PYTHIA8/pythia8175/examples/outref/out16

   1  PYTHIA settings will be read from file main16.cmnd
   2
   3  *------------------------------------------------------------------------------------*
   4  |                                                                                    |
   5  |  *------------------------------------------------------------------------------*  |
   6  |  |                                                                              |  |
   7  |  |                                                                              |  |
   8  |  |   PPP   Y   Y  TTTTT  H   H  III    A      Welcome to the Lund Monte Carlo!  |  |
   9  |  |   P  P   Y Y     T    H   H   I    A A     This is PYTHIA version 8.175      |  |
  10  |  |   PPP     Y      T    HHHHH   I   AAAAA    Last date of change: 16 Feb 2013  |  |
  11  |  |   P       Y      T    H   H   I   A   A                                      |  |
  12  |  |   P       Y      T    H   H  III  A   A    Now is 16 Feb 2013 at 11:33:59    |  |
  13  |  |                                                                              |  |
  14  |  |   Torbjorn Sjostrand;  Department of Astronomy and Theoretical Physics,      |  |
  15  |  |      Lund University, Solvegatan 14A, SE-223 62 Lund, Sweden;                |  |
  16  |  |      phone: + 46 - 46 - 222 48 16; e-mail: torbjorn@thep.lu.se               |  |
  17  |  |   Jesper Roy Christiansen;  Department of Astronomy and Theoretical Physics  |  |
  18  |  |      Lund University, Solvegatan 14A, SE-223 62 Lund, Sweden;                |  |
  19  |  |      e-mail: Jesper.Roy.Christiansen@thep.lu.se                              |  |
  20  |  |   Philip Ilten;  School of Physics, Uniiversity College Dublin,              |  |
  21  |  |      Belfield, Dublin 4, Ireland;                                            |  |
  22  |  |      e-mail: philten@cern.ch                                                 |  |
  23  |  |   Stephen Mrenna;  Computing Division, Simulations Group,                    |  |
  24  |  |      Fermi National Accelerator Laboratory, MS 234, Batavia, IL 60510, USA;  |  |
  25  |  |      phone: + 1 - 630 - 840 - 2556; e-mail: mrenna@fnal.gov                  |  |
  26  |  |   Stefan Prestel;  Department of Astronomy and Theoretical Physics,          |  |
  27  |  |      Lund University, Solvegatan 14A, SE-223 62 Lund, Sweden;                |  |
  28  |  |      phone: + 46 - 46 - 222 06 64; e-mail: stefan.prestel@thep.lu.se         |  |
  29  |  |   Peter Skands;  Theoretical Physics, CERN, CH-1211 Geneva 23, Switzerland;  |  |
  30  |  |      phone: + 41 - 22 - 767 2447; e-mail: peter.skands@cern.ch               |  |
  31  |  |   Stefan Ask; former author; e-mail: ask.stefan@gmail.com                    |  |
  32  |  |   Richard Corke; former author; e-mail: r.corke@errno.net                    |  |
  33  |  |                                                                              |  |
  34  |  |   The main program reference is the 'Brief Introduction to PYTHIA 8.1',      |  |
  35  |  |   T. Sjostrand, S. Mrenna and P. Skands, Comput. Phys. Comm. 178 (2008) 85   |  |
  36  |  |   [arXiv:0710.3820]                                                          |  |
  37  |  |                                                                              |  |
  38  |  |   The main physics reference is the 'PYTHIA 6.4 Physics and Manual',         |  |
  39  |  |   T. Sjostrand, S. Mrenna and P. Skands, JHEP05 (2006) 026 [hep-ph/0603175]. |  |
  40  |  |                                                                              |  |
  41  |  |   An archive of program versions and documentation is found on the web:      |  |
  42  |  |   http://www.thep.lu.se/~torbjorn/Pythia.html                                |  |
  43  |  |                                                                              |  |
  44  |  |   This program is released under the GNU General Public Licence version 2.   |  |
  45  |  |   Please respect the MCnet Guidelines for Event Generator Authors and Users. |  |
  46  |  |                                                                              |  |
  47  |  |   Disclaimer: this program comes without any guarantees.                     |  |
  48  |  |   Beware of errors and use common sense when interpreting results.           |  |
  49  |  |                                                                              |  |
  50  |  |   Copyright (C) 2013 Torbjorn Sjostrand                                      |  |
  51  |  |                                                                              |  |
  52  |  |                                                                              |  |
  53  |  *------------------------------------------------------------------------------*  |
  54  |                                                                                    |
  55  *------------------------------------------------------------------------------------*
  56
  57
  58  *-------  PYTHIA Process Initialization  --------------------------*
  59  |                                                                  |
  60  | We collide p+ with p+ at a CM energy of 1.400e+04 GeV            |
