Sender: LSF System Subject: Job 743392: Done Job was submitted from host by user . Job was executed on host(s) , in queue , as user . was used as the home directory. was used as the working directory. Started at Thu Jul 29 07:49:35 2010 Results reported at Thu Jul 29 07:50:01 2010 Your job looked like: ------------------------------------------------------------ # LSBATCH: User input ./runwhiz ------------------------------------------------------------ Successfully completed. Resource usage summary: CPU time : 14.60 sec. Max Memory : 41 MB Max Swap : 126 MB Max Processes : 4 Max Threads : 10 The output (if any) follows: ========== Job Start Thu Jul 29 07:49:35 JST 2010 ======= hostname=cc117.cc.kek.jp uname=Linux cc117.cc.kek.jp 2.6.18-92.el5 #1 SMP Tue Apr 29 13:16:15 EDT 2008 x86_64 pwd=/home/ilc/miyamoto/soft/intel/whizard/WhizardTools/FA-6f-epg/0350/run_output/w104000/run_01 FA=/home/ilc/miyamoto/soft/intel/whizard/WhizardTools/FA-6f-epg hpssput=/opt/hpss/kek/examples/hpssput point 1 /home/ilc/miyamoto/soft/intel/whizard/WhizardTools/FA-6f-epg/0350/run_output/w104000/run_01 MALLOC_CHECK_= 0 Filesystem Size Used Avail Use% Mounted on /dev/sda1 62G 12G 48G 20% / /dev/sda5 54G 307M 51G 1% /var /dev/sda2 9.5G 467M 8.6G 6% /tmp tmpfs 7.8G 0 7.8G 0% /dev/shm /dev/satafs06 3.7T 3.6T 135G 97% /gpfs/satafs06 /dev/fcfs01 4.4T 3.1T 1.3T 71% /gpfs/fcfs01 /dev/fcfs02 125G 79G 46G 64% /gpfs/fcfs02 /dev/satafs01 40T 40T 402G 100% /gpfs/satafs01 /dev/satafs02 11T 2.9T 8.1T 26% /gpfs/satafs02 /dev/satafs03 11T 1.2T 9.9T 11% /gpfs/satafs03 /dev/satafs04 7.3T 3.5T 3.8T 48% /gpfs/satafs04 /dev/satafs05 3.7T 2.4T 1.4T 64% /gpfs/satafs05 total 12295968 -rw-r--r-- 1 miyamoto ilc_ilc 2029020596 Jul 26 10:37 w102753.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1301266392 Jul 29 07:49 w102753.002.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2014292272 Jul 28 16:15 w102909.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2014296528 Jul 28 17:31 w102909.002.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1388066044 Jul 28 18:24 w102909.003.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 69668452 Jul 29 07:49 w103504.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2964 Jul 29 07:37 w103598.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2964 Jul 29 07:37 w103599.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2964 Jul 29 07:37 w103602.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2964 Jul 29 07:37 w103603.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 75219116 Jul 29 07:49 w103756.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 43488852 Jul 29 07:49 w103772.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 68674380 Jul 29 07:49 w103774.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 62595108 Jul 29 07:49 w103776.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 100084464 Jul 29 07:49 w103778.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 104975304 Jul 29 07:49 w103779.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 51401732 Jul 29 07:49 w103780.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 66508148 Jul 29 07:49 w103781.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 82630592 Jul 29 07:49 w103782.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 5358692 Jul 29 07:49 w103786.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 11768640 Jul 29 07:49 w103788.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 11957668 Jul 29 07:49 w103790.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 26069132 Jul 29 07:49 w103824.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 47248924 Jul 29 07:49 w103825.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 40085992 Jul 29 07:49 w103826.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 47897832 Jul 29 07:49 w103828.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 53966716 Jul 29 07:49 w103830.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 21137992 Jul 29 07:49 w103832.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 29748188 Jul 29 07:49 w103834.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 72189996 Jul 29 07:49 w103836.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 102949688 Jul 29 07:49 w103838.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 56698184 Jul 29 07:49 w103840.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 75249260 Jul 29 07:49 w103842.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 124021404 Jul 29 07:49 w103843.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 56923624 Jul 29 07:49 w103844.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 56371568 Jul 29 07:49 w103846.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 59631688 Jul 29 07:49 w103847.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 64661700 Jul 29 07:49 w103848.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 44038304 Jul 29 07:49 w103852.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 40560324 Jul 29 07:49 w103854.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 59484908 Jul 29 07:49 w103856.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 124108296 Jul 29 07:49 w103858.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 101947356 Jul 29 07:49 w103860.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 99372064 Jul 29 07:49 w103862.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1339824 Jul 29 07:49 w103864.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 7493832 Jul 29 07:49 w103865.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 3696612 Jul 29 07:49 w103866.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 8204024 Jul 29 07:49 w103867.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 3043904 Jul 29 07:49 w103868.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 6349696 Jul 29 07:49 w103870.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 9396616 Jul 29 07:49 w103872.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 6416296 Jul 29 07:49 w103874.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 64553352 Jul 29 07:49 w103876.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 64731848 Jul 29 07:49 w103878.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 46399844 Jul 29 07:49 w103880.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 53157980 Jul 29 07:49 w103882.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 43614752 Jul 29 07:49 w103884.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 52766080 Jul 29 07:49 w103886.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 74966444 Jul 29 07:49 w103887.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 6051244 Jul 29 07:49 w103888.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 8573400 Jul 29 07:49 w103889.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 5950920 Jul 29 07:49 w103890.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 8498276 Jul 29 07:49 w103891.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 14691044 Jul 29 07:49 w103892.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 7991552 Jul 29 07:49 w103894.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 58583088 Jul 29 07:49 w103898.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 49926472 Jul 29 07:49 w103900.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 58542648 Jul 29 07:49 w103904.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 79516872 Jul 29 07:49 w103906.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 8062048 Jul 29 07:49 w103908.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 18062336 Jul 29 07:49 w103909.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 9038048 Jul 29 07:49 w103910.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 19459300 Jul 29 07:49 w103911.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 37362652 Jul 29 07:49 w103912.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 34210660 Jul 29 07:49 w103914.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 33179672 Jul 29 07:49 w103916.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 38662588 Jul 29 07:49 w103918.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 29588336 Jul 29 07:49 w103920.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 26997020 Jul 29 07:49 w103922.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 153525532 Jul 29 07:49 w103944.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 131179464 Jul 29 07:49 w103946.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 7647364 Jul 29 07:49 w103948.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 7188700 Jul 29 07:49 w103949.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 4718128 Jul 29 07:49 w103950.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 9338508 Jul 29 07:49 w103957.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 6246244 Jul 29 07:49 w103958.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 60815504 Jul 29 07:49 w103960.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 32197052 Jul 29 07:49 w103961.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 43006120 Jul 29 07:49 w103962.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 71021056 Jul 29 07:49 w103964.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 22509904 Jul 29 07:49 w103965.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 27365916 Jul 29 07:49 w103966.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 7647364 Jul 29 07:49 w103968.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 3260484 Jul 29 07:49 w103969.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 3950712 Jul 29 07:49 w103970.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 4706224 Jul 29 07:49 w103972.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2688920 Jul 29 07:49 w103973.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2360268 Jul 29 07:49 w103974.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 9482612 Jul 29 07:49 w103976.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 5125264 Jul 29 07:49 w103977.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 6386028 Jul 29 07:49 w103978.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 25681176 Jul 29 07:49 w103980.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 14491324 Jul 29 07:49 w103981.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 10196336 Jul 29 07:49 w103982.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 22192828 Jul 29 07:49 w103984.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 12342428 Jul 29 07:49 w103985.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 13948632 Jul 29 07:49 w103986.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2067656 Jul 29 07:49 w103988.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2511264 Jul 29 07:49 w103989.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1607752 Jul 29 07:49 w103990.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 3429676 Jul 29 07:49 w103992.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2097632 Jul 29 07:49 w103993.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1529796 Jul 29 07:49 w103994.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 2215504 Jul 29 07:49 w103996.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1363316 Jul 29 07:49 w103997.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 1682716 Jul 29 07:49 w103998.001.stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 23:08 ls_l_scratch_w102714_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 292 Jun 30 22:06 ls_l_scratch_w102784_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 292 Jun 30 22:00 ls_l_scratch_w102820_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 23:46 ls_l_scratch_w102844_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 22:06 ls_l_scratch_w102908_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 146 Jun 30 21:48 ls_l_scratch_w102920_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:32 ls_l_scratch_w103132_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:34 ls_l_scratch_w103337_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:38 ls_l_scratch_w103388_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:37 ls_l_scratch_w103552_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:40 ls_l_scratch_w103679_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:39 ls_l_scratch_w103739_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:49 ls_l_scratch_w103841_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:43 ls_l_scratch_w103899_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 23:08 ls_l_scratch_w102714_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 292 Jun 30 22:06 ls_l_scratch_w102784_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 292 Jun 30 22:00 ls_l_scratch_w102820_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 23:46 ls_l_scratch_w102844_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jun 30 22:06 ls_l_scratch_w102908_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 146 Jun 30 21:48 ls_l_scratch_w102920_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:32 ls_l_scratch_w103132_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:34 ls_l_scratch_w103337_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 06:38 ls_l_scratch_w103388_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:37 ls_l_scratch_w103552_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:40 ls_l_scratch_w103679_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:39 ls_l_scratch_w103739_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:49 ls_l_scratch_w103841_stdhep -rw-r--r-- 1 miyamoto ilc_ilc 73 Jul 29 07:43 ls_l_scratch_w103899_stdhep ! WHIZARD 1.40 (Dec 13 2004) ! Reading process data from file whizard.in ! Wrote whizard.out ! Reading phase space configurations from file whizard.phx ! ! Process aa_n3e3du_o: ! gamma gamma -> nu_tau a-tau d a-u ! 32 16 -> 1 2 4 8 ! Process energy set to 350.00 GeV spectrum_beam_remnant prt_in,mode,prt_out= 11 8 0 ! Active structure functions for beam 1: ! USER spectrum: e -> e ! EPA: e -> gamma spectrum_beam_remnant prt_in,mode,prt_out= -11 -8 0 ! Active structure functions for beam 2: ! USER spectrum: a-e -> a-e ! EPA: a-e -> gamma ! 13 phase space channels found for process aa_n3e3du_o sum(mcs%beam%n_strfun),sum(mcs%beam%n_recoil)= 4 4 ! Scanning phase space channels for equivalences ... ! Phase space: 13 equivalence relations found. ! Note: This cross section may be infinite without cuts. ! Wrote default cut configuration file whizard.aa_n3e3du_o.cut0 ! ! Created grids: 13 channels, 16 dimensions with 20 bins ! Reading grid data from file whizard.aa_n3e3du_o.grb ! Reading grid data from file whizard.aa_n3e3du_o.grc !============================================================================= ! WHIZARD run for process aa_n3e3du_o: !----------------------------------------------------------------------------- ! It Calls Integral[fb] Error[fb] Err[%] Acc Eff[%] Chi2 N[It] !----------------------------------------------------------------------------- ! Reading cut configuration data from file whizard.cut1 ! No cut data found for process aa_n3e3du_o ! Using default cuts. cut M of 12 within 1.00000E+01 1.00000E+99 cut M of 36 within -1.00000E+99 -4.00000E+00 cut M of 40 within -1.00000E+99 -4.00000E+00 cut M of 20 within -1.00000E+99 -4.00000E+00 cut M of 24 within -1.00000E+99 -4.00000E+00 ! Using grids and results from file: 1 500000 1.3873297E+00 1.52E-02 1.10 7.76* 0.49 0.00 1 !----------------------------------------------------------------------------- ! Using grids and results from file: 2 500000 1.3842963E+00 1.50E-02 1.08 7.65* 0.54 3 500000 1.3666898E+00 3.60E-03 0.26 1.86* 4.01 4 500000 1.3632588E+00 2.11E-03 0.15 1.09* 4.26 5 500000 1.3654361E+00 2.04E-03 0.15 1.06* 2.00 6 500000 1.3633729E+00 1.96E-03 0.14 1.02* 3.00 7 500000 1.3643114E+00 1.96E-03 0.14 1.01* 2.59 8 500000 1.3640950E+00 1.95E-03 0.14 1.01* 3.14 9 500000 1.3636644E+00 1.87E-03 0.14 0.97* 4.28 10 500000 1.3626788E+00 1.84E-03 0.14 0.96* 5.81 11 500000 1.3609875E+00 1.81E-03 0.13 0.94* 8.10 !----------------------------------------------------------------------------- ! Using grids and results from file: 12 1500000 1.3624768E+00 1.05E-03 0.08 0.95 5.30 0.00 1 !----------------------------------------------------------------------------- !============================================================================= ! Summary (all processes): !----------------------------------------------------------------------------- ! Process ID Integral[fb] Error[fb] Err[%] Frac[%] !----------------------------------------------------------------------------- aa_n3e3du_o 1.3624768E+00 1.05E-03 0.08 100.00 !----------------------------------------------------------------------------- sum 1.3624768E+00 1.05E-03 0.08 100.00 !============================================================================= ! Wrote whizard.out ! Integration complete. ! ! Reading analysis configuration data from file whizard.cut5 ! No analysis data found for process aa_n3e3du_o before loop_pythia i0,pythia_parameters(i0:)= 1 PMAS(25,1)=2000.; PMAS(25,2)=100.;MSTJ(28)=2; MSTJ(41)=1; MSTU(22)=20 i0,isemi,pythia_parameters(i0:i0+isemi-2)= 1 17 PMAS(25,1)=2000. 1 ****************************************************************************** ****************************************************************************** ** ** ** ** ** *......* Welcome to the Lund Monte Carlo! ** ** *:::!!:::::::::::* ** ** *::::::!!::::::::::::::* PPP Y Y TTTTT H H III A ** ** *::::::::!!::::::::::::::::* P P Y Y T H H I A A ** ** *:::::::::!!:::::::::::::::::* PPP Y T HHHHH I AAAAA ** ** *:::::::::!!:::::::::::::::::* P Y T H H I A A ** ** *::::::::!!::::::::::::::::*! P Y T H H III A A ** ** *::::::!!::::::::::::::* !! ** ** !! *:::!!:::::::::::* !! This is PYTHIA version 6.205 ** ** !! !* -><- * !! Last date of change: 1 Mar 2002 ** ** !! !! !! ** ** !! !! !! Now is 0 Jan 2000 at 0:00:00 ** ** !! !! ** ** !! lh !! Disclaimer: this program comes ** ** !! !! without any guarantees. Beware ** ** !! hh !! of errors and use common sense ** ** !! ll !! when interpreting results. ** ** !! !! ** ** !! Copyright T. Sjostrand (2001) ** ** ** ** An archive of program versions and documentation is found on the web: ** ** http://www.thep.lu.se/~torbjorn/Pythia.html ** ** ** ** When you cite this program, currently the official reference is ** ** T. Sjostrand, P. Eden, C. Friberg, L. Lonnblad, G. Miu, S. Mrenna and ** ** E. Norrbin, Computer Physics Commun. 135 (2001) 238. ** ** The large manual is ** ** T. Sjostrand, L. Lonnblad and S. Mrenna, LU TP 01-21 [hep-ph/0108264]. ** ** Also remember that the program, to a large extent, represents original ** ** physics research. Other publications of special relevance to your ** ** studies may therefore deserve separate mention. ** ** ** ** Main author: Torbjorn Sjostrand; Department of Theoretical Physics 2, ** ** Lund University, Solvegatan 14A, S-223 62 Lund, Sweden; ** ** phone: + 46 - 46 - 222 48 16; e-mail: torbjorn@thep.lu.se ** ** Author: Leif Lonnblad; Department of Theoretical Physics 2, ** ** Lund University, Solvegatan 14A, S-223 62 Lund, Sweden; ** ** phone: + 46 - 46 - 222 77 80; e-mail: leif@thep.lu.se ** ** Author: Stephen Mrenna; Computing Division, Simulations Group, ** ** Fermi National Accelerator Laboratory, MS 234, Batavia, IL 60510, USA; ** ** phone: + 1 - 630 - 840 - 2556; e-mail: mrenna@fnal.gov ** ** Author: Peter Skands; Department of Theoretical Physics 2, ** ** Lund University, Solvegatan 14A, S-223 62 Lund, Sweden; ** ** phone: + 46 - 46 - 222 31 92; e-mail: zeiler@thep.lu.se ** ** ** ** ** ****************************************************************************** ****************************************************************************** PMAS(25,1) changed from 115.00000 to 2000.00000 i0,isemi,pythia_parameters(i0:i0+isemi-2)= 18 17 PMAS(25,2)=100. PMAS(25,2) changed from 0.00367 to 100.00000 i0,isemi,pythia_parameters(i0:i0+isemi-2)= 35 11 MSTJ(28)=2 MSTJ(28) changed from 0 to 2 i0,isemi,pythia_parameters(i0:i0+isemi-2)= 46 12 MSTJ(41)= 1 MSTJ(41) changed from 2 to 1 i0,pythia_parameters(i0:)= 58 MSTU(22)=20 MSTU(22) changed from 10 to 20 1****************** PYINIT: initialization of PYTHIA routines ***************** ********************** PYINIT: initialization completed ********************** Particle/parton data table KF KC particle antiparticle chg col anti mass width w-cut lifetime decay IDC on/off ME Br.rat. decay products 1 1 d dbar -1 1 1 0.33000 0.00000 0.00000 0.00000E+00 0 1 1 102 0.000000 g d 2 1 102 0.000000 gamma d 3 1 102 0.000000 Z0 d 4 1 102 0.000000 W- u 5 1 102 0.000000 W- c 6 1 102 0.000000 W- t 7 -1 102 0.000000 W- t' 8 1 102 0.000000 h0 d 2 2 u ubar 2 1 1 0.33000 0.00000 0.00000 0.00000E+00 0 9 1 102 0.000000 g u 10 1 102 0.000000 gamma u 11 1 102 0.000000 Z0 u 12 1 102 0.000000 W+ d 13 1 102 0.000000 W+ s 14 1 102 0.000000 W+ b 15 -1 102 0.000000 W+ b' 16 1 102 0.000000 h0 u 3 3 s sbar -1 1 1 0.50000 0.00000 0.00000 0.00000E+00 0 17 1 102 0.000000 g s 18 1 102 0.000000 gamma s 19 1 102 0.000000 Z0 s 20 1 102 0.000000 W- u 21 1 102 0.000000 W- c 22 1 102 0.000000 W- t 23 -1 102 0.000000 W- t' 24 1 102 0.000000 h0 s 4 4 c cbar 2 1 1 1.50000 0.00000 0.00000 0.00000E+00 0 25 1 102 0.000000 g c 26 1 102 0.000000 gamma c 27 1 102 0.000000 Z0 c 28 1 102 0.000000 W+ d 29 1 102 0.000000 W+ s 30 1 102 0.000000 W+ b 31 -1 102 0.000000 W+ b' 32 1 102 0.000000 h0 c 5 5 b bbar -1 1 1 4.80000 0.00000 0.00000 0.00000E+00 0 33 1 102 0.000000 g b 34 1 102 0.000000 gamma b 35 1 102 0.000000 Z0 b 36 1 102 0.000000 W- u 37 1 102 0.000000 W- c 38 1 102 0.000000 W- t 39 -1 102 0.000000 W- t' 40 1 102 0.000000 h0 b 6 6 t tbar 2 1 1 174.00000 1.37027 13.70268 0.00000E+00 1 41 1 102 0.000000 g t 42 1 102 0.000000 gamma t 43 1 102 0.000000 Z0 t 44 1 0 0.000030 W+ d 45 1 0 0.001765 W+ s 46 1 0 0.998205 W+ b 47 -1 0 0.000000 W+ b' 48 1 102 0.000000 h0 t 49 -1 0 0.000000 H+ b 50 -1 53 0.000000 ~chi_10 ~t_1 51 -1 53 0.000000 ~chi_20 ~t_1 52 -1 53 0.000000 ~chi_30 ~t_1 53 -1 53 0.000000 ~chi_40 ~t_1 54 -1 53 0.000000 ~g ~t_1 55 -1 53 0.000000 ~Gravitino ~t_1 7 7 b' b'bar -1 1 1 400.00000 0.00000 0.00000 0.00000E+00 1 56 1 102 0.000000 g b' 57 1 102 0.000000 gamma b' 58 1 102 0.000000 Z0 b' 59 1 0 0.000000 W- u 60 1 0 0.000000 W- c 61 1 0 0.000000 W- t 62 1 0 0.000000 W- t' 63 1 102 0.000000 h0 b' 64 -1 0 0.000000 H- c 65 -1 0 0.000000 H- t 8 8 t' t'bar 2 1 1 400.00000 0.00000 0.00000 0.00000E+00 1 66 1 102 0.000000 g t' 67 1 102 0.000000 gamma t' 68 1 102 0.000000 Z0 t' 69 1 0 0.000000 W+ d 70 1 0 0.000000 W+ s 71 1 0 0.000000 W+ b 72 1 0 0.000000 W+ b' 73 1 102 0.000000 h0 t' 74 -1 0 0.000000 H+ b 75 -1 0 0.000000 H+ b' 11 11 e- e+ -3 0 1 0.00051 0.00000 0.00000 0.00000E+00 0 76 1 102 0.000000 gamma e- 77 1 102 0.000000 Z0 e- 78 1 102 0.000000 W- nu_e 79 1 102 0.000000 h0 e- 12 12 nu_e nu_ebar 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 80 1 102 0.000000 Z0 nu_e 81 1 102 0.000000 W+ e- 13 13 mu- mu+ -3 0 1 0.10566 0.00000 0.00000 6.58654E+05 0 82 1 42 1.000000 nu_ebar e- nu_mu 83 1 102 0.000000 gamma mu- 84 1 102 0.000000 Z0 mu- 85 1 102 0.000000 W- nu_mu 86 1 102 0.000000 h0 mu- 14 14 nu_mu nu_mubar 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 87 1 102 0.000000 Z0 nu_mu 88 1 102 0.000000 W+ mu- 15 15 tau- tau+ -3 0 1 1.77700 0.00000 0.00000 8.72000E-02 1 89 1 42 0.178300 nu_ebar e- nu_tau 90 1 42 0.173500 nu_mubar mu- nu_tau 91 1 0 0.113100 nu_tau pi- 92 1 0 0.249400 nu_tau rho- 93 1 41 0.003000 nu_tau pi- pi0 94 1 41 0.090000 nu_tau rho- pi0 95 1 41 0.002700 nu_tau pi- pi0 pi0 96 1 41 0.010000 nu_tau rho- pi0 pi0 97 1 41 0.001400 nu_tau pi- pi0 pi0 pi0 98 1 41 0.001200 nu_tau rho- pi0 pi0 pi0 99 1 41 0.000250 nu_tau pi- K_S0 100 1 41 0.000250 nu_tau pi- K_L0 101 1 0 0.007100 nu_tau K- 102 1 0 0.012000 nu_tau K*- 103 1 41 0.000400 nu_tau K- pi0 104 1 41 0.000750 nu_tau K*- pi0 105 1 41 0.000060 nu_tau K*- pi0 pi0 106 1 41 0.000780 nu_tau K- K_S0 107 1 41 0.000780 nu_tau K- K_L0 108 1 41 0.003400 nu_tau K- K+ pi- 109 1 41 0.080000 nu_tau pi- rho0 110 1 41 0.011000 nu_tau pi- pi+ pi- 111 1 41 0.019100 nu_tau pi- omega 112 1 41 0.000060 nu_tau pi- eta 113 1 41 0.005000 nu_tau rho- rho0 114 1 41 0.013300 nu_tau pi- rho0 pi0 115 1 41 0.006700 nu_tau rho- pi+ pi- 116 1 41 0.000500 nu_tau pi- pi+ pi- pi0 117 1 41 0.003500 nu_tau rho- omega 118 1 41 0.000600 nu_tau pi- omega pi0 119 1 41 0.001500 nu_tau rho- eta 120 1 41 0.000210 nu_tau pi- eta pi0 121 1 41 0.000200 nu_tau rho- rho0 pi0 122 1 41 0.000750 nu_tau pi- rho0 rho0 123 1 41 0.000100 nu_tau pi- eta eta 124 1 41 0.000200 nu_tau pi- rho0 pi0 pi0 125 1 41 0.001100 nu_tau rho- rho0 pi0 pi0 126 1 41 0.000200 nu_tau pi- rho+ rho- 127 1 41 0.000200 nu_tau pi- rho+ pi- pi0 128 1 41 0.000200 nu_tau pi- rho- pi+ pi0 129 1 41 0.000220 nu_tau pi- rho0 rho0 pi0 130 1 41 0.000400 nu_tau K*- pi0 pi0 131 1 41 0.000100 nu_tau K- pi0 pi0 pi0 132 1 41 0.002050 nu_tau pi- K_S0 pi0 133 1 41 0.002050 nu_tau pi- K_L0 pi0 134 1 41 0.000690 nu_tau K- K_S0 pi0 135 1 41 0.000690 nu_tau K- K_L0 pi0 136 1 41 0.000250 nu_tau pi- K_S0 K_S0 137 1 41 0.000510 nu_tau pi- K_S0 K_L0 138 1 41 0.000250 nu_tau pi- K_L0 K_L0 139 1 102 0.000000 gamma tau- 140 1 102 0.000000 Z0 tau- 141 1 102 0.000000 W- nu_tau 142 1 102 0.000000 h0 tau- 16 16 nu_tau nu_taubar 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 143 1 102 0.000000 Z0 nu_tau 144 1 102 0.000000 W+ tau- 17 17 tau'- tau'+ -3 0 1 400.00000 0.00000 0.00000 0.00000E+00 1 145 1 102 0.000000 gamma tau'- 146 1 102 0.000000 Z0 tau'- 147 1 0 0.000000 W- nu'_tau 148 1 102 0.000000 h0 tau'- 149 -1 0 0.000000 H- nu'_tau 18 18 nu'_tau nu'_taubar 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 150 1 102 0.000000 Z0 nu'_tau 151 1 0 0.000000 W+ tau'- 152 -1 0 0.000000 H+ tau'- 21 21 g 0 2 0 0.00000 0.00000 0.00000 0.00000E+00 0 153 1 102 0.000000 d dbar 154 1 102 0.000000 u ubar 155 1 102 0.000000 s sbar 156 1 102 0.000000 c cbar 157 1 102 0.000000 b bbar 158 0 102 0.000000 t tbar 159 -1 102 0.000000 b' b'bar 160 -1 102 0.000000 t' t'bar 161 1 102 0.000000 g g 22 22 gamma 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 162 1 102 0.000000 d dbar 163 1 102 0.000000 u ubar 164 1 102 0.000000 s sbar 165 1 102 0.000000 c cbar 166 1 102 0.000000 b bbar 167 0 102 0.000000 t tbar 168 -1 102 0.000000 b' b'bar 169 -1 102 0.000000 t' t'bar 170 1 102 0.000000 e- e+ 171 1 102 0.000000 mu- mu+ 172 1 102 0.000000 tau- tau+ 173 -1 102 0.000000 tau'- tau'+ 23 23 Z0 0 0 0 91.18800 2.47813 24.78129 0.00000E+00 1 174 1 32 0.153995 d dbar 175 1 32 0.119420 u ubar 176 1 32 0.153984 s sbar 177 1 32 0.119259 c cbar 178 1 32 0.152272 b bbar 179 1 32 0.000000 t tbar 180 -1 32 0.000000 b' b'bar 181 -1 32 0.000000 t' t'bar 182 1 0 0.033576 e- e+ 183 1 0 0.066806 nu_e nu_ebar 184 1 0 0.033576 mu- mu+ 185 1 0 0.066806 nu_mu nu_mubar 186 1 0 0.033500 tau- tau+ 187 1 0 0.066806 nu_tau nu_taubar 188 -1 0 0.000000 tau'- tau'+ 189 -1 0 0.000000 nu'_tau nu'_taubar 24 24 W+ W- 3 0 1 80.45000 2.07115 20.71149 0.00000E+00 1 190 1 32 0.321369 dbar u 191 1 32 0.016494 dbar c 192 1 32 0.000000 dbar t 193 -1 32 0.000000 dbar t' 194 1 32 0.016502 sbar u 195 1 32 0.320615 sbar c 196 1 32 0.000000 sbar t 197 -1 32 0.000000 sbar t' 198 1 32 0.000010 bbar u 199 1 32 0.000591 bbar c 200 1 32 0.000000 bbar t 201 -1 32 0.000000 bbar t' 202 -1 32 0.000000 b'bar u 203 -1 32 0.000000 b'bar c 204 -1 32 0.000000 b'bar t 205 -1 32 0.000000 b'bar t' 206 1 0 0.108166 e+ nu_e 207 1 0 0.108166 mu+ nu_mu 208 1 0 0.108087 tau+ nu_tau 209 -1 0 0.000000 tau'+ nu'_tau 25 25 h0 0 0 0 2000.00000 4052.26167 1800.00000 0.00000E+00 1 210 1 32 0.000000 d dbar 211 1 32 0.000000 u ubar 212 1 32 0.000000 s sbar 213 1 32 0.000000 c cbar 214 1 32 0.000006 b bbar 215 1 32 0.019287 t tbar 216 -1 32 0.000000 b' b'bar 217 -1 32 0.000000 t' t'bar 218 1 0 0.000000 e- e+ 219 1 0 0.000000 mu- mu+ 220 1 0 0.000001 tau- tau+ 221 -1 0 0.000000 tau'- tau'+ 222 1 0 0.000014 g g 223 1 0 0.000001 gamma gamma 224 1 0 0.000001 gamma Z0 225 1 0 0.326294 Z0 Z0 226 1 0 0.654395 W+ W- 227 -1 53 0.000000 ~chi_10 ~chi_10 228 -1 53 0.000000 ~chi_20 ~chi_10 229 -1 53 0.000000 ~chi_20 ~chi_20 230 -1 53 0.000000 ~chi_30 ~chi_10 231 -1 53 0.000000 ~chi_30 ~chi_20 232 -1 53 0.000000 ~chi_30 ~chi_30 233 -1 53 0.000000 ~chi_40 ~chi_10 234 -1 53 0.000000 ~chi_40 ~chi_20 235 -1 53 0.000000 ~chi_40 ~chi_30 236 -1 53 0.000000 ~chi_40 ~chi_40 237 -1 53 0.000000 ~chi_1+ ~chi_1- 238 -1 53 0.000000 ~chi_1+ ~chi_2- 239 -1 53 0.000000 ~chi_2+ ~chi_1- 240 -1 53 0.000000 ~chi_2+ ~chi_2- 241 -1 53 0.000000 ~d_L ~d_Lbar 242 -1 53 0.000000 ~d_R ~d_Rbar 243 -1 53 0.000000 ~d_L ~d_Rbar 244 -1 53 0.000000 ~d_Lbar ~d_R 245 -1 53 0.000000 ~u_L ~u_Lbar 246 -1 53 0.000000 ~u_R ~u_Rbar 247 -1 53 0.000000 ~u_L ~u_Rbar 248 -1 53 0.000000 ~u_Lbar ~u_R 249 -1 53 0.000000 ~s_L ~s_Lbar 250 -1 53 0.000000 ~s_R ~s_Rbar 251 -1 53 0.000000 ~s_L ~s_Rbar 252 -1 53 0.000000 ~s_Lbar ~s_R 253 -1 53 0.000000 ~c_L ~c_Lbar 254 -1 53 0.000000 ~c_R ~c_Rbar 255 -1 53 0.000000 ~c_L ~c_Rbar 256 -1 53 0.000000 ~c_Lbar ~c_R 257 -1 53 0.000000 ~b_1 ~b_1bar 258 -1 53 0.000000 ~b_2 ~b_2bar 259 -1 53 0.000000 ~b_1 ~b_2bar 260 -1 53 0.000000 ~b_1bar ~b_2 261 -1 53 0.000000 ~t_1 ~t_1bar 262 -1 53 0.000000 ~t_2 ~t_2bar 263 -1 53 0.000000 ~t_1 ~t_2bar 264 -1 53 0.000000 ~t_1bar ~t_2 265 -1 53 0.000000 ~e_L- ~e_L+ 266 -1 53 0.000000 ~e_R- ~e_R+ 267 -1 53 0.000000 ~e_L- ~e_R+ 268 -1 53 0.000000 ~e_L+ ~e_R- 269 -1 53 0.000000 ~nu_eL ~nu_eLbar 270 -1 53 0.000000 ~nu_eR ~nu_eRbar 271 -1 53 0.000000 ~nu_eL ~nu_eRbar 272 -1 53 0.000000 ~nu_eLbar ~nu_eR 273 -1 53 0.000000 ~mu_L- ~mu_L+ 274 -1 53 0.000000 ~mu_R- ~mu_R+ 275 -1 53 0.000000 ~mu_L- ~mu_R+ 276 -1 53 0.000000 ~mu_L+ ~mu_R- 277 -1 53 0.000000 ~nu_muL ~nu_muLbar 278 -1 53 0.000000 ~nu_muR ~nu_muRbar 279 -1 53 0.000000 ~nu_muL ~nu_muRbar 280 -1 53 0.000000 ~nu_muLbar ~nu_muR 281 -1 53 0.000000 ~tau_1- ~tau_1+ 282 -1 53 0.000000 ~tau_2- ~tau_2+ 283 -1 53 0.000000 ~tau_1- ~tau_2+ 284 -1 53 0.000000 ~tau_1+ ~tau_2- 285 -1 53 0.000000 ~nu_tauL ~nu_tauLbar 286 -1 53 0.000000 ~nu_tauR ~nu_tauRbar 287 -1 53 0.000000 ~nu_tauL ~nu_tauRbar 288 -1 53 0.000000 ~nu_tauLbar ~nu_tauR 32 32 Z'0 0 0 0 500.00000 14.54950 145.49497 0.00000E+00 1 289 1 32 0.145743 d dbar 290 1 32 0.113205 u ubar 291 1 32 0.145743 s sbar 292 1 32 0.113200 c cbar 293 1 32 0.145689 b bbar 294 1 32 0.049603 t tbar 295 -1 32 0.000000 b' b'bar 296 -1 32 0.000000 t' t'bar 297 1 0 0.032005 e- e+ 298 1 0 0.063602 nu_e nu_ebar 299 1 0 0.032005 mu- mu+ 300 1 0 0.063602 nu_mu nu_mubar 301 1 0 0.032002 tau- tau+ 302 1 0 0.063602 nu_tau nu_taubar 303 -1 0 0.000000 tau'- tau'+ 304 -1 0 0.000000 nu'_tau nu'_taubar 305 -1 0 0.000000 W+ W- 306 -1 0 0.000000 H+ H- 307 -1 0 0.000000 Z0 gamma 308 -1 0 0.000000 Z0 h0 309 -1 0 0.000000 h0 A0 310 -1 0 0.000000 H0 A0 33 33 Z"0 0 0 0 900.00000 0.00000 0.00000 0.00000E+00 0 34 34 W'+ W'- 3 0 1 500.00000 16.67007 166.70071 0.00000E+00 1 311 1 32 0.251088 dbar u 312 1 32 0.012893 dbar c 313 1 32 0.000006 dbar t 314 -1 32 0.000000 dbar t' 315 1 32 0.012893 