=======================================================

         Error Log established
         15-Apr-2004 10:11:23

         =======================================================
         
Initializing NewEvent package for run 1, 1 runs, 10 events per run
 Initializing MCpomwig package
Initializing DumpEvent package
Dump period: 1
Dump number: 1
Initializing WriteEvent package
Output file: d0StreamName, initial wildcard(s) = MCevents.dat, current file MCevents.dat

Maximum Events Per File: 0
Output format: DSPACK
No output filter
Write event tags: *
Veto event tags: 
Write chunk tags: *


          HERWIG 6.400    21 Jan 2002 

          Please reference:  G. Marchesini, B.R. Webber,
          G.Abbiendi, I.G.Knowles, M.H.Seymour & L.Stanco
          Computer Physics Communications 67 (1992) 465
                             and
          G.Corcella, I.G.Knowles, G.Marchesini, S.Moretti,
          K.Odagiri, P.Richardson, M.H.Seymour & B.R.Webber,
          JHEP 0101 (2001) 010

          INPUT CONDITIONS FOR THIS RUN

          BEAM 1 (E+      ) MOM. =    980.00
          BEAM 2 (E+      ) MOM. =    980.00
          PROCESS CODE (IPROC)   =   11350
          NUMBER OF FLAVOURS     =    6
          STRUCTURE FUNCTION SET =    6
          AZIM SPIN CORRELATIONS =    T
          AZIM SOFT CORRELATIONS =    T
          QCD LAMBDA (GEV)       =    0.1800
          DOWN     QUARK  MASS   =    0.3200
          UP       QUARK  MASS   =    0.3200
          STRANGE  QUARK  MASS   =    0.5000
          CHARMED  QUARK  MASS   =    1.5500
          BOTTOM   QUARK  MASS   =    4.9500
          TOP      QUARK  MASS   =  174.1000
          GLUON EFFECTIVE MASS   =    0.7500
          EXTRA SHOWER CUTOFF (Q)=    0.4800
          EXTRA SHOWER CUTOFF (G)=    0.1000
          PHOTON SHOWER CUTOFF   =    0.4000
          CLUSTER MASS PARAMETER =    3.3500
          SPACELIKE EVOLN CUTOFF =    2.5000
          INTRINSIC P-TRAN (RMS) =    0.0000
          DECAY SPIN CORRELATIONS=    T
          SUSY THREE BODY ME     =    T
          SUSY FOUR  BODY ME     =    F
          MIN MASS FOR DRELL-YAN =    2.0000
          MAX MASS FOR DRELL-YAN = 1960.0000
          MIN Q**2 FOR WW PHOTON =    0.0000
          MAX Q**2 FOR WW PHOTON =    2.0000
          MIN MOMENTUM FRACTION  =    0.0001
          MAX MOMENTUM FRACTION  =    0.1000

          NO EVENTS WILL BE WRITTEN TO DISK

          B_d: Delt-M/Gam =0.7000 Delt-Gam/2*Gam =0.0000
          B_s: Delt-M/Gam = 10.00 Delt-Gam/2*Gam =0.2000

          PDFLIB NOT USED FOR BEAM 1
          PDFLIB NOT USED FOR BEAM 2


          Checking consistency of particle properties


          Checking consistency of decay tables


          WRITING MATRIX ELEMENT TABLE ON UNIT  88

          PARTICLE TYPE  21=PI0      SET STABLE

          PARTICLE TYPE 131=TAU+     SET STABLE

          PARTICLE TYPE 125=TAU-     SET STABLE

          INITIAL SEARCH FOR MAX WEIGHT

          PROCESS CODE IPROC =       11350
          RANDOM NO. SEED 1  =     1246579
                     SEED 2  =     8447766
          NUMBER OF SHOTS    =       10000
          NEW MAXIMUM WEIGHT =  0.8922145046836996    
          NEW MAXIMUM WEIGHT =   1.301953253655640    
          NEW MAXIMUM WEIGHT =   3.770083166984987    
          NEW MAXIMUM WEIGHT =   4.310432700983365    
          NEW MAXIMUM WEIGHT =   5.600188277346087    
          NEW MAXIMUM WEIGHT =   6.396660481776060    

          INITIAL SEARCH FINISHED

          OUTPUT ON ELEMENTARY PROCESS

          N.B. NEGATIVE WEIGHTS NOT ALLOWED

          NUMBER OF EVENTS   =           0
          NUMBER OF WEIGHTS  =       10000
          MEAN VALUE OF WGT  =  1.7436E-01
          RMS SPREAD IN WGT  =  4.8100E-01
          ACTUAL MAX WEIGHT  =  6.2861E+00
          ASSUMED MAX WEIGHT =  6.3967E+00

          PROCESS CODE IPROC =       11350
          CROSS SECTION (PB) =   174.4    
          ERROR IN C-S  (PB) =   4.810    
          EFFICIENCY PERCENT =   2.726    


          ********************************************************
          *       STDHEP version 5.01  -  February 27, 2002      *
          ********************************************************