  61  |                                                                  |
  62  |------------------------------------------------------------------|
  63  |                                                    |             |
  64  | Subprocess                                    Code |   Estimated |
  65  |                                                    |    max (mb) |
  66  |                                                    |             |
  67  |------------------------------------------------------------------|
  68  |                                                    |             |
  69  | g g -> H (SM)                                  902 |   2.154e-07 |
  70  |                                                                  |
  71  *-------  End PYTHIA Process Initialization -----------------------*
  72
  73  *-------  PYTHIA Multiparton Interactions Initialization  ---------*
  74  |                                                                  |
  75  |            minbias,   sigmaNonDiffractive =   57.54 mb           |
  76  |                                                                  |
  77  |    pT0 =  3.08 gives sigmaInteraction =  270.41 mb: accepted     |
  78  |                                                                  |
  79  *-------  End PYTHIA Multiparton Interactions Initialization  -----*
  80
  81  *-------  PYTHIA Flag + Mode + Parm + Vect + Word Settings (changes only)  ---------------------------------------*
  82  |                                                                                                                 |
  83  | Name                                          |                      Now |      Default         Min         Max |
  84  |                                               |                          |                                      |
  85  | BeamRemnants:reconnectRange                   |                  1.50000 |     10.00000         0.0    10.00000 |
  86  | HiggsSM:gg2H                                  |                       on |          off                         |
  87  | Init:showOneParticleData                      |                       25 |            0           0             |
  88  | MultipartonInteractions:alphaSvalue           |                  0.13500 |      0.12700   0.0600000     0.25000 |
  89  | MultipartonInteractions:bProfile              |                        3 |            1           0           4 |
  90  | MultipartonInteractions:ecmPow                |                  0.19000 |      0.24000         0.0     0.50000 |
  91  | MultipartonInteractions:expPow                |                  2.00000 |      1.00000     0.40000    10.00000 |
  92  | MultipartonInteractions:pT0Ref                |                  2.08500 |      2.15000     0.50000    10.00000 |
  93  | Next:numberCount                              |                      100 |         1000           0             |
  94  | Next:numberShowEvent                          |                        0 |            1           0             |
  95  | PDF:pSet                                      |                        8 |            2           1          12 |
  96  | SigmaDiffractive:dampen                       |                       on |          off                         |
  97  | SigmaDiffractive:maxAX                        |                 65.00000 |     15.00000         0.0             |
  98  | SigmaDiffractive:maxXB                        |                 65.00000 |     15.00000         0.0             |
  99  | SigmaDiffractive:maxXX                        |                 65.00000 |     15.00000         0.0             |
 100  | SigmaProcess:alphaSvalue                      |                  0.13500 |      0.12650   0.0600000     0.25000 |
 101  | SigmaTotal:zeroAXB                            |                       on |          off                         |
 102  | SpaceShower:rapidityOrder                     |                       on |          off                         |
 103  | Stat:showPartonLevel                          |                       on |          off                         |
 104  |                                                                                                                 |
 105  *-------  End PYTHIA Flag + Mode + Parm + Vect + Word Settings  --------------------------------------------------*
 106
 107  --------  PYTHIA Particle Data Table (partial)  -----------------------------------------------------------------------------------
 108
 109       id   name            antiName         spn chg col      m0        mWidth      mMin       mMax       tau0    res dec ext vis wid
 110              no onMode   bRatio   meMode     products
 111
 112       25  h0(H_1)                             1   0   0  123.50000    0.00357  123.32163  123.67837  0.00000e+00   1   1   0   0   0
 113               0     1   0.0000010    0        1       -1
 114               1     1   0.0000002    0        2       -2
 115               2     1   0.0002454    0        3       -3
 116               3     1   0.0348799    0        4       -4
 117               4     1   0.6106628    0        5       -5