sbar u 316 1 32 0.250628 sbar c 317 1 32 0.000381 sbar t 318 -1 32 0.000000 sbar t' 319 1 32 0.000008 bbar u 320 1 32 0.000465 bbar c 321 1 32 0.215844 bbar t 322 -1 32 0.000000 bbar t' 323 -1 32 0.000000 b'bar u 324 -1 32 0.000000 b'bar c 325 -1 32 0.000000 b'bar t 326 -1 32 0.000000 b'bar t' 327 1 0 0.085265 e+ nu_e 328 1 0 0.085265 mu+ nu_mu 329 1 0 0.085264 tau+ nu_tau 330 -1 0 0.000000 tau'+ nu'_tau 331 -1 0 0.000000 W+ Z0 332 -1 0 0.000000 W+ gamma 333 -1 0 0.000000 W+ h0 35 35 H0 0 0 0 300.00000 8.36206 83.62058 0.00000E+00 1 334 1 32 0.000000 d dbar 335 1 32 0.000000 u ubar 336 1 32 0.000000 s sbar 337 1 32 0.000029 c cbar 338 1 32 0.000537 b bbar 339 1 32 0.000000 t tbar 340 -1 32 0.000000 b' b'bar 341 -1 32 0.000000 t' t'bar 342 1 0 0.000000 e- e+ 343 1 0 0.000000 mu- mu+ 344 1 0 0.000074 tau- tau+ 345 -1 0 0.000000 tau'- tau'+ 346 1 0 0.000421 g g 347 1 0 0.000015 gamma gamma 348 1 0 0.000061 gamma Z0 349 1 0 0.307677 Z0 Z0 350 1 0 0.691184 W+ W- 351 1 0 0.000000 Z0 h0 352 1 0 0.000000 h0 h0 353 1 0 0.000000 W+ H- 354 1 0 0.000000 H+ W- 355 1 0 0.000000 Z0 A0 356 1 0 0.000000 h0 A0 357 1 0 0.000000 A0 A0 358 -1 53 0.000000 ~chi_10 ~chi_10 359 -1 53 0.000000 ~chi_20 ~chi_10 360 -1 53 0.000000 ~chi_20 ~chi_20 361 -1 53 0.000000 ~chi_30 ~chi_10 362 -1 53 0.000000 ~chi_30 ~chi_20 363 -1 53 0.000000 ~chi_30 ~chi_30 364 -1 53 0.000000 ~chi_40 ~chi_10 365 -1 53 0.000000 ~chi_40 ~chi_20 366 -1 53 0.000000 ~chi_40 ~chi_30 367 -1 53 0.000000 ~chi_40 ~chi_40 368 -1 53 0.000000 ~chi_1+ ~chi_1- 369 -1 53 0.000000 ~chi_1+ ~chi_2- 370 -1 53 0.000000 ~chi_2+ ~chi_1- 371 -1 53 0.000000 ~chi_2+ ~chi_2- 372 -1 53 0.000000 ~d_L ~d_Lbar 373 -1 53 0.000000 ~d_R ~d_Rbar 374 -1 53 0.000000 ~d_L ~d_Rbar 375 -1 53 0.000000 ~d_Lbar ~d_R 376 -1 53 0.000000 ~u_L ~u_Lbar 377 -1 53 0.000000 ~u_R ~u_Rbar 378 -1 53 0.000000 ~u_L ~u_Rbar 379 -1 53 0.000000 ~u_Lbar ~u_R 380 -1 53 0.000000 ~s_L ~s_Lbar 381 -1 53 0.000000 ~s_R ~s_Rbar 382 -1 53 0.000000 ~s_L ~s_Rbar 383 -1 53 0.000000 ~s_Lbar ~s_R 384 -1 53 0.000000 ~c_L ~c_Lbar 385 -1 53 0.000000 ~c_R ~c_Rbar 386 -1 53 0.000000 ~c_L ~c_Rbar 387 -1 53 0.000000 ~c_Lbar ~c_R 388 -1 53 0.000000 ~b_1 ~b_1bar 389 -1 53 0.000000 ~b_2 ~b_2bar 390 -1 53 0.000000 ~b_1 ~b_2bar 391 -1 53 0.000000 ~b_1bar ~b_2 392 -1 53 0.000000 ~t_1 ~t_1bar 393 -1 53 0.000000 ~t_2 ~t_2bar 394 -1 53 0.000000 ~t_1 ~t_2bar 395 -1 53 0.000000 ~t_1bar ~t_2 396 -1 53 0.000000 ~e_L- ~e_L+ 397 -1 53 0.000000 ~e_R- ~e_R+ 398 -1 53 0.000000 ~e_L- ~e_R+ 399 -1 53 0.000000 ~e_L+ ~e_R- 400 -1 53 0.000000 ~nu_eL ~nu_eLbar 401 -1 53 0.000000 ~nu_eR ~nu_eRbar 402 -1 53 0.000000 ~nu_eL ~nu_eRbar 403 -1 53 0.000000 ~nu_eLbar ~nu_eR 404 -1 53 0.000000 ~mu_L- ~mu_L+ 405 -1 53 0.000000 ~mu_R- ~mu_R+ 406 -1 53 0.000000 ~mu_L- ~mu_R+ 407 -1 53 0.000000 ~mu_L+ ~mu_R- 408 -1 53 0.000000 ~nu_muL ~nu_muLbar 409 -1 53 0.000000 ~nu_muR ~nu_muRbar 410 -1 53 0.000000 ~nu_muL ~nu_muRbar 411 -1 53 0.000000 ~nu_muLbar ~nu_muR 412 -1 53 0.000000 ~tau_1- ~tau_1+ 413 -1 53 0.000000 ~tau_2- ~tau_2+ 414 -1 53 0.000000 ~tau_1- ~tau_2+ 415 -1 53 0.000000 ~tau_1+ ~tau_2- 416 -1 53 0.000000 ~nu_tauL ~nu_tauLbar 417 -1 53 0.000000 ~nu_tauR ~nu_tauRbar 418 -1 53 0.000000 ~nu_tauL ~nu_tauRbar 419 -1 53 0.000000 ~nu_tauLbar ~nu_tauR 36 36 A0 0 0 0 300.00000 0.01606 0.16063 0.00000E+00 1 420 1 32 0.000000 d dbar 421 1 32 0.000000 u ubar 422 1 32 0.000123 s sbar 423 1 32 0.015209 c cbar 424 1 32 0.279999 b bbar 425 1 32 0.000000 t tbar 426 -1 32 0.000000 b' b'bar 427 -1 32 0.000000 t' t'bar 428 1 0 0.000000 e- e+ 429 1 0 0.000137 mu- mu+ 430 1 0 0.038628 tau- tau+ 431 -1 0 0.000000 tau'- tau'+ 432 1 0 0.662119 g g 433 1 0 0.003202 gamma gamma 434 1 0 0.000582 gamma Z0 435 1 0 0.000000 Z0 Z0 436 1 0 0.000000 W+ W- 437 1 0 0.000000 Z0 h0 438 1 0 0.000000 h0 h0 439 1 0 0.000000 W+ H- 440 1 0 0.000000 H+ W- 441 -1 53 0.000000 ~chi_10 ~chi_10 442 -1 53 0.000000 ~chi_20 ~chi_10 443 -1 53 0.000000 ~chi_20 ~chi_20 444 -1 53 0.000000 ~chi_30 ~chi_10 445 -1 53 0.000000 ~chi_30 ~chi_20 446 -1 53 0.000000 ~chi_30 ~chi_30 447 -1 53 0.000000 ~chi_40 ~chi_10 448 -1 53 0.000000 ~chi_40 ~chi_20 449 -1 53 0.000000 ~chi_40 ~chi_30 450 -1 53 0.000000 ~chi_40 ~chi_40 451 -1 53 0.000000 ~chi_1+ ~chi_1- 452 -1 53 0.000000 ~chi_1+ ~chi_2- 453 -1 53 0.000000 ~chi_2+ ~chi_1- 454 -1 53 0.000000 ~chi_2+ ~chi_2- 455 -1 53 0.000000 ~d_L ~d_Lbar 456 -1 53 0.000000 ~d_R ~d_Rbar 457 -1 53 0.000000 ~d_L ~d_Rbar 458 -1 53 0.000000 ~d_Lbar ~d_R 459 -1 53 0.000000 ~u_L ~u_Lbar 460 -1 53 0.000000 ~u_R ~u_Rbar 461 -1 53 0.000000 ~u_L ~u_Rbar 462 -1 53 0.000000 ~u_Lbar ~u_R 463 -1 53 0.000000 ~s_L ~s_Lbar 464 -1 53 0.000000 ~s_R ~s_Rbar 465 -1 53 0.000000 ~s_L ~s_Rbar 466 -1 53 0.000000 ~s_Lbar ~s_R 467 -1 53 0.000000 ~c_L ~c_Lbar 468 -1 53 0.000000 ~c_R ~c_Rbar 469 -1 53 0.000000 ~c_L ~c_Rbar 470 -1 53 0.000000 ~c_Lbar ~c_R 471 -1 53 0.000000 ~b_1 ~b_1bar 472 -1 53 0.000000 ~b_2 ~b_2bar 473 -1 53 0.000000 ~b_1 ~b_2bar 474 -1 53 0.000000 ~b_1bar ~b_2 475 -1 53 0.000000 ~t_1 ~t_1bar 476 -1 53 0.000000 ~t_2 ~t_2bar 477 -1 53 0.000000 ~t_1 ~t_2bar 478 -1 53 0.000000 ~t_1bar ~t_2 479 -1 53 0.000000 ~e_L- ~e_L+ 480 -1 53 0.000000 ~e_R- ~e_R+ 481 -1 53 0.000000 ~e_L- ~e_R+ 482 -1 53 0.000000 ~e_L+ ~e_R- 483 -1 53 0.000000 ~nu_eL ~nu_eLbar 484 -1 53 0.000000 ~nu_eR ~nu_eRbar 485 -1 53 0.000000 ~nu_eL ~nu_eRbar 486 -1 53 0.000000 ~nu_eLbar ~nu_eR 487 -1 53 0.000000 ~mu_L- ~mu_L+ 488 -1 53 0.000000 ~mu_R- ~mu_R+ 489 -1 53 0.000000 ~mu_L- ~mu_R+ 490 -1 53 0.000000 ~mu_L+ ~mu_R- 491 -1 53 0.000000 ~nu_muL ~nu_muLbar 492 -1 53 0.000000 ~nu_muR ~nu_muRbar 493 -1 53 0.000000 ~nu_muL ~nu_muRbar 494 -1 53 0.000000 ~nu_muLbar ~nu_muR 495 -1 53 0.000000 ~tau_1- ~tau_1+ 496 -1 53 0.000000 ~tau_2- ~tau_2+ 497 -1 53 0.000000 ~tau_1- ~tau_2+ 498 -1 53 0.000000 ~tau_1+ ~tau_2- 499 -1 53 0.000000 ~nu_tauL ~nu_tauLbar 500 -1 53 0.000000 ~nu_tauR ~nu_tauRbar 501 -1 53 0.000000 ~nu_tauL ~nu_tauRbar 502 -1 53 0.000000 ~nu_tauLbar ~nu_tauR 37 37 H+ H- 3 0 1 300.00000 0.35814 3.58139 0.00000E+00 1 503 1 32 0.000000 dbar u 504 1 32 0.000165 sbar c 505 1 32 0.956369 bbar t 506 -1 32 0.000000 b'bar t' 507 1 0 0.000000 e+ nu_e 508 1 0 0.000153 mu+ nu_mu 509 1 0 0.043313 tau+ nu_tau 510 -1 0 0.000000 tau'+ nu'_tau 511 1 0 0.000000 W+ h0 512 -1 53 0.000000 ~chi_10 ~chi_1+ 513 -1 53 0.000000 ~chi_10 ~chi_2+ 514 -1 53 0.000000 ~chi_20 ~chi_1+ 515 -1 53 0.000000 ~chi_20 ~chi_2+ 516 -1 53 0.000000 ~chi_30 ~chi_1+ 517 -1 53 0.000000 ~chi_30 ~chi_2+ 518 -1 53 0.000000 ~chi_40 ~chi_1+ 519 -1 53 0.000000 ~chi_40 ~chi_2+ 520 -1 53 0.000000 ~t_1 ~b_1bar 521 -1 53 0.000000 ~t_2 ~b_1bar 522 -1 53 0.000000 ~t_1 ~b_2bar 523 -1 53 0.000000 ~t_2 ~b_2bar 524 -1 53 0.000000 ~d_Lbar ~u_L 525 -1 53 0.000000 ~s_Lbar ~c_L 526 -1 53 0.000000 ~e_L+ ~nu_eL 527 -1 53 0.000000 ~mu_L+ ~nu_muL 528 -1 53 0.000000 ~tau_1+ ~nu_tauL 529 -1 53 0.000000 ~tau_2+ ~nu_tauL 39 39 Graviton 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 41 41 R0 Rbar0 0 0 1 5000.00000 417.29335 4172.93346 0.00000E+00 1 530 1 32 0.215118 d sbar 531 1 32 0.215118 u cbar 532 1 32 0.215118 s bbar 533 1 32 0.214727 c tbar 534 -1 32 0.000000 b b'bar 535 -1 32 0.000000 t t'bar 536 1 0 0.069959 e- mu+ 537 1 0 0.069959 mu- tau+ 538 -1 0 0.000000 tau- tau'+ 42 42 LQ_ue LQ_uebar -1 1 1 200.00000 0.39162 3.91621 0.00000E+00 1 539 1 0 1.000000 u e- 81 81 specflav 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 82 82 rndmflav rndmflavbar 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 83 83 phasespa 0 0 0 1.00000 0.00000 0.00000 0.00000E+00 1 540 1 12 1.000000 rndmflav rndmflavbar 84 84 c-hadron c-hadronbar 2 0 1 2.00000 0.00000 0.00000 1.00000E-01 1 541 1 42 0.080000 e+ nu_e s specflav 542 1 42 0.080000 mu+ nu_mu s specflav 543 1 11 0.760000 u dbar s specflav 544 1 11 0.080000 u sbar s specflav 85 85 b-hadron b-hadronbar -1 0 1 5.00000 0.00000 0.00000 3.87000E-01 1 545 1 42 0.105000 nu_ebar e- c specflav 546 1 42 0.105000 nu_mubar mu- c specflav 547 1 42 0.040000 nu_taubar tau- c specflav 548 1 42 0.500000 ubar d c specflav 549 1 42 0.080000 ubar c d specflav 550 1 42 0.140000 cbar s c specflav 551 1 42 0.010000 cbar c s specflav 552 1 42 0.015000 ubar d u specflav 553 1 42 0.005000 cbar s u specflav 88 88 junction 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 90 90 system 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 91 91 cluster 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 92 92 string 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 93 93 indep. 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 94 94 CMshower 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 95 95 SPHEaxis 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 96 96 THRUaxis 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 97 97 CLUSjet 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 98 98 CELLjet 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 99 99 table 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 110 101 reggeon 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 111 102 pi0 0 0 0 0.13498 0.00000 0.00000 3.00000E-05 1 554 1 0 0.988000 gamma gamma 555 1 2 0.012000 gamma e- e+ 113 103 rho0 0 0 0 0.76850 0.15100 0.40000 0.00000E+00 1 556 1 3 0.998739 pi+ pi- 557 1 0 0.000790 pi0 gamma 558 1 0 0.000380 eta gamma 559 1 0 0.000046 mu- mu+ 560 1 0 0.000045 e- e+ 115 104 a_20 0 0 0 1.31800 0.10700 0.25000 0.00000E+00 1 561 1 0 0.347250 rho+ pi- 562 1 0 0.347250 rho- pi+ 563 1 0 0.144000 eta pi0 564 1 0 0.104000 omega pi+ pi- 565 1 0 0.024500 K+ K- 566 1 0 0.012250 K_L0 K_L0 567 1 0 0.012250 K_S0 K_S0 568 1 0 0.002800 pi0 gamma 569 1 0 0.005700 eta' pi0 130 105 K_L0 0 0 0 0.49767 0.00000 0.00000 1.55000E+04 0 570 1 0 0.211200 pi0 pi0 pi0 571 1 0 0.125600 pi+ pi- pi0 572 1 42 0.193900 nu_ebar e- pi+ 573 1 42 0.193900 nu_e e+ pi- 574 1 42 0.135900 nu_mubar mu- pi+ 575 1 42 0.135900 nu_mu mu+ pi- 576 1 0 0.002000 pi+ pi- 577 1 0 0.001000 pi0 pi0 578 1 0 0.000600 gamma gamma 211 106 pi+ pi- 3 0 1 0.13957 0.00000 0.00000 7.80450E+03 0 579 1 0 0.999877 mu+ nu_mu 580 1 0 0.000123 e+ nu_e 213 107 rho+ rho- 3 0 1 0.76690 0.14900 0.40000 0.00000E+00 1 581 1 3 0.999550 pi+ pi0 582 1 0 0.000450 pi+ gamma 215 108 a_2+ a_2- 3 0 1 1.31800 0.10700 0.25000 0.00000E+00 1 583 1 0 0.347250 rho+ pi0 584 1 0 0.347250 rho0 pi+ 585 1 0 0.144000 eta pi+ 586 1 0 0.104000 omega pi+ pi0 587 1 0 0.049000 K+ Kbar0 588 1 0 0.002800 pi+ gamma 589 1 0 0.005700 eta' pi+ 221 109 eta 0 0 0 0.54745 0.00000 0.00000 0.00000E+00 1 590 1 0 0.392300 gamma gamma 591 1 0 0.321000 pi0 pi0 pi0 592 1 0 0.231700 pi+ pi- pi0 593 1 0 0.047800 gamma pi+ pi- 594 1 2 0.004900 gamma e- e+ 595 1 0 0.001300 pi+ pi- e- e+ 596 1 0 0.000300 gamma mu- mu+ 597 1 0 0.000700 pi0 gamma gamma 223 110 omega 0 0 0 0.78194 0.00843 0.10000 0.00000E+00 1 598 1 1 0.890000 pi+ pi- pi0 599 1 0 0.086930 gamma pi0 600 1 3 0.022100 pi+ pi- 601 1 0 0.000830 eta gamma 602 1 0 0.000070 pi0 pi0 gamma 603 1 0 0.000070 e- e+ 225 111 f_2 0 0 0 1.27500 0.18500 0.17000 0.00000E+00 1 604 1 0 0.564000 pi+ pi- 605 1 0 0.282000 pi0 pi0 606 1 0 0.072000 pi+ pi- pi0 pi0 607 1 0 0.028000 pi+ pi- pi+ pi- 608 1 0 0.023000 K+ K- 609 1 0 0.011500 K_L0 K_L0 610 1 0 0.011500 K_S0 K_S0 611 1 0 0.005000 eta eta 612 1 0 0.003000 pi0 pi0 pi0 pi0 310 112 K_S0 0 0 0 0.49767 0.00000 0.00000 2.67620E+01 1 613 1 0 0.686100 pi+ pi- 614 1 0 0.313900 pi0 pi0 311 113 K0 Kbar0 0 0 1 0.49767 0.00000 0.00000 0.00000E+00 1 615 1 0 0.500000 K_L0 616 1 0 0.500000 K_S0 313 114 K*0 K*bar0 0 0 1 0.89610 0.05050 0.20000 0.00000E+00 1 617 1 3 0.665000 K+ pi- 618 1 3 0.333000 K0 pi0 619 1 0 0.002000 K0 gamma 315 115 K*_20 K*_2bar0 0 0 1 1.43200 0.10900 0.12000 0.00000E+00 1 620 1 0 0.333000 K+ pi- 621 1 0 0.166000 K0 pi0 622 1 0 0.168000 K*+ pi- 623 1 0 0.084000 K*0 pi0 624 1 0 0.087000 K*+ pi- pi0 625 1 0 0.043000 K*0 pi+ pi- 626 1 0 0.059000 K+ rho- 627 1 0 0.029000 K0 rho0 628 1 0 0.029000 K0 omega 629 1 0 0.002000 K0 eta 321 116 K+ K- 3 0 1 0.49360 0.00000 0.00000 3.70900E+03 0 630 1 0 0.635200 mu+ nu_mu 631 1 0 0.211600 pi+ pi0 632 1 0 0.055900 pi+ pi+ pi- 633 1 0 0.017300 pi+ pi0 pi0 634 1 42 0.048200 nu_e e+ pi0 635 1 42 0.031800 nu_mu mu+ pi0 323 117 K*+ K*- 3 0 1 0.89160 0.04980 0.20000 0.00000E+00 1 636 1 3 0.666000 K0 pi+ 637 1 3 0.333000 K+ pi0 638 1 0 0.001000 K+ gamma 325 118 K*_2+ K*_2- 3 0 1 1.42500 0.09800 0.12000 0.00000E+00 1 639 1 0 0.332000 K0 pi+ 640 1 0 0.166000 K+ pi0 641 1 0 0.168000 K*0 pi+ 642 1 0 0.084000 K*+ pi0 643 1 0 0.086000 K*0 pi+ pi0 644 1 0 0.043000 K*+ pi+ pi- 645 1 0 0.059000 K0 rho+ 646 1 0 0.029000 K+ rho0 647 1 0 0.029000 K+ omega 648 1 0 0.002000 K+ eta 649 1 0 0.002000 K+ gamma 331 119 eta' 0 0 0 0.95777 0.00020 0.00200 0.00000E+00 1 650 1 0 0.437000 pi+ pi- eta 651 1 0 0.208000 pi0 pi0 eta 652 1 0 0.302000 gamma rho0 653 1 0 0.030200 gamma omega 654 1 0 0.021200 gamma gamma 655 1 0 0.001600 pi0 pi0 pi0 333 120 phi 0 0 0 1.01940 0.00443 0.01500 0.00000E+00 1 656 1 3 0.489470 K+ K- 657 1 3 0.340000 K_L0 K_S0 658 1 0 0.043000 rho- pi+ 659 1 0 0.043000 rho0 pi0 660 1 0 0.043000 rho+ pi- 661 1 1 0.027000 pi+ pi- pi0 662 1 0 0.012600 gamma eta 663 1 0 0.001300 pi0 gamma 664 1 0 0.000300 e- e+ 665 1 0 0.000250 mu- mu+ 666 1 0 0.000080 pi+ pi- 335 121 f'_2 0 0 0 1.52500 0.07600 0.20000 0.00000E+00 1 667 1 0 0.444000 K+ K- 668 1 0 0.222000 K_L0 K_L0 669 1 0 0.222000 K_S0 K_S0 670 1 0 0.104000 eta eta 671 1 0 0.004000 pi+ pi- 672 1 0 0.004000 pi0 pi0 411 122 D+ D- 3 0 1 1.86930 0.00000 0.00000 3.17000E-01 1 673 1 42 0.070000 e+ nu_e Kbar0 674 1 42 0.065000 e+ nu_e K*bar0 675 1 42 0.005000 e+ nu_e Kbar0 pi0 676 1 42 0.005000 e+ nu_e K- pi+ 677 1 42 0.011000 e+ nu_e K*bar0 pi0 678 1 42 0.011000 e+ nu_e K*- pi+ 679 1 42 0.001000 e+ nu_e pi0 680 1 42 0.001000 e+ nu_e eta 681 1 42 0.001000 e+ nu_e eta' 682 1 42 0.001000 e+ nu_e rho0 683 1 42 0.001000 e+ nu_e omega 684 1 42 0.070000 mu+ nu_mu Kbar0 685 1 42 0.065000 mu+ nu_mu K*bar0 686 1 42 0.005000 mu+ nu_mu Kbar0 pi0 687 1 42 0.005000 mu+ nu_mu K- pi+ 688 1 42 0.011000 mu+ nu_mu K*bar0 pi0 689 1 42 0.011000 mu+ nu_mu K*- pi+ 690 1 42 0.001000 mu+ nu_mu pi0 691 1 42 0.001000 mu+ nu_mu eta 692 1 42 0.001000 mu+ nu_mu eta' 693 1 42 0.001000 mu+ nu_mu rho0 694 1 42 0.001000 mu+ nu_mu omega 695 1 0 0.026000 Kbar0 pi+ 696 1 0 0.019000 K*bar0 pi+ 697 1 0 0.066000 Kbar0 rho+ 698 1 0 0.041000 K*bar0 rho+ 699 1 0 0.045000 K*_1bar0 pi+ 700 1 0 0.076000 Kbar0 a_1+ 701 1 0 0.007300 Kbar0 K+ 702 1 0 0.004700 K*bar0 K+ 703 1 0 0.004700 Kbar0 K*+ 704 1 0 0.026000 K*bar0 K*+ 705 1 0 0.001000 pi0 pi+ 706 1 0 0.000600 pi0 rho+ 707 1 0 0.006600 eta pi+ 708 1 0 0.005000 eta rho+ 709 1 0 0.003000 eta' pi+ 710 1 0 0.003000 eta' rho+ 711 1 0 0.000600 rho0 pi+ 712 1 0 0.000600 rho0 rho+ 713 1 0 0.001000 omega pi+ 714 1 0 0.001000 omega rho+ 715 1 0 0.006000 phi pi+ 716 1 0 0.005000 phi rho+ 717 1 0 0.012000 Kbar0 pi+ pi0 718 1 0 0.005700 K*bar0 pi+ rho0 719 1 0 0.067000 K- pi+ pi+ 720 1 0 0.008000 K- rho+ pi+ 721 1 0 0.002200 pi+ pi+ pi- 722 1 0 0.027000 Kbar0 K+ Kbar0 723 1 0 0.004000 K- K+ pi+ 724 1 0 0.019000 phi pi+ pi0 725 1 0 0.012000 Kbar0 pi+ pi+ pi- 726 1 0 0.002000 K*bar0 pi+ pi+ pi- 727 1 0 0.009000 K- pi+ pi+ pi0 728 1 0 0.021800 pi+ pi+ pi- pi0 729 1 0 0.001000 K- pi+ pi+ pi+ pi- 730 1 0 0.022000 K- pi+ pi+ pi0 pi0 731 1 0 0.087000 Kbar0 pi+ pi+ pi- pi0 732 1 0 0.001000 Kbar0 rho0 pi+ pi+ pi- 733 1 0 0.001900 K- rho0 pi+ pi+ pi0 734 1 0 0.001500 pi+ pi+ pi+ pi- pi- 735 1 0 0.002800 rho0 pi+ pi+ pi- pi0 413 123 D*+ D*- 3 0 1 2.01000 0.00000 0.00000 0.00000E+00 1 736 1 3 0.683000 D0 pi+ 737 1 3 0.306000 D+ pi0 738 1 0 0.011000 D+ gamma 415 124 D*_2+ D*_2- 3 0 1 2.46000 0.02300 0.12000 0.00000E+00 1 739 1 0 0.300000 D0 pi+ 740 1 0 0.150000 D+ pi0 741 1 0 0.160000 D*0 pi+ 742 1 0 0.080000 D*+ pi0 743 1 0 0.130000 D*0 pi+ pi0 744 1 0 0.060000 D*+ pi+ pi- 745 1 0 0.080000 D0 pi+ pi0 746 1 0 0.040000 D+ pi+ pi- 421 125 D0 Dbar0 0 0 1 1.86450 0.00000 0.00000 1.24400E-01 1 747 1 42 0.034000 e+ nu_e K- 748 1 42 0.027000 e+ nu_e K*- 749 1 42 0.002000 e+ nu_e Kbar0 pi- 750 1 42 0.002000 e+ nu_e K- pi0 751 1 42 0.004000 e+ nu_e K*bar0 pi- 752 1 42 0.004000 e+ nu_e K*- pi0 753 1 42 0.002000 e+ nu_e pi- 754 1 42 0.002000 e+ nu_e rho- 755 1 42 0.034000 mu+ nu_mu K- 756 1 42 0.027000 mu+ nu_mu K*- 757 1 42 0.002000 mu+ nu_mu Kbar0 pi- 758 1 42 0.002000 mu+ nu_mu K- pi0 759 1 42 0.004000 mu+ nu_mu K*bar0 pi- 760 1 42 0.004000 mu+ nu_mu K*- pi0 761 1 42 0.002000 mu+ nu_mu pi- 762 1 42 0.002000 mu+ nu_mu rho- 763 1 0 0.036500 K- pi+ 764 1 0 0.045000 K*- pi+ 765 1 0 0.073000 K- rho+ 766 1 0 0.062000 K*- rho+ 767 1 0 0.021000 Kbar0 pi0 768 1 0 0.021000 K*bar0 pi0 769 1 0 0.021000 K*bar0 eta 770 1 0 0.006100 Kbar0 rho0 771 1 0 0.015000 K*bar0 rho0 772 1 0 0.025000 Kbar0 omega 773 1 0 0.008800 Kbar0 phi 774 1 0 0.074000 K- a_1+ 775 1 0 0.010900 K_1- pi+ 776 1 0 0.004100 K- K+ 777 1 0 0.002000 K*- K+ 778 1 0 0.003500 K- K*+ 779 1 0 0.001100 Kbar0 K0 780 1 0 0.001000 K*bar0 K0 781 1 0 0.002700 K*bar0 K*0 782 1 0 0.001600 pi+ pi- 783 1 0 0.001600 pi0 pi0 784 1 0 0.001800 phi rho0 785 1 0 0.011000 K- pi+ pi0 786 1 0 0.006300 K- pi+ rho0 787 1 0 0.005200 K- K+ Kbar0 788 1 0 0.018000 Kbar0 pi+ pi- 789 1 0 0.016000 K*bar0 pi+ pi- 790 1 0 0.003400 K- K0 pi+ 791 1 0 0.003600 K*bar0 K+ pi- 792 1 0 0.000900 K_S0 K_S0 K_S0 793 1 0 0.000600 phi pi+ pi- 794 1 0 0.015000 pi+ pi- pi0 795 1 0 0.092300 K- pi+ pi0 pi0 796 1 0 0.018000 K- pi+ pi+ pi- 797 1 0 0.022000 Kbar0 pi+ pi- pi0 798 1 0 0.007700 K*bar0 pi+ pi- pi0 799 1 0 0.009000 Kbar0 K+ K- pi0 800 1 0 0.007500 pi+ pi+ pi- pi- 801 1 0 0.024000 K- pi+ pi+ pi- pi0 802 1 0 0.008500 Kbar0 pi+ pi+ pi- pi- 803 1 0 0.067000 Kbar0 pi+ pi- pi0 pi0 804 1 0 0.051100 Kbar0 rho0 pi0 pi0 pi0 805 1 0 0.017000 pi+ pi+ pi- pi- pi0 806 1 0 0.000400 rho0 pi+ pi+ pi- pi- 807 1 0 0.002800 K+ K- pi+ pi- pi0 423 126 D*0 D*bar0 0 0 1 2.00670 0.00000 0.00000 0.00000E+00 1 808 1 3 0.619000 D0 pi0 809 1 0 0.381000 D0 gamma 425 127 D*_20 D*_2bar0 0 0 1 2.46000 0.02300 0.12000 0.00000E+00 1 810 1 0 0.300000 D+ pi- 811 1 0 0.150000 D0 pi0 812 1 0 0.160000 D*+ pi- 813 1 0 0.080000 D*0 pi0 814 1 0 0.130000 D*+ pi- pi0 815 1 0 0.060000 D*0 pi+ pi- 816 1 0 0.080000 D+ pi- pi0 817 1 0 0.040000 D0 pi+ pi- 431 128 D_s+ D_s- 3 0 1 1.96850 0.00000 0.00000 1.40000E-01 1 818 1 0 0.010000 tau+ nu_tau 819 1 42 0.020000 e+ nu_e eta 820 1 42 0.020000 e+ nu_e eta' 821 1 42 0.030000 e+ nu_e phi 822 1 42 0.005000 e+ nu_e K+ K- 823 1 42 0.005000 e+ nu_e K0 Kbar0 824 1 42 0.020000 mu+ nu_mu eta 825 1 42 0.020000 mu+ nu_mu eta' 826 1 42 0.030000 mu+ nu_mu phi 827 1 42 0.005000 mu+ nu_mu K+ K- 828 1 42 0.005000 mu+ nu_mu K0 Kbar0 829 1 0 0.015000 eta pi+ 830 1 0 0.037000 eta' pi+ 831 1 0 0.028000 phi pi+ 832 1 0 0.079000 eta rho+ 833 1 0 0.095000 eta' rho+ 834 1 0 0.052000 phi rho+ 835 1 0 0.007800 f_0 pi+ 836 1 0 0.001000 pi+ pi0 837 1 0 0.001000 rho+ pi0 838 1 0 0.001000 pi+ rho0 839 1 0 0.001000 rho+ rho0 840 1 0 0.028000 K+ Kbar0 841 1 0 0.033000 K*+ Kbar0 842 1 0 0.026000 K+ K*bar0 843 1 0 0.050000 K*+ K*bar0 844 1 0 0.010000 p+ nbar0 845 1 0 0.005000 eta K+ 846 1 0 0.005000 eta' K+ 847 1 0 0.005000 phi K+ 848 1 0 0.005000 eta K*+ 849 1 13 0.250000 u dbar s sbar 850 1 13 0.095200 u dbar 433 129 D*_s+ D*_s- 3 0 1 2.11240 0.00000 0.00000 0.00000E+00 1 851 1 0 0.940000 D_s+ gamma 852 1 0 0.060000 D_s+ pi0 435 130 D*_2s+ D*_2s- 3 0 1 2.57350 0.01500 0.05000 0.00000E+00 1 853 1 0 0.400000 D0 K+ 854 1 0 0.400000 D+ K0 855 1 0 0.100000 D*0 K+ 856 1 0 0.100000 D*+ K0 441 131 eta_c 0 0 0 2.97980 0.00130 0.00500 0.00000E+00 1 857 1 12 1.000000 rndmflav rndmflavbar 443 132 J/psi 0 0 0 3.09688 0.00000 0.00000 0.00000E+00 1 858 1 0 0.060200 e- e+ 859 1 0 0.060100 mu- mu+ 860 1 12 0.879700 rndmflav rndmflavbar 445 133 chi_2c 0 0 0 3.55620 0.00200 0.01000 0.00000E+00 1 861 1 0 0.135000 J/psi gamma 862 1 12 0.865000 rndmflav rndmflavbar 511 134 B0 Bbar0 0 0 1 5.27920 0.00000 0.00000 4.68000E-01 1 863 1 42 0.020000 nu_e e+ D- 864 1 42 0.055000 nu_e e+ D*- 865 1 42 0.005000 nu_e e+ D_1- 866 1 42 0.005000 nu_e e+ D*_0- 867 1 42 0.008000 nu_e e+ D*_1- 868 1 42 0.012000 nu_e e+ D*_2- 869 1 42 0.020000 nu_mu mu+ D- 870 1 42 0.055000 nu_mu mu+ D*- 871 1 42 0.005000 nu_mu mu+ D_1- 872 1 42 0.005000 nu_mu mu+ D*_0- 873 1 42 0.008000 nu_mu mu+ D*_1- 874 1 42 0.012000 nu_mu mu+ D*_2- 875 1 42 0.010000 nu_tau tau+ D- 876 1 42 0.030000 nu_tau tau+ D*- 877 1 0 0.003500 D- pi+ 878 1 0 0.011000 D- rho+ 879 1 0 0.005500 D- a_1+ 880 1 0 0.004200 D*- pi+ 881 1 0 0.009000 D*- rho+ 882 1 0 0.018000 D*- a_1+ 883 1 0 0.015000 D- D_s+ 884 1 0 0.018500 D- D*_s+ 885 1 0 0.013500 D*- D_s+ 886 1 0 0.025000 D*- D*_s+ 887 1 0 0.000400 eta_c K0 888 1 0 0.000700 eta_c K*0 889 1 0 0.000800 J/psi K0 890 1 0 0.001400 J/psi K*0 891 1 0 0.001900 chi_1c K0 892 1 0 0.002500 chi_1c K*0 893 1 48 0.429100 u dbar cbar d 894 1 13 0.080000 u cbar dbar d 895 1 13 0.070000 c sbar cbar d 896 1 13 0.020000 c cbar sbar d 897 1 42 0.015000 u dbar ubar d 898 1 42 0.005000 c sbar ubar d 513 135 B*0 B*bar0 0 0 1 5.32480 0.00000 0.00000 0.00000E+00 1 899 1 0 1.000000 B0 gamma 515 136 B*_20 B*_2bar0 0 0 1 5.83000 0.02000 0.05000 0.00000E+00 1 900 1 0 0.300000 B+ pi- 901 1 0 0.150000 B0 pi0 902 1 0 0.160000 B*+ pi- 903 1 0 0.080000 B*0 pi0 904 1 0 0.130000 B*+ pi- pi0 905 1 0 0.060000 B*0 pi+ pi- 906 1 0 0.080000 B+ pi- pi0 907 1 0 0.040000 B0 pi+ pi- 521 137 B+ B- 3 0 1 5.27890 0.00000 0.00000 4.62000E-01 1 908 1 42 0.020000 nu_e e+ Dbar0 909 1 42 0.055000 nu_e e+ D*bar0 910 1 42 0.005000 nu_e e+ D_1bar0 911 1 42 0.005000 nu_e e+ D*_0bar0 912 1 42 0.008000 nu_e e+ D*_1bar0 913 1 42 0.012000 nu_e e+ D*_2bar0 914 1 42 0.020000 nu_mu mu+ Dbar0 915 1 42 0.055000 nu_mu mu+ D*bar0 916 1 42 0.005000 nu_mu mu+ D_1bar0 917 1 42 0.005000 nu_mu mu+ D*_0bar0 918 1 42 0.008000 nu_mu mu+ D*_1bar0 919 1 42 0.012000 nu_mu mu+ D*_2bar0 920 1 42 0.010000 nu_tau tau+ Dbar0 921 1 42 0.030000 nu_tau tau+ D*bar0 922 1 0 0.003500 Dbar0 pi+ 923 1 0 0.011000 Dbar0 rho+ 924 1 0 0.005500 Dbar0 a_1+ 925 1 0 0.004200 D*bar0 pi+ 926 1 0 0.009000 D*bar0 rho+ 927 1 0 0.018000 D*bar0 a_1+ 928 1 0 0.015000 Dbar0 D_s+ 929 1 0 0.018500 Dbar0 D*_s+ 930 1 0 0.013500 D*bar0 D_s+ 931 1 0 0.025000 D*bar0 D*_s+ 932 1 0 0.000400 eta_c K+ 933 1 0 0.000700 eta_c K*+ 934 1 0 0.000800 J/psi K+ 935 1 0 0.001400 J/psi K*+ 936 1 0 0.001900 chi_1c K+ 937 1 0 0.002500 chi_1c K*+ 938 1 48 0.429100 u dbar cbar u 939 1 13 0.080000 u cbar dbar u 940 1 13 0.070000 c sbar cbar u 941 1 13 0.020000 c cbar sbar u 942 1 42 0.015000 u dbar ubar u 943 1 42 0.005000 c sbar ubar u 523 138 B*+ B*- 3 0 1 5.32480 0.00000 0.00000 0.00000E+00 1 944 1 0 1.000000 B+ gamma 525 139 B*_2+ B*_2- 3 0 1 5.83000 0.02000 0.05000 0.00000E+00 1 945 1 0 0.300000 B0 pi+ 946 1 0 0.150000 B+ pi0 947 1 0 0.160000 B*0 pi+ 948 1 0 0.080000 B*+ pi0 949 1 0 0.130000 B*0 pi+ pi0 950 1 0 0.060000 B*+ pi+ pi- 951 1 0 0.080000 B0 pi+ pi0 952 1 0 0.040000 B+ pi+ pi- 531 140 B_s0 B_sbar0 0 0 1 5.36930 0.00000 0.00000 4.83000E-01 1 953 1 42 0.020000 nu_e e+ D_s- 954 1 42 0.055000 nu_e e+ D*_s- 955 1 42 0.005000 nu_e e+ D_1s- 956 1 42 0.005000 nu_e e+ D*_0s- 957 1 42 0.008000 nu_e e+ D*_1s- 958 1 42 0.012000 nu_e e+ D*_2s- 959 1 42 0.020000 nu_mu mu+ D_s- 960 1 42 0.055000 nu_mu mu+ D*_s- 961 1 42 0.005000 nu_mu mu+ D_1s- 962 1 42 0.005000 nu_mu mu+ D*_0s- 963 1 42 0.008000 nu_mu mu+ D*_1s- 964 1 42 0.012000 nu_mu mu+ D*_2s- 965 1 42 0.010000 nu_tau tau+ D_s- 966 1 42 0.030000 nu_tau tau+ D*_s- 967 1 0 0.003500 D_s- pi+ 968 1 0 0.011000 D_s- rho+ 969 1 0 0.005500 D_s- a_1+ 970 1 0 0.004200 D*_s- pi+ 971 1 0 0.009000 D*_s- rho+ 972 1 0 0.018000 D*_s- a_1+ 973 1 0 0.015000 D_s- D_s+ 974 1 0 0.018500 D_s- D*_s+ 975 1 0 0.013500 D*_s- D_s+ 976 1 0 0.025000 D*_s- D*_s+ 977 1 0 0.000200 eta_c eta 978 1 0 0.000200 eta_c eta' 979 1 0 0.000700 eta_c phi 980 1 0 0.000400 J/psi eta 981 1 0 0.000400 J/psi eta' 982 1 0 0.001400 J/psi phi 983 1 0 0.001000 chi_1c eta 984 1 0 0.000900 chi_1c eta' 985 1 0 0.002500 chi_1c phi 986 1 48 0.429100 u dbar cbar s 987 1 13 0.080000 u cbar dbar s 988 1 13 0.070000 c sbar cbar s 989 1 13 0.020000 c cbar sbar s 990 1 42 0.015000 u dbar ubar s 991 1 42 0.005000 c sbar ubar s 533 141 B*_s0 B*_sbar0 0 0 1 5.41630 0.00000 0.00000 0.00000E+00 1 992 1 0 1.000000 B_s0 gamma 535 142 B*_2s0 B*_2sbar0 0 0 1 6.07000 0.02000 0.05000 0.00000E+00 1 993 1 0 0.300000 B+ K- 994 1 0 0.300000 B0 Kbar0 995 1 0 0.200000 B*+ K- 996 1 0 0.200000 B*0 Kbar0 541 143 B_c+ B_c- 3 0 1 6.59400 0.00000 0.00000 1.50000E-01 1 997 1 0 0.047000 nu_tau tau+ 998 1 11 0.122000 c sbar 999 1 11 0.006000 c dbar 1000 1 42 0.012000 nu_e e+ eta_c 1001 1 42 0.035000 nu_e e+ J/psi 1002 1 42 0.012000 nu_mu mu+ eta_c 1003 1 42 0.035000 nu_mu mu+ J/psi 1004 1 42 0.003000 nu_tau tau+ eta_c 1005 1 42 0.007000 nu_tau tau+ J/psi 1006 1 42 0.150000 u dbar cbar c 1007 1 42 0.037000 u cbar dbar c 1008 1 42 0.008000 u sbar cbar c 1009 1 42 0.002000 u cbar sbar c 1010 1 42 0.050000 c sbar cbar c 1011 1 42 0.015000 c cbar sbar c 1012 1 42 0.003000 c dbar cbar c 1013 1 42 0.001000 c cbar dbar c 1014 1 42 0.014000 e+ nu_e B_s0 1015 1 42 0.042000 e+ nu_e B*_s0 1016 1 42 0.014000 mu+ nu_mu B_s0 1017 1 42 0.042000 mu+ nu_mu B*_s0 1018 1 42 0.240000 dbar u s bbar 1019 1 42 0.065000 dbar s u bbar 1020 1 42 0.012000 sbar u s bbar 1021 1 42 0.003000 sbar s u bbar 1022 1 42 0.001000 e+ nu_e B0 1023 1 42 0.002000 e+ nu_e B*0 1024 1 42 0.001000 mu+ nu_mu B0 1025 1 42 0.002000 mu+ nu_mu B*0 1026 1 42 0.014000 dbar u d bbar 1027 1 42 0.003000 dbar d u bbar 543 144 B*_c+ B*_c- 3 0 1 6.60200 0.00000 0.00000 0.00000E+00 1 1028 1 0 1.000000 B_c+ gamma 545 145 B*_2c+ B*_2c- 3 0 1 7.35000 0.02000 0.05000 0.00000E+00 1 1029 1 0 0.300000 B0 D+ 1030 1 0 0.300000 B+ D0 1031 1 0 0.200000 B*0 D+ 1032 1 0 0.200000 B*+ D0 551 146 eta_b 0 0 0 9.40000 0.00000 0.00000 0.00000E+00 1 1033 1 32 1.000000 g g 553 147 Upsilon 0 0 0 9.46030 0.00000 0.00000 0.00000E+00 1 1034 1 0 0.025200 e- e+ 1035 1 0 0.024800 mu- mu+ 1036 1 0 0.026700 tau- tau+ 1037 1 32 0.015000 d dbar 1038 1 32 0.045000 u ubar 1039 1 32 0.015000 s sbar 1040 1 32 0.045000 c cbar 1041 1 4 0.774300 g g g 1042 1 4 0.029000 gamma g g 555 148 chi_2b 0 0 0 9.91320 0.00000 0.00000 0.00000E+00 1 1043 1 0 0.220000 Upsilon gamma 1044 1 32 0.780000 g g 990 149 pomeron 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 1103 150 dd_1 dd_1bar -2 -1 1 0.77133 0.00000 0.00000 0.00000E+00 0 1114 151 Delta- Deltabar+ -3 0 1 1.23400 0.12000 0.14000 0.00000E+00 1 1045 1 0 1.000000 n0 pi- 2101 152 ud_0 ud_0bar 1 -1 1 0.57933 0.00000 0.00000 0.00000E+00 0 2103 153 ud_1 ud_1bar 1 -1 1 0.77133 0.00000 0.00000 0.00000E+00 0 2112 154 n0 nbar0 0 0 1 0.93957 0.00000 0.00000 0.00000E+00 0 2114 155 Delta0 Deltabar0 0 0 1 1.23300 0.12000 0.14000 0.00000E+00 1 1046 1 0 0.331000 p+ pi- 1047 1 0 0.663000 n0 pi0 1048 1 0 0.006000 n0 gamma 2203 156 uu_1 uu_1bar 4 -1 1 0.77133 0.00000 0.00000 0.00000E+00 0 2212 157 p+ pbar- 3 0 1 0.93827 0.00000 0.00000 0.00000E+00 0 2214 158 Delta+ Deltabar- 3 0 1 1.23200 0.12000 0.14000 0.00000E+00 1 1049 1 0 0.663000 p+ pi0 1050 1 0 0.331000 n0 pi+ 1051 1 0 0.006000 p+ gamma 2224 159 Delta++ Deltabar-- 6 0 1 1.23100 0.12000 0.14000 0.00000E+00 1 1052 1 0 1.000000 p+ pi+ 3101 160 sd_0 sd_0bar -2 -1 1 0.80473 0.00000 0.00000 0.00000E+00 0 3103 161 sd_1 sd_1bar -2 -1 1 0.92953 0.00000 0.00000 0.00000E+00 0 3112 162 Sigma- Sigmabar+ -3 0 1 1.19744 0.00000 0.00000 4.43400E+01 1 1053 1 0 0.999000 n0 pi- 1054 1 0 0.001000 nu_ebar e- n0 3114 163 Sigma*- Sigma*bar+ -3 0 1 1.38720 0.03940 0.04000 0.00000E+00 1 1055 1 0 0.880000 Lambda0 pi- 1056 1 0 0.060000 Sigma0 pi- 1057 1 0 0.060000 Sigma- pi0 3122 164 Lambda0 Lambdabar0 0 0 1 1.11568 0.00000 0.00000 7.88800E+01 1 1058 1 0 0.639000 p+ pi- 1059 1 0 0.358000 n0 pi0 1060 1 0 0.002000 n0 gamma 1061 1 0 0.001000 nu_ebar e- p+ 3201 165 su_0 su_0bar 1 -1 1 0.80473 0.00000 0.00000 0.00000E+00 0 3203 166 su_1 su_1bar 1 -1 1 0.92953 0.00000 0.00000 0.00000E+00 0 3212 167 Sigma0 Sigmabar0 0 0 1 1.19255 0.00000 0.00000 0.00000E+00 1 1062 1 0 1.000000 Lambda0 gamma 3214 168 Sigma*0 Sigma*bar0 0 0 1 1.38370 0.03600 0.03500 0.00000E+00 1 1063 1 0 0.880000 Lambda0 pi0 1064 1 0 0.060000 Sigma+ pi- 1065 1 0 0.060000 Sigma- pi+ 3222 169 Sigma+ Sigmabar- 3 0 1 1.18937 0.00000 0.00000 2.39600E+01 1 1066 1 0 0.516000 p+ pi0 1067 1 0 0.483000 n0 pi+ 1068 1 0 0.001000 p+ gamma 3224 170 Sigma*+ Sigma*bar- 3 0 1 1.38280 0.03580 0.03500 0.00000E+00 1 1069 1 0 0.880000 Lambda0 pi+ 1070 1 0 0.060000 Sigma+ pi0 1071 1 0 0.060000 Sigma0 pi+ 3303 171 ss_1 ss_1bar -2 -1 1 1.09361 0.00000 0.00000 0.00000E+00 0 3312 172 Xi- Xibar+ -3 0 1 1.32130 0.00000 0.00000 4.91000E+01 1 1072 1 0 0.998800 Lambda0 pi- 1073 1 0 0.000100 Sigma- gamma 1074 1 0 0.000600 nu_ebar e- Lambda0 1075 1 0 0.000400 nu_mubar mu- Lambda0 1076 1 0 0.000100 nu_ebar e- Sigma0 3314 173 Xi*- Xi*bar+ -3 0 1 1.53500 0.00990 0.05000 0.00000E+00 1 1077 1 0 0.667000 Xi0 pi- 1078 1 0 0.333000 Xi- pi0 3322 174 Xi0 Xibar0 0 0 1 1.31490 0.00000 0.00000 8.71000E+01 1 1079 1 0 0.995400 Lambda0 pi0 1080 1 0 0.001100 Lambda0 gamma 1081 1 0 0.003500 Sigma0 gamma 3324 175 Xi*0 Xi*bar0 0 0 1 1.53180 0.00910 0.05000 0.00000E+00 1 1082 1 0 0.333000 Xi0 pi0 1083 1 0 0.667000 Xi- pi+ 3334 176 Omega- Omegabar+ -3 0 1 1.67245 0.00000 0.00000 2.46000E+01 1 1084 1 0 0.676000 Lambda0 K- 1085 1 0 0.234000 Xi0 pi- 1086 1 0 0.085000 Xi- pi0 1087 1 0 0.005000 nu_ebar e- Xi0 4101 177 cd_0 cd_0bar 1 -1 1 1.96908 0.00000 0.00000 0.00000E+00 0 4103 178 cd_1 cd_1bar 1 -1 1 2.00808 0.00000 0.00000 0.00000E+00 0 4112 179 Sigma_c0 Sigma_cbar0 0 0 1 2.45210 0.00000 0.00000 0.00000E+00 1 1088 1 0 1.000000 Lambda_c+ pi- 4114 180 Sigma*_c0 Sigma*_cbar0 0 0 1 2.50000 0.00000 0.00000 0.00000E+00 1 1089 1 0 1.000000 Lambda_c+ pi- 4122 181 Lambda_c+ Lambda_cbar- 3 0 1 2.28490 0.00000 0.00000 6.18000E-02 1 1090 1 42 0.018000 e+ nu_e Lambda0 1091 1 42 0.005000 e+ nu_e Sigma0 1092 1 42 0.005000 e+ nu_e Sigma*0 1093 1 42 0.003000 e+ nu_e n0 1094 1 42 0.002000 e+ nu_e Delta0 1095 1 42 0.006000 e+ nu_e p+ pi- 1096 1 42 0.006000 e+ nu_e n0 pi0 1097 1 42 0.018000 mu+ nu_mu Lambda0 1098 1 42 0.005000 mu+ nu_mu Sigma0 1099 1 42 0.005000 mu+ nu_mu Sigma*0 1100 1 42 0.003000 mu+ nu_mu n0 1101 1 42 0.002000 mu+ nu_mu Delta0 1102 1 42 0.006000 mu+ nu_mu p+ pi- 1103 1 42 0.006000 mu+ nu_mu n0 pi0 1104 1 0 0.006600 Delta++ K- 1105 1 0 0.025000 Delta++ K*- 1106 1 0 0.016000 p+ Kbar0 1107 1 0 0.008800 p+ K*bar0 1108 1 0 0.005000 Delta+ Kbar0 1109 1 0 0.005000 Delta+ K*bar0 1110 1 0 0.005800 Lambda0 pi+ 1111 1 0 0.005000 Lambda0 rho+ 1112 1 0 0.005500 Sigma0 pi+ 1113 1 0 0.004000 Sigma0 rho+ 1114 1 0 0.004000 Sigma*0 pi+ 1115 1 0 0.004000 Sigma*0 rho+ 1116 1 0 0.004000 Sigma+ pi0 1117 1 0 0.002000 Sigma+ eta 1118 1 0 0.002000 Sigma+ eta' 1119 1 0 0.004000 Sigma+ rho0 1120 1 0 0.004000 Sigma+ omega 1121 1 0 0.003000 Sigma*+ pi0 1122 1 0 0.002000 Sigma*+ eta 1123 1 0 0.003000 Sigma*+ rho0 1124 1 0 0.003000 Sigma*+ omega 1125 1 0 0.002000 Xi0 K+ 1126 1 0 0.002000 Xi0 K*+ 1127 1 0 0.002000 Xi*0 K+ 1128 1 0 0.001000 Delta++ pi- 1129 1 0 0.001000 Delta++ rho- 1130 1 0 0.002000 p+ pi0 1131 1 0 0.001000 p+ eta 1132 1 0 0.001000 p+ eta' 1133 1 0 0.002000 p+ rho0 1134 