.000  0.000  0.000    0.000  0.000  0.000
  0.70    0.500  0.000  0.000    5.500  0.500  0.500    0.500  0.000  0.000
  asy        d      t    He3        d      t    He3        d      t    He3
  0.70    0.000  0.500  0.000    0.500  0.000  0.000    0.000  0.000  0.000
  0.80    0.900  0.400  0.300    5.700  0.500  0.300    0.300  0.000  0.000
  asy        d      t    He3        d      t    He3        d      t    He3
  0.80    0.100  0.000  0.000    0.100  0.200  0.000    0.000  0.000  0.000
  0.90    1.556  0.222  0.222    5.000  0.889  0.333    0.000  0.000  0.000
  asy        d      t    He3        d      t    He3        d      t    He3
  0.90    0.222  0.000  0.000    0.111  0.222  0.000    0.000  0.000  0.000
  charged particles  pre-fission  all  mean_post
   0     1.000     0.100     1.400     0.000
   1     0.000     0.400     0.000     1.000
   2     0.000     0.500     0.000     2.000
   3     0.000     0.000     0.000     0.000
   4     0.000     0.000     0.000     0.000
   5     0.000     0.000     0.000     0.000
   6     0.000     0.000     0.000     0.000
   7     0.000     0.000     0.000     0.000
   8     0.000     0.000     0.000     0.000
   9     0.000     0.000     0.000     0.000
  10     0.000     0.000     0.000     0.000
  11     0.000     0.000     0.000     0.000
  12     0.000     0.000     0.000     0.000
  13     0.000     0.000     0.000     0.000
  14     0.000     0.000     0.000     0.000
  15     0.000     0.000     0.000     0.000
  16     0.000     0.000     0.000     0.000
  17     0.000     0.000     0.000     0.000
  18     0.000     0.000     0.000     0.000
  19     0.000     0.000     0.000     0.000
  20     0.000     0.000     0.000     0.000
  k xray-fission xsection=      0.00000E+00 mb
 
  kinetic energy, d_sigma/de for n,p,a
    0.5  .87800E+00  .00000E+00  .00000E+00
    1.5  .10480E+01  .60000E-02  .00000E+00
    2.5  .10240E+01  .24000E-01  .00000E+00
    3.5  .87600E+00  .32000E-01  .40000E-02
    4.5  .73200E+00  .78000E-01  .00000E+00
    5.5  .58200E+00  .11400E+00  .60000E-02
    6.5  .46600E+00  .12200E+00  .10000E-01
    7.5  .35000E+00  .11200E+00  .18000E-01
    8.5  .30000E+00  .10000E+00  .48000E-01
    9.5  .23600E+00  .80000E-01  .64000E-01
   10.5  .20400E+00  .90000E-01  .76000E-01
   11.5  .19600E+00  .72000E-01  .96000E-01
   12.5  .14600E+00  .72000E-01  .80000E-01
   13.5  .12000E+00  .56000E-01  .68000E-01
   14.5  .80000E-01  .58000E-01  .82000E-01
   15.5  .72000E-01  .30000E-01  .52000E-01
   16.5  .56000E-01  .30000E-01  .50000E-01
   17.5  .52000E-01  .28000E-01  .28000E-01
   18.5  .46000E-01  .24000E-01  .34000E-01
   19.5  .20000E-01  .16000E-01  .26000E-01