 118               5     1   0.0000000    0        6       -6
 119               6     1   0.0000000    0       11      -11
 120               7     1   0.0002537    0       13      -13
 121               8     1   0.0716453    0       15      -15
 122               9     1   0.0638980    0       21       21
 123              10     1   0.0028389    0       22       22
 124              11     1   0.0016120    0       22       23
 125              12     1   0.0223761    0       23       23
 126              13     1   0.1915867    0       24      -24
 127              14     1   0.0000000  103  1000022  1000022
 128              15     1   0.0000000  103  1000023  1000022
 129              16     1   0.0000000  103  1000023  1000023
 130              17     1   0.0000000  103  1000025  1000022
 131              18     1   0.0000000  103  1000025  1000023
 132              19     1   0.0000000  103  1000025  1000025
 133              20     1   0.0000000  103  1000035  1000022
 134              21     1   0.0000000  103  1000035  1000023
 135              22     1   0.0000000  103  1000035  1000025
 136              23     1   0.0000000  103  1000035  1000035
 137              24     1   0.0000000  103  1000024 -1000024
 138              25     1   0.0000000  103  1000024 -1000037
 139              26     1   0.0000000  103  1000037 -1000024
 140              27     1   0.0000000  103  1000037 -1000037
 141              28     1   0.0000000  103  1000001 -1000001
 142              29     1   0.0000000  103  2000001 -2000001
 143              30     1   0.0000000  103  1000001 -2000001
 144              31     1   0.0000000  103 -1000001  2000001
 145              32     1   0.0000000  103  1000002 -1000002
 146              33     1   0.0000000  103  2000002 -2000002
 147              34     1   0.0000000  103  1000002 -2000002
 148              35     1   0.0000000  103 -1000002  2000002
 149              36     1   0.0000000  103  1000003 -1000003
 150              37     1   0.0000000  103  2000003 -2000003
 151              38     1   0.0000000  103  1000003 -2000003
 152              39     1   0.0000000  103 -1000003  2000003
 153              40     1   0.0000000  103  1000004 -1000004
 154              41     1   0.0000000  103  2000004 -2000004
 155              42     1   0.0000000  103  1000004 -2000004
 156              43     1   0.0000000  103 -1000004  2000004
 157              44     1   0.0000000  103  1000005 -1000005
 158              45     1   0.0000000  103  2000005 -2000005
 159              46     1   0.0000000  103  1000005 -2000005
 160              47     1   0.0000000  103 -1000005  2000005
 161              48     1   0.0000000  103  1000006 -1000006
 162              49     1   0.0000000  103  2000006 -2000006
 163              50     1   0.0000000  103  1000006 -2000006
 164              51     1   0.0000000  103 -1000006  2000006
 165              52     1   0.0000000  103  1000011 -1000011
 166              53     1   0.0000000  103  2000011 -2000011
 167              54     1   0.0000000  103  1000011 -2000011
 168              55     1   0.0000000  103 -1000011  2000011
 169              56     1   0.0000000  103  1000012 -1000012
 170              57     1   0.0000000  103  2000012 -2000012
 171              58     1   0.0000000  103  1000012 -2000012
 172              59     1   0.0000000  103 -1000012  2000012
 173              60     1   0.0000000  103  1000013 -1000013
 174              61     1   0.0000000  103  2000013 -2000013
 175              62     1   0.0000000  103  1000013 -2000013
 176              63     1   0.0000000  103 -1000013  2000013
 177              64     1   0.0000000  103  1000014 -1000014
 178              65     1   0.0000000  103  2000014 -2000014
 179              66     1   0.0000000  103  1000014 -2000014
 180              67     1   0.0000000  103 -1000014  2000014
 181              68     1   0.0000000  103  1000015 -1000015
 182              69     1   0.0000000  103  2000015 -2000015
 183              70     1   0.0000000  103  1000015 -2000015
 184              71     1   0.0000000  103 -1000015  2000015
 185              72     1   0.0000000  103  1000016 -1000016
 186              73     1   0.0000000  103  2000016 -2000016
 187              74     1   0.0000000  103  1000016 -2000016
 188              75     1   0.0000000  103 -1000016  2000016
 189
 190  --------  End PYTHIA Particle Data Table  -----------------------------------------------------------------------------------------
 191
 192
 193  --------  PYTHIA Particle Data Table (changed only)  ------------------------------------------------------------------------------
 194
 195       id   name            antiName         spn chg col      m0        mWidth      mMin       mMax       tau0    res dec ext vis wid
 196              no onMode   bRatio   meMode     products
 197
 198       25  h0(H_1)                             1   0   0  123.50000    0.00357  123.32163  123.67837  0.00000e+00   1   1   0   0   0
 199               0     1   0.0000010    0        1       -1
 200               1     1   0.0000002    0        2       -2
 201               2     1   0.0002454    0        3       -3
