Ticket #56: output2.out

Welcome to Sherpa, Chris Boddy (SLHC 2008). Initialization of framework underway.
Run_Parameter::Init(): Setting memory limit to 3.76438 GB.
-----------------------------------------------------------------------------
-----------    Event generation run with SHERPA started .......   -----------
-----------------------------------------------------------------------------
................................................ |       +                   
................................................ ||  |       +  +            
...................................        ....  | |         /   +           
................. ................   _,_ |  ....  ||         +|  +  +        
...............................  __.'  ,\|  ...  ||    /    +|          +    
.............................. (  \    \   ...  | |  |   + + \         +   
.............................  (    \   -/  .... ||       +    |          +  
........ ...................  <S   /()))))~~~~~~~~##     +     /\    +       
............................ (!H   (~~)))))~~~~~~#/     +  +    |  +         
................ ........... (!E   (~~~)))))     /|/    +         +          
............................ (!R   (~~~)))))   |||   + +            +        
..... ...................... (!P    (~~~~)))   /|  + +          +            
............................ (!A>    (~~~~~~~~~##        + +        +        
............................. ~~(!    '~~~~~~~ \       +     + +      +      
...............................  `~~~QQQQQDb //   |         + + +        +   
........................ ..........   IDDDDP||     \  + + + + +             +
....................................  IDDDI||       \                      + 
.................................... IHD HD||         \ + +  + + + + +      +
...................................  IHD ##|            :-) + +\          +  
......... ............... ......... IHI ## /      /   +  + + + +\       +    
................................... IHI/ /       /      + + + +        +     
................................... ## | | /    / + +      + + /      +      
....................... /TT\ .....  ##/ ///  / + + + + + + +/       +        
......................./TTT/T\ ... /TT\/\\\ / + + + + + + +/   \         +   
version 1.2.0 ......../TTT/TTTT\...|TT/T\\\/   +    ++  + /                  
-----------------------------------------------------------------------------

     SHERPA version 1.2.0                                              
                                                                             
     Authors:        Tanju Gleisberg, Stefan Hoeche, Frank Krauss,           
                     Marek Schoenherr, Steffen Schumann, Frank Siegert,      
                     Jan Winter.
     Former Authors: Timo Fischer, Ralf Kuhn, Thomas Laubrich,               
                     Andreas Schaelicke                                      
                                                                             
     This program uses a lot of genuine and original research work           
     by other people. Users are encouraged to refer to                       
     the various original publications.                                      
                                                                             
     Users are kindly asked to refer to the documentation                    
     published under JHEP 02(2009)007                                        
                                                                             
     Please visit also our homepage                                          
                                                                             
       http://www.sherpa-mc.de                                               
                                                                             
     for news, bugreports, updates and new releases.                         
                                                                             
-----------------------------------------------------------------------------

Initialize the Standard Model from  / Model.dat
 List of Particle Data 
      IDName       kfc   MASS[<kfc>]    WIDTH[<kfc>]   STABLE[<kfc>]  MASSIVE[<kfc>]  ACTIVE[<kfc>]
           d         1          0.01               0               1               0              1
           u         2         0.005               0               1               0              1
           s         3           0.2               0               1               0              1
           c         4          1.42               0               1               0              1
           b         5           4.8               0               1               0              1
           t         6           175             1.5               1               1              1
          e-        11      0.000511               0               1               0              1
        nu_e        12             0               0               1               0              1
         mu-        13         0.105               0               1               0              1
       nu_mu        14             0               0               1               0              1
        tau-        15         1.777        2.36e-12               0               0              1
      nu_tau        16             0               0               1               0              1
           G        21             0               0               1               0              1
           P        22             0               0               1               0              1
           Z        23        91.188            2.49               1               1              1
          W+        24        80.419            2.06               1               1              1
          h0        25           120          0.0037               1               1              1

 List of Particle Containers 
    IDName     kfc     Constituents
    lepton      90     {e-,e+,mu-,mu+,tau-,tau+}
  neutrino      91     {nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub}
   fermion      92     {d,db,u,ub,s,sb,c,cb,b,bb,e-,e+,mu-,mu+,tau-,tau+,nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub}
         j      93     {d,db,u,ub,s,sb,c,cb,b,bb,G}
         Q      94     {d,db,u,ub,s,sb,c,cb,b,bb}
         r      99     {d,db,u,ub,s,sb,c,cb,b,bb,G,P}

Initialized the beams Monochromatic*Monochromatic
PDF set 'cteq6l' loaded from 'libCTEQ6Sherpa'.