   20.5  .18000E-01  .18000E-01  .20000E-01
   21.5  .24000E-01  .16000E-01  .18000E-01
   22.5  .30000E-01  .80000E-02  .80000E-02
   23.5  .18000E-01  .80000E-02  .60000E-02
   24.5  .16000E-01  .20000E-02  .80000E-02
   25.5  .40000E-02  .20000E-02  .20000E-02
   26.5  .12000E-01  .10000E-01  .00000E+00
   27.5  .60000E-02  .60000E-02  .20000E-02
   28.5  .60000E-02  .00000E+00  .20000E-02
   29.5  .40000E-02  .00000E+00  .40000E-02
   30.5  .40000E-02  .00000E+00  .40000E-02
   31.5  .40000E-02  .00000E+00  .40000E-02
   32.5  .20000E-02  .00000E+00  .20000E-02
   33.5  .20000E-02  .20000E-02  .00000E+00
   34.5  .00000E+00  .00000E+00  .00000E+00
   35.5  .40000E-02  .20000E-02  .00000E+00
   36.5  .20000E-02  .40000E-02  .00000E+00
   37.5  .20000E-02  .20000E-02  .00000E+00
   38.5  .00000E+00  .00000E+00  .20000E-02
   39.5  .00000E+00  .00000E+00  .00000E+00
   40.5  .00000E+00  .00000E+00  .00000E+00
   41.5  .00000E+00  .00000E+00  .00000E+00
   42.5  .00000E+00  .00000E+00  .00000E+00
   43.5  .00000E+00  .00000E+00  .20000E-02
   44.5  .00000E+00  .00000E+00  .00000E+00
   45.5  .00000E+00  .00000E+00  .00000E+00
   46.5  .00000E+00  .00000E+00  .00000E+00
   47.5  .00000E+00  .00000E+00  .00000E+00
   48.5  .00000E+00  .00000E+00  .00000E+00
   49.5  .00000E+00  .00000E+00  .00000E+00
   50.5  .00000E+00  .00000E+00  .00000E+00
   51.5  .20000E-02  .00000E+00  .00000E+00
   52.5  .00000E+00  .00000E+00  .00000E+00
   53.5  .00000E+00  .00000E+00  .00000E+00
   54.5  .00000E+00  .00000E+00  .00000E+00
   55.5  .00000E+00  .00000E+00  .00000E+00
   56.5  .00000E+00  .00000E+00  .00000E+00
   57.5  .00000E+00  .00000E+00  .00000E+00
   58.5  .00000E+00  .00000E+00  .00000E+00
   59.5  .00000E+00  .00000E+00  .00000E+00
   60.5  .00000E+00  .00000E+00  .00000E+00
   61.5  .00000E+00  .00000E+00  .00000E+00
   62.5  .00000E+00  .00000E+00  .00000E+00
   63.5  .00000E+00  .00000E+00  .00000E+00
   64.5  .00000E+00  .00000E+00  .00000E+00
   65.5  .00000E+00  .00000E+00  .00000E+00
   66.5  .00000E+00  .00000E+00  .00000E+00
   67.5  .00000E+00  .00000E+00  .00000E+00
   68.5  .00000E+00  .00000E+00  .00000E+00
   69.5  .00000E+00  .00000E+00  .00000E+00
   70.5  .00000E+00  .00000E+00  .00000E+00
   71.5  .00000E+00  .00000E+00  .00000E+00
   72.5  .00000E+00  .00000E+00  .00000E+00
   73.5  .00000E+00  .00000E+00  .00000E+00
   74.5  .00000E+00  .00000E+00  .00000E+00
   75.5  .00000E+00  .00000E+00  .00000E+00
   76.5  .00000E+00  .00000E+00  .00000E+00
   77.5  .00000E+00  .00000E+00  .00000E+00
   78.5  .00000E+00  .00000E+00  .00000E+00
   79.5  .00000E+00  .00000E+00  .00000E+00
   80.5  .00000E+00  .00000E+00  .00000E+00