 202               3     1   0.0348799    0        4       -4
 203               4     1   0.6106628    0        5       -5
 204               5     1   0.0000000    0        6       -6
 205               6     1   0.0000000    0       11      -11
 206               7     1   0.0002537    0       13      -13
 207               8     1   0.0716453    0       15      -15
 208               9     1   0.0638980    0       21       21
 209              10     1   0.0028389    0       22       22
 210              11     1   0.0016120    0       22       23
 211              12     1   0.0223761    0       23       23
 212              13     1   0.1915867    0       24      -24
 213              14     1   0.0000000  103  1000022  1000022
 214              15     1   0.0000000  103  1000023  1000022
 215              16     1   0.0000000  103  1000023  1000023
 216              17     1   0.0000000  103  1000025  1000022
 217              18     1   0.0000000  103  1000025  1000023
 218              19     1   0.0000000  103  1000025  1000025
 219              20     1   0.0000000  103  1000035  1000022
 220              21     1   0.0000000  103  1000035  1000023
 221              22     1   0.0000000  103  1000035  1000025
 222              23     1   0.0000000  103  1000035  1000035
 223              24     1   0.0000000  103  1000024 -1000024
 224              25     1   0.0000000  103  1000024 -1000037
 225              26     1   0.0000000  103  1000037 -1000024
 226              27     1   0.0000000  103  1000037 -1000037
 227              28     1   0.0000000  103  1000001 -1000001
 228              29     1   0.0000000  103  2000001 -2000001
 229              30     1   0.0000000  103  1000001 -2000001
 230              31     1   0.0000000  103 -1000001  2000001
 231              32     1   0.0000000  103  1000002 -1000002
 232              33     1   0.0000000  103  2000002 -2000002
 233              34     1   0.0000000  103  1000002 -2000002
 234              35     1   0.0000000  103 -1000002  2000002
 235              36     1   0.0000000  103  1000003 -1000003
 236              37     1   0.0000000  103  2000003 -2000003
 237              38     1   0.0000000  103  1000003 -2000003
 238              39     1   0.0000000  103 -1000003  2000003
 239              40     1   0.0000000  103  1000004 -1000004
 240              41     1   0.0000000  103  2000004 -2000004
 241              42     1   0.0000000  103  1000004 -2000004
 242              43     1   0.0000000  103 -1000004  2000004
 243              44     1   0.0000000  103  1000005 -1000005
 244              45     1   0.0000000  103  2000005 -2000005
 245              46     1   0.0000000  103  1000005 -2000005
 246              47     1   0.0000000  103 -1000005  2000005
 247              48     1   0.0000000  103  1000006 -1000006
 248              49     1   0.0000000  103  2000006 -2000006
 249              50     1   0.0000000  103  1000006 -2000006
 250              51     1   0.0000000  103 -1000006  2000006
 251              52     1   0.0000000  103  1000011 -1000011
 252              53     1   0.0000000  103  2000011 -2000011
 253              54     1   0.0000000  103  1000011 -2000011
 254              55     1   0.0000000  103 -1000011  2000011
 255              56     1   0.0000000  103  1000012 -1000012
 256              57     1   0.0000000  103  2000012 -2000012
 257              58     1   0.0000000  103  1000012 -2000012
 258              59     1   0.0000000  103 -1000012  2000012
 259              60     1   0.0000000  103  1000013 -1000013
 260              61     1   0.0000000  103  2000013 -2000013
 261              62     1   0.0000000  103  1000013 -2000013
 262              63     1   0.0000000  103 -1000013  2000013
 263              64     1   0.0000000  103  1000014 -1000014
 264              65     1   0.0000000  103  2000014 -2000014
 265              66     1   0.0000000  103  1000014 -2000014
 266              67     1   0.0000000  103 -1000014  2000014
 267              68     1   0.0000000  103  1000015 -1000015
 268              69     1   0.0000000  103  2000015 -2000015
 269              70     1   0.0000000  103  1000015 -2000015
 270              71     1   0.0000000  103 -1000015  2000015
 271              72     1   0.0000000  103  1000016 -1000016
 272              73     1   0.0000000  103  2000016 -2000016
 273              74     1   0.0000000  103  1000016 -2000016
 274              75     1   0.0000000  103 -1000016  2000016
 275
 276  --------  End PYTHIA Particle Data Table  -----------------------------------------------------------------------------------------
 277
 278
 279  --------  PYTHIA Info Listing  ----------------------------------------
 280
 281  Beam A: id =   2212, pz =  7.000e+03, e =  7.000e+03, m =  9.383e-01.
 282  Beam B: id =   2212, pz = -7.000e+03, e =  7.000e+03, m =  9.383e-01.
 283
 284  In 1: id =   21, x =  3.721e-03, pdf =  1.709e+01 at Q2 =  1.525e+04.
 285  In 2: id =   21, x =  2.091e-02, pdf =  4.618e+00 at same Q2.
 286
 287  Subprocess g g -> H (SM) with code 902 is 2 -> 1.
 288  It has sHat =  1.525e+04.
 289      alphaEM =  7.844e-03,  alphaS =  1.286e-01    at Q2 =  1.525e+04.