PDF set 'cteq6l' loaded from 'libCTEQ6Sherpa'.
Initialized the ISR: (SF)*(SF)
Initialized the Beam_Remnant_Handler.
Initialized the Shower_Handler.
Initialized the Fragmentation_Handler.
+----------------------------------+
|                                  |
|      [31mCCC[0m  [32mOOO[0m  [34mM[0m   [34mM[0m I [33mX[0m   [33mX[0m     |
|     [31mC[0m    [32mO[0m   [32mO[0m [34mMM[0m [34mMM[0m I  [33mX[0m [33mX[0m      |
|     [31mC[0m    [32mO[0m   [32mO[0m [34mM[0m [34mM[0m [34mM[0m I   [33mX[0m       |
|     [31mC[0m    [32mO[0m   [32mO[0m [34mM[0m   [34mM[0m I  [33mX[0m [33mX[0m      |
|      [31mCCC[0m  [32mOOO[0m  [34mM[0m   [34mM[0m I [33mX[0m   [33mX[0m     |
|                                  |
+==================================+
|  Color dressed  Matrix Elements  |
|     http://comix.freacafe.de     |
|   please cite  JHEP12(2008)039   |
+----------------------------------+
Matrix_Element_Handler::BuildProcesses(): Looking for processes ........................................................................................................................................................................................................................................................................................................ done ( 170640 kB, 257.7 s ).
Matrix_Element_Handler::InitializeProcesses(): Performing tests ............
  Amplitude::GaugeTest(): Large deviation {
         4.29281321334e+26
     vs  4.40783197711e+26
     =>    -0.026094180624
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.54112957198e+26
     vs  4.60794982939e+26
     =>    -0.665549836904
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.01448382203e+27
     vs  7.75322686342e+26
     =>     0.308466577719
  }
.
  Amplitude::GaugeTest(): Large deviation {
         5.17679468929e+24
     vs  1.08629382285e+24
     =>      3.76555659287
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.2325757644e+20
     vs  5.88366206965e+19
     =>      1.09491257284
  }
.
  Amplitude::GaugeTest(): Large deviation {
         2.96571236033e+17
     vs   3.3587056624e+17
     =>    -0.117007365805
  }
.
  Amplitude::GaugeTest(): Large deviation {
         4.80860266767e+19
     vs   2.9112476344e+20
     =>    -0.834826738514
  }
.
  Amplitude::GaugeTest(): Large deviation {
         3.30358265662e+18
     vs  3.70698963028e+18
     =>    -0.108823334809
  }
.
  Amplitude::GaugeTest(): Large deviation {
          4.7895539269e+17
     vs  4.27779352168e+17
     =>     0.119631862227
  }
.
  Amplitude::GaugeTest(): Large deviation {
         2.65080057099e+15
     vs  2.90169226042e+15
     =>   -0.0864639206753
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.86716395601e+20
     vs  4.41074486376e+20
     =>    -0.576678313146
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.75237760637e+14
     vs  1.43923262994e+14
     =>     0.217577735469
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.6101447096e+18
     vs  2.14615132045e+18
     =>    -0.249752478191
  }
.
  Amplitude::GaugeTest(): Large deviation {
         8.24204607021e+15
     vs  5.52718800392e+15
     =>     0.491182508062
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.2417391271e+21
     vs  3.05239107325e+20
     =>      3.06808661571
  }
.
  Amplitude::GaugeTest(): Large deviation {
         5.23410883819e+19
     vs  3.60588835828e+19
     =>      0.45154489494
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.02809081797e+15
     vs  8.30679580527e+15
     =>    -0.876234971694
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.95893166422e+18
     vs  1.90540291262e+18
     =>    0.0280931404303
  }
.
  Amplitude::GaugeTest(): Large deviation {
         9.19564610287e+16
     vs  8.82214703708e+16
     =>    0.0423365269497
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.20396329852e+15
     vs    6.192793297e+15
     =>    0.0018037097284
  }
..