1 0 0.002000 p+ omega 1135 1 0 0.001300 p+ phi 1136 1 0 0.001800 p+ f_0 1137 1 0 0.001000 Delta+ pi0 1138 1 0 0.001000 Delta+ eta 1139 1 0 0.001000 Delta+ eta' 1140 1 0 0.001000 Delta+ rho0 1141 1 0 0.001000 Delta+ omega 1142 1 0 0.003000 n0 pi+ 1143 1 0 0.003000 n0 rho+ 1144 1 0 0.003000 Delta0 pi+ 1145 1 0 0.003000 Delta0 rho+ 1146 1 0 0.005000 Lambda0 K+ 1147 1 0 0.005000 Lambda0 K*+ 1148 1 0 0.002000 Sigma0 K+ 1149 1 0 0.002000 Sigma0 K*+ 1150 1 0 0.001000 Sigma*0 K+ 1151 1 0 0.001000 Sigma*0 K*+ 1152 1 0 0.002000 Sigma+ K0 1153 1 0 0.002000 Sigma+ K*0 1154 1 0 0.001000 Sigma*+ K0 1155 1 0 0.001000 Sigma*+ K*0 1156 1 13 0.243200 u dbar s ud_0 1157 1 13 0.057000 u dbar s ud_1 1158 1 13 0.035000 u sbar s ud_0 1159 1 13 0.035000 u dbar d ud_0 1160 1 13 0.150000 s uu_1 1161 1 13 0.075000 u su_0 1162 1 13 0.075000 u su_1 1163 1 13 0.030000 d uu_1 1164 1 13 0.015000 u ud_0 1165 1 13 0.015000 u ud_1 4132 182 Xi_c0 Xi_cbar0 0 0 1 2.47030 0.00000 0.00000 2.90000E-02 1 1166 1 42 0.080000 e+ nu_e s specflav 1167 1 42 0.080000 mu+ nu_mu s specflav 1168 1 11 0.760000 u dbar s specflav 1169 1 11 0.080000 u sbar s specflav 4201 183 cu_0 cu_0bar 4 -1 1 1.96908 0.00000 0.00000 0.00000E+00 0 4203 184 cu_1 cu_1bar 4 -1 1 2.00808 0.00000 0.00000 0.00000E+00 0 4212 185 Sigma_c+ Sigma_cbar- 3 0 1 2.45350 0.00000 0.00000 0.00000E+00 1 1170 1 0 1.000000 Lambda_c+ pi0 4214 186 Sigma*_c+ Sigma*_cbar- 3 0 1 2.50000 0.00000 0.00000 0.00000E+00 1 1171 1 0 1.000000 Lambda_c+ pi0 4222 187 Sigma_c++ Sigma_cbar-- 6 0 1 2.45290 0.00000 0.00000 0.00000E+00 1 1172 1 0 1.000000 Lambda_c+ pi+ 4224 188 Sigma*_c++ Sigma*_cbar-- 6 0 1 2.50000 0.00000 0.00000 0.00000E+00 1 1173 1 0 1.000000 Lambda_c+ pi+ 4232 189 Xi_c+ Xi_cbar- 3 0 1 2.46560 0.00000 0.00000 1.06000E-01 1 1174 1 42 0.080000 e+ nu_e s specflav 1175 1 42 0.080000 mu+ nu_mu s specflav 1176 1 11 0.760000 u dbar s specflav 1177 1 11 0.080000 u sbar s specflav 4301 190 cs_0 cs_0bar 1 -1 1 2.15432 0.00000 0.00000 0.00000E+00 0 4303 191 cs_1 cs_1bar 1 -1 1 2.17967 0.00000 0.00000 0.00000E+00 0 4312 192 Xi'_c0 Xi'_cbar0 0 0 1 2.55000 0.00000 0.00000 0.00000E+00 1 1178 1 0 1.000000 Xi_c0 gamma 4314 193 Xi*_c0 Xi*_cbar0 0 0 1 2.63000 0.00000 0.00000 0.00000E+00 1 1179 1 0 0.500000 Xi_c0 pi0 1180 1 0 0.500000 Xi_c0 gamma 4322 194 Xi'_c+ Xi'_cbar- 3 0 1 2.55000 0.00000 0.00000 0.00000E+00 1 1181 1 0 1.000000 Xi_c+ gamma 4324 195 Xi*_c+ Xi*_cbar- 3 0 1 2.63000 0.00000 0.00000 0.00000E+00 1 1182 1 0 0.500000 Xi_c+ pi0 1183 1 0 0.500000 Xi_c+ gamma 4332 196 Omega_c0 Omega_cbar0 0 0 1 2.70400 0.00000 0.00000 1.90000E-02 1 1184 1 42 0.080000 e+ nu_e s specflav 1185 1 42 0.080000 mu+ nu_mu s specflav 1186 1 11 0.760000 u dbar s specflav 1187 1 11 0.080000 u sbar s specflav 4334 197 Omega*_c0 Omega*_cbar0 0 0 1 2.80000 0.00000 0.00000 0.00000E+00 1 1188 1 0 1.000000 Omega_c0 gamma 4403 198 cc_1 cc_1bar 4 -1 1 3.27531 0.00000 0.00000 0.00000E+00 0 4412 199 Xi_cc+ Xi_ccbar- 3 0 1 3.59798 0.00000 0.00000 1.00000E-01 1 1189 1 42 0.080000 e+ nu_e s specflav 1190 1 42 0.080000 mu+ nu_mu s specflav 1191 1 11 0.760000 u dbar s specflav 1192 1 11 0.080000 u sbar s specflav 4414 200 Xi*_cc+ Xi*_ccbar- 3 0 1 3.65648 0.00000 0.00000 1.00000E-01 1 1193 1 42 0.080000 e+ nu_e s specflav 1194 1 42 0.080000 mu+ nu_mu s specflav 1195 1 11 0.760000 u dbar s specflav 1196 1 11 0.080000 u sbar s specflav 4422 201 Xi_cc++ Xi_ccbar-- 6 0 1 3.59798 0.00000 0.00000 1.00000E-01 1 1197 1 42 0.080000 e+ nu_e s specflav 1198 1 42 0.080000 mu+ nu_mu s specflav 1199 1 11 0.760000 u dbar s specflav 1200 1 11 0.080000 u sbar s specflav 4424 202 Xi*_cc++ Xi*_ccbar-- 6 0 1 3.65648 0.00000 0.00000 1.00000E-01 1 1201 1 42 0.080000 e+ nu_e s specflav 1202 1 42 0.080000 mu+ nu_mu s specflav 1203 1 11 0.760000 u dbar s specflav 1204 1 11 0.080000 u sbar s specflav 4432 203 Omega_cc+ Omega_ccbar- 3 0 1 3.78663 0.00000 0.00000 1.00000E-01 1 1205 1 42 0.080000 e+ nu_e s specflav 1206 1 42 0.080000 mu+ nu_mu s specflav 1207 1 11 0.760000 u dbar s specflav 1208 1 11 0.080000 u sbar s specflav 4434 204 Omega*_cc+ Omega*_ccbar- 3 0 1 3.82466 0.00000 0.00000 1.00000E-01 1 1209 1 42 0.080000 e+ nu_e s specflav 1210 1 42 0.080000 mu+ nu_mu s specflav 1211 1 11 0.760000 u dbar s specflav 1212 1 11 0.080000 u sbar s specflav 4444 205 Omega*_ccc++ Omega*_cccbar- 6 0 1 4.91594 0.00000 0.00000 1.00000E-01 1 1213 1 42 0.080000 e+ nu_e s specflav 1214 1 42 0.080000 mu+ nu_mu s specflav 1215 1 11 0.760000 u dbar s specflav 1216 1 11 0.080000 u sbar s specflav 5101 206 bd_0 bd_0bar -2 -1 1 5.38897 0.00000 0.00000 0.00000E+00 0 5103 207 bd_1 bd_1bar -2 -1 1 5.40145 0.00000 0.00000 0.00000E+00 0 5112 208 Sigma_b- Sigma_bbar+ -3 0 1 5.80000 0.00000 0.00000 0.00000E+00 1 1217 1 0 1.000000 Lambda_b0 pi- 5114 209 Sigma*_b- Sigma*_bbar+ -3 0 1 5.81000 0.00000 0.00000 0.00000E+00 1 1218 1 0 1.000000 Lambda_b0 pi- 5122 210 Lambda_b0 Lambda_bbar0 0 0 1 5.64100 0.00000 0.00000 3.42000E-01 1 1219 1 42 0.105000 nu_ebar e- Lambda_c+ 1220 1 42 0.105000 nu_mubar mu- Lambda_c+ 1221 1 42 0.040000 nu_taubar tau- Lambda_c+ 1222 1 0 0.007700 Lambda_c+ pi- 1223 1 0 0.020000 Lambda_c+ rho- 1224 1 0 0.023500 Lambda_c+ a_1- 1225 1 0 0.028500 Lambda_c+ D_s- 1226 1 0 0.043500 Lambda_c+ D*_s- 1227 1 0 0.001100 eta_c Lambda0 1228 1 0 0.002200 J/psi Lambda0 1229 1 0 0.004400 chi_1c Lambda0 1230 1 48 0.429100 ubar d c ud_0 1231 1 13 0.080000 ubar c d ud_0 1232 1 13 0.070000 cbar s c ud_0 1233 1 13 0.020000 cbar c s ud_0 1234 1 42 0.015000 ubar d u ud_0 1235 1 42 0.005000 cbar s u ud_0 5132 211 Xi_b- Xi_bbar+ -3 0 1 5.84000 0.00000 0.00000 3.87000E-01 1 1236 1 42 0.105000 nu_ebar e- c specflav 1237 1 42 0.105000 nu_mubar mu- c specflav 1238 1 42 0.040000 nu_taubar tau- c specflav 1239 1 42 0.500000 ubar d c specflav 1240 1 42 0.080000 ubar c d specflav 1241 1 42 0.140000 cbar s c specflav 1242 1 42 0.010000 cbar c s specflav 1243 1 42 0.015000 ubar d u specflav 1244 1 42 0.005000 cbar s u specflav 5142 212 Xi_bc0 Xi_bcbar0 0 0 1 7.00575 0.00000 0.00000 3.87000E-01 1 1245 1 42 0.105000 nu_ebar e- c specflav 1246 1 42 0.105000 nu_mubar mu- c specflav 1247 1 42 0.040000 nu_taubar tau- c specflav 1248 1 42 0.500000 ubar d c specflav 1249 1 42 0.080000 ubar c d specflav 1250 1 42 0.140000 cbar s c specflav 1251 1 42 0.010000 cbar c s specflav 1252 1 42 0.015000 ubar d u specflav 1253 1 42 0.005000 cbar s u specflav 5201 213 bu_0 bu_0bar 1 -1 1 5.38897 0.00000 0.00000 0.00000E+00 0 5203 214 bu_1 bu_1bar 1 -1 1 5.40145 0.00000 0.00000 0.00000E+00 0 5212 215 Sigma_b0 Sigma_bbar0 0 0 1 5.80000 0.00000 0.00000 0.00000E+00 1 1254 1 0 1.000000 Lambda_b0 pi0 5214 216 Sigma*_b0 Sigma*_bbar0 0 0 1 5.81000 0.00000 0.00000 0.00000E+00 1 1255 1 0 1.000000 Lambda_b0 pi0 5222 217 Sigma_b+ Sigma_bbar- 3 0 1 5.80000 0.00000 0.00000 0.00000E+00 1 1256 1 0 1.000000 Lambda_b0 pi+ 5224 218 Sigma*_b+ Sigma*_bbar- 3 0 1 5.81000 0.00000 0.00000 0.00000E+00 1 1257 1 0 1.000000 Lambda_b0 pi+ 5232 219 Xi_b0 Xi_bbar0 0 0 1 5.84000 0.00000 0.00000 3.87000E-01 1 1258 1 42 0.105000 nu_ebar e- c specflav 1259 1 42 0.105000 nu_mubar mu- c specflav 1260 1 42 0.040000 nu_taubar tau- c specflav 1261 1 42 0.500000 ubar d c specflav 1262 1 42 0.080000 ubar c d specflav 1263 1 42 0.140000 cbar s c specflav 1264 1 42 0.010000 cbar c s specflav 1265 1 42 0.015000 ubar d u specflav 1266 1 42 0.005000 cbar s u specflav 5242 220 Xi_bc+ Xi_bcbar- 3 0 1 7.00575 0.00000 0.00000 3.87000E-01 1 1267 1 42 0.105000 nu_ebar e- c specflav 1268 1 42 0.105000 nu_mubar mu- c specflav 1269 1 42 0.040000 nu_taubar tau- c specflav 1270 1 42 0.500000 ubar d c specflav 1271 1 42 0.080000 ubar c d specflav 1272 1 42 0.140000 cbar s c specflav 1273 1 42 0.010000 cbar c s specflav 1274 1 42 0.015000 ubar d u specflav 1275 1 42 0.005000 cbar s u specflav 5301 221 bs_0 bs_0bar -2 -1 1 5.56725 0.00000 0.00000 0.00000E+00 0 5303 222 bs_1 bs_1bar -2 -1 1 5.57536 0.00000 0.00000 0.00000E+00 0 5312 223 Xi'_b- Xi'_bbar+ -3 0 1 5.96000 0.00000 0.00000 0.00000E+00 1 1276 1 0 1.000000 Xi_b- gamma 5314 224 Xi*_b- Xi*_bbar+ -3 0 1 5.97000 0.00000 0.00000 0.00000E+00 1 1277 1 0 1.000000 Xi_b- gamma 5322 225 Xi'_b0 Xi'_bbar0 0 0 1 5.96000 0.00000 0.00000 0.00000E+00 1 1278 1 0 1.000000 Xi_b0 gamma 5324 226 Xi*_b0 Xi*_bbar0 0 0 1 5.97000 0.00000 0.00000 0.00000E+00 1 1279 1 0 1.000000 Xi_b0 gamma 5332 227 Omega_b- Omega_bbar+ -3 0 1 6.12000 0.00000 0.00000 3.87000E-01 1 1280 1 42 0.105000 nu_ebar e- c specflav 1281 1 42 0.105000 nu_mubar mu- c specflav 1282 1 42 0.040000 nu_taubar tau- c specflav 1283 1 42 0.500000 ubar d c specflav 1284 1 42 0.080000 ubar c d specflav 1285 1 42 0.140000 cbar s c specflav 1286 1 42 0.010000 cbar c s specflav 1287 1 42 0.015000 ubar d u specflav 1288 1 42 0.005000 cbar s u specflav 5334 228 Omega*_b- Omega*_bbar+ -3 0 1 6.13000 0.00000 0.00000 0.00000E+00 1 1289 1 0 1.000000 Omega_b- gamma 5342 229 Omega_bc0 Omega_bcbar0 0 0 1 7.19099 0.00000 0.00000 3.87000E-01 1 1290 1 42 0.105000 nu_ebar e- c specflav 1291 1 42 0.105000 nu_mubar mu- c specflav 1292 1 42 0.040000 nu_taubar tau- c specflav 1293 1 42 0.500000 ubar d c specflav 1294 1 42 0.080000 ubar c d specflav 1295 1 42 0.140000 cbar s c specflav 1296 1 42 0.010000 cbar c s specflav 1297 1 42 0.015000 ubar d u specflav 1298 1 42 0.005000 cbar s u specflav 5401 230 bc_0 bc_0bar 1 -1 1 6.67143 0.00000 0.00000 0.00000E+00 0 5403 231 bc_1 bc_1bar 1 -1 1 6.67397 0.00000 0.00000 0.00000E+00 0 5412 232 Xi'_bc0 Xi'_bcbar0 0 0 1 7.03724 0.00000 0.00000 3.87000E-01 1 1299 1 42 0.105000 nu_ebar e- c specflav 1300 1 42 0.105000 nu_mubar mu- c specflav 1301 1 42 0.040000 nu_taubar tau- c specflav 1302 1 42 0.500000 ubar d c specflav 1303 1 42 0.080000 ubar c d specflav 1304 1 42 0.140000 cbar s c specflav 1305 1 42 0.010000 cbar c s specflav 1306 1 42 0.015000 ubar d u specflav 1307 1 42 0.005000 cbar s u specflav 5414 233 Xi*_bc0 Xi*_bcbar0 0 0 1 7.04850 0.00000 0.00000 3.87000E-01 1 1308 1 42 0.105000 nu_ebar e- c specflav 1309 1 42 0.105000 nu_mubar mu- c specflav 1310 1 42 0.040000 nu_taubar tau- c specflav 1311 1 42 0.500000 ubar d c specflav 1312 1 42 0.080000 ubar c d specflav 1313 1 42 0.140000 cbar s c specflav 1314 1 42 0.010000 cbar c s specflav 1315 1 42 0.015000 ubar d u specflav 1316 1 42 0.005000 cbar s u specflav 5422 234 Xi'_bc+ Xi'_bcbar- 3 0 1 7.03724 0.00000 0.00000 3.87000E-01 1 1317 1 42 0.105000 nu_ebar e- c specflav 1318 1 42 0.105000 nu_mubar mu- c specflav 1319 1 42 0.040000 nu_taubar tau- c specflav 1320 1 42 0.500000 ubar d c specflav 1321 1 42 0.080000 ubar c d specflav 1322 1 42 0.140000 cbar s c specflav 1323 1 42 0.010000 cbar c s specflav 1324 1 42 0.015000 ubar d u specflav 1325 1 42 0.005000 cbar s u specflav 5424 235 Xi*_bc+ Xi*_bcbar- 3 0 1 7.04850 0.00000 0.00000 3.87000E-01 1 1326 1 42 0.105000 nu_ebar e- c specflav 1327 1 42 0.105000 nu_mubar mu- c specflav 1328 1 42 0.040000 nu_taubar tau- c specflav 1329 1 42 0.500000 ubar d c specflav 1330 1 42 0.080000 ubar c d specflav 1331 1 42 0.140000 cbar s c specflav 1332 1 42 0.010000 cbar c s specflav 1333 1 42 0.015000 ubar d u specflav 1334 1 42 0.005000 cbar s u specflav 5432 236 Omega'_bc0 Omega'_bcba 0 0 1 7.21101 0.00000 0.00000 3.87000E-01 1 1335 1 42 0.105000 nu_ebar e- c specflav 1336 1 42 0.105000 nu_mubar mu- c specflav 1337 1 42 0.040000 nu_taubar tau- c specflav 1338 1 42 0.500000 ubar d c specflav 1339 1 42 0.080000 ubar c d specflav 1340 1 42 0.140000 cbar s c specflav 1341 1 42 0.010000 cbar c s specflav 1342 1 42 0.015000 ubar d u specflav 1343 1 42 0.005000 cbar s u specflav 5434 237 Omega*_bc0 Omega*_bcbar0 0 0 1 7.21900 0.00000 0.00000 3.87000E-01 1 1344 1 42 0.105000 nu_ebar e- c specflav 1345 1 42 0.105000 nu_mubar mu- c specflav 1346 1 42 0.040000 nu_taubar tau- c specflav 1347 1 42 0.500000 ubar d c specflav 1348 1 42 0.080000 ubar c d specflav 1349 1 42 0.140000 cbar s c specflav 1350 1 42 0.010000 cbar c s specflav 1351 1 42 0.015000 ubar d u specflav 1352 1 42 0.005000 cbar s u specflav 5442 238 Omega_bcc+ Omega_bccbar- 3 0 1 8.30945 0.00000 0.00000 3.87000E-01 1 1353 1 42 0.105000 nu_ebar e- c specflav 1354 1 42 0.105000 nu_mubar mu- c specflav 1355 1 42 0.040000 nu_taubar tau- c specflav 1356 1 42 0.500000 ubar d c specflav 1357 1 42 0.080000 ubar c d specflav 1358 1 42 0.140000 cbar s c specflav 1359 1 42 0.010000 cbar c s specflav 1360 1 42 0.015000 ubar d u specflav 1361 1 42 0.005000 cbar s u specflav 5444 239 Omega*_bcc+ Omega*_bccbar- 3 0 1 8.31325 0.00000 0.00000 3.87000E-01 1 1362 1 42 0.105000 nu_ebar e- c specflav 1363 1 42 0.105000 nu_mubar mu- c specflav 1364 1 42 0.040000 nu_taubar tau- c specflav 1365 1 42 0.500000 ubar d c specflav 1366 1 42 0.080000 ubar c d specflav 1367 1 42 0.140000 cbar s c specflav 1368 1 42 0.010000 cbar c s specflav 1369 1 42 0.015000 ubar d u specflav 1370 1 42 0.005000 cbar s u specflav 5503 240 bb_1 bb_1bar -2 -1 1 10.07354 0.00000 0.00000 0.00000E+00 0 5512 241 Xi_bb- Xi_bbbar+ -3 0 1 10.42272 0.00000 0.00000 3.87000E-01 1 1371 1 42 0.105000 nu_ebar e- c specflav 1372 1 42 0.105000 nu_mubar mu- c specflav 1373 1 42 0.040000 nu_taubar tau- c specflav 1374 1 42 0.500000 ubar d c specflav 1375 1 42 0.080000 ubar c d specflav 1376 1 42 0.140000 cbar s c specflav 1377 1 42 0.010000 cbar c s specflav 1378 1 42 0.015000 ubar d u specflav 1379 1 42 0.005000 cbar s u specflav 5514 242 Xi*_bb- Xi*_bbbar+ -3 0 1 10.44144 0.00000 0.00000 3.87000E-01 1 1380 1 42 0.105000 nu_ebar e- c specflav 1381 1 42 0.105000 nu_mubar mu- c specflav 1382 1 42 0.040000 nu_taubar tau- c specflav 1383 1 42 0.500000 ubar d c specflav 1384 1 42 0.080000 ubar c d specflav 1385 1 42 0.140000 cbar s c specflav 1386 1 42 0.010000 cbar c s specflav 1387 1 42 0.015000 ubar d u specflav 1388 1 42 0.005000 cbar s u specflav 5522 243 Xi_bb0 Xi_bbbar0 0 0 1 10.42272 0.00000 0.00000 3.87000E-01 1 1389 1 42 0.105000 nu_ebar e- c specflav 1390 1 42 0.105000 nu_mubar mu- c specflav 1391 1 42 0.040000 nu_taubar tau- c specflav 1392 1 42 0.500000 ubar d c specflav 1393 1 42 0.080000 ubar c d specflav 1394 1 42 0.140000 cbar s c specflav 1395 1 42 0.010000 cbar c s specflav 1396 1 42 0.015000 ubar d u specflav 1397 1 42 0.005000 cbar s u specflav 5524 244 Xi*_bb0 Xi*_bbbar0 0 0 1 10.44144 0.00000 0.00000 3.87000E-01 1 1398 1 42 0.105000 nu_ebar e- c specflav 1399 1 42 0.105000 nu_mubar mu- c specflav 1400 1 42 0.040000 nu_taubar tau- c specflav 1401 1 42 0.500000 ubar d c specflav 1402 1 42 0.080000 ubar c d specflav 1403 1 42 0.140000 cbar s c specflav 1404 1 42 0.010000 cbar c s specflav 1405 1 42 0.015000 ubar d u specflav 1406 1 42 0.005000 cbar s u specflav 5532 245 Omega_bb- Omega_bbbar+ -3 0 1 10.60209 0.00000 0.00000 3.87000E-01 1 1407 1 42 0.105000 nu_ebar e- c specflav 1408 1 42 0.105000 nu_mubar mu- c specflav 1409 1 42 0.040000 nu_taubar tau- c specflav 1410 1 42 0.500000 ubar d c specflav 1411 1 42 0.080000 ubar c d specflav 1412 1 42 0.140000 cbar s c specflav 1413 1 42 0.010000 cbar c s specflav 1414 1 42 0.015000 ubar d u specflav 1415 1 42 0.005000 cbar s u specflav 5534 246 Omega*_bb- Omega*_bbbar+ -3 0 1 10.61426 0.00000 0.00000 3.87000E-01 1 1416 1 42 0.105000 nu_ebar e- c specflav 1417 1 42 0.105000 nu_mubar mu- c specflav 1418 1 42 0.040000 nu_taubar tau- c specflav 1419 1 42 0.500000 ubar d c specflav 1420 1 42 0.080000 ubar c d specflav 1421 1 42 0.140000 cbar s c specflav 1422 1 42 0.010000 cbar c s specflav 1423 1 42 0.015000 ubar d u specflav 1424 1 42 0.005000 cbar s u specflav 5542 247 Omega_bbc0 Omega_bbcbar0 0 0 1 11.70767 0.00000 0.00000 3.87000E-01 1 1425 1 42 0.105000 nu_ebar e- c specflav 1426 1 42 0.105000 nu_mubar mu- c specflav 1427 1 42 0.040000 nu_taubar tau- c specflav 1428 1 42 0.500000 ubar d c specflav 1429 1 42 0.080000 ubar c d specflav 1430 1 42 0.140000 cbar s c specflav 1431 1 42 0.010000 cbar c s specflav 1432 1 42 0.015000 ubar d u specflav 1433 1 42 0.005000 cbar s u specflav 5544 248 Omega*_bbc0 Omega*_bbcbar0 0 0 1 11.71147 0.00000 0.00000 3.87000E-01 1 1434 1 42 0.105000 nu_ebar e- c specflav 1435 1 42 0.105000 nu_mubar mu- c specflav 1436 1 42 0.040000 nu_taubar tau- c specflav 1437 1 42 0.500000 ubar d c specflav 1438 1 42 0.080000 ubar c d specflav 1439 1 42 0.140000 cbar s c specflav 1440 1 42 0.010000 cbar c s specflav 1441 1 42 0.015000 ubar d u specflav 1442 1 42 0.005000 cbar s u specflav 5554 249 Omega*_bbb- Omega*_bbbbar+ -3 0 1 15.11061 0.00000 0.00000 3.87000E-01 1 1443 1 42 0.105000 nu_ebar e- c specflav 1444 1 42 0.105000 nu_mubar mu- c specflav 1445 1 42 0.040000 nu_taubar tau- c specflav 1446 1 42 0.500000 ubar d c specflav 1447 1 42 0.080000 ubar c d specflav 1448 1 42 0.140000 cbar s c specflav 1449 1 42 0.010000 cbar c s specflav 1450 1 42 0.015000 ubar d u specflav 1451 1 42 0.005000 cbar s u specflav 10111 250 a_00 0 0 0 0.98350 0.06000 0.05000 0.00000E+00 1 1452 1 0 1.000000 eta pi0 10113 251 b_10 0 0 0 1.23100 0.14200 0.25000 0.00000E+00 1 1453 1 0 1.000000 omega pi0 10211 252 a_0+ a_0- 3 0 1 0.98350 0.06000 0.05000 0.00000E+00 1 1454 1 0 1.000000 eta pi+ 10213 253 b_1+ b_1- 3 0 1 1.23100 0.14200 0.25000 0.00000E+00 1 1455 1 0 1.000000 omega pi+ 10221 254 f_0 0 0 0 1.00000 0.00000 0.00000 0.00000E+00 1 1456 1 0 0.520000 pi+ pi- 1457 1 0 0.260000 pi0 pi0 1458 1 0 0.110000 K+ K- 1459 1 0 0.055000 K_L0 K_L0 1460 1 0 0.055000 K_S0 K_S0 10223 255 h_1 0 0 0 1.17000 0.36000 0.20000 0.00000E+00 1 1461 1 0 0.333000 rho+ pi- 1462 1 0 0.334000 rho0 pi0 1463 1 0 0.333000 rho- pi+ 10311 256 K*_00 K*_0bar0 0 0 1 1.42900 0.28700 0.40000 0.00000E+00 1 1464 1 0 0.667000 K+ pi- 1465 1 0 0.333000 K0 pi0 10313 257 K_10 K_1bar0 0 0 1 1.29000 0.09000 0.00500 0.00000E+00 1 1466 1 0 0.280000 K+ rho- 1467 1 0 0.140000 K0 rho0 1468 1 0 0.313000 K*+ pi- 1469 1 0 0.157000 K*0 pi0 1470 1 0 0.110000 K0 omega 10321 258 K*_0+ K*_0- 3 0 1 1.42900 0.28700 0.40000 0.00000E+00 1 1471 1 0 0.667000 K0 pi+ 1472 1 0 0.333000 K+ pi0 10323 259 K_1+ K_1- 3 0 1 1.29000 0.09000 0.01000 0.00000E+00 1 1473 1 0 0.280000 K0 rho+ 1474 1 0 0.140000 K+ rho0 1475 1 0 0.313000 K*0 pi+ 1476 1 0 0.157000 K*+ pi0 1477 1 0 0.110000 K+ omega 10331 260 f'_0 0 0 0 1.40000 0.25000 0.35000 0.00000E+00 1 1478 1 0 0.360000 pi+ pi- 1479 1 0 0.180000 pi0 pi0 1480 1 0 0.030000 K+ K- 1481 1 0 0.015000 K_L0 K_L0 1482 1 0 0.015000 K_S0 K_S0 1483 1 0 0.200000 pi+ pi- pi+ pi- 1484 1 0 0.200000 pi+ pi- pi0 pi0 10333 261 h'_1 0 0 0 1.40000 0.08000 0.00100 0.00000E+00 1 1485 1 0 0.250000 K*0 Kbar0 1486 1 0 0.250000 K*bar0 K0 1487 1 0 0.250000 K*+ K- 1488 1 0 0.250000 K*- K+ 10411 262 D*_0+ D*_0- 3 0 1 2.27200 0.05000 0.10000 0.00000E+00 1 1489 1 0 0.667000 D0 pi+ 1490 1 0 0.333000 D+ pi0 10413 263 D_1+ D_1- 3 0 1 2.42400 0.02000 0.08000 0.00000E+00 1 1491 1 0 0.667000 D*0 pi+ 1492 1 0 0.333000 D*+ pi0 10421 264 D*_00 D*_0bar0 0 0 1 2.27200 0.05000 0.10000 0.00000E+00 1 1493 1 0 0.667000 D+ pi- 1494 1 0 0.333000 D0 pi0 10423 265 D_10 D_1bar0 0 0 1 2.42400 0.02000 0.08000 0.00000E+00 1 1495 1 0 0.667000 D*+ pi- 1496 1 0 0.333000 D*0 pi0 10431 266 D*_0s+ D*_0s- 3 0 1 2.50000 0.05000 0.10000 0.00000E+00 1 1497 1 0 0.500000 D+ K0 1498 1 0 0.500000 D0 K+ 10433 267 D_1s+ D_1s- 3 0 1 2.53600 0.00000 0.00000 0.00000E+00 1 1499 1 0 0.500000 D*0 K+ 1500 1 0 0.500000 D*+ K0 10441 268 chi_0c 0 0 0 3.41510 0.01400 0.05000 0.00000E+00 1 1501 1 0 0.007000 J/psi gamma 1502 1 12 0.993000 rndmflav rndmflavbar 10443 269 h_1c 0 0 0 3.46000 0.01000 0.02000 0.00000E+00 1 1503 1 12 1.000000 rndmflav rndmflavbar 10511 270 B*_00 B*_0bar0 0 0 1 5.68000 0.05000 0.10000 0.00000E+00 1 1504 1 0 0.667000 B+ pi- 1505 1 0 0.333000 B0 pi0 10513 271 B_10 B_1bar0 0 0 1 5.73000 0.05000 0.10000 0.00000E+00 1 1506 1 0 0.667000 B*+ pi- 1507 1 0 0.333000 B*0 pi0 10521 272 B*_0+ B*_0- 3 0 1 5.68000 0.05000 0.10000 0.00000E+00 1 1508 1 0 0.667000 B0 pi+ 1509 1 0 0.333000 B+ pi0 10523 273 B_1+ B_1- 3 0 1 5.73000 0.05000 0.10000 0.00000E+00 1 1510 1 0 0.667000 B*0 pi+ 1511 1 0 0.333000 B*+ pi0 10531 274 B*_0s0 B*_0sbar0 0 0 1 5.92000 0.05000 0.10000 0.00000E+00 1 1512 1 0 0.500000 B+ K- 1513 1 0 0.500000 B0 Kbar0 10533 275 B_1s0 B_1sbar0 0 0 1 5.97000 0.05000 0.10000 0.00000E+00 1 1514 1 0 0.500000 B*+ K- 1515 1 0 0.500000 B*0 Kbar0 10541 276 B*_0c+ B*_0c- 3 0 1 7.25000 0.05000 0.05000 0.00000E+00 1 1516 1 0 0.500000 B0 D+ 1517 1 0 0.500000 B+ D0 10543 277 B_1c+ B_1c- 3 0 1 7.30000 0.05000 0.10000 0.00000E+00 1 1518 1 0 0.500000 B*0 D+ 1519 1 0 0.500000 B*+ D0 10551 278 chi_0b 0 0 0 9.85980 0.00000 0.00000 0.00000E+00 1 1520 1 0 0.020000 Upsilon gamma 1521 1 32 0.980000 g g 10553 279 h_1b 0 0 0 9.87500 0.01000 0.02000 0.00000E+00 1 1522 1 32 1.000000 g g 20113 280 a_10 0 0 0 1.23000 0.40000 0.30000 0.00000E+00 1 1523 1 0 0.500000 rho+ pi- 1524 1 0 0.500000 rho- pi+ 20213 281 a_1+ a_1- 3 0 1 1.23000 0.40000 0.30000 0.00000E+00 1 1525 1 0 0.500000 rho0 pi+ 1526 1 0 0.500000 rho+ pi0 20223 282 f_1 0 0 0 1.28200 0.02500 0.05000 0.00000E+00 1 1527 1 0 0.146000 a_0+ pi- 1528 1 0 0.146000 a_00 pi0 1529 1 0 0.146000 a_0- pi+ 1530 1 0 0.050000 eta pi+ pi- 1531 1 0 0.050000 eta pi0 pi0 1532 1 0 0.050000 rho+ pi- pi0 1533 1 0 0.150000 rho0 pi+ pi- 1534 1 0 0.050000 rho0 pi0 pi0 1535 1 0 0.050000 rho- pi+ pi0 1536 1 0 0.024000 K+ K- pi0 1537 1 0 0.024000 K+ Kbar0 pi- 1538 1 0 0.024000 K0 Kbar0 pi0 1539 1 0 0.024000 K0 K- pi+ 1540 1 0 0.066000 rho0 gamma 20313 283 K*_10 K*_1bar0 0 0 1 1.40200 0.17400 0.30000 0.00000E+00 1 1541 1 0 0.667000 K*+ pi- 1542 1 0 0.333000 K*0 pi0 20323 284 K*_1+ K*_1- 3 0 1 1.40200 0.17400 0.30000 0.00000E+00 1 1543 1 0 0.667000 K*0 pi+ 1544 1 0 0.333000 K*+ pi0 20333 285 f'_1 0 0 0 1.42700 0.05300 0.02000 0.00000E+00 1 1545 1 0 0.250000 K*0 Kbar0 1546 1 0 0.250000 K*bar0 K0 1547 1 0 0.250000 K*+ K- 1548 1 0 0.250000 K*- K+ 20413 286 D*_1+ D*_1- 3 0 1 2.37200 0.05000 0.10000 0.00000E+00 1 1549 1 0 0.667000 D*0 pi+ 1550 1 0 0.333000 D*+ pi0 20423 287 D*_10 D*_1bar0 0 0 1 2.37200 0.05000 0.10000 0.00000E+00 1 1551 1 0 0.667000 D*+ pi- 1552 1 0 0.333000 D*0 pi0 20433 288 D*_1s+ D*_1s- 3 0 1 2.56000 0.05000 0.03000 0.00000E+00 1 1553 1 0 0.500000 D*0 K+ 1554 1 0 0.500000 D*+ K0 20443 289 chi_1c 0 0 0 3.51060 0.00090 0.00100 0.00000E+00 1 1555 1 0 0.273000 J/psi gamma 1556 1 12 0.727000 rndmflav rndmflavbar 20513 290 B*_10 B*_1bar0 0 0 1 5.78000 0.05000 0.10000 0.00000E+00 1 1557 1 0 0.667000 B*+ pi- 1558 1 0 0.333000 B*0 pi0 20523 291 B*_1+ B*_1- 3 0 1 5.78000 0.05000 0.10000 0.00000E+00 1 1559 1 0 0.667000 B*0 pi+ 1560 1 0 0.333000 B*+ pi0 20533 292 B*_1s0 B*_1sbar0 0 0 1 6.02000 0.05000 0.10000 0.00000E+00 1 1561 1 0 0.500000 B*+ K- 1562 1 0 0.500000 B*0 Kbar0 20543 293 B*_1c+ B*_1c- 3 0 1 7.30000 0.05000 0.10000 0.00000E+00 1 1563 1 0 0.500000 B*0 D+ 1564 1 0 0.500000 B*+ D0 20553 294 chi_1b 0 0 0 9.89190 0.00000 0.00000 0.00000E+00 1 1565 1 0 0.350000 Upsilon gamma 1566 1 32 0.650000 g g 100443 295 psi' 0 0 0 3.68600 0.00000 0.00000 0.00000E+00 1 1567 1 0 0.008300 e- e+ 1568 1 0 0.008300 mu- mu+ 1569 1 12 0.186600 rndmflav rndmflavbar 1570 1 0 0.324000 J/psi pi+ pi- 1571 1 0 0.184000 J/psi pi0 pi0 1572 1 0 0.027000 J/psi eta 1573 1 0 0.001000 J/psi pi0 1574 1 0 0.093000 chi_0c gamma 1575 1 0 0.087000 chi_1c gamma 1576 1 0 0.078000 chi_2c gamma 1577 1 0 0.002800 eta_c gamma 100553 296 Upsilon' 0 0 0 10.02330 0.00000 0.00000 0.00000E+00 1 1578 1 0 0.014000 e- e+ 1579 1 0 0.014000 mu- mu+ 1580 1 0 0.014000 tau- tau+ 1581 1 32 0.008000 d dbar 1582 1 32 0.024000 u ubar 1583 1 32 0.008000 s sbar 1584 1 32 0.024000 c cbar 1585 1 4 0.425000 g g g 1586 1 4 0.020000 gamma g g 1587 1 0 0.185000 Upsilon pi+ pi- 1588 1 0 0.088000 Upsilon pi0 pi0 1589 1 0 0.043000 chi_0b gamma 1590 1 0 0.067000 chi_1b gamma 1591 1 0 0.066000 chi_2b gamma 1000001 297 ~d_L ~d_Lbar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1592 1 53 0.000000 ~Gravitino d 1593 1 53 0.000000 ~chi_1- u 1594 1 53 0.000000 ~chi_2- u 1595 1 53 0.000000 ~chi_10 d 1596 1 53 0.000000 ~chi_20 d 1597 1 53 0.000000 ~chi_30 d 1598 1 53 0.000000 ~chi_40 d 1599 1 53 0.000000 ~u_L W- 1600 1 53 0.000000 ~u_R W- 1601 1 53 0.000000 ~u_L H- 1602 1 53 0.000000 ~u_R H- 1603 1 53 0.000000 ~g d 1604 1 53 0.000000 nu_ebar d 1605 1 53 0.000000 nu_ebar s 1606 1 53 0.000000 nu_ebar b 1607 1 53 0.000000 nu_mubar d 1608 1 53 0.000000 nu_mubar s 1609 1 53 0.000000 nu_mubar b 1610 1 53 0.000000 nu_taubar d 1611 1 53 0.000000 nu_taubar s 1612 1 53 0.000000 nu_taubar b 1613 1 53 0.000000 nu_e d 1614 1 53 0.000000 e- u 1615 1 53 0.000000 nu_e s 1616 1 53 0.000000 e- c 1617 1 53 0.000000 nu_e b 1618 1 53 0.000000 e- t 1619 1 53 0.000000 nu_mu d 1620 1 53 0.000000 mu- u 1621 1 53 0.000000 nu_mu s 1622 1 53 0.000000 mu- c 1623 1 53 0.000000 nu_mu b 1624 1 53 0.000000 mu- t 1625 1 53 0.000000 nu_tau d 1626 1 53 0.000000 tau- u 1627 1 53 0.000000 nu_tau s 1628 1 53 0.000000 tau- c 1629 1 53 0.000000 nu_tau b 1630 1 53 0.000000 tau- t 1631 1 53 0.000000 ubar sbar 1632 1 53 0.000000 ubar bbar 1633 1 53 0.000000 cbar sbar 1634 1 53 0.000000 cbar bbar 1635 1 53 0.000000 tbar sbar 1636 1 53 0.000000 tbar bbar 1000002 298 ~u_L ~u_Lbar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1637 1 53 0.000000 ~Gravitino u 1638 1 53 0.000000 ~chi_1+ d 1639 1 53 0.000000 ~chi_2+ d 1640 1 53 0.000000 ~chi_10 u 1641 1 53 0.000000 ~chi_20 u 1642 1 53 0.000000 ~chi_30 u 1643 1 53 0.000000 ~chi_40 u 1644 1 53 0.000000 ~d_L W+ 1645 1 53 0.000000 ~d_R W+ 1646 1 53 0.000000 ~d_L H+ 1647 1 53 0.000000 ~d_R H+ 1648 1 53 0.000000 ~g u 1649 1 53 0.000000 e+ d 1650 1 53 0.000000 e+ s 1651 1 53 0.000000 e+ b 1652 1 53 0.000000 mu+ d 1653 1 53 0.000000 mu+ s 1654 1 53 0.000000 mu+ b 1655 1 53 0.000000 tau+ d 1656 1 53 0.000000 tau+ s 1657 1 53 0.000000 tau+ b 1658 1 53 0.000000 dbar sbar 1659 1 53 0.000000 dbar bbar 1660 1 53 0.000000 sbar bbar 1000003 299 ~s_L ~s_Lbar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1661 1 53 0.000000 ~Gravitino s 1662 1 53 0.000000 ~chi_1- c 1663 1 53 0.000000 ~chi_2- c 1664 1 53 0.000000 ~chi_10 s 1665 1 53 0.000000 ~chi_20 s 1666 1 53 0.000000 ~chi_30 s 1667 1 53 0.000000 ~chi_40 s 1668 1 53 0.000000 ~c_L W- 1669 1 53 0.000000 ~c_R W- 1670 1 53 0.000000 ~c_L H- 1671 1 53 0.000000 ~c_R H- 1672 1 53 0.000000 ~g s 1673 1 53 0.000000 nu_ebar d 1674 1 53 0.000000 nu_ebar s 1675 1 53 0.000000 nu_ebar b 1676 1 53 0.000000 nu_mubar d 1677 1 53 0.000000 nu_mubar s 1678 1 53 0.000000 nu_mubar b 1679 1 53 0.000000 nu_taubar d 1680 1 53 0.000000 nu_taubar s 1681 1 53 0.000000 nu_taubar b 1682 1 53 0.000000 nu_e d 1683 1 53 0.000000 e- u 1684 1 53 0.000000 nu_e s 1685 1 53 0.000000 e- c 1686 1 53 0.000000 nu_e b 1687 1 53 0.000000 e- t 1688 1 53 0.000000 nu_mu d 1689 1 53 0.000000 mu- u 1690 1 53 0.000000 nu_mu s 1691 1 53 0.000000 mu- c 1692 1 53 0.000000 nu_mu b 1693 1 53 0.000000 mu- t 1694 1 53 0.000000 nu_tau d 1695 1 53 0.000000 tau- u 1696 1 53 0.000000 nu_tau s 1697 1 53 0.000000 tau- c 1698 1 53 0.000000 nu_tau b 1699 1 53 0.000000 tau- t 1700 1 53 0.000000 ubar dbar 1701 1 53 0.000000 ubar bbar 1702 1 53 0.000000 cbar dbar 1703 1 53 0.000000 cbar bbar 1704 1 53 0.000000 tbar dbar 1705 1 53 0.000000 tbar bbar 1000004 300 ~c_L ~c_Lbar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1706 1 53 0.000000 ~Gravitino c 1707 1 53 0.000000 ~chi_1+ s 1708 1 53 0.000000 ~chi_2+ s 1709 1 53 0.000000 ~chi_10 c 1710 1 53 0.000000 ~chi_20 c 1711 1 53 0.000000 ~chi_30 c 1712 1 53 0.000000 ~chi_40 c 1713 1 53 0.000000 ~s_L W+ 1714 1 53 0.000000 ~s_R W+ 1715 1 53 0.000000 ~s_L H+ 1716 1 53 0.000000 ~s_R H+ 1717 1 53 0.000000 ~g c 1718 1 53 0.000000 e+ d 1719 1 53 0.000000 e+ s 1720 1 53 0.000000 e+ b 1721 1 53 0.000000 mu+ d 1722 1 53 0.000000 mu+ s 1723 1 53 0.000000 mu+ b 1724 1 53 0.000000 tau+ d 1725 1 53 0.000000 tau+ s 1726 1 53 0.000000 tau+ b 1727 1 53 0.000000 dbar sbar 1728 1 53 0.000000 dbar bbar 1729 1 53 0.000000 sbar bbar 1000005 301 ~b_1 ~b_1bar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1730 1 53 0.000000 ~Gravitino b 1731 1 53 0.000000 ~chi_1- t 1732 1 53 0.000000 ~chi_2- t 1733 1 53 0.000000 ~chi_10 b 1734 1 53 0.000000 ~chi_20 b 1735 1 53 0.000000 ~chi_30 b 1736 1 53 0.000000 ~chi_40 b 1737 1 53 0.000000 ~t_1 W- 1738 1 53 0.000000 ~t_2 W- 1739 1 53 0.000000 ~t_1 H- 1740 1 53 0.000000 ~t_2 H- 1741 1 53 0.000000 ~g b 1742 1 53 0.000000 nu_ebar d 1743 1 53 0.000000 nu_ebar s 1744 1 53 0.000000 nu_ebar b 1745 1 53 0.000000 nu_mubar d 1746 1 53 0.000000 nu_mubar s 1747 1 53 0.000000 nu_mubar b 1748 1 53 0.000000 nu_taubar d 1749 1 53 0.000000 nu_taubar s 1750 1 53 0.000000 nu_taubar b 1751 1 53 0.000000 nu_e d 1752 1 53 0.000000 e- u 1753 1 53 0.000000 nu_e s 1754 1 53 0.000000 e- c 1755 1 53 0.000000 nu_e b 1756 1 53 0.000000 e- t 1757 1 53 0.000000 nu_mu d 1758 1 53 0.000000 mu- u 1759 1 53 0.000000 nu_mu s 1760 1 53 0.000000 mu- c 1761 1 53 0.000000 nu_mu b 1762 1 53 0.000000 mu- t 1763 1 53 0.000000 nu_tau d 1764 1 53 0.000000 tau- u 1765 1 53 0.000000 nu_tau s 1766 1 53 0.000000 tau- c 1767 1 53 0.000000 nu_tau b 1768 1 53 0.000000 tau- t 1769 1 53 0.000000 ubar dbar 1770 1 53 0.000000 ubar sbar 1771 1 53 0.000000 cbar dbar 1772 1 53 0.000000 cbar sbar 1773 1 53 0.000000 tbar dbar 1774 1 53 0.000000 tbar sbar 1000006 302 ~t_1 ~t_1bar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 1775 1 53 0.000000 ~Gravitino t 1776 1 53 0.000000 ~chi_1+ b 1777 1 53 0.000000 ~chi_2+ b 1778 1 53 0.000000 ~chi_10 t 1779 1 53 0.000000 ~chi_20 t 1780 1 53 0.000000 ~chi_30 t 1781 1 53 0.000000 ~chi_40 t 1782 1 53 0.000000 ~b_1 W+ 1783 1 53 0.000000 ~b_2 W+ 1784 1 53 0.000000 ~b_1 H+ 1785 1 53 0.000000 ~b_2 H+ 1786 1 53 0.000000 ~g t 1787 1 53 0.000000 ~chi_10 c 1788 -1 53 0.000000 ~nu_tauL tau+ b 1789 -1 53 0.000000 ~tau_1+ nu_tau b 1790 1 53 0.000000 e+ d 1791 1 53 0.000000 e+ s 1792 1 53 0.000000 e+ b 1793 1 53 0.000000 mu+ d 1794 1 53 0.000000 mu+ s 1795 1 53 0.000000 mu+ b 1796 1 53 0.000000 tau+ d 1797 1 53 0.000000 tau+ s 1798 1 53 0.000000 tau+ b 1799 1 53 0.000000 dbar sbar 1800 1 53 0.000000 dbar bbar 1801 1 53 0.000000 sbar bbar 1000011 303 ~e_L- ~e_L+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1802 1 53 0.000000 ~Gravitino e- 1803 1 53 0.000000 ~chi_1- nu_e 1804 1 53 0.000000 ~chi_2- nu_e 1805 1 53 0.000000 ~chi_10 e- 1806 1 53 0.000000 ~chi_20 e- 1807 1 53 0.000000 ~chi_30 e- 1808 1 53 0.000000 ~chi_40 e- 1809 1 53 0.000000 ~nu_eL W- 1810 1 53 0.000000 ~nu_eR W- 1811 1 53 0.000000 ~nu_eL H- 1812 1 53 0.000000 nu_e mu- 1813 1 53 0.000000 nu_e tau- 1814 1 53 0.000000 nu_mu e- 1815 1 53 0.000000 nu_mu tau- 1816 1 53 0.000000 nu_tau e- 1817 1 53 0.000000 nu_tau mu- 1818 1 53 0.000000 nu_mubar e- 1819 1 53 0.000000 nu_mubar mu- 1820 1 53 0.000000 nu_mubar tau- 1821 1 53 0.000000 nu_taubar e- 1822 1 53 0.000000 nu_taubar mu- 1823 1 53 0.000000 nu_taubar tau- 1824 1 53 0.000000 ubar d 1825 1 53 0.000000 ubar s 1826 1 53 0.000000 ubar b 1827 1 53 0.000000 cbar d 1828 1 53 0.000000 cbar s 1829 1 53 0.000000 cbar b 1830 1 53 0.000000 tbar d 1831 1 53 0.000000 tbar s 1832 1 53 0.000000 tbar b 1000012 304 ~nu_eL ~nu_eLbar 0 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1833 1 53 0.000000 ~Gravitino nu_e 1834 1 53 0.000000 ~chi_1+ e- 1835 1 53 0.000000 ~chi_2+ e- 1836 1 53 0.000000 ~chi_10 nu_e 1837 1 53 0.000000 ~chi_20 nu_e 1838 1 53 0.000000 ~chi_30 nu_e 1839 1 53 0.000000 ~chi_40 nu_e 1840 1 53 0.000000 ~e_L- W+ 1841 1 53 0.000000 ~e_R- W+ 1842 1 53 0.000000 ~e_L- H+ 1843 1 53 0.000000 ~e_R- H+ 1844 1 53 0.000000 mu+ e- 1845 1 53 0.000000 mu+ mu- 1846 1 53 0.000000 mu+ tau- 1847 1 53 0.000000 tau+ e- 1848 1 53 0.000000 tau+ mu- 1849 1 53 0.000000 tau+ tau- 1850 1 53 0.000000 dbar d 1851 1 53 0.000000 dbar s 1852 1 53 0.000000 dbar b 1853 1 53 0.000000 sbar d 1854 1 53 0.000000 sbar s 1855 1 53 0.000000 sbar b 1856 1 53 0.000000 bbar d 1857 1 53 0.000000 bbar s 1858 1 53 0.000000 bbar b 1000013 305 ~mu_L- ~mu_L+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1859 1 53 0.000000 ~Gravitino mu- 1860 1 53 0.000000 ~chi_1- nu_mu 1861 1 53 0.000000 ~chi_2- nu_mu 1862 1 53 0.000000 ~chi_10 mu- 1863 1 53 0.000000 ~chi_20 mu- 1864 1 53 0.000000 ~chi_30 mu- 1865 1 53 0.000000 ~chi_40 mu- 1866 1 53 0.000000 ~nu_muL W- 1867 1 53 0.000000 ~nu_muR W- 1868 1 53 0.000000 ~nu_muL H- 1869 1 53 0.000000 ~nu_muR H- 1870 1 53 0.000000 nu_e mu- 1871 1 53 0.000000 nu_e tau- 1872 1 53 0.000000 nu_mu e- 1873 1 53 0.000000 nu_mu tau- 1874 1 53 0.000000 nu_tau e- 1875 1 53 0.000000 nu_tau mu- 1876 1 53 0.000000 nu_ebar e- 1877 1 53 0.000000 nu_ebar mu- 1878 1 53 0.000000 nu_ebar tau- 1879 1 53 0.000000 nu_taubar e- 1880 1 53 0.000000 nu_taubar mu- 1881 1 53 0.000000 nu_taubar tau- 1882 1 53 0.000000 ubar d 1883 1 53 0.000000 ubar s 1884 1 53 0.000000 ubar b 1885 1 53 0.000000 cbar d 1886 1 53 0.000000 cbar s 1887 1 53 0.000000 cbar b 1888 1 53 0.000000 tbar d 1889 1 53 0.000000 tbar s 1890 1 53 0.000000 tbar b 1000014 306 ~nu_muL ~nu_muLbar 0 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1891 1 53 0.000000 ~Gravitino nu_mu 1892 1 53 0.000000 ~chi_1+ mu- 1893 1 53 0.000000 ~chi_2+ mu- 1894 1 53 0.000000 ~chi_10 nu_mu 1895 1 53 0.000000 ~chi_20 nu_mu 1896 1 53 0.000000 ~chi_30 nu_mu 1897 1 53 0.000000 ~chi_40 nu_mu 1898 1 53 0.000000 ~mu_L- W+ 1899 1 53 0.000000 ~mu_R- W+ 1900 1 53 0.000000 ~mu_L- H+ 1901 1 53 0.000000 ~mu_R- H+ 1902 1 53 0.000000 e+ e- 1903 1 53 0.000000 e+ mu- 1904 1 53 0.000000 e+ tau- 1905 1 53 0.000000 tau+ e- 1906 1 53 0.000000 tau+ mu- 1907 1 53 0.000000 tau+ tau- 1908 1 53 0.000000 dbar d 1909 1 53 0.000000 dbar s 1910 1 53 0.000000 dbar b 1911 1 53 0.000000 sbar d 1912 1 53 0.000000 sbar s 1913 1 53 0.000000 sbar b 1914 1 53 0.000000 bbar d 1915 1 53 0.000000 bbar s 1916 1 53 0.000000 bbar b 1000015 307 ~tau_1- ~tau_1+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1917 1 53 0.000000 ~Gravitino tau- 1918 1 53 0.000000 ~chi_1- nu_tau 1919 1 53 0.000000 ~chi_2- nu_tau 1920 1 53 0.000000 ~chi_10 tau- 1921 1 53 0.000000 ~chi_20 tau- 1922 1 53 0.000000 ~chi_30 tau- 1923 1 53 0.000000 ~chi_40 tau- 1924 1 53 0.000000 ~nu_tauL W- 1925 1 53 0.000000 ~nu_tauR W- 1926 1 53 0.000000 ~nu_tauL H- 1927 1 53 0.000000 ~nu_tauR H- 1928 1 53 0.000000 nu_e mu- 1929 1 53 0.000000 nu_e tau- 1930 1 53 0.000000 nu_mu e- 1931 1 53 0.000000 nu_mu tau- 1932 1 53 0.000000 nu_tau e- 1933 1 53 0.000000 nu_tau mu- 1934 1 53 0.000000 nu_ebar e- 1935 1 53 0.000000 nu_ebar mu- 1936 1 53 0.000000 nu_ebar tau- 1937 1 53 0.000000 nu_mubar e- 1938 1 53 0.000000 nu_mubar mu- 1939 1 53 0.000000 nu_mubar tau- 1940 1 53 0.000000 ubar d 1941 1 53 0.000000 ubar s 1942 1 53 0.000000 ubar b 1943 1 53 0.000000 cbar d 1944 1 53 0.000000 cbar s 1945 1 53 0.000000 cbar b 1946 1 53 0.000000 tbar d 1947 1 53 0.000000 tbar s 1948 1 53 0.000000 tbar b 1000016 308 ~nu_tauL ~nu_tauLbar 0 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 1949 1 53 0.000000 ~Gravitino nu_tau 1950 1 53 0.000000 ~chi_1+ tau- 1951 1 53 0.000000 ~chi_2+ tau- 1952 1 53 0.000000 ~chi_10 nu_tau 1953 1 53 0.000000 ~chi_20 nu_tau 1954 1 53 0.000000 ~chi_30 nu_tau 1955 1 53 0.000000 ~chi_40 nu_tau 1956 1 53 0.000000 ~tau_1- W+ 1957 1 53 0.000000 ~tau_2- W+ 1958 1 53 0.000000 ~tau_1- H+ 1959 1 53 0.000000 ~tau_2- H+ 1960 1 53 0.000000 e+ e- 1961 1 53 0.000000 e+ mu- 1962 1 53 0.000000 e+ tau- 1963 1 53 0.000000 mu+ e- 1964 1 53 0.000000 mu+ mu- 1965 1 53 0.000000 mu+ tau- 1966 1 53 0.000000 dbar d 1967 1 53 0.000000 dbar s 1968 1 53 0.000000 dbar b 1969 1 53 0.000000 sbar d 1970 1 53 0.000000 sbar s 1971 1 53 0.000000 sbar b 1972 1 53 0.000000 bbar d 1973 1 53 0.000000 bbar s 1974 1 53 0.000000 bbar b 1000021 309 ~g 0 2 0 500.00000 1.00000 10.00000 0.00000E+00 1 1975 1 53 0.000000 ~Gravitino g 1976 1 53 0.000000 ~d_L dbar 1977 1 53 0.000000 ~d_Lbar d 1978 1 53 0.000000 ~d_R dbar 1979 1 53 0.000000 ~d_Rbar d 1980 1 53 0.000000 ~u_L ubar 1981 1 53 0.000000 ~u_Lbar u 1982 1 53 0.000000 ~u_R ubar 1983 1 53 0.000000 ~u_Rbar u 1984 1 53 0.000000 ~s_L sbar 1985 1 53 0.000000 ~s_Lbar s 1986 1 53 0.000000 ~s_R sbar 1987 1 53 0.000000 ~s_Rbar s 1988 1 53 0.000000 ~c_L cbar 1989 1 53 0.000000 ~c_Lbar c 1990 1 53 0.000000 ~c_R cbar 1991 1 53 0.000000 ~c_Rbar c 1992 1 53 0.000000 ~b_1 bbar 1993 1 53 0.000000 ~b_1bar b 1994 1 53 0.000000 ~b_2 bbar 1995 1 53 0.000000 ~b_2bar b 1996 1 53 0.000000 ~t_1 tbar 1997 1 53 0.000000 ~t_1bar t 1998 1 53 0.000000 ~t_2 tbar 1999 1 53 0.000000 ~t_2bar t 2000 1 53 0.000000 ~chi_10 d dbar 2001 1 53 0.000000 ~chi_10 s sbar 2002 1 53 0.000000 ~chi_10 b bbar 2003 1 53 0.000000 ~chi_10 u ubar 2004 1 53 0.000000 ~chi_10 c cbar 2005 1 53 0.000000 ~chi_10 t tbar 2006 1 53 0.000000 ~chi_20 d dbar 2007 1 53 0.000000 ~chi_20 s sbar 2008 1 53 0.000000 ~chi_20 b bbar 2009 1 53 0.000000 ~chi_20 u ubar 2010 1 53 0.000000 ~chi_20 c cbar 2011 1 53 0.000000 ~chi_20 t tbar 2012 1 53 0.000000 ~chi_30 d dbar 2013 1 53 0.000000 ~chi_30 s sbar 2014 1 53 0.000000 ~chi_30 b bbar 2015 1 53 0.000000 ~chi_30 u ubar 2016 1 53 0.000000 ~chi_30 c cbar 2017 1 53 0.000000 ~chi_30 t tbar 2018 1 53 0.000000 ~chi_40 d dbar 2019 1 53 0.000000 ~chi_40 s sbar 2020 1 53 0.000000 ~chi_40 b bbar 2021 1 53 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53 0.000000 nu_ebar sbar s 2053 1 53 0.000000 nu_e s sbar 2054 1 53 0.000000 e+ cbar s 2055 1 53 0.000000 e- c sbar 2056 1 53 0.000000 nu_ebar sbar b 2057 1 53 0.000000 nu_e s bbar 2058 1 53 0.000000 e+ cbar b 2059 1 53 0.000000 e- c bbar 2060 1 53 0.000000 nu_ebar bbar d 2061 1 53 0.000000 nu_e b dbar 2062 1 53 0.000000 e+ tbar d 2063 1 53 0.000000 e- t dbar 2064 1 53 0.000000 nu_ebar bbar s 2065 1 53 0.000000 nu_e b sbar 2066 1 53 0.000000 e+ tbar s 2067 1 53 0.000000 e- t sbar 2068 1 53 0.000000 nu_ebar bbar b 2069 1 53 0.000000 nu_e b bbar 2070 1 53 0.000000 e+ tbar b 2071 1 53 0.000000 e- t bbar 2072 1 53 0.000000 nu_mubar dbar d 2073 1 53 0.000000 nu_mu d dbar 2074 1 53 0.000000 mu+ ubar d 2075 1 53 0.000000 mu- u dbar 2076 1 53 0.000000 nu_mubar dbar s 2077 1 53 0.000000 nu_mu d sbar 2078 1 53 0.000000 mu+ ubar s 2079 1 53 0.000000 mu- u sbar 2080 1 53 0.000000 nu_mubar dbar b 2081 1 53 0.000000 nu_mu d bbar 2082 1 53 0.000000 mu+ ubar b 2083 1 53 0.000000 mu- u bbar 2084 1 53 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0.000000 u t s 3646 1 53 0.000000 u t b 3647 1 53 0.000000 dbar bbar bbar 3648 1 53 0.000000 c c d 3649 1 53 0.000000 c c b 3650 1 53 0.000000 sbar sbar bbar 3651 1 53 0.000000 c t d 3652 1 53 0.000000 c t s 3653 1 53 0.000000 c t b 3654 1 53 0.000000 sbar bbar bbar 3655 1 53 0.000000 t t d 3656 1 53 0.000000 t t s 1000039 316 ~Gravitino 0 0 0 500.00000 0.00000 0.00001 0.00000E+00 0 2000001 317 ~d_R ~d_Rbar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3657 1 53 0.000000 ~Gravitino d 3658 1 53 0.000000 ~chi_1- u 3659 1 53 0.000000 ~chi_2- u 3660 1 53 0.000000 ~chi_10 d 3661 1 53 0.000000 ~chi_20 d 3662 1 53 0.000000 ~chi_30 d 3663 1 53 0.000000 ~chi_40 d 3664 1 53 0.000000 ~d_L Z0 3665 1 53 0.000000 ~d_L h0 3666 1 53 0.000000 ~d_L H0 3667 1 53 0.000000 ~d_L A0 3668 1 53 0.000000 ~u_L W- 3669 1 53 0.000000 ~u_R W- 3670 1 53 0.000000 ~u_L H- 3671 1 53 0.000000 ~u_R H- 3672 1 53 0.000000 ~g d 3673 1 53 0.000000 nu_ebar d 3674 1 53 0.000000 nu_ebar s 3675 1 53 0.000000 nu_ebar b 3676 1 53 0.000000 nu_mubar d 3677 1 53 0.000000 nu_mubar s 3678 1 53 0.000000 nu_mubar b 3679 1 53 0.000000 nu_taubar d 3680 1 53 0.000000 nu_taubar s 3681 1 53 0.000000 nu_taubar b 3682 1 53 0.000000 nu_e d 3683 1 53 0.000000 e- u 3684 1 53 0.000000 nu_e s 3685 1 53 0.000000 e- c 3686 1 53 0.000000 nu_e b 3687 1 53 0.000000 e- t 3688 1 53 0.000000 nu_mu d 3689 1 53 0.000000 mu- u 3690 1 53 0.000000 nu_mu s 3691 1 53 0.000000 mu- c 3692 1 53 0.000000 nu_mu b 3693 1 53 0.000000 mu- t 3694 1 53 0.000000 nu_tau d 3695 1 53 0.000000 tau- u 3696 1 53 0.000000 nu_tau s 3697 1 53 0.000000 tau- c 3698 1 53 0.000000 nu_tau b 3699 1 53 0.000000 tau- t 3700 1 53 0.000000 ubar sbar 3701 1 53 0.000000 ubar bbar 3702 1 53 0.000000 cbar sbar 3703 1 53 0.000000 cbar bbar 3704 1 53 0.000000 tbar sbar 3705 1 53 0.000000 tbar bbar 2000002 318 ~u_R ~u_Rbar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3706 1 53 0.000000 ~Gravitino u 3707 1 53 0.000000 ~chi_1+ d 3708 1 53 0.000000 ~chi_2+ d 3709 1 53 0.000000 ~chi_10 u 3710 1 53 0.000000 ~chi_20 u 3711 1 53 0.000000 ~chi_30 u 3712 1 53 0.000000 ~chi_40 u 3713 1 53 0.000000 ~u_L Z0 3714 1 53 0.000000 ~u_L h0 3715 1 53 0.000000 ~u_L H0 3716 1 53 0.000000 ~u_L A0 3717 1 53 0.000000 ~d_L W+ 3718 1 53 0.000000 ~d_R W+ 3719 1 53 0.000000 ~d_L H+ 3720 1 53 0.000000 ~d_R H+ 3721 1 53 0.000000 ~g u 3722 1 53 0.000000 e+ d 3723 1 53 0.000000 e+ s 3724 1 53 0.000000 e+ b 3725 1 53 0.000000 mu+ d 3726 1 53 0.000000 mu+ s 3727 1 53 0.000000 mu+ b 3728 1 53 0.000000 tau+ d 3729 1 53 0.000000 tau+ s 3730 1 53 0.000000 tau+ b 3731 1 53 0.000000 dbar sbar 3732 1 53 0.000000 dbar bbar 3733 1 53 0.000000 sbar bbar 2000003 319 ~s_R ~s_Rbar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3734 1 53 0.000000 ~Gravitino s 3735 1 53 0.000000 ~chi_1- c 3736 1 53 0.000000 ~chi_2- c 3737 1 53 0.000000 ~chi_10 s 3738 1 53 0.000000 ~chi_20 s 3739 1 53 0.000000 ~chi_30 s 3740 1 53 0.000000 ~chi_40 s 3741 1 53 0.000000 ~s_L Z0 3742 1 53 0.000000 ~s_L h0 3743 1 53 0.000000 ~s_L H0 3744 1 53 0.000000 ~s_L A0 3745 1 53 0.000000 ~c_L W- 3746 1 53 0.000000 ~c_R W- 3747 1 53 0.000000 ~c_L H- 3748 1 53 0.000000 ~c_R H- 3749 1 53 0.000000 ~g s 3750 1 53 0.000000 nu_ebar d 3751 1 53 0.000000 nu_ebar s 3752 1 53 0.000000 nu_ebar b 3753 1 53 0.000000 nu_mubar d 3754 1 53 0.000000 nu_mubar s 3755 1 53 0.000000 nu_mubar b 3756 1 53 0.000000 nu_taubar d 3757 1 53 0.000000 nu_taubar s 3758 1 53 0.000000 nu_taubar b 3759 1 53 0.000000 nu_e d 3760 1 53 0.000000 e- u 3761 1 53 0.000000 nu_e s 3762 1 53 0.000000 e- c 3763 1 53 0.000000 nu_e b 3764 1 53 0.000000 e- t 3765 1 53 0.000000 nu_mu d 3766 1 53 0.000000 mu- u 3767 1 53 0.000000 nu_mu s 3768 1 53 0.000000 mu- c 3769 1 53 0.000000 nu_mu b 3770 1 53 0.000000 mu- t 3771 1 53 0.000000 nu_tau d 3772 1 53 0.000000 tau- u 3773 1 53 0.000000 nu_tau s 3774 1 53 0.000000 tau- c 3775 1 53 0.000000 nu_tau b 3776 1 53 0.000000 tau- t 3777 1 53 0.000000 ubar dbar 3778 1 53 0.000000 ubar bbar 3779 1 53 0.000000 cbar dbar 3780 1 53 0.000000 cbar bbar 3781 1 53 0.000000 tbar dbar 3782 1 53 0.000000 tbar bbar 2000004 320 ~c_R ~c_Rbar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3783 1 53 0.000000 ~Gravitino c 3784 1 53 0.000000 ~chi_1+ s 3785 1 53 0.000000 ~chi_2+ s 3786 1 53 0.000000 ~chi_10 c 3787 1 53 0.000000 ~chi_20 c 3788 1 53 0.000000 ~chi_30 c 3789 1 53 0.000000 ~chi_40 c 3790 1 53 0.000000 ~c_L Z0 3791 1 53 0.000000 ~c_L h0 3792 1 53 0.000000 ~c_L H0 3793 1 53 0.000000 ~c_L A0 3794 1 53 0.000000 ~s_L W+ 3795 1 53 0.000000 ~s_R W+ 3796 1 53 0.000000 ~s_L H+ 3797 1 53 0.000000 ~s_R H+ 3798 1 53 0.000000 ~g c 3799 1 53 0.000000 e+ d 3800 1 53 0.000000 e+ s 3801 1 53 0.000000 e+ b 3802 1 53 0.000000 mu+ d 3803 1 53 0.000000 mu+ s 3804 1 53 0.000000 mu+ b 3805 1 53 0.000000 tau+ d 3806 1 53 0.000000 tau+ s 3807 1 53 0.000000 tau+ b 3808 1 53 0.000000 dbar sbar 3809 1 53 0.000000 dbar bbar 3810 1 53 0.000000 sbar bbar 2000005 321 ~b_2 ~b_2bar -1 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3811 1 53 0.000000 ~Gravitino b 3812 1 53 0.000000 ~chi_1- t 3813 1 53 0.000000 ~chi_2- t 3814 1 53 0.000000 ~chi_10 b 3815 1 53 0.000000 ~chi_20 b 3816 1 53 0.000000 ~chi_30 b 3817 1 53 0.000000 ~chi_40 b 3818 1 53 0.000000 ~b_1 Z0 3819 1 53 0.000000 ~b_1 h0 3820 1 53 0.000000 ~b_1 H0 3821 1 53 0.000000 ~b_1 A0 3822 1 53 0.000000 ~t_1 W- 3823 1 53 0.000000 ~t_2 W- 3824 1 53 0.000000 ~t_1 H- 3825 1 53 0.000000 ~t_2 H- 3826 1 53 0.000000 ~g b 3827 1 53 0.000000 nu_ebar d 3828 1 53 0.000000 nu_ebar s 3829 1 53 0.000000 nu_ebar b 3830 1 53 0.000000 nu_mubar d 3831 1 53 0.000000 nu_mubar s 3832 1 53 0.000000 nu_mubar b 3833 1 53 0.000000 nu_taubar d 3834 1 53 0.000000 nu_taubar s 3835 1 53 0.000000 nu_taubar b 3836 1 53 0.000000 nu_e d 3837 1 53 0.000000 e- u 3838 1 53 0.000000 nu_e s 3839 1 53 0.000000 e- c 3840 1 53 0.000000 nu_e b 3841 1 53 0.000000 e- t 3842 1 53 0.000000 nu_mu d 3843 1 53 0.000000 mu- u 3844 1 53 0.000000 nu_mu s 3845 1 53 0.000000 mu- c 3846 1 53 0.000000 nu_mu b 3847 1 53 0.000000 mu- t 3848 1 53 0.000000 nu_tau d 3849 1 53 0.000000 tau- u 3850 1 53 0.000000 nu_tau s 3851 1 53 0.000000 tau- c 3852 1 53 0.000000 nu_tau b 3853 1 53 0.000000 tau- t 3854 1 53 0.000000 ubar dbar 3855 1 53 0.000000 ubar sbar 3856 1 53 0.000000 cbar dbar 3857 1 53 0.000000 cbar sbar 3858 1 53 0.000000 tbar dbar 3859 1 53 0.000000 tbar sbar 2000006 322 ~t_2 ~t_2bar 2 1 1 500.00000 1.00000 10.00000 0.00000E+00 1 3860 1 53 0.000000 ~Gravitino t 3861 1 53 0.000000 ~chi_1+ b 3862 1 53 0.000000 ~chi_2+ b 3863 1 53 0.000000 ~chi_10 t 3864 1 53 0.000000 ~chi_20 t 3865 1 53 0.000000 ~chi_30 t 3866 1 53 0.000000 ~chi_40 t 3867 1 53 0.000000 ~t_1 Z0 3868 1 53 0.000000 ~t_1 h0 3869 1 53 0.000000 ~t_1 H0 3870 1 53 0.000000 ~t_1 A0 3871 1 53 0.000000 ~b_1 W+ 3872 1 53 0.000000 ~b_2 W+ 3873 1 53 0.000000 ~b_1 H+ 3874 1 53 0.000000 ~b_2 H+ 3875 1 53 0.000000 ~g t 3876 1 53 0.000000 e+ d 3877 1 53 0.000000 e+ s 3878 1 53 0.000000 e+ b 3879 1 53 0.000000 mu+ d 3880 1 53 0.000000 mu+ s 3881 1 53 0.000000 mu+ b 3882 1 53 0.000000 tau+ d 3883 1 53 0.000000 tau+ s 3884 1 53 0.000000 tau+ b 3885 1 53 0.000000 dbar sbar 3886 1 53 0.000000 dbar bbar 3887 1 53 0.000000 sbar bbar 2000011 323 ~e_R- ~e_R+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 3888 1 53 0.000000 ~Gravitino e- 3889 1 53 0.000000 ~chi_1- nu_e 3890 1 53 0.000000 ~chi_2- nu_e 3891 1 53 0.000000 ~chi_10 e- 3892 1 53 0.000000 ~chi_20 e- 3893 1 53 0.000000 ~chi_30 e- 3894 1 53 0.000000 ~chi_40 e- 3895 1 53 0.000000 ~e_L- Z0 3896 1 53 0.000000 ~e_L- h0 3897 1 53 0.000000 ~e_L- H0 3898 1 53 0.000000 ~e_L- A0 3899 1 53 0.000000 ~nu_eL W- 3900 1 53 0.000000 ~nu_eR W- 3901 1 53 0.000000 ~nu_eL H- 3902 1 53 0.000000 ~nu_eR H- 3903 1 53 0.000000 nu_e mu- 3904 1 53 0.000000 nu_e tau- 3905 1 53 0.000000 nu_mu e- 3906 1 53 0.000000 nu_mu tau- 3907 1 53 0.000000 nu_tau e- 3908 1 53 0.000000 nu_tau mu- 3909 1 53 0.000000 nu_mubar e- 3910 1 53 0.000000 nu_mubar mu- 3911 1 53 0.000000 nu_mubar tau- 3912 1 53 0.000000 nu_taubar e- 3913 1 53 0.000000 nu_taubar mu- 3914 1 53 0.000000 nu_taubar tau- 3915 1 53 0.000000 ubar d 3916 1 53 0.000000 ubar s 3917 1 53 0.000000 ubar b 3918 1 53 0.000000 cbar d 3919 1 53 0.000000 cbar s 3920 1 53 0.000000 cbar b 3921 1 53 0.000000 tbar d 3922 1 53 0.000000 tbar s 3923 1 53 0.000000 tbar b 2000012 324 ~nu_eR ~nu_eRbar 0 0 1 500.00000 0.00000 0.00001 0.00000E+00 0 2000013 325 ~mu_R- ~mu_R+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 3924 1 53 0.000000 ~Gravitino mu- 3925 1 53 0.000000 ~chi_1- nu_mu 3926 1 53 0.000000 ~chi_2- nu_mu 3927 1 53 0.000000 ~chi_10 mu- 3928 1 53 0.000000 ~chi_20 mu- 3929 1 53 0.000000 ~chi_30 mu- 3930 1 53 0.000000 ~chi_40 mu- 3931 1 53 0.000000 ~mu_L- Z0 3932 1 53 0.000000 ~mu_L- h0 3933 1 53 0.000000 ~mu_L- H0 3934 1 53 0.000000 ~mu_L- A0 3935 1 53 0.000000 ~nu_muL W- 3936 1 53 0.000000 ~nu_muR W- 3937 1 53 0.000000 ~nu_muL H- 3938 1 53 0.000000 ~nu_muR H- 3939 1 53 0.000000 nu_e mu- 3940 1 53 0.000000 nu_e tau- 3941 1 53 0.000000 nu_mu e- 3942 1 53 0.000000 nu_mu tau- 3943 1 53 0.000000 nu_tau e- 3944 1 53 0.000000 nu_tau mu- 3945 1 53 0.000000 nu_ebar e- 3946 1 53 0.000000 nu_ebar mu- 3947 1 53 0.000000 nu_ebar tau- 3948 1 53 0.000000 nu_taubar e- 3949 1 53 0.000000 nu_taubar mu- 3950 1 53 0.000000 nu_taubar tau- 3951 1 53 0.000000 ubar d 3952 1 53 0.000000 ubar s 3953 1 53 0.000000 ubar b 3954 1 53 0.000000 cbar d 3955 1 53 0.000000 cbar s 3956 1 53 0.000000 cbar b 3957 1 53 0.000000 tbar d 3958 1 53 0.000000 tbar s 3959 1 53 0.000000 tbar b 2000014 326 ~nu_muR ~nu_muRbar 0 0 1 500.00000 0.00000 0.00001 0.00000E+00 0 2000015 327 ~tau_2- ~tau_2+ -3 0 1 500.00000 1.00000 10.00000 0.00000E+00 1 3960 1 53 0.000000 ~Gravitino tau- 3961 1 53 0.000000 ~chi_1- nu_tau 3962 1 53 0.000000 ~chi_2- nu_tau 3963 1 53 0.000000 ~chi_10 tau- 3964 1 53 0.000000 ~chi_20 tau- 3965 1 53 0.000000 ~chi_30 tau- 3966 1 53 0.000000 ~chi_40 tau- 3967 1 53 0.000000 ~tau_1- Z0 3968 1 53 0.000000 ~tau_1- h0 3969 1 53 0.000000 ~tau_1- H0 3970 1 53 0.000000 ~tau_1- A0 3971 1 53 0.000000 ~nu_tauL W- 3972 1 53 0.000000 ~nu_tauR W- 3973 1 53 0.000000 ~nu_tauL H- 3974 1 53 0.000000 ~nu_tauR H- 3975 1 53 0.000000 nu_e mu- 3976 1 53 0.000000 nu_e tau- 3977 1 53 0.000000 nu_mu e- 3978 1 53 0.000000 nu_mu tau- 3979 1 53 0.000000 nu_tau e- 3980 1 53 0.000000 nu_tau mu- 3981 1 53 0.000000 nu_ebar e- 3982 1 53 0.000000 nu_ebar mu- 3983 1 53 0.000000 nu_ebar tau- 3984 1 53 0.000000 nu_mubar e- 3985 1 53 0.000000 nu_mubar mu- 3986 1 53 0.000000 nu_mubar tau- 3987 1 53 0.000000 ubar d 3988 1 53 0.000000 ubar s 3989 1 53 0.000000 ubar b 3990 1 53 0.000000 cbar d 3991 1 53 0.000000 cbar s 3992 1 53 0.000000 cbar b 3993 1 53 0.000000 tbar d 3994 1 53 0.000000 tbar s 3995 1 53 0.000000 tbar b 2000016 328 ~nu_tauR ~nu_tauRbar 0 0 1 500.00000 0.00000 0.00001 0.00000E+00 0 3000111 329 pi_tc0 0 0 0 110.00000 0.02080 0.20797 0.00000E+00 1 3996 1 32 0.024396 s sbar 3997 1 32 0.045285 c cbar 3998 1 32 0.831190 b bbar 3999 1 32 0.000000 t tbar 4000 1 0 0.000000 e- e+ 4001 1 0 0.000349 mu- mu+ 4002 1 0 0.098780 tau- tau+ 4003 1 32 0.000000 g g 3000211 330 pi_tc+ pi_tc- 3 0 1 110.00000 0.01195 0.11949 0.00000E+00 1 4004 1 32 0.019884 c dbar 4005 1 32 0.023410 c sbar 4006 1 32 0.362776 u bbar 4007 1 32 0.550787 c bbar 4008 1 32 0.000000 W+ b bbar 4009 1 0 0.000000 e+ nu_e 4010 1 0 0.000152 mu+ nu_mu 4011 1 0 0.042991 tau+ nu_tau 3000221 331 pi'_tc0 0 0 0 110.00000 0.03705 0.37052 0.00000E+00 1 4012 1 32 0.013693 s sbar 4013 1 32 0.025418 c cbar 4014 1 32 0.466544 b bbar 4015 1 32 0.000000 t tbar 4016 1 0 0.000000 e- e+ 4017 1 0 0.000196 mu- mu+ 4018 1 0 0.055445 tau- tau+ 4019 1 32 0.438703 g g 3000331 332 eta_tc0 0 2 0 350.00000 6.04517 60.45171 0.00000E+00 1 4020 1 32 0.007014 b bbar 4021 1 32 0.984266 t tbar 4022 1 32 0.008720 g g 3000113 333 rho_tc0 0 0 0 210.00000 0.86860 8.68604 0.00000E+00 1 4023 1 0 0.144051 W+ W- 4024 1 0 0.351902 W+ pi_tc- 4025 1 0 0.351902 pi_tc+ W- 4026 1 0 0.000000 pi_tc+ pi_tc- 4027 1 0 0.082107 gamma pi_tc0 4028 1 0 0.029566 gamma pi'_tc0 4029 1 0 0.001511 Z0 pi_tc0 4030 1 0 0.000726 Z0 pi'_tc0 4031 1 32 0.004518 d dbar 4032 1 32 0.006522 u ubar 4033 1 32 0.004518 s sbar 4034 1 32 0.006522 c cbar 4035 1 32 0.004513 b bbar 4036 1 32 0.000000 t tbar 4037 -1 32 0.000000 b' b'bar 4038 -1 32 0.000000 t' t'bar 4039 1 0 0.002908 e- e+ 4040 1 0 0.000973 nu_e nu_ebar 4041 1 0 0.002908 mu- mu+ 4042 1 0 0.000973 nu_mu nu_mubar 4043 1 0 0.002908 tau- tau+ 4044 1 0 0.000973 nu_tau nu_taubar 4045 -1 0 0.000000 tau'- tau'+ 4046 -1 0 0.000000 nu'_tau nu'_taubar 3000213 334 rho_tc+ rho_tc- 3 0 1 210.00000 0.62401 6.24007 0.00000E+00 1 4047 1 0 0.143968 W+ Z0 4048 1 0 0.489841 W+ pi_tc0 4049 1 0 0.195081 pi_tc+ Z0 4050 1 0 0.000000 pi_tc+ pi_tc0 4051 1 0 0.114291 pi_tc+ gamma 4052 1 0 0.008426 W+ pi'_tc0 4053 1 32 0.014867 dbar u 4054 1 32 0.000763 dbar c 4055 1 32 0.000000 dbar t 4056 -1 32 0.000000 dbar t' 4057 1 32 0.000763 sbar u 4058 1 32 0.014838 sbar c 4059 1 32 0.000004 sbar t 4060 -1 32 0.000000 sbar t' 4061 1 32 0.000000 bbar u 4062 1 32 0.000027 bbar c 4063 1 32 0.002041 bbar t 4064 -1 32 0.000000 bbar t' 4065 -1 32 0.000000 b'bar u 4066 -1 32 0.000000 b'bar c 4067 -1 32 0.000000 b'bar t 4068 -1 32 0.000000 b'bar t' 4069 1 0 0.005030 e+ nu_e 4070 1 0 0.005030 mu+ nu_mu 4071 1 0 0.005029 tau+ nu_tau 4072 -1 0 0.000000 tau'+ nu'_tau 3000223 335 omega_tc 0 0 0 210.00000 0.15735 1.57350 0.00000E+00 1 4073 1 0 0.163170 gamma pi_tc0 4074 1 0 0.004006 Z0 pi_tc0 4075 1 0 0.453360 gamma pi'_tc0 4076 1 0 0.008341 Z0 pi'_tc0 4077 1 0 0.037756 W+ pi_tc- 4078 1 0 0.037756 pi_tc+ W- 4079 1 0 0.001988 W+ W- 4080 1 0 0.000000 pi_tc+ pi_tc- 4081 1 32 0.017725 d dbar 4082 1 32 0.045907 u ubar 4083 1 32 0.017725 s sbar 4084 1 32 0.045902 c cbar 4085 1 32 0.017671 b bbar 4086 1 32 0.000000 t tbar 4087 -1 32 0.000000 b' b'bar 4088 -1 32 0.000000 t' t'bar 4089 1 0 0.038386 e- e+ 4090 1 0 0.011179 nu_e nu_ebar 4091 1 0 0.038386 mu- mu+ 4092 1 0 0.011179 nu_mu nu_mubar 4093 1 0 0.038383 tau- tau+ 4094 1 0 0.011179 nu_tau nu_taubar 4095 -1 0 0.000000 tau'- tau'+ 4096 -1 0 0.000000 nu'_tau nu'_taubar 3100021 336 V8_tc 0 2 0 500.00000 123.45557 450.00000 0.00000E+00 1 4097 1 32 0.009056 d dbar 4098 1 32 0.009056 u ubar 4099 1 32 0.009056 s sbar 4100 1 32 0.009056 c cbar 4101 1 32 0.509407 b bbar 4102 1 32 0.454369 t tbar 3100111 337 pi_22_1_tc 0 0 0 125.00000 0.02296 0.22959 0.00000E+00 1 4103 1 32 0.000000 d dbar 4104 1 32 0.000000 u ubar 4105 1 32 0.000000 s sbar 4106 1 32 0.000000 c cbar 4107 1 32 0.000000 b bbar 4108 1 32 0.000000 t tbar 4109 1 32 1.000000 g g 3200111 338 pi_22_8_tc 0 2 0 250.00000 0.18886 1.88863 0.00000E+00 1 4110 1 32 0.000000 d dbar 4111 1 32 0.000000 u ubar 4112 1 32 0.000000 s sbar 4113 1 32 0.000000 c cbar 4114 1 32 0.000000 b bbar 4115 1 32 0.000000 t tbar 4116 1 32 1.000000 g g 3100113 339 rho_11_tc 0 2 0 400.00000 23.40366 234.03661 0.00000E+00 1 4117 1 32 0.001121 d dbar 4118 1 32 0.001121 u ubar 4119 1 32 0.001121 s sbar 4120 1 32 0.001121 c cbar 4121 1 32 0.567741 b bbar 4122 1 32 0.385864 t tbar 4123 1 32 0.041909 g g 3200113 340 rho_12_tc 0 2 0 350.00000 3.28945 32.89451 0.00000E+00 1 4124 1 32 0.014446 d dbar 4125 1 32 0.014446 u ubar 4126 1 32 0.014446 s sbar 4127 1 32 0.014446 c cbar 4128 1 32 0.812592 b bbar 4129 1 32 0.129624 t tbar 3300113 341 rho_21_tc 0 2 0 350.00000 0.00000 0.00000 0.00000E+00 1 4130 1 32 0.014446 d dbar 4131 1 32 0.014446 u ubar 4132 1 32 0.014446 s sbar 4133 1 32 0.014446 c cbar 4134 1 32 0.812592 b bbar 4135 1 32 0.129624 t tbar 3400113 342 rho_22_tc 0 2 0 300.00000 3.45903 34.59032 0.00000E+00 1 4136 1 32 0.055150 d dbar 4137 1 32 0.055150 u ubar 4138 1 32 0.055150 s sbar 4139 1 32 0.055150 c cbar 4140 1 32 0.344690 b bbar 4141 1 32 0.000000 t tbar 4142 1 32 0.228998 g g 4143 1 53 0.164208 pi_22_1_tc g 4144 1 53 0.041503 pi_22_8_tc g 4000001 343 d* d*bar -1 1 1 400.00000 2.59359 25.93594 0.00000E+00 1 4145 1 53 0.850973 g d 4146 1 0 0.005411 gamma d 4147 1 0 0.045025 Z0 d 4148 1 0 0.098591 W- u 4000002 344 u* u*bar 2 1 1 400.00000 2.59687 25.96873 0.00000E+00 1 4149 1 0 0.849898 g u 4150 1 0 0.021617 gamma u 4151 1 0 0.030018 Z0 u 4152 1 0 0.098466 W+ d 4000011 345 e*- e*bar+ -3 0 1 400.00000 0.42896 4.28961 0.00000E+00 1 4153 1 0 0.294448 gamma e- 4154 1 0 0.109450 Z0 e- 4155 1 0 0.596102 W- nu_e 4000012 346 nu*_e0 nu*_ebar0 0 0 1 400.00000 0.41912 4.19124 0.00000E+00 1 4156 1 0 0.389906 Z0 nu_e 4157 1 0 0.610094 W+ e- 5000039 347 Graviton* 0 0 0 1000.00000 0.14154 1.41540 0.00000E+00 1 4158 1 32 0.063294 d dbar 4159 1 32 0.063294 u ubar 4160 1 32 0.063294 s sbar 4161 1 32 0.063294 c cbar 4162 1 32 0.063289 b bbar 4163 1 32 0.056362 t tbar 4164 -1 32 0.000000 b' b'bar 4165 -1 32 0.000000 t' t'bar 4166 1 0 0.020493 e- e+ 4167 1 0 0.020493 nu_e nu_ebar 4168 1 0 0.020493 mu- mu+ 4169 1 0 0.020493 nu_mu nu_mubar 4170 1 0 0.020493 tau- tau+ 4171 1 0 0.020493 nu_tau nu_taubar 4172 -1 0 0.000000 tau'- tau'+ 4173 -1 0 0.000000 nu'_tau nu'_taubar 4174 1 0 0.327891 g g 4175 1 0 0.040986 gamma gamma 4176 1 0 0.045232 Z0 Z0 4177 1 0 0.090104 W+ W- 4178 0 0 0.000000 9900012 348 nu_Re 0 0 0 500.00000 0.00098 0.00978 0.00000E+00 1 4179 1 51 0.198404 e- dbar u 4180 1 51 0.010187 e- dbar c 4181 1 51 0.000003 e- dbar t 4182 1 51 0.010188 e- sbar u 4183 1 51 0.198021 e- sbar c 4184 1 51 0.000152 e- sbar t 4185 1 51 0.000006 e- bbar u 4186 1 51 0.000367 e- bbar c 4187 1 51 0.082672 e- bbar t 4188 1 51 0.198404 e+ d ubar 4189 1 51 0.010187 e+ d cbar 4190 1 51 0.000003 e+ d tbar 4191 1 51 0.010188 e+ s ubar 4192 1 51 0.198021 e+ s cbar 4193 1 51 0.000152 e+ s tbar 4194 1 51 0.000006 e+ b ubar 4195 1 51 0.000367 e+ b cbar 4196 1 51 0.082672 e+ b tbar 4197 1 51 0.000000 e- mu+ nu_Rmu 4198 1 51 0.000000 e- mu+ nu_Rmu 4199 1 51 0.000000 e+ tau- nu_Rtau 4200 1 51 0.000000 e+ tau- nu_Rtau 9900014 349 nu_Rmu 0 0 0 500.00000 0.00098 0.00978 0.00000E+00 1 4201 1 51 0.198440 mu- dbar u 4202 1 51 0.010189 mu- dbar c 4203 1 51 0.000003 mu- dbar t 4204 1 51 0.010190 mu- sbar u 4205 1 51 0.198055 mu- sbar c 4206 1 51 0.000152 mu- sbar t 4207 1 51 0.000006 mu- bbar u 4208 1 51 0.000367 mu- bbar c 4209 1 51 0.082598 mu- bbar t 4210 1 51 0.198440 mu+ d ubar 4211 1 51 0.010189 mu+ d cbar 4212 1 51 0.000003 mu+ d tbar 4213 1 51 0.010190 mu+ s ubar 4214 1 51 0.198055 mu+ s cbar 4215 1 51 0.000152 mu+ s tbar 4216 1 51 0.000006 mu+ b ubar 4217 1 51 0.000367 mu+ b cbar 4218 1 51 0.082598 mu+ b tbar 4219 1 51 0.000000 mu- e+ nu_Re 4220 1 51 0.000000 mu- e+ nu_Re 4221 1 51 0.000000 mu+ tau- nu_Rtau 4222 1 51 0.000000 mu+ tau- nu_Rtau 9900016 350 nu_Rtau 0 0 0 500.00000 0.00098 0.00975 0.00000E+00 1 4223 1 51 0.199008 tau- dbar u 4224 1 51 0.010217 tau- dbar c 4225 1 51 0.000003 tau- dbar t 4226 1 51 0.010219 tau- sbar u 4227 1 51 0.198593 tau- sbar c 4228 1 51 0.000150 tau- sbar t 4229 1 51 0.000006 tau- bbar u 4230 1 51 0.000368 tau- bbar c 4231 1 51 0.081437 tau- bbar t 4232 1 51 0.199008 tau+ d ubar 4233 1 51 0.010217 tau+ d cbar 4234 1 51 0.000003 tau+ d tbar 4235 1 51 0.010219 tau+ s ubar 4236 1 51 0.198593 tau+ s cbar 4237 1 51 0.000150 tau+ s tbar 4238 1 51 0.000006 tau+ b ubar 4239 1 51 0.000368 tau+ b cbar 4240 1 51 0.081437 tau+ b tbar 4241 1 51 0.000000 tau- e+ nu_Re 4242 1 51 0.000000 tau- e+ nu_Re 4243 1 51 0.000000 tau+ mu- nu_Rmu 4244 1 51 0.000000 tau+ mu- nu_Rmu 9900023 351 Z_R0 0 0 0 1200.00000 26.72714 267.27143 0.00000E+00 1 4245 1 32 0.184720 d dbar 4246 1 32 0.104577 u ubar 4247 1 32 0.184720 s sbar 4248 1 32 0.104577 c cbar 4249 1 32 0.184713 b bbar 4250 1 32 0.095909 t tbar 4251 1 0 0.022900 e- e+ 4252 1 0 0.008428 nu_e nu_ebar 4253 1 0 0.015600 nu_Re nu_Re 4254 1 0 0.022900 mu- mu+ 4255 1 0 0.008428 nu_mu nu_mubar 4256 1 0 0.015600 nu_Rmu nu_Rmu 4257 1 0 0.022900 tau- tau+ 4258 1 0 0.008428 nu_tau nu_taubar 4259 1 0 0.015600 nu_Rtau nu_Rtau 9900024 352 W_R+ W_R- 3 0 1 750.00000 21.75531 217.55307 0.00000E+00 1 4260 1 32 0.289508 dbar u 4261 1 32 0.014866 dbar c 4262 1 32 0.000008 dbar t 4263 1 32 0.014866 sbar u 4264 1 32 0.288980 sbar c 4265 1 32 0.000493 sbar t 4266 1 32 0.000009 bbar u 4267 1 32 0.000536 bbar c 4268 1 32 0.279313 bbar t 4269 1 0 0.037141 e+ nu_Re 4270 1 0 0.037141 mu+ nu_Rmu 4271 1 0 0.037140 tau+ nu_Rtau 9900041 353 H_L++ H_L-- 6 0 1 200.00000 0.88159 8.81592 0.00000E+00 1 4272 1 0 0.090266 e+ e+ 4273 1 0 0.001805 e+ mu+ 4274 1 0 0.001805 e+ tau+ 4275 1 0 0.090266 mu+ mu+ 4276 1 0 0.001805 mu+ tau+ 4277 1 0 0.812263 tau+ tau+ 4278 1 0 0.001790 W+ W+ 9900042 354 H_R++ H_R-- 6 0 1 200.00000 0.88001 8.80013 0.00000E+00 1 4279 1 0 0.090428 e+ e+ 4280 1 0 0.001809 e+ mu+ 4281 1 0 0.001808 e+ tau+ 4282 1 0 0.090428 mu+ mu+ 4283 1 0 0.001808 mu+ tau+ 4284 1 0 0.813720 tau+ tau+ 4285 1 0 0.000000 W_R+ W_R+ 9900110 355 rho_diff0 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 9900210 356 pi_diffr+ pi_diffr- 3 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 9900220 357 omega_di 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 9900330 358 phi_diff 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 9900440 359 J/psi_di 0 0 0 0.00000 0.00000 0.00000 0.00000E+00 0 9902110 360 n_diffr0 n_diffrbar0 0 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 9902210 361 p_diffr+ p_diffrbar- 3 0 1 0.00000 0.00000 0.00000 0.00000E+00 0 seed= 5104000 1 ******************************************************************************** * * * ========================== * * PHOTOS, Version: 2.15 * * Released at: 11/10/ 5 * * ========================== * * * * PHOTOS QED Corrections in Particle Decays * * * * Monte Carlo Program - by E. Barberio, B. van Eijk and Z. Was * * Version 2.09 - by P. Golonka and Z.W. * * * ******************************************************************************** * * * Internal input parameters: * * * * INTERF= T ISEC= T ITRE= F IEXP= F IFTOP= T IFW= T * * ALPHA_QED= 0.00730 XPHCUT=.100E-01 * * * * option with interference is active * * option with double photons is active * * emision in t tbar production is active * * correction wt in decay of W is active * * * * WARNING (1): /HEPEVT/ is not anymore the standard common block * * * * PHOTOS expects /HEPEVT/ to have REAL*8 variables. To change to * * REAL*4 modify its declaration in subr. PHOTOS_GET PHOTOS_SET: * * REAL*8 d_h_phep, d_h_vhep * * WARNING (2): check dims. of /hepevt/ /phoqed/ /ph_hepevt/. * * HERE: d_h_nmxhep=4000 and NMXHEP=10000 * * * ******************************************************************************** INIMAS a1 mass= 1.251000 0.5990000 INIT TAUOLA user fragment init jak1,jak2= 0 0 ! Writing events to file /home/ilc/miyamoto/soft/intel/whizard/data/scratch/w104000.001.stdhep ! Event sample corresponds to luminosity [fb-1] = 7340. ! Event sample corresponds to 188807 weighted events ! Generating 10000 unweighted events ... lumi_file= /tmp/lumi_linker_directory/lumi_linker_008 ndiv_lumi,avg_energy_lumi= 200 173.631053229604 173.638836955425 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 1 102.497412578055 104.610832487726 150.218042839570 150.278999175585 1.047764870790560E-004 1.094854548065175E-004 1.355302873859446E-008 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 2 150.218042839570 150.278999175585 155.192425878921 155.298361454384 1.005149776453849E-003 9.961424823068080E-004 1.464611346782399E-006 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 3 155.192425878921 155.298361454384 158.169562020319 158.263063736799 1.679466360464024E-003 1.686509984377273E-003 3.187036416541551E-006 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 4 158.169562020319 158.263063736799 160.248175453744 160.325419239862 2.405449671208513E-003 2.424412276435810E-003 7.218089026123782E-006 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 5 160.248175453744 160.325419239862 161.859755854446 161.839282297858 3.102544556772216E-003 3.302808648107128E-003 1.383596600725492E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 6 161.859755854446 161.839282297858 163.150897935744 163.131680710825 3.872540499163920E-003 3.868776028997714E-003 1.432898019035722E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 7 163.150897935744 163.131680710825 164.197406329176 164.244607859635 4.777792544596351E-003 