 290
 291  Impact parameter b =  8.974e-01 gives enhancement factor =  9.479e-01.
 292  Max pT scale for MPI =  1.400e+04, ISR =  1.400e+04, FSR =  1.400e+04.
 293  Number of MPI =     2, ISR =     8, FSRproc =    40, FSRreson =     7.
 294
 295  --------  End PYTHIA Info Listing  ------------------------------------
 296
 297  --------  PYTHIA Event Listing  (hard process)  -----------------------------------------------------------------------------------
 298
 299     no        id   name            status     mothers   daughters     colours      p_x        p_y        p_z         e          m
 300      0        90   (system)           -11     0     0     0     0     0     0      0.000      0.000      0.000  14000.000  14000.000
 301      1      2212   (p+)               -12     0     0     3     0     0     0      0.000      0.000   7000.000   7000.000      0.938
 302      2      2212   (p+)               -12     0     0     4     0     0     0      0.000      0.000  -7000.000   7000.000      0.938
 303      3        21   (g)                -21     1     0     5     0   101   102      0.000      0.000     26.048     26.048      0.000
 304      4        21   (g)                -21     2     0     5     0   102   101      0.000      0.000   -146.387    146.387      0.000
 305      5        25   (h0(H_1))          -22     3     4     6     7     0     0      0.000      0.000   -120.338    172.435    123.501
 306      6         5   b                   23     5     0     0     0   103     0    -48.883    -24.075    -20.166     58.300      4.800
 307      7        -5   bbar                23     5     0     0     0     0   103     48.883     24.075   -100.172    114.135      4.800
 308                                    Charge sum:  0.000           Momentum sum:      0.000      0.000   -120.338    172.435    123.501
 309
 310  --------  End PYTHIA Event Listing  -----------------------------------------------------------------------------------------------
 311
 312  Pythia::next(): 100 events have been generated
 313
 314  Pythia::next(): 200 events have been generated
 315
 316  Pythia::next(): 300 events have been generated
 317  PYTHIA Error in StringFragmentation::fragment: stuck in joining
 318  PYTHIA Error in Pythia::next: hadronLevel failed; try again
 319
 320  Pythia::next(): 400 events have been generated
 321
 322  Pythia::next(): 500 events have been generated
 323
 324  Pythia::next(): 600 events have been generated
 325
 326  Pythia::next(): 700 events have been generated
 327  PYTHIA Error in StringFragmentation::fragmentToJunction: caught in junction flavour loop
 328  PYTHIA Warning in StringFragmentation::fragmentToJunction: bad convergence junction rest frame
 329
 330  Pythia::next(): 800 events have been generated
 331
 332  Pythia::next(): 900 events have been generated
 333
 334  *-------  PYTHIA Event and Cross Section Statistics  -------------------------------------------------------------*
 335  |                                                                                                                 |
 336  | Subprocess                                    Code |            Number of events       |      sigma +- delta    |
 337  |                                                    |       Tried   Selected   Accepted |     (estimated) (mb)   |
 338  |                                                    |                                   |                        |
 339  |-----------------------------------------------------------------------------------------------------------------|
 340  |                                                    |                                   |                        |
 341  | g g -> H (SM)                                  902 |        9389       1000       1000 |   2.255e-08  5.412e-10 |
 342  |                                                    |                                   |                        |
 343  | sum                                                |        9389       1000       1000 |   2.255e-08  5.412e-10 |
 344  |                                                                                                                 |
 345  *-------  End PYTHIA Event and Cross Section Statistics ----------------------------------------------------------*
 346
 347  *-------  PYTHIA Multiparton Interactions Statistics  --------*
 348  |                                                             |
 349  |  Note: excludes hardest subprocess if already listed above  |
 350  |                                                             |
 351  | Subprocess                               Code |       Times |
 352  |                                               |             |
 353  |-------------------------------------------------------------|
 354  |                                               |             |
 355  | g g -> g g                                111 |        4701 |
 356  | g g -> q qbar (uds)                       112 |          58 |
 357  | q g -> q g                                113 |        1791 |
 358  | q q(bar)' -> q q(bar)'                    114 |         159 |
 359  | q qbar -> g g                             115 |           0 |
 360  | q qbar -> q' qbar' (uds)                  116 |           2 |
 361  | g g -> c cbar                             121 |          17 |
 362  | q qbar -> c cbar                          122 |           1 |