  Amplitude::GaugeTest(): Large deviation {
         2.65876138746e+17
     vs  1.64111444889e+17
     =>     0.620095045322
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.12177149589e+18
     vs       3.959145e+17
     =>      1.83336805268
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.43540536606e+17
     vs   1.1729847462e+18
     =>    -0.451364957054
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.56163865123e+17
     vs   1.6447109302e+17
     =>   -0.0505087413524
  }
.
  Amplitude::GaugeTest(): Large deviation {
         8.94504354857e+20
     vs  9.81113213295e+20
     =>   -0.0882761105083
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.52358853831e+15
     vs  1.95693988082e+15
     =>    -0.221443359989
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.9948502885e+17
     vs   1.5201704604e+17
     =>     0.312254342827
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.09506537826e+17
     vs  1.11694853931e+17
     =>     -0.01959191519
  }
.
  Amplitude::GaugeTest(): Large deviation {
         4.77570058332e+18
     vs  3.45223986696e+18
     =>     0.383362908538
  }
.
  Amplitude::GaugeTest(): Large deviation {
         3.38851196373e+16
     vs  3.28934308567e+17
     =>    -0.896985146411
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.80609195023e+24
     vs  7.86152218003e+24
     =>    -0.134252655609
  }
.
  Amplitude::GaugeTest(): Large deviation {
          3.8366813154e+22
     vs  3.04403377568e+22
     =>     0.260393805765
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.06314390364e+17
     vs  1.11009310501e+17
     =>    -0.042293030338
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.96040389638e+22
     vs  4.42264179393e+22
     =>     0.573811359975
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.53735294167e+22
     vs  1.13715795152e+23
     =>    -0.425114784368
  }
.
  Amplitude::GaugeTest(): Large deviation {
          5.2278538409e+24
     vs  8.16938069767e+24
     =>     -0.36006730077
  }
.
  Amplitude::GaugeTest(): Large deviation {
         7.88749818563e+14
     vs   7.4852938609e+14
     =>    0.0537326031834
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.43466322256e+22
     vs  9.85064938015e+21
     =>     0.456414868902
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.89060066936e+19
     vs  3.23820098293e+19
     =>    -0.416157094841
  }
.
  Amplitude::GaugeTest(): Large deviation {
         9.00462080255e+16
     vs  3.82607183256e+18
     =>      -0.9764651026
  }
.
  Amplitude::GaugeTest(): Large deviation {
         4.66171532306e+18
     vs  3.30904684029e+19
     =>    -0.859122111349
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.44029271408e+18
     vs  2.22252756763e+19
     =>    -0.935195732325
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.76362122486e+20
     vs  7.81175531049e+19
     =>      1.25765036764
  }
..........
  Amplitude::GaugeTest(): Large deviation {
         1.91522999589e+13
     vs  1.54914877788e+13
     =>     0.236311207313
  }
......
  Amplitude::GaugeTest(): Large deviation {
             93070765598.8
     vs      80210226132.7
     =>     0.160335409664
  }
......
  Amplitude::GaugeTest(): Large deviation {
         3.10021406476e+12
     vs   1.1795011732e+12
     =>      1.62841117517
  }
......
  Amplitude::GaugeTest(): Large deviation {
             97976620.7042
     vs      107535243.038
     =>   -0.0888882757313
  }
.............................................
  Amplitude::GaugeTest(): Large deviation {
             27600818850.3
     vs      42435200742.4
     =>    -0.349577276237
  }
.
  Amplitude::GaugeTest(): Large deviation {
         8.67336987778e+13
     vs  5.05582975395e+14
     =>    -0.828448142048
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.2524010963e+12
     vs  1.47963784597e+12
     =>    -0.153575924196
  }
.
  Amplitude::GaugeTest(): Large deviation {
               83210723339
     vs      73431477375.5
     =>     0.133175122073
  }
.........................................
  Amplitude::GaugeTest(): Large deviation {
             34085516109.3
     vs      18783861513.6
     =>     0.814617089493
  }
.
  Amplitude::GaugeTest(): Large deviation {
              300309146819
     vs       431725757977
     =>    -0.304398356432
  }
.
  Amplitude::GaugeTest(): Large deviation {
             3441214568.24
     vs      1853593435.68
     =>     0.856509902328
  }
.