   81.5  .00000E+00  .00000E+00  .00000E+00
   82.5  .00000E+00  .00000E+00  .00000E+00
   83.5  .00000E+00  .00000E+00  .00000E+00
   84.5  .00000E+00  .00000E+00  .00000E+00
   85.5  .00000E+00  .00000E+00  .00000E+00
   86.5  .00000E+00  .00000E+00  .00000E+00
   87.5  .00000E+00  .00000E+00  .00000E+00
   88.5  .00000E+00  .00000E+00  .00000E+00
   89.5  .00000E+00  .00000E+00  .00000E+00
   90.5  .00000E+00  .00000E+00  .00000E+00
   91.5  .00000E+00  .00000E+00  .00000E+00
   92.5  .00000E+00  .00000E+00  .00000E+00
   93.5  .00000E+00  .00000E+00  .00000E+00
   94.5  .00000E+00  .00000E+00  .00000E+00
   95.5  .00000E+00  .00000E+00  .00000E+00
   96.5  .00000E+00  .00000E+00  .00000E+00
   97.5  .00000E+00  .00000E+00  .00000E+00
   98.5  .00000E+00  .00000E+00  .00000E+00
   99.5  .00000E+00  .00000E+00  .00000E+00
  100.5  .00000E+00  .00000E+00  .00000E+00
 
  kinetic energy, d_sigma/de for d,t,3he
    0.5  .00000E+00  .00000E+00  .00000E+00
    1.5  .00000E+00  .00000E+00  .00000E+00
    2.5  .20000E-02  .20000E-02  .00000E+00
    3.5  .00000E+00  .20000E-02  .00000E+00
    4.5  .14000E-01  .60000E-02  .00000E+00
    5.5  .24000E-01  .10000E-01  .00000E+00
    6.5  .38000E-01  .28000E-01  .00000E+00
    7.5  .42000E-01  .12000E-01  .00000E+00
    8.5  .58000E-01  .32000E-01  .00000E+00
    9.5  .52000E-01  .16000E-01  .00000E+00
   10.5  .36000E-01  .20000E-01  .00000E+00
   11.5  .38000E-01  .12000E-01  .00000E+00
   12.5  .26000E-01  .16000E-01  .20000E-02
   13.5  .24000E-01  .10000E-01  .60000E-02
   14.5  .18000E-01  .80000E-02  .20000E-02
   15.5  .16000E-01  .10000E-01  .40000E-02
   16.5  .10000E-01  .80000E-02  .20000E-02
   17.5  .80000E-02  .40000E-02  .00000E+00
   18.5  .12000E-01  .10000E-01  .40000E-02
   19.5  .12000E-01  .80000E-02  .00000E+00
   20.5  .60000E-02  .60000E-02  .00000E+00
   21.5  .40000E-02  .00000E+00  .00000E+00
   22.5  .60000E-02  .40000E-02  .00000E+00
   23.5  .20000E-02  .60000E-02  .20000E-02
   24.5  .00000E+00  .00000E+00  .00000E+00
   25.5  .00000E+00  .40000E-02  .20000E-02
   26.5  .20000E-02  .00000E+00  .00000E+00
   27.5  .00000E+00  .20000E-02  .00000E+00
   28.5  .20000E-02  .00000E+00  .20000E-02
   29.5  .00000E+00  .00000E+00  .00000E+00
   30.5  .00000E+00  .00000E+00  .00000E+00
   31.5  .20000E-02  .20000E-02  .20000E-02
   32.5  .00000E+00  .00000E+00  .00000E+00
   33.5  .20000E-02  .00000E+00  .00000E+00
   34.5  .00000E+00  .00000E+00  .00000E+00
   35.5  .00000E+00  .00000E+00  .00000E+00
   36.5  .00000E+00  .00000E+00  .00000E+00
   37.5  .00000E+00  .20000E-02  .00000E+00
   38.5  .00000E+00  .00000E+00  .00000E+00
   39.5  .00000E+00  .00000E+00  .00000E+00