 363  | g g -> b bbar                             123 |           5 |
 364  | q qbar -> b bbar                          124 |           0 |
 365  | q g -> q gamma (udscb)                    201 |           0 |
 366  | q qbar -> g gamma                         202 |           1 |
 367  | g g -> g gamma                            203 |           0 |
 368  | f fbar -> gamma gamma                     204 |           0 |
 369  | g g -> gamma gamma                        205 |           0 |
 370  | f f' -> f f' (t-channel gamma*/Z0)        211 |           0 |
 371  | f_1 f_2 -> f_3 f_4 (t-channel W+-)        212 |           0 |
 372  | f fbar -> f' fbar' (s-channel gamma*)     223 |           0 |
 373  | g g -> ccbar[3S1(1)] g                    401 |           0 |
 374  | g g -> ccbar[3P0(1)] g                    402 |           2 |
 375  | g g -> ccbar[3P1(1)] g                    403 |           1 |
 376  | g g -> ccbar[3P2(1)] g                    404 |           5 |
 377  | q g -> ccbar[3P0(1)] q                    405 |           3 |
 378  | q g -> ccbar[3P1(1)] q                    406 |           0 |
 379  | q g -> ccbar[3P2(1)] q                    407 |           1 |
 380  | q qbar -> ccbar[3P0(1)] g                 408 |           0 |
 381  | q qbar -> ccbar[3P1(1)] g                 409 |           0 |
 382  | q qbar -> ccbar[3P2(1)] g                 410 |           0 |
 383  | g g -> ccbar[3S1(8)] g                    411 |           0 |
 384  | g g -> ccbar[1S0(8)] g                    412 |           0 |
 385  | g g -> ccbar[3PJ(8)] g                    413 |           0 |
 386  | q g -> ccbar[3S1(8)] q                    414 |           0 |
 387  | q g -> ccbar[1S0(8)] q                    415 |           0 |
 388  | q g -> ccbar[3PJ(8)] q                    416 |           0 |
 389  | q qbar -> ccbar[3S1(8)] g                 417 |           0 |
 390  | q qbar -> ccbar[1S0(8)] g                 418 |           0 |
 391  | q qbar -> ccbar[3PJ(8)] g                 419 |           0 |
 392  | g g -> bbbar[3S1(1)] g                    501 |           0 |
 393  | g g -> bbbar[3P0(1)] g                    502 |           0 |
 394  | g g -> bbbar[3P1(1)] g                    503 |           0 |
 395  | g g -> bbbar[3P2(1)] g                    504 |           0 |
 396  | q g -> bbbar[3P0(1)] q                    505 |           0 |
 397  | q g -> bbbar[3P1(1)] q                    506 |           0 |
 398  | q g -> bbbar[3P2(1)] q                    507 |           0 |
 399  | q qbar -> bbbar[3P0(1)] g                 508 |           0 |
 400  | q qbar -> bbbar[3P1(1)] g                 509 |           0 |
 401  | q qbar -> bbbar[3P2(1)] g                 510 |           0 |
 402  | g g -> bbbar[3S1(8)] g                    511 |           0 |
 403  | g g -> bbbar[1S0(8)] g                    512 |           0 |
 404  | g g -> bbbar[3PJ(8)] g                    513 |           0 |
 405  | q g -> bbbar[3S1(8)] q                    514 |           0 |
 406  | q g -> bbbar[1S0(8)] q                    515 |           0 |
 407  | q g -> bbbar[3PJ(8)] q                    516 |           0 |
 408  | q qbar -> bbbar[3S1(8)] g                 517 |           0 |
 409  | q qbar -> bbbar[1S0(8)] g                 518 |           0 |
 410  | q qbar -> bbbar[3PJ(8)] g                 519 |           0 |
 411  |                                                             |
 412  | sum                                           |        6747 |
 413  |                                               |             |
 414  *-------  End PYTHIA Multiparton Interactions Statistics -----*
 415
 416  *-------  PYTHIA Error and Warning Messages Statistics  ----------------------------------------------------------*
 417  |                                                                                                                 |
 418  |  times   message                                                                                                |
 419  |                                                                                                                 |
 420  |      4   Error in Pythia::next: hadronLevel failed; try again                                                   |
 421  |      3   Error in StringFragmentation::fragment: stuck in joining                                               |
 422  |      1   Error in StringFragmentation::fragmentToJunction: caught in junction flavour loop                      |
 423  |      1   Warning in StringFragmentation::fragmentToJunction: bad convergence junction rest frame                |
 424  |                                                                                                                 |
 425  *-------  End PYTHIA Error and Warning Messages Statistics  ------------------------------------------------------*
 426
 427
 428   2013-02-16 11:34       Higgs rapidity
 429
 430         2.90*10^-1                                                  5
 431         2.80*10^-1                                                  X
 432         2.70*10^-1                                                  X
 433         2.60*10^-1                                                  X
 434         2.50*10^-1                                                  X5
 435         2.40*10^-1                                                  XX    XX