  Amplitude::GaugeTest(): Large deviation {
             7831407428.63
     vs      6516752015.25
     =>     0.201734761474
  }
..........
  Amplitude::GaugeTest(): Large deviation {
             44681394774.3
     vs        47281214537
     =>   -0.0549863151398
  }
......
  Amplitude::GaugeTest(): Large deviation {
         7.40460522946e+12
     vs   3.0864667354e+13
     =>    -0.760094442472
  }
......
  Amplitude::GaugeTest(): Large deviation {
              479575030948
     vs       170377293738
     =>      1.81478253601
  }
......
  Amplitude::GaugeTest(): Large deviation {
         1.72844024808e+12
     vs       171986270668
     =>      9.04987340776
  }
.....................
  Amplitude::GaugeTest(): Large deviation {
             4271636005.21
     vs      6343059633.09
     =>    -0.326565371872
  }
.
  Amplitude::GaugeTest(): Large deviation {
          1.1612362464e+13
     vs  1.96759029105e+13
     =>     -0.40981806442
  }
.
  Amplitude::GaugeTest(): Large deviation {
             93795357.8594
     vs      83806235.6404
     =>     0.119193066514
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.34055987856e+12
     vs  4.20683822645e+12
     =>    -0.681337905954
  }
.................
  Amplitude::GaugeTest(): Large deviation {
         2.21138367173e+15
     vs  2.24424969419e+15
     =>   -0.0146445480379
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.49633792464e+13
     vs  8.36181382267e+12
     =>     0.789489644684
  }
.
  Amplitude::GaugeTest(): Large deviation {
             37537375911.1
     vs      30398428096.6
     =>     0.234845952952
  }
.
  Amplitude::GaugeTest(): Large deviation {
              448729019561
     vs       798702550112
     =>    -0.438177554963
  }
........
  Amplitude::GaugeTest(): Large deviation {
         8.08374648795e+15
     vs  1.25696256154e+16
     =>    -0.356882477226
  }
....
  Amplitude::GaugeTest(): Large deviation {
         3.92833479269e+14
     vs  3.98253505739e+14
     =>   -0.0136094884085
  }
....
  Amplitude::GaugeTest(): Large deviation {
         4.93081475221e+13
     vs  1.33698464589e+14
     =>    -0.631198849787
  }
....
  Amplitude::GaugeTest(): Large deviation {
         5.96281199893e+17
     vs   1.0338855505e+18
     =>    -0.423261888511
  }
.
  Amplitude::GaugeTest(): Large deviation {
         7.55196037122e+17
     vs  8.20013107007e+17
     =>   -0.0790439437258
  }
.
  Amplitude::GaugeTest(): Large deviation {
         4.83043873911e+12
     vs    1.747201434e+12
     =>      1.76467191768
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.38018301536e+16
     vs  4.68862931846e+17
     =>    -0.970563187627
  }
.
  Amplitude::GaugeTest(): Large deviation {
         2.21601356312e+15
     vs  2.53154047949e+15
     =>    -0.124638305776
  }
.....
  Amplitude::GaugeTest(): Large deviation {
             12281980548.7
     vs      9270071733.57
     =>      0.32490674309
  }
.
  Amplitude::GaugeTest(): Large deviation {
         2.21781552156e+18
     vs  3.78068752569e+18
     =>    -0.413383013937
  }
.
  Amplitude::GaugeTest(): Large deviation {
          4.6388997128e+19
     vs  2.71795809337e+19
     =>     0.706759101299
  }
.
  Amplitude::GaugeTest(): Large deviation {
         3.04408187125e+13
     vs  4.86823478613e+13
     =>    -0.374705205277
  }
.
  Amplitude::GaugeTest(): Large deviation {
         6.34387377094e+12
     vs  2.16860143619e+13
     =>    -0.707467049267
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.40894646489e+13
     vs  1.37604341043e+13
     =>    0.0239113491676
  }
.
  Amplitude::GaugeTest(): Large deviation {
          5.0981657202e+15
     vs  7.24547346936e+15
     =>     -0.29636541466
  }
.
  Amplitude::GaugeTest(): Large deviation {
         7.87994191659e+13
     vs  5.08082290445e+14
     =>    -0.844908156321
  }
.