   40.5  .00000E+00  .00000E+00  .20000E-02
   41.5  .20000E-02  .00000E+00  .00000E+00
   42.5  .00000E+00  .00000E+00  .00000E+00
   43.5  .00000E+00  .00000E+00  .00000E+00
   44.5  .00000E+00  .00000E+00  .00000E+00
   45.5  .00000E+00  .00000E+00  .00000E+00
   46.5  .00000E+00  .00000E+00  .00000E+00
   47.5  .00000E+00  .00000E+00  .00000E+00
   48.5  .00000E+00  .00000E+00  .00000E+00
   49.5  .00000E+00  .00000E+00  .00000E+00
   50.5  .00000E+00  .00000E+00  .00000E+00
   51.5  .00000E+00  .00000E+00  .00000E+00
   52.5  .00000E+00  .00000E+00  .00000E+00
   53.5  .00000E+00  .00000E+00  .00000E+00
   54.5  .00000E+00  .00000E+00  .00000E+00
   55.5  .00000E+00  .00000E+00  .00000E+00
   56.5  .00000E+00  .00000E+00  .00000E+00
   57.5  .00000E+00  .00000E+00  .00000E+00
   58.5  .00000E+00  .00000E+00  .00000E+00
   59.5  .00000E+00  .00000E+00  .00000E+00
   60.5  .00000E+00  .00000E+00  .00000E+00
   61.5  .00000E+00  .00000E+00  .00000E+00
   62.5  .00000E+00  .00000E+00  .00000E+00
   63.5  .00000E+00  .00000E+00  .00000E+00
   64.5  .00000E+00  .00000E+00  .00000E+00
   65.5  .00000E+00  .00000E+00  .00000E+00
   66.5  .00000E+00  .00000E+00  .00000E+00
   67.5  .00000E+00  .00000E+00  .00000E+00
   68.5  .00000E+00  .00000E+00  .00000E+00
   69.5  .00000E+00  .00000E+00  .00000E+00
   70.5  .00000E+00  .00000E+00  .00000E+00
   71.5  .00000E+00  .00000E+00  .00000E+00
   72.5  .00000E+00  .00000E+00  .00000E+00
   73.5  .00000E+00  .00000E+00  .00000E+00
   74.5  .00000E+00  .00000E+00  .00000E+00
   75.5  .00000E+00  .00000E+00  .00000E+00
   76.5  .00000E+00  .00000E+00  .00000E+00
   77.5  .00000E+00  .00000E+00  .00000E+00
   78.5  .00000E+00  .00000E+00  .00000E+00
   79.5  .00000E+00  .00000E+00  .00000E+00
   80.5  .00000E+00  .00000E+00  .00000E+00
   81.5  .00000E+00  .00000E+00  .00000E+00
   82.5  .00000E+00  .00000E+00  .00000E+00
   83.5  .00000E+00  .00000E+00  .00000E+00
   84.5  .00000E+00  .00000E+00  .00000E+00
   85.5  .00000E+00  .00000E+00  .00000E+00
   86.5  .00000E+00  .00000E+00  .00000E+00
   87.5  .00000E+00  .00000E+00  .00000E+00
   88.5  .00000E+00  .00000E+00  .00000E+00
   89.5  .00000E+00  .00000E+00  .00000E+00
   90.5  .00000E+00  .00000E+00  .00000E+00
   91.5  .00000E+00  .00000E+00  .00000E+00
   92.5  .00000E+00  .00000E+00  .00000E+00
   93.5  .00000E+00  .00000E+00  .00000E+00
   94.5  .00000E+00  .00000E+00  .00000E+00
   95.5  .00000E+00  .00000E+00  .00000E+00
   96.5  .00000E+00  .00000E+00  .00000E+00
   97.5  .00000E+00  .00000E+00  .00000E+00
   98.5  .00000E+00  .00000E+00  .00000E+00
   99.5  .00000E+00  .00000E+00  .00000E+00
  100.5  .00000E+00  .00000E+00  .00000E+00
 