 436         2.30*10^-1                                                5 XX  5 XX
 437         2.20*10^-1                                            X   XXXX55X XX X
 438         2.10*10^-1                                            X X5XXXXXXX XX XX
 439         2.00*10^-1                                            X XXXXXXXXX XX XXX
 440         1.90*10^-1                                            X XXXXXXXXX5XX XXX
 441         1.80*10^-1                                            X XXXXXXXXXXXX XXX
 442         1.70*10^-1                                            XXXXXXXXXXXXXX XXX
 443         1.60*10^-1                                            XXXXXXXXXXXXXXXXXX
 444         1.50*10^-1                                            XXXXXXXXXXXXXXXXXX
 445         1.40*10^-1                                            XXXXXXXXXXXXXXXXXX
 446         1.30*10^-1                                           XXXXXXXXXXXXXXXXXXX
 447         1.20*10^-1                                           XXXXXXXXXXXXXXXXXXX5
 448         1.10*10^-1                                        X  XXXXXXXXXXXXXXXXXXXX 5
 449         1.00*10^-1                                        X5 XXXXXXXXXXXXXXXXXXXX X
 450         0.90*10^-1                                        XX XXXXXXXXXXXXXXXXXXXX X
 451         0.80*10^-1                                        XXXXXXXXXXXXXXXXXXXXXXX X
 452         0.70*10^-1                                      X XXXXXXXXXXXXXXXXXXXXXXX X5
 453         0.60*10^-1                                   5  X XXXXXXXXXXXXXXXXXXXXXXXXXX5
 454         0.50*10^-1                                   X  X XXXXXXXXXXXXXXXXXXXXXXXXXXX
 455         0.40*10^-1                                   X 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 456         0.30*10^-1                                   X XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 457         0.20*10^-1                                   X5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5
 458         0.10*10^-1                                 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 5
 459
 460           Contents
 461             *10^-1  0000000000000000000000000000000000000010012122222222212212221010000000000000000000000000000000000000
 462             *10^-2  0000000000000000000000000000000115137419832710228411284462101606531100000000000000000000000000000000
 463             *10^-3  0000000000000000000000000000000005550005000005505555550000005055505005000000000000000000000000000000
 464             *10^-4  0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
 465
 466           Low edge  --------------------------------------------------
 467             *10^ 1  1000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
 468             *10^ 0  0999998888877777666665555544444333332222211111000000000111112222233333444445555566666777778888899999
 469             *10^-1  0864208642086420864208642086420864208642086420864202468024680246802468024680246802468024680246802468
 470
 471    Entries  =        1000    Mean =  7.9400e-02    Underflow =  0.0000e+00    Low edge  = -1.0000e+01
 472    All chan =  5.0000e+00    Rms  =  1.4766e+00    Overflow  =  0.0000e+00    High edge =  1.0000e+01
 473
 474
 475   2013-02-16 11:34       charged pseudorapidity
 476
 477         2.40*10^ 1                                            1   1  88      7
 478         2.32*10^ 1                                            X3 1X1 XX19891 X5
 479         2.24*10^ 1                                          44XX7XXX8XXXXXXX9XX6
 480         2.16*10^ 1                                         5XXXXXXXXXXXXXXXXXXXX8
 481         2.08*10^ 1                                        8XXXXXXXXXXXXXXXXXXXXXX
 482         2.00*10^ 1                                        XXXXXXXXXXXXXXXXXXXXXXXX9
 483         1.92*10^ 1                                      2XXXXXXXXXXXXXXXXXXXXXXXXXX 5
 484         1.84*10^ 1                                     2XXXXXXXXXXXXXXXXXXXXXXXXXXXXX1
 485         1.76*10^ 1                                    2XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 486         1.68*10^ 1                                    XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX72
 487         1.60*10^ 1                                 17XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5
 488         1.52*10^ 1                                 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 489         1.44*10^ 1                               4XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX97
 490         1.36*10^ 1                              1XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX8
 491         1.28*10^ 1                              XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX4
 492         1.20*10^ 1                             9XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5
 493         1.12*10^ 1                           39XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX6
 494         1.04*10^ 1                          1XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX4
 495         0.96*10^ 1                         4XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX6
 496         0.88*10^ 1                        4XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5
 497         0.80*10^ 1                       5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5