  Amplitude::GaugeTest(): Large deviation {
         2.36354384491e+13
     vs  1.02604406499e+13
     =>      1.30355003801
  }
.
  Amplitude::GaugeTest(): Large deviation {
             25707006602.3
     vs      21000314453.8
     =>     0.224124841503
  }
.
  Amplitude::GaugeTest(): Large deviation {
             1977897575.41
     vs      1491928822.21
     =>     0.325731861982
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.33843197271e+12
     vs       185145419614
     =>      6.22908498357
  }
.
  Amplitude::GaugeTest(): Large deviation {
         3.73377513689e+12
     vs  7.16466721637e+12
     =>    -0.478862726749
  }
.
  Amplitude::GaugeTest(): Large deviation {
             4700467691.59
     vs      3292047312.56
     =>     0.427825072155
  }
.
  Amplitude::GaugeTest(): Large deviation {
             1055561648.08
     vs      1415025146.02
     =>    -0.254033293298
  }
.
  Amplitude::GaugeTest(): Large deviation {
              165476696217
     vs       306424759612
     =>    -0.459976091925
  }
.
  Amplitude::GaugeTest(): Large deviation {
             200074043.931
     vs      112730688.307
     =>     0.774796614269
  }
.
  Amplitude::GaugeTest(): Large deviation {
              149218726460
     vs       100242116154
     =>     0.488583164299
  }
.
  Amplitude::GaugeTest(): Large deviation {
         7.58347556675e+16
     vs   9.2374956459e+16
     =>    -0.179055032073
  }
.
  Amplitude::GaugeTest(): Large deviation {
         1.42037203733e+15
     vs  6.15726954868e+15
     =>    -0.769317872784
  }
. done ( 170640 kB, 0.12 s ).
Initialized the Matrix_Element_Handler for the hard processes.
Hadron_Decay_Map::Read:
   Initializing hadron decay tables. This may take some time.
Initialized the Hadron_Decay_Handler, Decay model = Hadrons
Initialized the Soft_Photon_Handler.
Process_Group::CalculateTotalXSec(): Calculate xs for '2_6__j__j__t[W+[lepton__neutrino]__b]__tb[W-[lepton__neutrino]__bb]' (Comix)
Starting the calculation. Lean back and enjoy ... .
[34m161.391 pb[0m +- ( [31m6.00951 pb = 3.72356 %[0m ) 5000 ( 5000 -> 100 % )
full optimization:  ( 7 s elapsed / 454 s left / 461 s total )   
[34m159.276 pb[0m +- ( [31m3.7776 pb = 2.37174 %[0m ) 10000 ( 10000 -> 100 % )
full optimization:  ( 14 s elapsed / 447 s left / 461 s total )   
[34m159.782 pb[0m +- ( [31m2.89875 pb = 1.81419 %[0m ) 15000 ( 15000 -> 100 % )
full optimization:  ( 22 s elapsed / 439 s left / 461 s total )   
[34m159.436 pb[0m +- ( [31m2.3893 pb = 1.49859 %[0m ) 20000 ( 20000 -> 100 % )
full optimization:  ( 29 s elapsed / 432 s left / 461 s total )   
[34m158.361 pb[0m +- ( [31m2.04428 pb = 1.2909 %[0m ) 25000 ( 25000 -> 100 % )
full optimization:  ( 37 s elapsed / 424 s left / 461 s total )   
[34m157.118 pb[0m +- ( [31m1.7918 pb = 1.14042 %[0m ) 30000 ( 30000 -> 100 % )
full optimization:  ( 44 s elapsed / 417 s left / 461 s total )   
[34m155.992 pb[0m +- ( [31m1.36151 pb = 0.872813 %[0m ) 40000 ( 40000 -> 100 % )
full optimization:  ( 59 s elapsed / 402 s left / 461 s total )   
[34m154.681 pb[0m +- ( [31m1.10166 pb = 0.712215 %[0m ) 50000 ( 50000 -> 100 % )
full optimization:  ( 74 s elapsed / 387 s left / 461 s total )   
[34m153.725 pb[0m +- ( [31m0.938673 pb = 0.61062 %[0m ) 60000 ( 60000 -> 100 % )
full optimization:  ( 89 s elapsed / 372 s left / 461 s total )   
[34m153.395 pb[0m +- ( [31m0.826768 pb = 0.538979 %[0m ) 70000 ( 70000 -> 100 % )