4.492657048886324E-003 2.596365443384705E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 8 164.197406329176 164.244607859635 165.118552410698 165.160801063514 5.428020701926890E-003 5.457364209678212E-003 2.916481908053740E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 9 165.118552410698 165.160801063514 165.920709608591 165.961208385261 6.233192213614023E-003 6.246819418251909E-003 4.271701396856990E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 10 165.920709608591 165.961208385261 166.611226866144 166.652644016304 7.240948644378674E-003 7.231331125444379E-003 6.186283445854745E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 11 166.611226866144 166.652644016304 167.239106541162 167.250955546086 7.963309211843355E-003 8.356850488614932E-003 8.423945224252459E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 12 167.239106541162 167.250955546086 167.781160312293 167.810198927052 9.224177132035509E-003 8.940651190824163E-003 8.351530956101676E-005 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 13 167.781160312293 167.810198927052 168.280966694322 168.311629319663 1.000387385951551E-002 9.971473755245408E-003 1.122417314359151E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 14 168.280966694322 168.311629319663 168.730262082273 168.754128921571 1.112853622380235E-002 1.129944519370022E-002 1.379515483908420E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 15 168.730262082273 168.754128921571 169.142145601180 169.173176714199 1.213935438171642E-002 1.193181323937001E-002 1.833501878667006E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 16 169.142145601180 169.173176714199 169.521330430702 169.549844646644 1.318618154187599E-002 1.327429167527899E-002 1.821792624276885E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 17 169.521330430702 169.549844646644 169.862680634354 169.909610903447 1.464771354026507E-002 1.389791261812288E-002 1.775202567119452E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 18 169.862680634354 169.909610903447 170.191647444771 170.239683542618 1.519910167733621E-002 1.514818075367757E-002 2.590628857408588E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 19 170.191647444771 170.239683542618 170.488558783373 170.543247183462 1.684004397924517E-002 1.647101077747488E-002 3.511096736137010E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 20 170.488558783373 170.543247183462 170.759733716051 170.814253951872 1.843828244233937E-002 1.844972370744580E-002 3.636308619083234E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 21 170.759733716051 170.814253951872 171.021317744351 171.073787032130 1.911431685070995E-002 1.926536684658312E-002 4.039870833501578E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 22 171.021317744351 171.073787032130 171.265884145520 171.320118722001 2.044434548690555E-002 2.029783501510308E-002 4.319082127751286E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 23 171.265884145520 171.320118722001 171.490320050403 171.540325945968 2.227807534898623E-002 2.270588543795574E-002 5.122540729358220E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 24 171.490320050403 171.540325945968 171.698762036348 171.755930835193 2.398748974363836E-002 2.319056872030664E-002 6.572223143029491E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 25 171.698762036348 171.755930835193 171.899982556384 171.952642345849 2.484836039145852E-002 2.541793300925507E-002 7.284313580613134E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 26 171.899982556384 171.952642345849 172.086563989811 172.133608289729 2.679795040787518E-002 2.762950803227385E-002 8.747638555506171E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 27 172.086563989811 172.133608289729 172.257206125791 172.312273947812 2.930108657675274E-002 2.798523260503460E-002 5.535931363919265E-004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 28 172.257206125791 172.312273947812 172.429448481352 172.481120359667 2.902886449572674E-002 2.961271101398565E-002 1.112327967355377E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 29 172.429448481352 172.481120359667 172.584395285876 172.634907191022 3.226913917546114E-002 3.251253671035668E-002 1.180497402061537E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 30 172.584395285876 172.634907191022 172.729466965979 172.782332062829 3.446572064544969E-002 3.391557977105295E-002 1.150857260961383E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 31 172.729466965979 172.782332062829 172.869235832545 172.920024779596 3.577334583052160E-002 3.631274127920559E-002 1.278949655775079E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 32 172.869235832545 172.920024779596 173.001128546768 173.047196401094 3.790959970354177E-002 3.931694776795540E-002 1.970578139847852E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 33 173.001128546768 173.047196401094 173.121350704973 173.168491015729 4.158967094482491E-002 4.122194554995153E-002 1.302100609937427E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 34 173.121350704973 173.168491015729 173.236459404388 173.285572770697 4.343720349006878E-002 4.270520203055765E-002 1.565419363311974E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 35 173.236459404388 173.285572770697 173.345592917391 173.394872931373 4.581544076077143E-002 4.574558691467187E-002 2.417195284081991E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 36 173.345592917391 173.394872931373 173.447166492971 173.498139849376 4.922540110923730E-002 4.841821656623125E-002 2.547700999683758E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 37 173.447166492971 173.498139849376 173.544378711250 173.596363872831 5.143386385502895E-002 5.090404388006865E-002 2.872320191544796E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 38 173.544378711250 173.596363872831 173.631306819764 173.691615576260 5.751879438575120E-002 5.249249955647233E-002 2.632907066905176E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 39 173.631306819764 173.691615576260 173.715046451625 173.778405026475 5.970888441805234E-002 5.761068871412129E-002 2.322309369919546E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 40 173.715046451625 173.778405026475 173.790535706716 173.861686355192 6.623459185004081E-002 6.003746670512621E-002 2.572775360740554E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 41 173.790535706716 173.861686355192 173.858229635172 173.937171754076 7.386186788206466E-002 6.623797547447874E-002 5.092087631421880E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 42 173.858229635172 173.937171754076 173.922051406339 174.008542900309 7.834317206457583E-002 7.005632197170480E-002 4.940435929534798E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 43 173.922051406339 174.008542900309 173.978234116048 174.079267697532 8.899535152046775E-002 7.069656183377067E-002 5.663467375929376E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 44 173.978234116048 174.079267697532 174.025942502728 174.147405187478 0.104803376261759 7.338104183058550E-002 6.273702978344142E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 45 174.025942502728 174.147405187478 174.071255584988 174.207721888834 0.110343409685685 8.289577990204985E-002 6.947193483997960E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 46 174.071255584988 174.207721888834 174.111953766344 174.266934194776 0.122855612547235 8.444190646636590E-002 1.079745901486652E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 47 174.111953766344 174.266934194776 174.148103396488 174.319179389025 0.138314001557599 9.570258225386373E-002 1.377711662701924E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 48 174.148103396488 174.319179389025 174.181012060531 174.370774189779 0.151935672425464 9.690898941188401E-002 1.780980158569908E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 49 174.181012060531 174.370774189779 174.210543471633 174.417592020983 0.169311245665269 0.106796916291334 1.831107439695893E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 50 174.210543471633 174.417592020983 174.237261918162 174.459884239311 0.187136628421425 0.118225058831786 2.115992212993227E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 51 174.237261918162 174.459884239311 174.262947767414 174.499678878559 0.194659711300853 0.125645064120650 2.545599282689299E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 52 174.262947767414 174.499678878559 174.286572402203 174.534437586982 0.211643483368550 0.143848843264029 3.425611238077144E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 53 174.286572402203 174.534437586982 174.308233863923 174.563359701346 0.230824681386506 0.172878093802081 4.265526213767516E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 54 174.308233863923 174.563359701346 174.328852181883 174.589189247429 0.242502807931643 0.193576766081434 4.225584480227585E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 55 174.328852181883 174.589189247429 174.348019656978 174.611840901387 0.260858562500004 0.220734433311432 4.535237370173408E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 56 174.348019656978 174.611840901387 174.366492833200 174.630888528354 0.270662713318483 0.262499890865855 5.396201162194560E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 57 174.366492833200 174.630888528354 174.383747674579 174.647597022313 0.289773744674694 0.299248993480141 0.100009762694549 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 58 174.383747674579 174.647597022313 174.399877416290 174.662516230033 0.309986364903725 0.335138439927099 7.890370706677620E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 59 174.399877416290 174.662516230033 174.415815031067 174.676080665606 0.313723230856457 0.368610988113353 0.104095449056381 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 60 174.415815031067 174.676080665606 174.431079491573 174.688335643891 0.327558251931462 0.407997458978436 0.139095966251311 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 61 174.431079491573 174.688335643891 174.445627152005 174.699386251494 0.343697876606647 0.452463808303755 0.161856158375004 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 62 174.445627152005 174.699386251494 174.459780859720 174.709665266992 0.353264324846302 0.486427907516399 0.159514076341801 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 63 174.459780859720 174.709665266992 174.473878985577 174.719379520611 0.354657069353276 0.514707582868558 0.159183368258918 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 64 174.473878985577 174.719379520611 174.486805926380 174.728134310704 0.386789115566782 0.571115920189329 0.236128776105225 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 65 174.486805926380 174.728134310704 174.499432896645 174.736476923356 0.395977807439566 0.599332632233213 0.233654217322596 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 66 174.499432896645 174.736476923356 174.511999856661 174.744288889253 0.397868696453421 0.640043756658697 0.308024102488228 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 67 174.511999856661 174.744288889253 174.523473339606 174.751514991478 0.435787460875236 0.691935962820990 0.339287166773654 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 68 174.523473339606 174.751514991478 174.534716174363 174.758602317071 0.444727696180573 0.705484732440386 0.255944972259496 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 69 174.534716174363 174.758602317071 174.545591574518 174.765277425702 0.459753197919416 0.749051480087783 0.358430499886012 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 70 174.545591574518 174.765277425702 174.556127850203 174.771529059142 0.474550984549827 0.799790974286931 0.320292995282148 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 71 174.556127850203 174.771529059142 174.566501973623 174.777580708273 0.481968432184309 0.826221066750462 0.324847601636920 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 72 174.566501973623 174.777580708273 174.576640845806 174.783506788174 0.493151497521071 0.843728077132881 0.421358895752794 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 73 174.576640845806 174.783506788174 174.586763426579 174.789272255958 0.493945181765203 0.867232319572607 0.313295649761992 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 74 174.586763426579 174.789272255958 174.596578862079 174.794831411478 0.509401747897114 0.899417183418490 0.309314060129717 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 75 174.596578862079 174.794831411478 174.606287567842 174.800371165505 0.515001702812390 0.902567149381694 0.523016015099067 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 76 174.606287567842 174.800371165505 174.615676599601 174.805656939199 0.532536275108265 0.945935314226265 0.467618176306033 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 77 174.615676599601 174.805656939199 174.625335767378 174.810820767704 0.517642939408890 0.968273829171311 0.408877577558128 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 78 174.625335767378 174.810820767704 174.634674999037 174.815573562020 0.535375947661125 1.05201270407636 0.506986771216327 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 79 174.634674999037 174.815573562020 174.643599910845 174.820368125506 0.560229625520008 1.04284780335797 0.591638341679743 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 80 174.643599910845 174.820368125506 174.652608991289 174.824857473920 0.554995599297885 1.11374737248007 0.573795291914963 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 81 174.652608991289 174.824857473920 174.661282537463 174.829522342917 0.576465484786288 1.07184146064998 0.590948435827522 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 82 174.661282537463 174.829522342917 174.670281885900 174.834182737679 0.555595778357466 1.07287048757114 0.721010352068779 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 83 174.670281885900 174.834182737679 174.678638433826 174.838647350208 0.598333192627366 1.11991801470350 0.791672256515033 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 84 174.678638433826 174.838647350208 174.686794205643 174.842953043663 0.613062762481051 1.16125312967469 0.720943357342203 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 85 174.686794205643 174.842953043663 174.694892320768 174.847179070440 0.617427626383670 1.18314442009537 0.904155862853588 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 86 174.694892320768 174.847179070440 174.703055885907 174.851201652859 0.612477504043969 1.24298261123700 0.749531773831180 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 87 174.703055885907 174.851201652859 174.711064389658 174.855368755676 0.624336349830472 1.19987440210276 0.442527753046731 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 88 174.711064389658 174.855368755676 174.718779101707 174.859408769299 0.648112329896308 1.23761958879526 0.722028341825613 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 89 174.718779101707 174.859408769299 174.726348340229 174.863269476307 0.660568429088242 1.29509957365114 0.890408929036072 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 90 174.726348340229 174.863269476307 174.734195590589 174.867168895369 0.637165856862780 1.28224228299834 0.758408755612470 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 91 174.734195590589 174.867168895369 174.741559007715 174.870954484944 0.679032562551300 1.32079822751676 0.857773853804967 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 92 174.741559007715 174.870954484944 174.749167934585 174.874610211160 0.657122888110884 1.36771730255148 1.03655798300386 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 93 174.749167934585 174.874610211160 174.756908153610 174.878352437910 0.645976552282586 1.33610289670158 0.898307845056058 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 94 174.756908153610 174.878352437910 174.764077953666 174.882008860574 0.697369516709580 1.36745679008535 1.04618379180280 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 95 174.764077953666 174.882008860574 174.771427264632 174.885560519166 0.680335887687808 1.40779297074314 0.889084259450510 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 96 174.771427264632 174.885560519166 174.778593947429 174.889092630427 0.697672848336151 1.41558394703363 1.13903774555943 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 97 174.778593947429 174.889092630427 174.786003300800 174.892611438424 0.674822720634393 1.42093572695059 1.02497798063351 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 98 174.786003300800 174.892611438424 174.793263243287 174.896006945583 0.688710690047126 1.47253407698502 0.884363236549232 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 99 174.793263243287 174.896006945583 174.800272754841 174.899409629184 0.713316464569573 1.46942842370179 1.35629863603100 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 100 174.800272754841 174.899409629184 174.806939181283 174.902612778510 0.750027026306914 1.56096375491642 0.955068537437256 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 101 174.806939181283 174.902612778510 174.813916003321 174.905915000069 0.716658669555952 1.51413220178105 1.03781962897758 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 102 174.813916003321 174.905915000069 174.820791597351 174.909131888995 0.727209893165496 1.55429674950024 1.04923909886154 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 103 174.820791597351 174.909131888995 174.827463437559 174.912372037520 0.749418427945224 1.54313913728612 0.813272844652215 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 104 174.827463437559 174.912372037520 174.834399246973 174.915568887938 0.720896394553780 1.56403939673194 1.17351616010174 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 105 174.834399246973 174.915568887938 174.841161523190 174.918721545720 0.739396002168277 1.58596344609511 1.55036850717217 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 106 174.841161523190 174.918721545720 174.848079020821 174.921876375026 0.722804728898339 1.58487179961780 1.41786410584967 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 107 174.848079020821 174.921876375026 174.854679470902 174.925011795683 0.757524098943280 1.59468235589950 1.22331965046253 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 108 174.854679470902 174.925011795683 174.861347180612 174.928118946949 0.749882675974579 1.60919104777721 0.984386694396580 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 109 174.861347180612 174.928118946949 174.867994967904 174.931173997955 0.752129961466249 1.63663388584907 1.45432184365358 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 110 174.867994967904 174.931173997955 174.874363580773 174.934196603125 0.785100319826633 1.65420215957632 1.35170608983754 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 111 174.874363580773 174.934196603125 174.881111919531 174.937249747326 0.740923089223540 1.63765602648806 1.05809416395498 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 112 174.881111919531 174.937249747326 174.887534292550 174.940303180008 0.778528432570039 1.63750130441102 1.29099762116775 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 113 174.887534292550 174.940303180008 174.893905413219 174.943405193083 0.784791288703659 1.61185652002695 0.925168229474303 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 114 174.893905413219 174.943405193083 174.900433065373 174.946452335290 0.765972187508032 1.64088173755256 1.09602077084426 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 115 174.900433065373 174.946452335290 174.907080876005 174.949543957151 0.752127320797570 1.61727411241356 1.12916068353867 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 116 174.907080876005 174.949543957151 174.913711314853 174.952576696841 0.754097898356193 1.64867430455989 0.979236154345152 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 117 174.913711314853 174.952576696841 174.920247751510 174.955512069264 0.764942775772171 1.70336137281053 1.17287715931515 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 118 174.920247751510 174.955512069264 174.926910749833 174.958529860835 0.750412915901133 1.65684073329142 1.08420040693829 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 119 174.926910749833 174.958529860835 174.933437084558 174.961586586971 0.766126809351253 1.63573698732412 1.44532261926498 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 120 174.933437084558 174.961586586971 174.940061892751 174.964471824324 0.754738832352297 1.73295967970939 1.28771574773500 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 121 174.940061892751 174.964471824324 174.946539249278 174.967428670178 0.771919837857283 1.69099109227976 1.46872444082024 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 122 174.946539249278 174.967428670178 174.953138061241 174.970303435261 0.757712150008673 1.73927255151038 1.22335539883635 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 123 174.953138061241 174.970303435261 174.959557071702 174.973275487569 0.778936259789764 1.68233916535827 1.36390464711488 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 124 174.959557071702 174.973275487569 174.966152370827 174.976231195605 0.758115728349291 1.69164204992175 1.55124088683888 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 125 174.966152370827 174.976231195605 174.972939895793 174.979171541075 0.736645540851589 1.70048045392637 1.16281588804827 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 126 174.972939895793 174.979171541075 174.979358590155 174.982028000311 0.778974619819810 1.75041881775903 1.34245622918833 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 127 174.979358590155 174.982028000311 174.985828895127 174.984867873820 0.772761101901862 1.76064179768851 1.49261456968953 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 128 174.985828895127 174.984867873820 174.992422439442 174.987814997801 0.758317493837321 1.69656927686414 1.23046254588014 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 129 174.992422439442 174.987814997801 174.999087337654 174.990716859526 0.750199003940054 1.72303178876070 1.09083191666149 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 130 174.999087337654 174.990716859526 175.005714736868 174.993606760834 0.754443762661491 1.73016289091502 1.02810792115208 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 131 175.005714736868 174.993606760834 175.012409277027 174.996466640060 0.746877288263484 1.74832557753907 1.21213868811520 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 132 175.012409277027 174.996466640060 175.018939950531 174.999462484581 0.765617818236569 1.66897846829628 1.43777049149762 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 133 175.018939950531 174.999462484581 175.025353446730 175.002376065601 0.779605981696898 1.71610123971131 1.27956924587487 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 134 175.025353446730 175.002376065601 175.032165694733 175.005319822215 0.733972104002498 1.69850998420505 1.61314088468835 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 135 175.032165694733 175.005319822215 175.038775781152 175.008323195661 0.756419762634311 1.66479463487334 0.921008611975002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 136 175.038775781152 175.008323195661 175.045483161024 175.011277371009 0.745447565978192 1.69251970884997 1.49061996802928 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 137 175.045483161024 175.011277371009 175.052190568762 175.014270721169 0.745444469089213 1.67036922933409 1.47110569538493 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 138 175.052190568762 175.014270721169 175.058824327671 175.017269675746 0.753720487650458 1.66724765959922 1.44930937742725 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 139 175.058824327671 175.017269675746 175.065578831112 175.020260154224 0.740246865557612 1.67197324361957 1.46225124340639 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 140 175.065578831112 175.020260154224 175.072096337552 175.023316402219 0.767164566022688 1.63599289327270 1.27098158291832 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 141 175.072096337552 175.023316402219 175.078570656766 175.026261545727 0.772281970488448 1.69771014099465 1.40148948625013 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 142 175.078570656766 175.026261545727 175.085118023500 175.029246370536 0.763665791598647 1.67514019076368 1.29545939436397 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 143 175.085118023500 175.029246370536 175.091738250161 175.032217705069 0.755261149860293 1.68274556218120 1.39427042397661 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 144 175.091738250161 175.032217705069 175.098777508616 175.035250796347 0.710302091069488 1.64848319516903 1.44926265907850 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 145 175.098777508616 175.035250796347 175.105404769216 175.038289300782 0.754459542344259 1.64554638814981 1.81600164546191 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 146 175.105404769216 175.038289300782 175.112308358802 175.041322420326 0.724260899095637 1.64846783261169 1.17546680535269 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 147 175.112308358802 175.041322420326 175.119179565355 175.044335847737 0.727674239071601 1.65924023288607 1.15476070216734 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 148 175.119179565355 175.044335847737 175.126106711326 175.047470481886 0.721797984409141 1.59508247626737 1.16591829803677 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 149 175.126106711326 175.047470481886 175.133104260483 175.050587891284 0.714535887907987 1.60389585116608 1.35399265776064 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 150 175.133104260483 175.050587891284 175.140444755676 175.053755213275 0.681152956177507 1.57862068154708 0.907424492698197 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 151 175.140444755676 175.053755213275 175.147521954693 175.056834587495 0.706494191835836 1.62370652082433 1.32302117751508 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 152 175.147521954693 175.056834587495 175.154565640674 175.059905039768 0.709855608755770 1.62842459483566 1.39821171140888 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 153 175.154565640674 175.059905039768 175.161795112668 175.063075195658 0.691613440590608 1.57720950451725 1.35011976536534 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 154 175.161795112668 175.063075195658 175.169146729811 175.066181100216 0.680122468741602 1.60983697552233 0.862370438544743 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 155 175.169146729811 175.066181100216 175.176655442465 175.069362611954 0.665893107143449 1.57157993152901 0.883138986212994 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 156 175.176655442465 175.069362611954 175.184173897399 175.072612864759 0.665030254695961 1.53834187689668 1.06478714348036 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 157 175.184173897399 175.072612864759 175.191799051623 175.076065788443 0.655724442205051 1.44804822176370 0.908134390875494 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 158 175.191799051623 175.076065788443 175.199503523568 175.079354753963 0.648973743492013 1.52023484891677 0.888085127232768 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 159 175.199503523568 175.079354753963 175.207285901451 175.082770942343 0.642477154860248 1.46361952071136 1.00516252371246 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 160 175.207285901451 175.082770942343 175.215148415879 175.086079982032 0.635928880766561 1.51101239935022 0.973074040107611 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 161 175.215148415879 175.086079982032 175.222827601240 175.089451843642 0.651110731739736 1.48286038354493 0.624668722003615 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 162 175.222827601240 175.089451843642 175.230885896745 175.092953568985 0.620478610737336 1.42786755385952 0.822423456674877 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 163 175.230885896745 175.092953568985 175.239103543361 175.096610394633 0.608446704288973 1.36730609587085 0.936084583850355 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 164 175.239103543361 175.096610394633 175.247174275969 175.100292030723 0.619522445163112 1.35809185870659 0.804696137653475 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 165 175.247174275969 175.100292030723 175.255797398750 175.103817176285 0.579836345536937 1.41838114529030 0.763447421248824 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 166 175.255797398750 175.103817176285 175.264280114704 175.107435470534 0.589433859051840 1.38186660761061 0.801929250788029 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 167 175.264280114704 175.107435470534 175.273093576761 175.111283020143 0.567313953090799 1.29952840344650 0.767322219002707 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 168 175.273093576761 175.111283020143 175.282072161211 175.115184759933 0.556880656138614 1.28147961387563 0.782898119309201 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 169 175.282072161211 175.115184759933 175.291096715101 175.119207151843 0.554044007146902 1.24304148197797 0.774919667561781 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 170 175.291096715101 175.119207151843 175.300297416351 175.123351231102 0.543436838598379 1.20654062996268 0.516435236144769 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 171 175.300297416351 175.123351231102 175.309277343905 175.127427021839 0.556797364988261 1.22675581819925 0.672496689388735 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 172 175.309277343905 175.127427021839 175.318786442887 175.131462615006 0.525812173099486 1.23897523675678 0.568096043930929 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 173 175.318786442887 175.131462615006 175.328599854294 175.135720061068 0.509506816007740 1.17441299957095 0.622786773624961 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 174 175.328599854294 175.135720061068 175.338404435310 175.140062388454 0.509965697840247 1.15145624815606 0.462501606435980 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 175 175.338404435310 175.140062388454 175.348304378398 175.144331712909 0.505053408450858 1.17114547082535 0.549071495161608 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 176 175.348304378398 175.144331712909 175.358926460096 175.148686183637 0.470717524304704 1.14824517442100 0.623369660388213 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 177 175.358926460096 175.148686183637 175.369716216520 175.153298131166 0.463402490650475 1.08414069510814 0.508760423039477 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 178 175.369716216520 175.153298131166 175.380838077968 175.157950344230 0.449565032194638 1.07475731041268 0.570846089963304 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 179 175.380838077968 175.157950344230 175.392364407217 