  kinetic energy, d_sigma/de for n,p,a from residue
    0.5  .69368E-01  .00000E+00  .00000E+00
    1.5  .83670E-01  .00000E+00  .00000E+00
    2.5  .77711E-01  .95351E-03  .00000E+00
    3.5  .69129E-01  .19070E-02  .00000E+00
    4.5  .57687E-01  .66745E-02  .00000E+00
    5.5  .45530E-01  .95351E-02  .00000E+00
    6.5  .37425E-01  .90583E-02  .00000E+00
    7.5  .27652E-01  .97734E-02  .23838E-03
    8.5  .24553E-01  .88199E-02  .21454E-02
    9.5  .19309E-01  .71513E-02  .28605E-02
   10.5  .16686E-01  .76281E-02  .30989E-02
   11.5  .17640E-01  .59594E-02  .42908E-02
   12.5  .13826E-01  .64362E-02  .45292E-02
   13.5  .11204E-01  .40524E-02  .30989E-02
   14.5  .78664E-02  .40524E-02  .57210E-02
   15.5  .73897E-02  .26221E-02  .28605E-02
   16.5  .54827E-02  .28605E-02  .28605E-02
   17.5  .42908E-02  .30989E-02  .23838E-02
   18.5  .40524E-02  .21454E-02  .21454E-02
   19.5  .19070E-02  .95351E-03  .14303E-02
   20.5  .11919E-02  .16686E-02  .16686E-02
   21.5  .19070E-02  .16686E-02  .71513E-03
   22.5  .26221E-02  .95351E-03  .47675E-03
   23.5  .21454E-02  .71513E-03  .47675E-03
   24.5  .19070E-02  .00000E+00  .23838E-03
   25.5  .23838E-03  .23838E-03  .23838E-03
   26.5  .95351E-03  .95351E-03  .00000E+00
   27.5  .23838E-03  .47675E-03  .23838E-03
   28.5  .71513E-03  .00000E+00  .00000E+00
   29.5  .23838E-03  .00000E+00  .47675E-03
   30.5  .23838E-03  .00000E+00  .23838E-03
   31.5  .47675E-03  .00000E+00  .47675E-03
   32.5  .23838E-03  .00000E+00  .23838E-03
   33.5  .23838E-03  .23838E-03  .00000E+00
   34.5  .00000E+00  .00000E+00  .00000E+00
   35.5  .47675E-03  .23838E-03  .00000E+00
   36.5  .23838E-03  .23838E-03  .00000E+00
   37.5  .23838E-03  .23838E-03  .00000E+00
   38.5  .00000E+00  .00000E+00  .23838E-03
   39.5  .00000E+00  .00000E+00  .00000E+00
   40.5  .00000E+00  .00000E+00  .00000E+00
   41.5  .00000E+00  .00000E+00  .00000E+00
   42.5  .00000E+00  .00000E+00  .00000E+00
   43.5  .00000E+00  .00000E+00  .23838E-03
   44.5  .00000E+00  .00000E+00  .00000E+00
   45.5  .00000E+00  .00000E+00  .00000E+00
   46.5  .00000E+00  .00000E+00  .00000E+00
   47.5  .00000E+00  .00000E+00  .00000E+00
   48.5  .00000E+00  .00000E+00  .00000E+00
   49.5  .00000E+00  .00000E+00  .00000E+00
   50.5  .00000E+00  .00000E+00  .00000E+00
   51.5  .23838E-03  .00000E+00  .00000E+00
   52.5  .00000E+00  .00000E+00  .00000E+00
   53.5  .00000E+00  .00000E+00  .00000E+00
   54.5  .00000E+00  .00000E+00  .00000E+00
   55.5  .00000E+00  .00000E+00  .00000E+00
   56.5  .00000E+00  .00000E+00  .00000E+00
   57.5  .00000E+00  .00000E+00  .00000E+00
   58.5  .00000E+00  .00000E+00  .00000E+00
   59.5  .00000E+00  .00000E+00  .00000E+00