full optimization:  ( 104 s elapsed / 357 s left / 461 s total )   
[34m152.585 pb[0m +- ( [31m0.738504 pb = 0.483994 %[0m ) 80000 ( 80000 -> 100 % )
full optimization:  ( 119 s elapsed / 342 s left / 461 s total )   
[34m152.682 pb[0m +- ( [31m0.675388 pb = 0.442349 %[0m ) 90000 ( 90000 -> 100 % )
full optimization:  ( 133 s elapsed / 328 s left / 461 s total )   
[34m152.439 pb[0m +- ( [31m0.626225 pb = 0.410803 %[0m ) 100000 ( 100000 -> 100 % )
full optimization:  ( 148 s elapsed / 313 s left / 461 s total )   
[34m152.204 pb[0m +- ( [31m0.585165 pb = 0.384462 %[0m ) 110000 ( 110000 -> 100 % )
full optimization:  ( 163 s elapsed / 298 s left / 461 s total )   
[34m152.381 pb[0m +- ( [31m0.552583 pb = 0.362633 %[0m ) 120000 ( 120000 -> 100 % )
full optimization:  ( 178 s elapsed / 283 s left / 461 s total )   
[34m152.491 pb[0m +- ( [31m0.524493 pb = 0.34395 %[0m ) 130000 ( 130000 -> 100 % )
full optimization:  ( 193 s elapsed / 268 s left / 461 s total )   
[34m152.411 pb[0m +- ( [31m0.499443 pb = 0.327695 %[0m ) 140000 ( 140000 -> 100 % )
full optimization:  ( 208 s elapsed / 253 s left / 461 s total )   
[34m152.743 pb[0m +- ( [31m0.478786 pb = 0.313458 %[0m ) 150000 ( 150000 -> 100 % )
full optimization:  ( 223 s elapsed / 238 s left / 461 s total )   
[34m152.439 pb[0m +- ( [31m0.45813 pb = 0.300534 %[0m ) 160000 ( 160000 -> 100 % )
full optimization:  ( 238 s elapsed / 223 s left / 461 s total )   
[34m152.356 pb[0m +- ( [31m0.441364 pb = 0.289693 %[0m ) 170000 ( 170000 -> 100 % )
full optimization:  ( 253 s elapsed / 208 s left / 461 s total )   
[34m152.703 pb[0m +- ( [31m0.427069 pb = 0.279673 %[0m ) 180000 ( 180000 -> 100 % )
full optimization:  ( 267 s elapsed / 194 s left / 461 s total )   
[34m152.797 pb[0m +- ( [31m0.414458 pb = 0.271247 %[0m ) 190000 ( 190000 -> 100 % )
full optimization:  ( 282 s elapsed / 179 s left / 461 s total )   
[34m152.929 pb[0m +- ( [31m0.40246 pb = 0.263167 %[0m ) 200000 ( 200000 -> 100 % )
full optimization:  ( 297 s elapsed / 164 s left / 461 s total )   
[34m152.981 pb[0m +- ( [31m0.391958 pb = 0.256213 %[0m ) 210000 ( 210000 -> 100 % )
full optimization:  ( 312 s elapsed / 149 s left / 461 s total )   
[34m152.944 pb[0m +- ( [31m0.381543 pb = 0.249466 %[0m ) 220000 ( 220000 -> 100 % )
full optimization:  ( 327 s elapsed / 134 s left / 461 s total )   
[34m153.027 pb[0m +- ( [31m0.363155 pb = 0.237315 %[0m ) 240000 ( 240000 -> 100 % )
integration time:  ( 357 s elapsed / 104 s left / 461 s total )   
[34m152.838 pb[0m +- ( [31m0.346447 pb = 0.226676 %[0m ) 260000 ( 260000 -> 100 % )
integration time:  ( 386 s elapsed / 75 s left / 461 s total )   
[34m152.735 pb[0m +- ( [31m0.332283 pb = 0.217555 %[0m ) 280000 ( 280000 -> 100 % )
integration time:  ( 416 s elapsed / 45 s left / 461 s total )   
[34m152.846 pb[0m +- ( [31m0.320169 pb = 0.209472 %[0m ) 300000 ( 300000 -> 100 % )
integration time:  ( 446 s elapsed / 14 s left / 460 s total )   
[34m152.702 pb[0m +- ( [31m0.31399 pb = 0.205624 %[0m ) 310000 ( 310000 -> 100 % )
integration time:  ( 460 s elapsed / 0 s left / 460 s total )   
[1m2_6__j__j__t[W+[lepton__neutrino]__b]__tb[W-[lepton__neutrino]__bb][0m : [34m[1m152.702 pb[0m +- ( [31m0.31399 pb = 0.205624 %[0m ) [1m exp. eff: [31m2.85381 %[0m
Process_Group::CalculateTotalXSec(): Calculate xs for '2_7__j__j__t[W+[lepton__neutrino]__b]__tb[W-[lepton__neutrino]__bb]__j' (Comix)
Starting the calculation. Lean back and enjoy ... .