 498         0.72*10^ 1                      1XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX4
 499         0.64*10^ 1                     4XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3
 500         0.56*10^ 1                    3XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX9
 501         0.48*10^ 1                   8XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7
 502         0.40*10^ 1                 28XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3
 503         0.32*10^ 1               26XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7
 504         0.24*10^ 1            457XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX852
 505         0.16*10^ 1        2569XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX8653
 506         0.08*10^ 1  23479XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX95432
 507
 508           Contents
 509             *10^ 1  0000000000000000000000000111111111111122222222222222222222222211111111111110000000000000000000000000
 510             *10^ 0  0000000111112223345567899011234555678901113222322332333223221098876654432109987655443222211111000000
 511             *10^-1  1235689125991593860846316609884289986262992614252885101437804094865163143699236785504942074210774321
 512             *10^-2  8453924966498817526950344195991607700430068656617510170619354323465434760320572141538736486672801387
 513
 514           Low edge  --------------------------------------------------
 515             *10^ 1  1000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
 516             *10^ 0  0999998888877777666665555544444333332222211111000000000111112222233333444445555566666777778888899999
 517             *10^-1  0864208642086420864208642086420864208642086420864202468024680246802468024680246802468024680246802468
 518
 519    Entries  =      220252    Mean =  2.5150e-02    Underflow =  4.2500e-01    Low edge  = -1.0000e+01
 520    All chan =  1.1005e+03    Rms  =  3.4463e+00    Overflow  =  3.7500e-01    High edge =  1.0000e+01
 521
 522
 523   2013-02-16 11:34       charged multiplicity
 524
 525         4.50*10^ 1                             3
 526         4.35*10^ 1                             X
 527         4.20*10^ 1                             X
 528         4.05*10^ 1                      7    7 X
 529         3.90*10^ 1                      X    X X
 530         3.75*10^ 1                    7 X    X X
 531         3.60*10^ 1                    X X    X X    3
 532         3.45*10^ 1                    X X  7 X X    X
 533         3.30*10^ 1                    X X  X X X    X  3
 534         3.15*10^ 1                  7 X X  X7X X77  X  X7
 535         3.00*10^ 1                  X XXX  XXX3XXX  XX XX
 536         2.85*10^ 1                  X XXX 7XXXXXXX  XX XX
 537         2.70*10^ 1                  X3XXX XXXXXXXX3 XX XX
 538         2.55*10^ 1              7   XXXXX7XXXXXXXXX XX7XX    7
 539         2.40*10^ 1              X 3 XXXXXXXXXXXXXXX XXXXX  X X
 540         2.25*10^ 1              X X XXXXXXXXXXXXXXX XXXXX  X7X
 541         2.10*10^ 1              XXX XXXXXXXXXXXXXXXXXXXXX3 XXX
 542         1.95*10^ 1              XXX XXXXXXXXXXXXXXXXXXXXXX XXX
 543         1.80*10^ 1              XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 544         1.65*10^ 1             7XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7
 545         1.50*10^ 1            XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX3
 546         1.35*10^ 1            XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 547         1.20*10^ 1           XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
 548         1.05*10^ 1          7XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7
 549         0.90*10^ 1          XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX   X
 550         0.75*10^ 1          XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX  7X7
 551         0.60*10^ 1          XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXX
 552         0.45*10^ 1          XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXX7       7
 553         0.30*10^ 1        33XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXX3   X33X
 554         0.15*10^ 1        XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7XXXXX777XXXX
 555
 556           Contents
 557             *10^ 1  0000000011112221323342233424332233233212221110000000000000000000000000000000000000000000000000000000
 558             *10^ 0  0000002202565138167005841094116150521084256406179742111322400000000000000000000000000000000000000000
 559             *10^-1  0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
 560             *10^-2  0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
 561
 562           Low edge  -
 563             *10^ 2  0000000000000111111111111222222222222233333333333344444444444445555555555556666666666666777777777777
 564             *10^ 1  0012344567889012234566789001234456788901223456678900123445678890122345667890012344567889012234566789
 565             *10^ 0  1864208642086420864208642086420864208642086420864208642086420864208642086420864208642086420864208642
 566
 567    Entries  =        1000    Mean =  2.2082e+02    Underflow =  0.0000e+00    Low edge  = -5.0000e-01
 568    All chan =  1.0000e+03    Rms  =  8.4616e+01    Overflow  =  0.0000e+00    High edge =  7.9950e+02