   60.5  .00000E+00  .00000E+00  .00000E+00
   61.5  .00000E+00  .00000E+00  .00000E+00
   62.5  .00000E+00  .00000E+00  .00000E+00
   63.5  .00000E+00  .00000E+00  .00000E+00
   64.5  .00000E+00  .00000E+00  .00000E+00
   65.5  .00000E+00  .00000E+00  .00000E+00
   66.5  .00000E+00  .00000E+00  .00000E+00
   67.5  .00000E+00  .00000E+00  .00000E+00
   68.5  .00000E+00  .00000E+00  .00000E+00
   69.5  .00000E+00  .00000E+00  .00000E+00
   70.5  .00000E+00  .00000E+00  .00000E+00
   71.5  .00000E+00  .00000E+00  .00000E+00
   72.5  .00000E+00  .00000E+00  .00000E+00
   73.5  .00000E+00  .00000E+00  .00000E+00
   74.5  .00000E+00  .00000E+00  .00000E+00
   75.5  .00000E+00  .00000E+00  .00000E+00
   76.5  .00000E+00  .00000E+00  .00000E+00
   77.5  .00000E+00  .00000E+00  .00000E+00
   78.5  .00000E+00  .00000E+00  .00000E+00
   79.5  .00000E+00  .00000E+00  .00000E+00
   80.5  .00000E+00  .00000E+00  .00000E+00
   81.5  .00000E+00  .00000E+00  .00000E+00
   82.5  .00000E+00  .00000E+00  .00000E+00
   83.5  .00000E+00  .00000E+00  .00000E+00
   84.5  .00000E+00  .00000E+00  .00000E+00
   85.5  .00000E+00  .00000E+00  .00000E+00
   86.5  .00000E+00  .00000E+00  .00000E+00
   87.5  .00000E+00  .00000E+00  .00000E+00
   88.5  .00000E+00  .00000E+00  .00000E+00
   89.5  .00000E+00  .00000E+00  .00000E+00
   90.5  .00000E+00  .00000E+00  .00000E+00
   91.5  .00000E+00  .00000E+00  .00000E+00
   92.5  .00000E+00  .00000E+00  .00000E+00
   93.5  .00000E+00  .00000E+00  .00000E+00
   94.5  .00000E+00  .00000E+00  .00000E+00
   95.5  .00000E+00  .00000E+00  .00000E+00
   96.5  .00000E+00  .00000E+00  .00000E+00
   97.5  .00000E+00  .00000E+00  .00000E+00
   98.5  .00000E+00  .00000E+00  .00000E+00
   99.5  .00000E+00  .00000E+00  .00000E+00
  100.5  .00000E+00  .00000E+00  .00000E+00
 
  kinetic energy, d_sigma/de for d,t,3he from residue
    0.5  .00000E+00  .00000E+00  .00000E+00
    1.5  .00000E+00  .00000E+00  .00000E+00
    2.5  .00000E+00  .00000E+00  .00000E+00
    3.5  .00000E+00  .00000E+00  .00000E+00
    4.5  .11919E-02  .71513E-03  .00000E+00
    5.5  .23838E-02  .71513E-03  .00000E+00
    6.5  .21454E-02  .21454E-02  .00000E+00
    7.5  .40524E-02  .95351E-03  .00000E+00
    8.5  .54827E-02  .21454E-02  .00000E+00
    9.5  .45292E-02  .95351E-03  .00000E+00
   10.5  .30989E-02  .21454E-02  .00000E+00
   11.5  .35757E-02  .14303E-02  .00000E+00
   12.5  .23838E-02  .14303E-02  .23838E-03
   13.5  .19070E-02  .95351E-03  .71513E-03
   14.5  .19070E-02  .71513E-03  .00000E+00
   15.5  .16686E-02  .95351E-03  .23838E-03
   16.5  .71513E-03  .23838E-03  .00000E+00
   17.5  .71513E-03  .00000E+00  .00000E+00
   18.5  .11919E-02  .95351E-03  .47675E-03