[34m339.488 pb[0m +- ( [31m20.3084 pb = 5.98206 %[0m ) 5000 ( 7002 -> 71.4 % )
full optimization:  ( 37 s elapsed / 2291 s left / 2328 s total )   
[34m368.365 pb[0m +- ( [31m15.2742 pb = 4.14649 %[0m ) 10000 ( 13686 -> 74.8 % )
full optimization:  ( 75 s elapsed / 2273 s left / 2348 s total )   
[34m355.695 pb[0m +- ( [31m10.9154 pb = 3.06876 %[0m ) 15000 ( 20200 -> 76.7 % )
full optimization:  ( 113 s elapsed / 2242 s left / 2355 s total )   
[34m359.351 pb[0m +- ( [31m8.68461 pb = 2.41675 %[0m ) 20000 ( 25871 -> 88.1 % )
full optimization:  ( 153 s elapsed / 2223 s left / 2376 s total )   
[34m362.55 pb[0m +- ( [31m7.28692 pb = 2.0099 %[0m ) 25000 ( 31225 -> 93.3 % )
full optimization:  ( 192 s elapsed / 2197 s left / 2389 s total )   
[34m366.902 pb[0m +- ( [31m6.38041 pb = 1.739 %[0m ) 30000 ( 36494 -> 94.8 % )
full optimization:  ( 232 s elapsed / 2166 s left / 2398 s total )   
[34m371.481 pb[0m +- ( [31m5.15251 pb = 1.38702 %[0m ) 40000 ( 46906 -> 96 % )
full optimization:  ( 309 s elapsed / 2089 s left / 2398 s total )   
[34m364.715 pb[0m +- ( [31m4.14856 pb = 1.13748 %[0m ) 50000 ( 57260 -> 96.5 % )
full optimization:  ( 387 s elapsed / 2015 s left / 2402 s total )   
[34m363.726 pb[0m +- ( [31m3.61918 pb = 0.995028 %[0m ) 60000 ( 67609 -> 96.6 % )
full optimization:  ( 464 s elapsed / 1934 s left / 2398 s total )   
[34m367.17 pb[0m +- ( [31m3.28034 pb = 0.893411 %[0m ) 70000 ( 77960 -> 96.6 % )
full optimization:  ( 542 s elapsed / 1861 s left / 2403 s total )   
[34m366.536 pb[0m +- ( [31m2.99998 pb = 0.818469 %[0m ) 80000 ( 88287 -> 96.8 % )
full optimization:  ( 620 s elapsed / 1784 s left / 2404 s total )   
[34m367.408 pb[0m +- ( [31m2.74742 pb = 0.747785 %[0m ) 90000 ( 98592 -> 97 % )
full optimization:  ( 697 s elapsed / 1704 s left / 2401 s total )   
[34m367.897 pb[0m +- ( [31m2.54701 pb = 0.692316 %[0m ) 100000 ( 108839 -> 97.5 % )
full optimization:  ( 774 s elapsed / 1626 s left / 2400 s total )   
[34m368.623 pb[0m +- ( [31m2.37959 pb = 0.645534 %[0m ) 110000 ( 119066 -> 97.7 % )
full optimization:  ( 850 s elapsed / 1547 s left / 2397 s total )   
[34m369.332 pb[0m +- ( [31m2.25065 pb = 0.609385 %[0m ) 120000 ( 129334 -> 97.3 % )
full optimization:  ( 927 s elapsed / 1468 s left / 2395 s total )   
[34m368.893 pb[0m +- ( [31m2.12889 pb = 0.577104 %[0m ) 130000 ( 139633 -> 97 % )
full optimization:  ( 1004 s elapsed / 1390 s left / 2394 s total )   
[34m369.258 pb[0m +- ( [31m2.0319 pb = 0.550265 %[0m ) 140000 ( 149913 -> 97.2 % )