175.162735461646 0.433789447800357 1.04490643917502 0.484514517179374 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 180 175.392364407217 175.162735461646 175.404213097994 175.167932336424 0.421987550688347 0.962116697613902 0.433988074667577 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 181 175.404213097994 175.167932336424 175.416674550856 175.173238449052 0.401237324034595 0.942309436430721 0.297796579758443 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 182 175.416674550856 175.173238449052 175.429599128543 175.178930017178 0.386859835661156 0.878492515566410 0.372840536684761 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 183 175.429599128543 175.178930017178 175.442589400190 175.184615196592 0.384903421268066 0.879479720109784 0.314237744883785 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 184 175.442589400190 175.184615196592 175.455764014959 175.190516972753 0.379517738276105 0.847202581641679 0.226113330538867 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 185 175.455764014959 175.190516972753 175.470448532513 175.196697486567 0.340494672830422 0.808994227703661 0.240206218837083 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 186 175.470448532513 175.196697486567 175.485656555666 175.203322204462 0.328773828760181 0.754749119874755 0.251286503786782 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 187 175.485656555666 175.203322204462 175.501337273104 175.210202351842 0.318862961453411 0.726728618357685 0.280292580837453 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 188 175.501337273104 175.210202351842 175.517327639026 175.217611088123 0.312688278948333 0.674878928082163 0.237445678756727 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 189 175.517327639026 175.217611088123 175.535093023209 175.225351505215 0.281446207324375 0.645960022649851 0.240361944234746 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 190 175.535093023209 175.225351505215 175.554335301012 175.233872080664 0.259844497165535 0.586814826092144 0.137256015997035 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 191 175.554335301012 175.233872080664 175.576616556227 175.242773472985 0.224403874546197 0.561709878604920 0.131193085293194 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 192 175.576616556227 175.242773472985 175.599072076419 175.252718601357 0.222662399147721 0.502758718933690 0.110215163212884 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 193 175.599072076419 175.252718601357 175.623912214611 175.263992888882 0.201287124946862 0.443487004278535 9.291063481453249E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 194 175.623912214611 175.263992888882 175.652128448629 175.275950403827 0.177202953339395 0.418147083491289 6.461428310466608E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 195 175.652128448629 175.275950403827 175.684508241212 175.289791838708 0.154417295512787 0.361234224841539 5.962593984226662E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 196 175.684508241212 175.289791838708 175.722214057348 175.305744484283 0.132605537086235 0.313427636601670 4.325810390453437E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 197 175.722214057348 175.305744484283 175.768159935508 175.326301558382 0.108823689964076 0.243225274955325 2.978234914936501E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 198 175.768159935508 175.326301558382 175.829979306077 175.352512404810 8.088079762069571E-002 0.190760722428188 1.736045821739077E-002 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 199 175.829979306077 175.352512404810 175.935479282434 175.394917182898 4.739337554973349E-002 0.117911240793002 3.929883434592070E-003 i,yl_lumi(:,i),yu_lumi(:,i),rho_single_lumi(:,i),rho_corr_lumi(i,i)= 200 175.935479282434 175.394917182898 176.558889673730 175.656146308073 8.020398873378553E-003 1.914028535927763E-002 1.684130694514076E-004 i1,yy_electron_peak= 110 174.871179274338 photons_beam1_file= /tmp/lumi_linker_directory/photons_beam1_linker_008 ndiv_photons_beam1,avg_energy_photons_beam1= 200 2.27801973329240 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 1 0.000000000000000E+000 4.338984922469535E-007 11523.4325293628 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 2 4.338984922469535E-007 3.338950023135112E-006 1721.13986510640 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 3 3.338950023135112E-006 1.136135006163386E-005 623.254883327367 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 4 1.136135006163386E-005 2.693824990274152E-005 320.988133133201 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 5 2.693824990274152E-005 5.305020022206008E-005 191.483207453134 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 6 5.305020022206008E-005 9.093800326809287E-005 131.968591420440 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 7 9.093800326809287E-005 1.458795013604686E-004 91.0058912407752 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 8 1.458795013604686E-004 2.159834984922782E-004 71.3226093313766 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 9 2.159834984922782E-004 3.059440059587359E-004 55.5799443646344 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 10 3.059440059587359E-004 4.185424913885072E-004 44.4055706514680 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 11 4.185424913885072E-004 5.579605058301240E-004 35.8633711721222 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 12 5.579605058301240E-004 7.245544984471053E-004 30.0130870354706 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 13 7.245544984471053E-004 9.198759798891842E-004 25.5988228385556 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 14 9.198759798891842E-004 1.145225018262863E-003 22.1878026908146 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 15 1.145225018262863E-003 1.409644959494472E-003 18.9093151473793 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 16 1.409644959494472E-003 1.708080002572387E-003 16.7540646313931 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 17 1.708080002572387E-003 2.045750035904348E-003 14.8073548329488 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 18 2.045750035904348E-003 2.420454984530807E-003 13.3438323094699 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 19 2.420454984530807E-003 2.847319934517145E-003 11.7133065157025 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 20 2.847319934517145E-003 3.324955003336072E-003 10.4682430717739 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 21 3.324955003336072E-003 3.849084954708815E-003 9.53961891875204 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 22 3.849084954708815E-003 4.422130063176155E-003 8.72531660443440 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 23 4.422130063176155E-003 5.069785052910447E-003 7.72015977527064 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 24 5.069785052910447E-003 5.757189821451902E-003 7.27373481945589 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 25 5.757189821451902E-003 6.521020084619522E-003 6.54595692407486 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 26 6.521020084619522E-003 7.341169985011220E-003 6.09644651253635 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 27 7.341169985011220E-003 8.241889998316765E-003 5.55111458182276 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 28 8.241889998316765E-003 9.192290250211954E-003 5.26094136657637 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 29 9.192290250211954E-003 1.024489989504218E-002 4.75009897976608 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 30 1.024489989504218E-002 1.135034998878837E-002 4.52304453026535 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 31 1.135034998878837E-002 1.254709996283054E-002 4.17798212529878 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 32 1.254709996283054E-002 1.381264999508858E-002 3.95085130777394 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 33 1.381264999508858E-002 1.516294991597533E-002 3.70288105824405 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 34 1.516294991597533E-002 1.660725008696318E-002 3.46188424015778 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 35 1.660725008696318E-002 1.814504992216825E-002 3.25139844961240 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 36 1.814504992216825E-002 1.977230049669743E-002 3.07266752783092 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 37 1.977230049669743E-002 2.150605060160160E-002 2.88392195960464 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 38 2.150605060160160E-002 2.331485040485859E-002 2.76426390084565 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 39 2.331485040485859E-002 2.527279965579510E-002 2.55369233784198 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 40 2.527279965579510E-002 2.729870006442070E-002 2.46803839848774 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 41 2.729870006442070E-002 2.945504989475012E-002 2.31873322671218 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 42 2.945504989475012E-002 3.171634860336781E-002 2.21111876150872 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 43 3.171634860336781E-002 3.406644985079765E-002 2.12756791030522 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 44 3.406644985079765E-002 3.658545017242432E-002 1.98491439523565 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 45 3.658545017242432E-002 3.920130059123039E-002 1.91142427871778 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 46 3.920130059123039E-002 4.197750054299831E-002 1.80102301234316 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 47 4.197750054299831E-002 4.486879892647266E-002 1.72932687562731 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 48 4.486879892647266E-002 4.795545153319836E-002 1.61987778900198 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 49 4.795545153319836E-002 5.115224979817867E-002 1.56406491293900 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 50 5.115224979817867E-002 5.444855056703091E-002 1.51685187445471 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 51 5.444855056703091E-002 5.789845064282417E-002 1.44931733967695 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 52 5.789845064282417E-002 6.154385022819042E-002 1.37159175089379 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 53 6.154385022819042E-002 6.528884917497635E-002 1.33511386012302 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 54 6.528884917497635E-002 6.917429715394974E-002 1.28685290011812 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 55 6.917429715394974E-002 7.322129979729652E-002 1.23548226691177 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 56 7.322129979729652E-002 7.753629982471466E-002 1.15874854420145 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 57 7.753629982471466E-002 8.196769654750824E-002 1.12831242896438 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 58 8.196769654750824E-002 8.654600009322166E-002 1.09210757872999 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 59 8.654600009322166E-002 9.136659651994705E-002 1.03721605324188 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 60 9.136659651994705E-002 9.624940156936646E-002 1.02400156250238 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 61 9.624940156936646E-002 0.101433999836445 0.964394875442794 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 62 0.101433999836445 0.106743499636650 0.941708294217608 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 63 0.106743499636650 0.112305998802185 0.898876539340411 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 64 0.112305998802185 0.117942497134209 0.887075575201119 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 65 0.117942497134209 0.123907998204231 0.838152561085882 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 66 0.123907998204231 0.130199000239372 0.794785945397956 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 67 0.130199000239372 0.136524505913258 0.790450638696341 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 68 0.136524505913258 0.143154494464397 0.754149115256073 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 69 0.143154494464397 0.150025993585587 0.727643256852334 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 70 0.150025993585587 0.157151497900486 0.701704718576198 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 71 0.157151497900486 0.164548493921757 0.675950072924473 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 72 0.164548493921757 0.172135993838310 0.658978590443421 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 73 0.172135993838310 0.179913997650146 0.642838460993193 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 74 0.179913997650146 0.187928006052971 0.623907506540402 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 75 0.187928006052971 0.196231998503208 0.602120007931502 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 76 0.196231998503208 0.204954497516155 0.573230216773695 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 77 0.204954497516155 0.213859505951405 0.561481781444265 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 78 0.213859505951405 0.223000004887581 0.547016091234471 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 79 0.223000004887581 0.232342004776001 0.535217304615659 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 80 0.232342004776001 0.242151007056236 0.509735838279371 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 81 0.242151007056236 0.252177000045776 0.498703719942393 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 82 0.252177000045776 0.262413501739502 0.488448119250029 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 83 0.262413501739502 0.273241013288498 0.461786623581449 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 84 0.273241013288498 0.284207001328468 0.455955266572906 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 85 0.284207001328468 0.295523002743721 0.441852189348489 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 86 0.295523002743721 0.307267501950264 0.425731222086886 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 87 0.307267501950264 0.319426506757736 0.411217865209436 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 88 0.319426506757736 0.331727504730225 0.406471085612945 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 89 0.331727504730225 0.344399496912956 0.394570950478773 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 90 0.344399496912956 0.357616990804672 0.378286537596490 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 91 0.357616990804672 0.371219009160995 0.367592504951710 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 92 0.371219009160995 0.384934008121490 0.364564373238534 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 93 0.384934008121490 0.399221509695053 0.349956216925423 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 94 0.399221509695053 0.414160013198853 0.334705547896970 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 95 0.414160013198853 0.429246500134468 0.331422419370292 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 96 0.429246500134468 0.445010498166084 0.317178420726266 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 97 0.445010498166084 0.461134508252144 0.310096556211093 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 98 0.461134508252144 0.477812498807907 0.299796308391133 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 99 0.477812498807907 0.494744494557381 0.295298916558933 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 100 0.494744494557381 0.512191981077194 0.286574229148820 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 101 0.512191981077194 0.530305504798889 0.276036848314135 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 102 0.530305504798889 0.548802018165588 0.270321216808456 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 103 0.548802018165588 0.568040519952774 0.259895497856823 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 104 0.568040519952774 0.587727993726730 0.253968592284008 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 105 0.587727993726730 0.607686519622803 0.250519503596403 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 106 0.607686519622803 0.628369510173798 0.241744538231658 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 107 0.628369510173798 0.649809002876282 0.233214473373275 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 108 0.649809002876282 0.671759992837906 0.227780159744105 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 109 0.671759992837906 0.694714486598969 0.217822272712519 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 110 0.694714486598969 0.718242496252060 0.212512663575137 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 111 0.718242496252060 0.742265999317169 0.208129513270768 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 112 0.742265999317169 0.766392499208450 0.207241001493420 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 113 0.766392499208450 0.791893512010574 0.196070643891585 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 114 0.791893512010574 0.817645519971848 0.194159616893532 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 115 0.817645519971848 0.843915998935699 0.190327706125190 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 116 0.843915998935699 0.871125012636185 0.183762633039169 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 117 0.871125012636185 0.899219483137131 0.177970964066813 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 118 0.899219483137131 0.928351521492004 0.171632343027021 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 119 0.928351521492004 0.957965493202209 0.168839223895016 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 120 0.957965493202209 0.988397002220154 0.164303386895855 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 121 0.988397002220154 1.01938998699188 0.161326830469099 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 122 1.01938998699188 1.05181002616882 0.154225600182380 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 123 1.05181002616882 1.08508002758026 0.150285536155133 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 124 1.08508002758026 1.11860001087189 0.149164752156935 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 125 1.11860001087189 1.15328001976013 0.144175280234569 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 126 1.15328001976013 1.18929004669189 0.138850215510107 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 127 1.18929004669189 1.22568500041962 0.137381683114807 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 128 1.22568500041962 1.26368999481201 0.131561656038569 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 129 1.26368999481201 1.30255997180939 0.128633984021591 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 130 1.30255997180939 1.34296000003815 0.123762289760991 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 131 1.34296000003815 1.38476002216339 0.119617161565576 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 132 1.38476002216339 1.42768502235413 0.116482235941358 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 133 1.42768502235413 1.47144997119904 0.114246677580238 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 134 1.47144997119904 1.51655995845795 0.110840199783304 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 135 1.51655995845795 1.56264495849609 0.108495171875040 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 136 1.56264495849609 1.61009001731873 0.105385052186192 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 137 1.61009001731873 1.65969502925873 0.100796266434681 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 138 1.65969502925873 1.71153998374939 9.644140011542697E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 139 1.71153998374939 1.76368999481201 9.587725674681004E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 140 1.76368999481201 1.81778001785278 9.243848900251246E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 141 1.81778001785278 1.87252998352051 9.132425818026632E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 142 1.87252998352051 1.92997002601624 8.704728936041274E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 143 1.92997002601624 1.98860001564026 8.528058817788477E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 144 1.98860001564026 2.04949998855591 8.210184275328559E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 145 2.04949998855591 2.11216998100281 7.978299988206515E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 146 2.11216998100281 2.17775988578796 7.623124345701990E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 147 2.17775988578796 2.24379992485046 7.571164510166359E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 148 2.24379992485046 2.31318497657776 7.206163107943729E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 149 2.31318497657776 2.38501000404358 6.961361765408822E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 150 2.38501000404358 2.45929002761841 6.731284885717680E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 151 2.45929002761841 2.53506493568420 6.598490354694279E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 152 2.53506493568420 2.61403489112854 6.331521870395865E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 153 2.61403489112854 2.69558000564575 6.131575177253125E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 154 2.69558000564575 2.78013491630554 5.913317110720741E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 155 2.78013491630554 2.86805510520935 5.686975952099446E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 156 2.86805510520935 2.95857501029968 5.523646975778838E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 157 2.95857501029968 3.05152499675751 5.379236932184717E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 158 3.05152499675751 3.14888000488281 5.135842619996009E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 159 3.14888000488281 3.24788999557495 5.049995424751613E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 160 3.24788999557495 3.35397005081177 4.713421376749705E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 161 3.35397005081177 3.46190500259399 4.632419728215731E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 162 3.46190500259399 3.57279491424561 4.508976448379509E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 163 3.57279491424561 3.68949007987976 4.284667640538967E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 164 3.68949007987976 3.81256508827209 4.062563200533112E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 165 3.81256508827209 3.94107508659363 3.890747852544479E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 166 3.94107508659363 4.07073020935059 3.856384455686054E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 167 4.07073020935059 4.20801520347595 3.642058647308597E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 168 4.20801520347595 4.35129499435425 3.489675668390024E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 169 4.35129499435425 4.50108003616333 3.338117037329445E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 170 4.50108003616333 4.65994477272034 3.147331565432588E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 171 4.65994477272034 4.82259488105774 3.074083411999930E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 172 4.82259488105774 4.99513506889343 2.897875597980339E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 173 4.99513506889343 5.17564511299133 2.769928967104029E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 174 5.17564511299133 5.36272501945496 2.672654746581365E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 175 5.36272501945496 5.56139993667603 2.516674006933852E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 176 5.56139993667603 5.77000999450684 2.396816362543344E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 177 5.77000999450684 5.99238014221191 2.248503250819138E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 178 5.99238014221191 6.22514510154724 2.148089649867303E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 179 6.22514510154724 6.47012996673584 2.040942405217894E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 180 6.47012996673584 6.73193001747131 1.909854480911491E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 181 6.73193001747131 7.01134514808655 1.789452127732194E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 182 7.01134514808655 7.31216001510620 1.662151890808419E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 183 7.31216001510620 7.63593506813049 1.544282041898041E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 184 7.63593506813049 7.98187017440796 1.445357787997852E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 185 7.98187017440796 8.35026502609253 1.357239379740609E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 186 8.35026502609253 8.75460481643677 1.236583714836278E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 187 8.75460481643677 9.18764019012451 1.154640083423169E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 188 9.18764019012451 9.67176008224487 1.032802014827539E-002 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 189 9.67176008224487 10.1942496299744 9.569569423403363E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 190 10.1942496299744 10.7828497886658 8.494730975126055E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 191 10.7828497886658 11.4475002288818 7.522751355396080E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 192 11.4475002288818 12.1750001907349 6.872852594059822E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 193 12.1750001907349 13.0208497047424 5.911216968501162E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 194 13.0208497047424 14.0128502845764 5.040319634527605E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 195 14.0128502845764 15.1707000732422 4.318349451669085E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 196 15.1707000732422 16.6324996948242 3.420441438197086E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 197 16.6324996948242 18.5032501220703 2.672724232574642E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 198 18.5032501220703 21.1646995544434 1.878675558957291E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 199 21.1646995544434 25.6619997024536 1.111778141428287E-003 i,yl_photons_beam1(i),yu_photons_beam1(i),rho_single_photons_beam1(i)= 200 25.6619997024536 53.2527008056641 1.812204764676386E-004 photons_beam2_file= /tmp/lumi_linker_directory/photons_beam2_linker_008 ndiv_photons_beam2,avg_energy_photons_beam2= 200 2.27933333688489 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 1 0.000000000000000E+000 4.087135039299028E-007 12233.5081956517 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 2 4.087135039299028E-007 3.245979996790993E-006 1762.25955953754 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 3 3.245979996790993E-006 1.097875019695493E-005 646.598808780584 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 4 1.097875019695493E-005 2.638165005919291E-005 324.614198931338 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 5 2.638165005919291E-005 5.230014903645497E-005 192.912406092129 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 6 5.230014903645497E-005 9.005075116874650E-005 132.448218507303 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 7 9.005075116874650E-005 1.446495007257909E-004 91.5771888653977 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 8 1.446495007257909E-004 2.156359987566248E-004 70.4359299120262 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 9 2.156359987566248E-004 3.066939971176907E-004 54.9100583144146 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 10 3.066939971176907E-004 4.210399929434061E-004 43.7269356385766 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 11 4.210399929434061E-004 5.604464968200773E-004 35.8663323514902 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 12 5.604464968200773E-004 7.280774880200624E-004 29.8274201220642 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 13 7.280774880200624E-004 9.245949913747609E-004 25.4430262681253 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 14 9.245949913747609E-004 1.153724966570735E-003 21.8216756481709 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 15 1.153724966570735E-003 1.420225016772747E-003 18.7617225445545 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 16 1.420225016772747E-003 1.720119966194034E-003 16.6725048542785 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 17 1.720119966194034E-003 2.063059946522117E-003 14.5798107156145 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 18 2.063059946522117E-003 2.446949947625399E-003 13.0245642908912 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 19 2.446949947625399E-003 2.871055039577186E-003 11.7895306962464 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 20 2.871055039577186E-003 3.350174985826015E-003 10.4358001355328 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 21 3.350174985826015E-003 3.884625039063394E-003 9.35541117399651 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 22 3.884625039063394E-003 4.456944996491075E-003 8.73637191069265 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 23 4.456944996491075E-003 5.110450088977814E-003 7.65104978902893 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 24 5.110450088977814E-003 5.801685154438019E-003 7.23342933517289 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 25 5.801685154438019E-003 6.577034946531057E-003 6.44870231602515 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 26 6.577034946531057E-003 7.405134849250317E-003 6.03791883513249 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 27 7.405134849250317E-003 8.307074662297964E-003 5.54360715390203 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 28 8.307074662297964E-003 9.271060116589069E-003 5.18680025486162 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 29 9.271060116589069E-003 1.032510027289391E-002 4.74365228885451 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 30 1.032510027289391E-002 1.142764976248145E-002 4.53494382539732 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 31 1.142764976248145E-002 1.262335013598204E-002 4.18164960956044 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 32 1.262335013598204E-002 1.389764994382858E-002 3.92372341988308 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 33 1.389764994382858E-002 1.524334959685802E-002 3.71553933951309 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 34 1.524334959685802E-002 1.669020019471645E-002 3.45578182529751 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 35 1.669020019471645E-002 