   19.5  .95351E-03  .71513E-03  .00000E+00
   20.5  .71513E-03  .71513E-03  .00000E+00
   21.5  .47675E-03  .00000E+00  .00000E+00
   22.5  .47675E-03  .00000E+00  .00000E+00
   23.5  .00000E+00  .47675E-03  .23838E-03
   24.5  .00000E+00  .00000E+00  .00000E+00
   25.5  .00000E+00  .47675E-03  .23838E-03
   26.5  .23838E-03  .00000E+00  .00000E+00
   27.5  .00000E+00  .23838E-03  .00000E+00
   28.5  .23838E-03  .00000E+00  .23838E-03
   29.5  .00000E+00  .00000E+00  .00000E+00
   30.5  .00000E+00  .00000E+00  .00000E+00
   31.5  .23838E-03  .23838E-03  .23838E-03
   32.5  .00000E+00  .00000E+00  .00000E+00
   33.5  .23838E-03  .00000E+00  .00000E+00
   34.5  .00000E+00  .00000E+00  .00000E+00
   35.5  .00000E+00  .00000E+00  .00000E+00
   36.5  .00000E+00  .00000E+00  .00000E+00
   37.5  .00000E+00  .23838E-03  .00000E+00
   38.5  .00000E+00  .00000E+00  .00000E+00
   39.5  .00000E+00  .00000E+00  .00000E+00
   40.5  .00000E+00  .00000E+00  .23838E-03
   41.5  .23838E-03  .00000E+00  .00000E+00
   42.5  .00000E+00  .00000E+00  .00000E+00
   43.5  .00000E+00  .00000E+00  .00000E+00
   44.5  .00000E+00  .00000E+00  .00000E+00
   45.5  .00000E+00  .00000E+00  .00000E+00
   46.5  .00000E+00  .00000E+00  .00000E+00
   47.5  .00000E+00  .00000E+00  .00000E+00
   48.5  .00000E+00  .00000E+00  .00000E+00
   49.5  .00000E+00  .00000E+00  .00000E+00
   50.5  .00000E+00  .00000E+00  .00000E+00
   51.5  .00000E+00  .00000E+00  .00000E+00
   52.5  .00000E+00  .00000E+00  .00000E+00
   53.5  .00000E+00  .00000E+00  .00000E+00
   54.5  .00000E+00  .00000E+00  .00000E+00
   55.5  .00000E+00  .00000E+00  .00000E+00
   56.5  .00000E+00  .00000E+00  .00000E+00
   57.5  .00000E+00  .00000E+00  .00000E+00
   58.5  .00000E+00  .00000E+00  .00000E+00
   59.5  .00000E+00  .00000E+00  .00000E+00
   60.5  .00000E+00  .00000E+00  .00000E+00
   61.5  .00000E+00  .00000E+00  .00000E+00
   62.5  .00000E+00  .00000E+00  .00000E+00
   63.5  .00000E+00  .00000E+00  .00000E+00
   64.5  .00000E+00  .00000E+00  .00000E+00
   65.5  .00000E+00  .00000E+00  .00000E+00
   66.5  .00000E+00  .00000E+00  .00000E+00
   67.5  .00000E+00  .00000E+00  .00000E+00
   68.5  .00000E+00  .00000E+00  .00000E+00
   69.5  .00000E+00  .00000E+00  .00000E+00
   70.5  .00000E+00  .00000E+00  .00000E+00
   71.5  .00000E+00  .00000E+00  .00000E+00
   72.5  .00000E+00  .00000E+00  .00000E+00
   73.5  .00000E+00  .00000E+00  .00000E+00
   74.5  .00000E+00  .00000E+00  .00000E+00
   75.5  .00000E+00  .00000E+00  .00000E+00
   76.5  .00000E+00  .00000E+00  .00000E+00
   77.5  .00000E+00  .00000E+00  .00000E+00
   78.5  .00000E+00  .00000E+00  .00000E+00
   79.5  .00000E+00  .00000E+00  .00000E+00