full optimization:  ( 1083 s elapsed / 1315 s left / 2398 s total )   
[34m369.238 pb[0m +- ( [31m1.94957 pb = 0.527999 %[0m ) 150000 ( 160176 -> 97.4 % )
full optimization:  ( 1160 s elapsed / 1238 s left / 2398 s total )   
[34m369.273 pb[0m +- ( [31m1.88753 pb = 0.511146 %[0m ) 160000 ( 170434 -> 97.4 % )
full optimization:  ( 1236 s elapsed / 1160 s left / 2396 s total )   
[34m369.379 pb[0m +- ( [31m1.81646 pb = 0.491761 %[0m ) 170000 ( 180687 -> 97.5 % )
full optimization:  ( 1313 s elapsed / 1082 s left / 2395 s total )   
[34m368.705 pb[0m +- ( [31m1.7446 pb = 0.47317 %[0m ) 180000 ( 190948 -> 97.4 % )
full optimization:  ( 1390 s elapsed / 1004 s left / 2394 s total )   
[34m368.612 pb[0m +- ( [31m1.68764 pb = 0.457836 %[0m ) 190000 ( 201245 -> 97.1 % )
full optimization:  ( 1466 s elapsed / 926 s left / 2392 s total )   
[34m369.041 pb[0m +- ( [31m1.64826 pb = 0.446635 %[0m ) 200000 ( 211540 -> 97.1 % )
full optimization:  ( 1542 s elapsed / 848 s left / 2390 s total )   
[34m368.667 pb[0m +- ( [31m1.59763 pb = 0.433353 %[0m ) 210000 ( 221803 -> 97.4 % )
full optimization:  ( 1618 s elapsed / 771 s left / 2389 s total )   
[34m368.93 pb[0m +- ( [31m1.55155 pb = 0.420554 %[0m ) 220000 ( 232061 -> 97.4 % )
full optimization:  ( 1694 s elapsed / 693 s left / 2387 s total )   
[34m369.323 pb[0m +- ( [31m1.48058 pb = 0.400891 %[0m ) 240000 ( 252598 -> 97.3 % )
integration time:  ( 1848 s elapsed / 539 s left / 2387 s total )   
[34m369.665 pb[0m +- ( [31m1.41522 pb = 0.382839 %[0m ) 260000 ( 273145 -> 97.3 % )
integration time:  ( 2002 s elapsed / 385 s left / 2387 s total )   
[34m370.823 pb[0m +- ( [31m1.36096 pb = 0.367011 %[0m ) 280000 ( 293652 -> 97.4 % )
integration time:  ( 2160 s elapsed / 232 s left / 2392 s total )   
[34m370.732 pb[0m +- ( [31m1.34103 pb = 0.361726 %[0m ) 300000 ( 314158 -> 97.4 % )
integration time:  ( 2312 s elapsed / 77 s left / 2389 s total )   
[34m370.59 pb[0m +- ( [31m1.315 pb = 0.354839 %[0m ) 310000 ( 324418 -> 97.4 % )
integration time:  ( 2388 s elapsed / 0 s left / 2388 s total )   
[1m2_7__j__j__t[W+[lepton__neutrino]__b]__tb[W-[lepton__neutrino]__bb]__j[0m : [34m[1m370.59 pb[0m +- ( [31m1.315 pb = 0.354839 %[0m ) [1m exp. eff: [31m0.285604 %[0m
Process_Group::CalculateTotalXSec(): Calculate xs for '2_8__j__j__t[W+[lepton__neutrino]__b]__tb[W-[lepton__neutrino]__bb]__j__j' (Comix)
Starting the calculation. Lean back and enjoy ... .