1.820660009980202E-002 3.29728324515944 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 36 1.820660009980202E-002 1.985295023769140E-002 3.03702103515476 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 37 1.985295023769140E-002 2.158160042017698E-002 2.89243020401654 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 38 2.158160042017698E-002 2.339175064116716E-002 2.76220169023592 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 39 2.339175064116716E-002 2.535144984722137E-002 2.55141196391427 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 40 2.535144984722137E-002 2.737485058605671E-002 2.47108736496656 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 41 2.737485058605671E-002 2.950160019099712E-002 2.35100549137757 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 42 2.950160019099712E-002 3.179240040481091E-002 2.18264341423117 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 43 3.179240040481091E-002 3.416009992361069E-002 2.11175445207446 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 44 3.416009992361069E-002 3.670115023851395E-002 1.96769027778592 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 45 3.670115023851395E-002 3.936585038900375E-002 1.87638372710751 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 46 3.936585038900375E-002 4.211815074086189E-002 1.81666219554286 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 47 4.211815074086189E-002 4.498515091836452E-002 1.74398314978668 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 48 4.498515091836452E-002 4.802720062434673E-002 1.64362863307837 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 49 4.802720062434673E-002 5.117479898035526E-002 1.58851271174906 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 50 5.117479898035526E-002 5.450244992971420E-002 1.50256143931299 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 51 5.450244992971420E-002 5.792240053415298E-002 1.46200942010989 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 52 5.792240053415298E-002 6.151809915900230E-002 1.39055035520657 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 53 6.151809915900230E-002 6.525649875402451E-002 1.33747072053444 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 54 6.525649875402451E-002 6.914184987545013E-002 1.28688497995141 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 55 6.914184987545013E-002 7.320100069046021E-002 1.23178473229199 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 56 7.320100069046021E-002 7.740744948387146E-002 1.18865110347515 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 57 7.740744948387146E-002 8.180930092930794E-002 1.13588567492064 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 58 8.180930092930794E-002 8.638175204396248E-002 1.09350540325629 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 59 8.638175204396248E-002 9.112579748034477E-002 1.05395280611243 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 60 9.112579748034477E-002 9.598764777183533E-002 1.02841504781652 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 61 9.598764777183533E-002 0.101199001073837 0.959443681947113 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 62 0.101199001073837 0.106486499309540 0.945626793071768 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 63 0.106486499309540 0.112034998834133 0.901144530667766 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 64 0.112034998834133 0.117776997387409 0.870776952242052 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 65 0.117776997387409 0.123691000044346 0.845451091256343 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 66 0.123691000044346 0.129809007048607 0.817259607012160 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 67 0.129809007048607 0.136198498308659 0.782534914987820 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 68 0.136198498308659 0.142796993255615 0.757748553297916 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 69 0.142796993255615 0.149672999978065 0.727166246605742 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 70 0.149672999978065 0.156746000051498 0.706913607816947 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 71 0.156746000051498 0.164000004529953 0.689274457280899 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 72 0.164000004529953 0.171546995639801 0.662515687010089 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 73 0.171546995639801 0.179400995373726 0.636618305244245 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 74 0.179400995373726 0.187333002686501 0.630357462221120 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 75 0.187333002686501 0.195682004094124 0.598874015691818 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 76 0.195682004094124 0.204326003789902 0.578435929659070 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 77 0.204326003789902 0.213112995028496 0.569022986848911 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 78 0.213112995028496 0.222174003720284 0.551814943575946 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 79 0.222174003720284 0.231575496494770 0.531830435861083 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 80 0.231575496494770 0.241406001150608 0.508620887232952 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 81 0.241406001150608 0.251396507024765 0.500475157412579 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 82 0.251396507024765 0.261656001210213 0.487353461059719 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 83 0.261656001210213 0.272359997034073 0.467115279403842 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 84 0.272359997034073 0.283248007297516 0.459220728032167 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 85 0.283248007297516 0.294593006372452 0.440722821304262 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 86 0.294593006372452 0.306321501731873 0.426312143780985 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 87 0.306321501731873 0.318399503827095 0.413975751997740 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 88 0.318399503827095 0.330847501754761 0.401671018026721 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 89 0.330847501754761 0.343579500913620 0.392711304612432 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 90 0.343579500913620 0.356901496648788 0.375319141320591 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 91 0.356901496648788 0.370374500751495 0.371112482552828 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 92 0.370374500751495 0.384410992264748 0.356214371324868 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 93 0.384410992264748 0.398666501045227 0.350741602912600 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 94 0.398666501045227 0.413572996854782 0.335424238122752 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 95 0.413572996854782 0.428551986813545 0.333800878014132 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 96 0.428551986813545 0.444288998842239 0.317722321803099 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 97 0.444288998842239 0.460438504815102 0.309606994071648 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 98 0.460438504815102 0.477297499775887 0.296577584347722 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 99 0.477297499775887 0.494266003370285 0.294663579035370 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 100 0.494266003370285 0.511964023113251 0.282517483459544 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 101 0.511964023113251 0.530074506998062 0.276083180979682 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 102 0.530074506998062 0.548562496900558 0.270445842212672 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 103 0.548562496900558 0.567856013774872 0.259154410912860 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 104 0.567856013774872 0.587626487016678 0.252902393323957 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 105 0.587626487016678 0.607915997505188 0.246432756612412 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 106 0.607915997505188 0.628581017255783 0.241954765122158 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 107 0.628581017255783 0.649982005357742 0.233634072229696 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 108 0.649982005357742 0.672019481658936 0.226886233780284 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 109 0.672019481658936 0.694725006818771 0.220210718087445 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 110 0.694725006818771 0.718149006366730 0.213456288272333 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 111 0.718149006366730 0.741884499788284 0.210654984549823 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 112 0.741884499788284 0.766249001026154 0.205216595701479 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 113 0.766249001026154 0.791313022375107 0.199489137452750 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 114 0.791313022375107 0.817241519689560 0.192838016772105 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 115 0.817241519689560 0.843486517667770 0.190512493243519 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 116 0.843486517667770 0.870558023452759 0.184696043127848 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 117 0.870558023452759 0.898244500160217 0.180593581943673 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 118 0.898244500160217 0.927275002002716 0.172232640934933 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 119 0.927275002002716 0.956893503665924 0.168813401057724 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 120 0.956893503665924 0.987525522708893 0.163227895392279 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 121 0.987525522708893 1.01844000816345 0.161736478109895 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 122 1.01844000816345 1.05055999755859 0.155666302952027 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 123 1.05055999755859 1.08396995067596 0.149656001684132 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 124 1.08396995067596 1.11739504337311 0.149588216412854 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 125 1.11739504337311 1.15154004096985 0.146434334512218 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 126 1.15154004096985 1.18729996681213 0.139821319038856 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 127 1.18729996681213 1.22450995445251 0.134372525148972 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 128 1.22450995445251 1.26224005222321 0.132520197280910 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 129 1.26224005222321 1.30091500282288 0.129282647358898 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 130 1.30091500282288 1.34125494956970 0.123946618754359 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 131 1.34125494956970 1.38300502300262 0.119760268398886 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 132 1.38300502300262 1.42545998096466 0.117771874947352 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 133 1.42545998096466 1.46963000297546 0.113198947439444 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 134 1.46963000297546 1.51543998718262 0.109146512196772 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 135 1.51543998718262 1.56192004680634 0.107573011749076 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 136 1.56192004680634 1.60994994640350 0.104101820781129 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 137 1.60994994640350 1.65954005718231 0.100826554356815 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 138 1.65954005718231 1.71081995964050 9.750408562256054E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 139 1.71081995964050 1.76232504844666 9.707778621289834E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 140 1.76232504844666 1.81630003452301 9.263550328529624E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 141 1.81630003452301 1.87221002578735 8.942945414460764E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 142 1.87221002578735 1.92930996417999 8.756576873372875E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 143 1.92930996417999 1.98867499828339 8.422466314584630E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 144 1.98867499828339 2.04983496665955 8.175282186622278E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 145 2.04983496665955 2.11275005340576 7.947219432707429E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 146 2.11275005340576 2.17823505401611 7.635336265400636E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 147 2.17823505401611 2.24500989913940 7.487849639738070E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 148 2.24500989913940 2.31401991844177 7.245324737691268E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 149 2.31401991844177 2.38588500022888 6.957481819629492E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 150 2.38588500022888 2.46054506301880 6.697020887953581E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 151 2.46054506301880 2.53740000724792 6.505762316466730E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 152 2.53740000724792 2.61621999740601 6.343568414525326E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 153 2.61621999740601 2.69805002212524 6.110226676767089E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 154 2.69805002212524 2.78182005882263 5.968721272096472E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 155 2.78182005882263 2.86889505386353 5.742176611841114E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 156 2.86889505386353 2.95901489257812 5.548167940950819E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 157 2.95901489257812 3.05263996124268 5.340450021900115E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 158 3.05263996124268 3.14972996711731 5.149860642151145E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 159 3.14972996711731 3.24877500534058 5.048208461214419E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 160 3.24877500534058 3.35478997230530 4.716315198837761E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 161 3.35478997230530 3.46218991279602 4.655496061873429E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 162 3.46218991279602 3.57506990432739 4.429482968742409E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 163 3.57506990432739 3.69359993934631 4.218340101900630E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 164 3.69359993934631 3.81629490852356 4.075146710193930E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 165 3.81629490852356 3.94370007514954 3.924487626689822E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 166 3.94370007514954 4.07692003250122 3.753191413205910E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 167 4.07692003250122 4.21383500099182 3.651901654816696E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 168 4.21383500099182 4.35577011108398 3.522736549648172E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 169 4.35577011108398 4.50747013092041 3.295978474749951E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 170 4.50747013092041 4.66500496864319 3.173901133410720E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 171 4.66500496864319 4.82965993881226 3.036652944557951E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 172 4.82965993881226 5.00195002555847 2.902082234925696E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 173 5.00195002555847 5.18366003036499 2.751637151363188E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 174 5.18366003036499 5.37241983413696 2.648869038897787E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 175 5.37241983413696 5.56991505622864 2.531706816521902E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 176 5.56991505622864 5.77672505378723 2.417678090530121E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 177 5.77672505378723 5.99829006195068 2.256674030545210E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 178 5.99829006195068 6.23309493064880 2.129427736197546E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 179 6.23309493064880 6.48172998428345 2.010979516728660E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 180 6.48172998428345 6.74274015426636 1.915634168709740E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 181 6.74274015426636 7.02373981475830 1.779361580454065E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 182 7.02373981475830 7.31985497474670 1.688532258934603E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 183 7.31985497474670 7.64391994476318 1.542900486820818E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 184 7.64391994476318 7.99059009552002 1.442293196885918E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 185 7.99059009552002 8.36068010330200 1.351022695793902E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 186 8.36068010330200 8.76552009582520 1.235055847332956E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 187 8.76552009582520 9.20468521118164 1.138523945815183E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 188 9.20468521118164 9.68020486831665 1.051481242673507E-002 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 189 9.68020486831665 10.2073001861572 9.485950322010423E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 190 10.2073001861572 10.7917003631592 8.555781118429213E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 191 10.7917003631592 11.4537501335144 7.552302294912415E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 192 11.4537501335144 12.1886997222900 6.803187696627720E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 193 12.1886997222900 13.0388503074646 5.881311013828633E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 194 13.0388503074646 14.0164999961853 5.114306338646428E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 195 14.0164999961853 15.1635999679565 4.358817995853915E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 196 15.1635999679565 16.6162500381470 3.441985170829575E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 197 16.6162500381470 18.5056495666504 2.646343414704073E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 198 18.5056495666504 21.1296501159668 1.905487405977327E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 199 21.1296501159668 25.6459007263184 1.107113052703420E-003 i,yl_photons_beam2(i),yu_photons_beam2(i),rho_single_photons_beam2(i)= 200 25.6459007263184 49.6003990173340 2.087290637130689E-004 ebeam_in_file= /tmp/lumi_linker_directory/ebeam_in_linker_008 ndiv_ebeam_in,avg_energy_ebeam_in= 200 175.000001465366 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 1 174.999000005858 174.999009458052 528.977668595814 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 2 174.999009458052 174.999019697555 488.304972397751 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 3 174.999019697555 174.999030216846 475.317198448889 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 4 174.999030216846 174.999040786418 473.056040481552 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 5 174.999040786418 174.999050823989 498.128496901547 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 6 174.999050823989 174.999060822773 500.060826856216 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 7 174.999060822773 174.999071277955 478.231756357307 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 8 174.999071277955 174.999081060369 511.121270348383 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 9 174.999081060369 174.999091255228 490.443246092537 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 10 174.999091255228 174.999101527732 486.736237332337 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 11 174.999101527732 174.999111450793 503.876788339929 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 12 174.999111450793 174.999121646805 490.387822793834 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 13 174.999121646805 174.999132345592 467.342684429379 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 14 174.999132345592 174.999142307909 501.891285768940 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 15 174.999142307909 174.999152206338 505.130656896837 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 16 174.999152206338 174.999161794444 521.479452639351 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 17 174.999161794444 174.999172244893 478.448308580622 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 18 174.999172244893 174.999182273484 498.574531608422 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 19 174.999182273484 174.999192500826 488.885582133697 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 20 174.999192500826 174.999202292812 510.621677564937 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 21 174.999202292812 174.999212198822 504.744077759834 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 22 174.999212198822 174.999221478282 538.824426799908 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 23 174.999221478282 174.999231465747 500.627570501408 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 24 174.999231465747 174.999242346612 459.522259580167 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 25 174.999242346612 174.999251859723 525.590471418476 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 26 174.999251859723 174.999262159815 485.432529811442 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 27 174.999262159815 174.999272637307 477.213444004811 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 28 174.999272637307 174.999282652714 499.230832940241 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 29 174.999282652714 174.999292603602 502.467722343157 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 30 174.999292603602 174.999302659680 497.211746013077 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 31 174.999302659680 174.999313559475 458.724223678961 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 32 174.999313559475 174.999323949878 481.213298455184 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 33 174.999323949878 174.999334727292 463.933155756199 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 34 174.999334727292 174.999345038613 484.903918302955 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 35 174.999345038613 174.999354688033 518.165884193971 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 36 174.999354688033 174.999364538078 507.611863944989 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 37 174.999364538078 174.999374562810 498.766480196810 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 38 174.999374562810 174.999384765912 490.047026312216 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 39 174.999384765912 174.999394704334 503.097976179844 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 40 174.999394704334 174.999404346097 518.577373496817 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 41 174.999404346097 174.999414378109 498.404500441239 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 42 174.999414378109 174.999424962192 472.407472539713 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 43 174.999424962192 174.999435181887 489.251409941518 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 44 174.999435181887 174.999445899579 466.518335393202 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 45 174.999445899579 174.999454861701 557.903600206144 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 46 174.999454861701 174.999465236226 481.949782410714 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 47 174.999465236226 174.999475927206 467.683993128351 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 48 174.999475927206 174.999485532519 520.545232710227 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 49 174.999485532519 174.999495435147 504.916480226898 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 50 174.999495435147 174.999505085965 518.090798829046 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 51 174.999505085965 174.999514695983 520.290359539668 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 52 174.999514695983 174.999524107501 531.263959820538 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 53 174.999524107501 174.999533962748 507.343928861674 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 54 174.999533962748 174.999544108161 492.833551061263 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 55 174.999544108161 174.999554007420 505.088307331523 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 56 174.999554007420 174.999564666385 469.088705005691 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 57 174.999564666385 174.999574596221 503.532986852644 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 58 174.999574596221 174.999584309220 514.774056533216 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 59 174.999584309220 174.999594201006 505.469887889907 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 60 174.999594201006 174.999604994461 463.243715329299 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 61 174.999604994461 174.999614928731 503.308248134636 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 62 174.999614928731 174.999624326690 532.030399796839 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 63 174.999624326690 174.999634482945 492.307459514632 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 64 174.999634482945 174.999644842835 482.630594581710 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 65 174.999644842835 174.999654971843 493.631762877343 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 66 174.999654971843 174.999665075068 494.891486425152 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 67 174.999665075068 174.999675674062 471.742897766592 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 68 174.999675674062 174.999685913866 488.290598969240 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 69 174.999685913866 174.999695985953 496.421442121095 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 70 174.999695985953 174.999705996447 499.475825494134 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 71 174.999705996447 174.999715584480 521.483397562510 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 72 174.999715584480 174.999725392728 509.775042999673 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 73 174.999725392728 174.999735735457 483.431384642983 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 74 174.999735735457 174.999745560705 508.893043139045 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 75 174.999745560705 174.999755368343 509.806730765665 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 76 174.999755368343 174.999764621886 540.333563326376 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 77 174.999764621886 174.999774737088 494.305516927790 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 78 174.999774737088 174.999785081033 483.374575560176 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 79 174.999785081033 174.999795172549 495.465698764795 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 80 174.999795172549 174.999804779273 520.468803364640 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 81 174.999804779273 174.999814508597 513.910294612028 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 82 174.999814508597 174.999824326418 509.277979891861 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 83 174.999824326418 174.999833870313 523.895107148281 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 84 174.999833870313 174.999843897126 498.662962574765 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 85 174.999843897126 174.999853713507 509.352673695011 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 86 174.999853713507 174.999863152357 529.725553165780 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 87 174.999863152357 174.999872791740 518.705371212090 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 88 174.999872791740 174.999882298997 525.914076109575 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 89 174.999882298997 174.999892035133 513.550720775965 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 90 174.999892035133 174.999902116543 495.962368413585 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 91 174.999902116543 174.999911465593 534.813692570993 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 92 174.999911465593 174.999921047563 521.813417957808 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 93 174.999921047563 174.999931602599 473.707503994024 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 94 174.999931602599 174.999941314939 514.808972084843 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 95 174.999941314939 174.999951605626 485.876248396711 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 96 174.999951605626 174.999961274965 517.098407410360 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 97 174.999961274965 174.999970677056 531.796592590964 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 98 174.999970677056 174.999981060360 481.542303808144 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 99 174.999981060360 174.999990696072 518.903013124134 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 100 174.999990696072 175.000000685289 500.539730289841 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 101 175.000000685289 175.000009528521 565.404123945545 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 102 175.000009528521 175.000019718715 490.667801673045 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 103 175.000019718715 175.000030919752 446.387249348382 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 104 175.000030919752 175.000040674388 512.576801995243 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 105 175.000040674388 175.000051465638 463.338322694451 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 106 175.000051465638 175.000061864451 480.824127677113 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 107 175.000061864451 175.000071419125 523.304099898386 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 108 175.000071419125 175.000081448256 498.547642366607 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 109 175.000081448256 175.000091115454 517.212970943669 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 110 175.000091115454 175.000100605622 526.861047319444 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 111 175.000100605622 175.000110018825 531.168870585026 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 112 175.000110018825 175.000120206875 490.771014882078 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 113 175.000120206875 175.000130686968 477.095028286728 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 114 175.000130686968 175.000140537650 507.579043979903 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 115 175.000140537650 