 Set RUNNUMBER     to   1.
 Set EVENTS        to   100.
 Set EVENTSTOPRINT to   9.
 Set RAN1          to   102753488.
 Set RAN2          to   135654880.
 Set PROCESS       to   11350.
 Set STATS         to   1.
 Set ENERGY        to   1960.
 Set STDEVTS       to   0.
 Set QQMC          to   0.
 Set MTOP          to   174.100006
 Set MHIGGS        to   120.5
 Set PDFLIB        to   4034.
 Set PTMIN         to   5.
 Set YMIN          to  -14.1999998
 Set YMAX          to   14.1999998
 Set MODBO1        to   0.
 Set MODBO2        to   0.
 Set MODBO3        to   0.
 Set MODBO4        to   0.
 Set USERDE        to   0.
 Set MAXER         to   10000.
 Set GRVLAM        to   10000.
 Set EMGRV         to   5000.
 Set DIFF          to   2.
 Set STRUC         to   6.
 Set Q2WWMN        to   9.99999997E-07
 Set Q2WWMX        to   2.
 Set YWWMIN        to   9.99999975E-05
 Set YWWMAX        to   0.100000001
 setting diffractive process to:               P + PBAR -> P + PBAR+ X
 setting process to 11350
 EMMIN =   0.
 Now EMMIN =   2.5
 Initialising fit 5
 Initializing H1 pomeron in pomwig_gen
 ---Setting susy chiralities to defaults---



 ***************************************************************************
 *                         *****TAUOLA LIBRARY: VERSION 2.5 ******         *
 *                         ***********JUNE     1994***************         *
 *                         **AUTHORS: S.JADACH, Z.WAS*************         *
 *                         **R. DECKER, M. JEZABEK, J.H.KUEHN*****         *
 *                         **AVAILABLE FROM: WASM AT CERNVM ******         *
 *                         ***** PUBLISHED IN COMP. PHYS. COMM.***         *
 *                         *******CERN-TH-5856 SEPTEMBER 1990*****         *
 *                         *******CERN-TH-6195 SEPTEMBER 1991*****         *
 *                         *******CERN-TH-6793 NOVEMBER  1992*****         *
 *                         **5 or more pi dec.: precision limited          *
 *                         ******DEXAY ROUTINE: INITIALIZATION****         *
 *                   0     JAK1   = DECAY MODE FERMION1 (TAU+)             *
 *                   0     JAK2   = DECAY MODE FERMION2 (TAU-)             *
 ***************************************************************************

 RANLUX DEFAULT INITIALIZATION:    314159265
 RANLUX DEFAULT LUXURY LEVEL =   3      p = 223

 ***************************************************************************

 ________________________________________
 _______________________________________
 TAUOLA VERSION 2.1 PARAMETER SET 0
 ________________________________________
 _______________________________________
 Printing end run statistics.
 GENP bank used for input.
 Mult. taus in event have same chirality.
 Taus polarized in W/Z rest frame.
 Helicity:   1.
 Lifetime:   290.fs
 ________________________________________
 _______________________________________
 STANDARD MODEL PARAMETERS
 Gfermi =               1.16639203E-05
 Gv =                   1.
 Ga =                  -1.
 Cos(Cabibbo_angle) =   0.975000024
 Sin(Cabibbo_angle) =   0.22220476
 Gamma_e =              4.04959866E-13
 1/alpha =              137.03599
 1/(alpha*pi) =         0.00232281963
 xk0 =                  0.100000001
 ________________________________________
 _______________________________________
 KAON/A1 DECAY PARAMETERS
 bra1  =  0.5
 brk0  =  0.5
 brk0b =  0.5
 brks  =  0.666700006
 ________________________________________
 _______________________________________
 MASSES
 e     =  0.000510998885     nu_e  =  0.
 mu    =  0.10565836     nu_mu =  0.
 tau   =  1.77702999     nu_tau=  0.00999999978
 pi    =  0.139570177
 pi0   =  0.134976596
 rho   =  0.769299984     rho wid.=  0.150199994
 A1    =  1.23000002     A1 wid. =  0.598999977
 K     =  0.49367699
 K0    =  0.497671992
 K*    =  0.891659975     K* wid. =  0.0507999994
 ________________________________________
 _______________________________________
 TAU BRANCHING RATIOS
 nchan =  22
 Tau --> e nu nu           0.178100005
 Tau --> mu nu nu          0.176699996
 Tau --> pi nu             0.110799998
 Tau --> Rho (--> 2pi) nu  0.250200003
 Tau --> A1 (--> 3pi) nu   0.183799997
 Tau --> K nu              0.00710000005
 Tau --> K* nu             0.0163000003
 Tau --> 3pi pi0 nu        0.0769999996
 Tau --> pi 3pi0 nu        0.
 Tau --> 3pi 2pi0 nu       0.
 Tau --> 5pi nu            0.
 Tau --> 5pi pi0 nu        0.
 Tau --> 3pi 3pi0 nu       0.
 Tau --> 2K pi nu          0.
 Tau --> pi K0 K0bar nu    0.
 Tau --> K K0 pi0 nu       0.
 Tau --> K 2pi0 nu         0.
 Tau --> K 2pi nu          0.
 Tau --> pi K0bar pi0 nu   0.
 Tau --> eta pi pi0 nu     0.
 Tau --> pi pi0 gam nu     0.
 Tau --> K K0 nu           0.
 ________________________________________
 _______________________________________
WriteEvent: Opening MCevents.dat
10 events generated in 1 runs
WriteEvent: Closing MCevents.dat
First event written: Run number: 1, Event Number: 1
Last event written:  Run number: 1, Event Number: 10
Events written: 10
Total events written: 10
TerminationSummary

 type   message id   Examples: run/evt        run/evt          run/evt
 ---- -------------------- ---------------- ---------------- ----------------

Severity    # Occurrences   Total Occurrences
--------    -------------   -----------------