   80.5  .00000E+00  .00000E+00  .00000E+00
   81.5  .00000E+00  .00000E+00  .00000E+00
   82.5  .00000E+00  .00000E+00  .00000E+00
   83.5  .00000E+00  .00000E+00  .00000E+00
   84.5  .00000E+00  .00000E+00  .00000E+00
   85.5  .00000E+00  .00000E+00  .00000E+00
   86.5  .00000E+00  .00000E+00  .00000E+00
   87.5  .00000E+00  .00000E+00  .00000E+00
   88.5  .00000E+00  .00000E+00  .00000E+00
   89.5  .00000E+00  .00000E+00  .00000E+00
   90.5  .00000E+00  .00000E+00  .00000E+00
   91.5  .00000E+00  .00000E+00  .00000E+00
   92.5  .00000E+00  .00000E+00  .00000E+00
   93.5  .00000E+00  .00000E+00  .00000E+00
   94.5  .00000E+00  .00000E+00  .00000E+00
   95.5  .00000E+00  .00000E+00  .00000E+00
   96.5  .00000E+00  .00000E+00  .00000E+00
   97.5  .00000E+00  .00000E+00  .00000E+00
   98.5  .00000E+00  .00000E+00  .00000E+00
   99.5  .00000E+00  .00000E+00  .00000E+00
  100.5  .00000E+00  .00000E+00  .00000E+00
 
  angular distribtion relatize to spin axis n,p,a
    5  .71497E+00  .37201E-01  .16189E-01
   15  .48360E+00  .66136E-01  .59260E-01
   25  .73269E+00  .13839E+00  .64739E-01
   35  .61716E+00  .13843E+00  .46680E-01
   45  .59849E+00  .96960E-01  .39126E-01
   55  .56459E+00  .11897E+00  .34205E-01
   65  .66047E+00  .87040E-01  .33313E-01
   75  .61169E+00  .93747E-01  .53706E-01
   85  .54645E+00  .82338E-01  .46702E-01
   95  .61982E+00  .11528E+00  .46658E-01
  105  .59144E+00  .10739E+00  .45153E-01
  115  .62118E+00  .10240E+00  .36447E-01
  125  .61801E+00  .90624E-01  .36296E-01
  135  .61902E+00  .10911E+00  .53476E-01
  145  .66644E+00  .10326E+00  .43370E-01
  155  .66896E+00  .98658E-01  .27905E-01
  165  .65877E+00  .72032E-01  .50589E-01
  175  .70665E+00  .31732E-01  .54984E-01
 
  angular distribtion relatize to spin axis d,t,3he
    5  .11661E+00  .17692E-01  .00000E+00
   15  .95128E-01  .38510E-01  .00000E+00
   25  .32994E-01  .21630E-01  .00000E+00
   35  .58068E-01  .33946E-01  .98696E-02
   45  .27636E-01  .00000E+00  .37644E-02
   55  .36520E-01  .16717E-01  .00000E+00
   65  .45163E-01  .17777E-01  .92797E-02
   75  .47867E-01  .20011E-01  .28088E-02
   85  .41180E-01  .21907E-01  .55016E-02
   95  .43934E-01  .24786E-01  .00000E+00
  105  .25470E-01  .16990E-01  .00000E+00
  115  .42250E-01  .17972E-01  .30977E-02
  125  .49825E-01  .20030E-01  .00000E+00
  135  .34659E-01  .19461E-01  .00000E+00
  145  .23347E-01  .28176E-01  .43600E-02
  155  .12771E-01  .12525E-01  .00000E+00
  165  .53305E-01  .94677E-02  .00000E+00
  175  .24122E+00  .00000E+00  .22043E-01
  Number of Simulations =     500
  Sums of Weights of all events =   500.00  error=    22.36
  average weight per event event = 1.000  plus-minus 0.045