175.000150073899 524.315176408613 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 116 175.000150073899 175.000160207350 493.415312830162 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 117 175.000160207350 175.000169541195 535.684911360675 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 118 175.000169541195 175.000179674931 493.401468659794 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 119 175.000179674931 175.000190102356 479.504778099722 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 120 175.000190102356 175.000199151041 552.566488226391 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 121 175.000199151041 175.000210115659 456.012229801802 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 122 175.000210115659 175.000220705575 472.147257619306 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 123 175.000220705575 175.000230484452 511.306172894906 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 124 175.000230484452 175.000240357801 506.413757824822 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 125 175.000240357801 175.000250248674 505.516591010553 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 126 175.000250248674 175.000260200263 502.432291050853 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 127 175.000260200263 175.000269480009 538.807890850486 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 128 175.000269480009 175.000280149826 468.611570342054 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 129 175.000280149826 175.000289943029 510.558181750429 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 130 175.000289943029 175.000299882712 503.034146942315 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 131 175.000299882712 175.000309469538 521.549094252088 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 132 175.000309469538 175.000319309302 508.142225656684 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 133 175.000319309302 175.000328747784 529.746230974352 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 134 175.000328747784 175.000339146718 480.818514907743 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 135 175.000339146718 175.000349102760 502.207607426615 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 136 175.000349102760 175.000358720806 519.856132472031 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 137 175.000358720806 175.000368131756 531.295978290108 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 138 175.000368131756 175.000377504610 533.455410337677 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 139 175.000377504610 175.000387955194 478.442172112758 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 140 175.000387955194 175.000398797843 461.141930326102 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 141 175.000398797843 175.000408938709 493.054555422381 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 142 175.000408938709 175.000419450472 475.657573808421 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 143 175.000419450472 175.000429662240 489.631182543936 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 144 175.000429662240 175.000439951173 485.959027690024 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 145 175.000439951173 175.000450165418 489.512475701390 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 146 175.000450165418 175.000460117938 502.385302429512 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 147 175.000460117938 175.000469531766 531.133570474759 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 148 175.000469531766 175.000479834087 485.327523490658 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 149 175.000479834087 175.000489850977 499.156953602649 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 150 175.000489850977 175.000500543475 467.617546766709 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 151 175.000500543475 175.000510161401 519.862616834792 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 152 175.000510161401 175.000520127066 501.722646844170 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 153 175.000520127066 175.000529990504 506.922659799332 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 154 175.000529990504 175.000539881397 505.515529150011 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 155 175.000539881397 175.000549694868 509.503692680076 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 156 175.000549694868 175.000560351135 469.207485396958 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 157 175.000560351135 175.000570376174 498.751170396918 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 158 175.000570376174 175.000580410493 498.289891099630 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 159 175.000580410493 175.000589368695 558.147776761233 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 160 175.000589368695 175.000599682434 484.790238974562 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 161 175.000599682434 175.000609009471 536.075892539507 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 162 175.000609009471 175.000619496841 476.763952939950 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 163 175.000619496841 175.000629269016 511.656856235408 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 164 175.000629269016 175.000640079759 462.502884353171 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 165 175.000640079759 175.000650409181 484.054199530688 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 166 175.000650409181 175.000660008162 520.888594460534 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 167 175.000660008162 175.000669823370 509.413590959216 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 168 175.000669823370 175.000680251790 479.458990117095 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 169 175.000680251790 175.000690273414 498.921146738503 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 170 175.000690273414 175.000700046786 511.594163493994 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 171 175.000700046786 175.000710185711 493.148928207588 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 172 175.000710185711 175.000719940516 512.567912983578 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 173 175.000719940516 175.000729811369 506.541836994050 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 174 175.000729811369 175.000740030355 489.285335858485 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 175 175.000740030355 175.000749930350 505.050736576096 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 176 175.000749930350 175.000759943478 499.344451131391 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 177 175.000759943478 175.000769794274 507.573221219081 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 178 175.000769794274 175.000779169231 533.335743032728 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 179 175.000779169231 175.000789919287 465.113887237593 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 180 175.000789919287 175.000798860279 559.222075275906 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 181 175.000798860279 175.000808499686 518.704098752668 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 182 175.000808499686 175.000818747056 487.930039948822 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 183 175.000818747056 175.000828534146 510.877111036520 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 184 175.000828534146 175.000837893529 534.223226823572 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 185 175.000837893529 175.000847671173 511.370633807083 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 186 175.000847671173 175.000857435673 512.059019394353 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 187 175.000857435673 175.000867428741 500.346817406137 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 188 175.000867428741 175.000877760556 483.942075090422 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 189 175.000877760556 175.000887951386 490.637178550349 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 190 175.000887951386 175.000897196995 540.797257203689 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 191 175.000897196995 175.000907109601 504.408222168943 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 192 175.000907109601 175.000917134194 498.773359802442 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 193 175.000917134194 175.000927550069 480.036500627239 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 194 175.000927550069 175.000938111670 473.413081327960 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 195 175.000938111670 175.000948479358 482.267596845242 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 196 175.000948479358 175.000958710321 488.712519884391 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 197 175.000958710321 175.000968695325 500.750926152157 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 198 175.000968695325 175.000979277177 472.507096419538 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 199 175.000979277177 175.000989544077 487.001933346113 i,yl_ebeam_in(i),yu_ebeam_in(i),rho_single_ebeam_in(i)= 200 175.000989544077 175.000999971447 479.507269200065 pbeam_in_file= /tmp/lumi_linker_directory/pbeam_in_linker_008 ndiv_pbeam_in,avg_energy_pbeam_in= 200 175.000001465366 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 1 174.999000005858 174.999009458052 528.977668595814 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 2 174.999009458052 174.999019697555 488.304972397751 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 3 174.999019697555 174.999030216846 475.317198448889 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 4 174.999030216846 174.999040786418 473.056040481552 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 5 174.999040786418 174.999050823989 498.128496901547 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 6 174.999050823989 174.999060822773 500.060826856216 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 7 174.999060822773 174.999071277955 478.231756357307 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 8 174.999071277955 174.999081060369 511.121270348383 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 9 174.999081060369 174.999091255228 490.443246092537 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 10 174.999091255228 174.999101527732 486.736237332337 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 11 174.999101527732 174.999111450793 503.876788339929 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 12 174.999111450793 174.999121646805 490.387822793834 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 13 174.999121646805 174.999132345592 467.342684429379 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 14 174.999132345592 174.999142307909 501.891285768940 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 15 174.999142307909 174.999152206338 505.130656896837 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 16 174.999152206338 174.999161794444 521.479452639351 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 17 174.999161794444 174.999172244893 478.448308580622 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 18 174.999172244893 174.999182273484 498.574531608422 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 19 174.999182273484 174.999192500826 488.885582133697 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 20 174.999192500826 174.999202292812 510.621677564937 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 21 174.999202292812 174.999212198822 504.744077759834 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 22 174.999212198822 174.999221478282 538.824426799908 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 23 174.999221478282 174.999231465747 500.627570501408 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 24 174.999231465747 174.999242346612 459.522259580167 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 25 174.999242346612 174.999251859723 525.590471418476 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 26 174.999251859723 174.999262159815 485.432529811442 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 27 174.999262159815 174.999272637307 477.213444004811 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 28 174.999272637307 174.999282652714 499.230832940241 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 29 174.999282652714 174.999292603602 502.467722343157 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 30 174.999292603602 174.999302659680 497.211746013077 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 31 174.999302659680 174.999313559475 458.724223678961 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 32 174.999313559475 174.999323949878 481.213298455184 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 33 174.999323949878 174.999334727292 463.933155756199 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 34 174.999334727292 174.999345038613 484.903918302955 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 35 174.999345038613 174.999354688033 518.165884193971 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 36 174.999354688033 174.999364538078 507.611863944989 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 37 174.999364538078 174.999374562810 498.766480196810 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 38 174.999374562810 174.999384765912 490.047026312216 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 39 174.999384765912 174.999394704334 503.097976179844 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 40 174.999394704334 174.999404346097 518.577373496817 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 41 174.999404346097 174.999414378109 498.404500441239 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 42 174.999414378109 174.999424962192 472.407472539713 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 43 174.999424962192 174.999435181887 489.251409941518 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 44 174.999435181887 174.999445899579 466.518335393202 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 45 174.999445899579 174.999454861701 557.903600206144 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 46 174.999454861701 174.999465236226 481.949782410714 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 47 174.999465236226 174.999475927206 467.683993128351 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 48 174.999475927206 174.999485532519 520.545232710227 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 49 174.999485532519 174.999495435147 504.916480226898 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 50 174.999495435147 174.999505085965 518.090798829046 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 51 174.999505085965 174.999514695983 520.290359539668 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 52 174.999514695983 174.999524107501 531.263959820538 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 53 174.999524107501 174.999533962748 507.343928861674 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 54 174.999533962748 174.999544108161 492.833551061263 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 55 174.999544108161 174.999554007420 505.088307331523 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 56 174.999554007420 174.999564666385 469.088705005691 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 57 174.999564666385 174.999574596221 503.532986852644 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 58 174.999574596221 174.999584309220 514.774056533216 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 59 174.999584309220 174.999594201006 505.469887889907 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 60 174.999594201006 174.999604994461 463.243715329299 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 61 174.999604994461 174.999614928731 503.308248134636 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 62 174.999614928731 174.999624326690 532.030399796839 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 63 174.999624326690 174.999634482945 492.307459514632 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 64 174.999634482945 174.999644842835 482.630594581710 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 65 174.999644842835 174.999654971843 493.631762877343 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 66 174.999654971843 174.999665075068 494.891486425152 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 67 174.999665075068 174.999675674062 471.742897766592 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 68 174.999675674062 174.999685913866 488.290598969240 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 69 174.999685913866 174.999695985953 496.421442121095 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 70 174.999695985953 174.999705996447 499.475825494134 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 71 174.999705996447 174.999715584480 521.483397562510 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 72 174.999715584480 174.999725392728 509.775042999673 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 73 174.999725392728 174.999735735457 483.431384642983 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 74 174.999735735457 174.999745560705 508.893043139045 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 75 174.999745560705 174.999755368343 509.806730765665 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 76 174.999755368343 174.999764621886 540.333563326376 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 77 174.999764621886 174.999774737088 494.305516927790 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 78 174.999774737088 174.999785081033 483.374575560176 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 79 174.999785081033 174.999795172549 495.465698764795 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 80 174.999795172549 174.999804779273 520.468803364640 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 81 174.999804779273 174.999814508597 513.910294612028 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 82 174.999814508597 174.999824326418 509.277979891861 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 83 174.999824326418 174.999833870313 523.895107148281 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 84 174.999833870313 174.999843897126 498.662962574765 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 85 174.999843897126 174.999853713507 509.352673695011 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 86 174.999853713507 174.999863152357 529.725553165780 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 87 174.999863152357 174.999872791740 518.705371212090 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 88 174.999872791740 174.999882298997 525.914076109575 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 89 174.999882298997 174.999892035133 513.550720775965 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 90 174.999892035133 174.999902116543 495.962368413585 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 91 174.999902116543 174.999911465593 534.813692570993 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 92 174.999911465593 174.999921047563 521.813417957808 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 93 174.999921047563 174.999931602599 473.707503994024 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 94 174.999931602599 174.999941314939 514.808972084843 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 95 174.999941314939 174.999951605626 485.876248396711 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 96 174.999951605626 174.999961274965 517.098407410360 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 97 174.999961274965 174.999970677056 531.796592590964 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 98 174.999970677056 174.999981060360 481.542303808144 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 99 174.999981060360 174.999990696072 518.903013124134 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 100 174.999990696072 175.000000685289 500.539730289841 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 101 175.000000685289 175.000009528521 565.404123945545 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 102 175.000009528521 175.000019718715 490.667801673045 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 103 175.000019718715 175.000030919752 446.387249348382 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 104 175.000030919752 175.000040674388 512.576801995243 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 105 175.000040674388 175.000051465638 463.338322694451 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 106 175.000051465638 175.000061864451 480.824127677113 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 107 175.000061864451 175.000071419125 523.304099898386 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 108 175.000071419125 175.000081448256 498.547642366607 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 109 175.000081448256 175.000091115454 517.212970943669 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 110 175.000091115454 175.000100605622 526.861047319444 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 111 175.000100605622 175.000110018825 531.168870585026 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 112 175.000110018825 175.000120206875 490.771014882078 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 113 175.000120206875 175.000130686968 477.095028286728 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 114 175.000130686968 175.000140537650 507.579043979903 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 115 175.000140537650 175.000150073899 524.315176408613 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 116 175.000150073899 175.000160207350 493.415312830162 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 117 175.000160207350 175.000169541195 535.684911360675 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 118 175.000169541195 175.000179674931 493.401468659794 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 119 175.000179674931 175.000190102356 479.504778099722 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 120 175.000190102356 175.000199151041 552.566488226391 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 121 175.000199151041 175.000210115659 456.012229801802 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 122 175.000210115659 175.000220705575 472.147257619306 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 123 175.000220705575 175.000230484452 511.306172894906 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 124 175.000230484452 175.000240357801 506.413757824822 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 125 175.000240357801 175.000250248674 505.516591010553 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 126 175.000250248674 175.000260200263 502.432291050853 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 127 175.000260200263 175.000269480009 538.807890850486 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 128 175.000269480009 175.000280149826 468.611570342054 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 129 175.000280149826 175.000289943029 510.558181750429 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 130 175.000289943029 175.000299882712 503.034146942315 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 131 175.000299882712 175.000309469538 521.549094252088 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 132 175.000309469538 175.000319309302 508.142225656684 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 133 175.000319309302 175.000328747784 529.746230974352 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 134 175.000328747784 175.000339146718 480.818514907743 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 135 175.000339146718 175.000349102760 502.207607426615 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 136 175.000349102760 175.000358720806 519.856132472031 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 137 175.000358720806 175.000368131756 531.295978290108 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 138 175.000368131756 175.000377504610 533.455410337677 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 139 175.000377504610 175.000387955194 478.442172112758 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 140 175.000387955194 175.000398797843 461.141930326102 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 141 175.000398797843 175.000408938709 493.054555422381 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 142 175.000408938709 175.000419450472 475.657573808421 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 143 175.000419450472 175.000429662240 489.631182543936 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 144 175.000429662240 175.000439951173 485.959027690024 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 145 175.000439951173 175.000450165418 489.512475701390 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 146 175.000450165418 175.000460117938 502.385302429512 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 147 175.000460117938 175.000469531766 531.133570474759 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 148 175.000469531766 175.000479834087 485.327523490658 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 149 175.000479834087 175.000489850977 499.156953602649 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 150 175.000489850977 175.000500543475 467.617546766709 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 151 175.000500543475 175.000510161401 519.862616834792 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 152 175.000510161401 175.000520127066 501.722646844170 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 153 175.000520127066 175.000529990504 506.922659799332 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 154 175.000529990504 175.000539881397 505.515529150011 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 155 175.000539881397 175.000549694868 509.503692680076 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 156 175.000549694868 175.000560351135 469.207485396958 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 157 175.000560351135 175.000570376174 498.751170396918 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 158 175.000570376174 175.000580410493 498.289891099630 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 159 175.000580410493 175.000589368695 558.147776761233 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 160 175.000589368695 175.000599682434 484.790238974562 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 161 175.000599682434 175.000609009471 536.075892539507 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 162 175.000609009471 175.000619496841 476.763952939950 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 163 175.000619496841 175.000629269016 511.656856235408 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 164 175.000629269016 175.000640079759 462.502884353171 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 165 175.000640079759 175.000650409181 484.054199530688 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 166 175.000650409181 175.000660008162 520.888594460534 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 167 175.000660008162 175.000669823370 509.413590959216 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 168 175.000669823370 175.000680251790 479.458990117095 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 169 175.000680251790 175.000690273414 498.921146738503 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 170 175.000690273414 175.000700046786 511.594163493994 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 171 175.000700046786 175.000710185711 493.148928207588 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 172 175.000710185711 175.000719940516 512.567912983578 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 173 175.000719940516 175.000729811369 506.541836994050 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 174 175.000729811369 175.000740030355 489.285335858485 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 175 175.000740030355 175.000749930350 505.050736576096 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 176 175.000749930350 175.000759943478 499.344451131391 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 177 175.000759943478 175.000769794274 507.573221219081 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 178 175.000769794274 175.000779169231 533.335743032728 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 179 175.000779169231 175.000789919287 465.113887237593 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 180 175.000789919287 175.000798860279 559.222075275906 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 181 175.000798860279 175.000808499686 518.704098752668 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 182 175.000808499686 175.000818747056 487.930039948822 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 183 175.000818747056 175.000828534146 510.877111036520 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 184 175.000828534146 175.000837893529 534.223226823572 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 185 175.000837893529 175.000847671173 511.370633807083 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 186 175.000847671173 175.000857435673 512.059019394353 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 187 175.000857435673 175.000867428741 500.346817406137 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 188 175.000867428741 175.000877760556 483.942075090422 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 189 175.000877760556 175.000887951386 490.637178550349 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 190 175.000887951386 175.000897196995 540.797257203689 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 191 175.000897196995 175.000907109601 504.408222168943 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 192 175.000907109601 175.000917134194 498.773359802442 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 193 175.000917134194 175.000927550069 480.036500627239 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 194 175.000927550069 175.000938111670 473.413081327960 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 195 175.000938111670 175.000948479358 482.267596845242 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 196 175.000948479358 175.000958710321 488.712519884391 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 197 175.000958710321 175.000968695325 500.750926152157 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 198 175.000968695325 175.000979277177 472.507096419538 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 199 175.000979277177 175.000989544077 487.001933346113 i,yl_pbeam_in(i),yu_pbeam_in(i),rho_single_pbeam_in(i)= 200 175.000989544077 175.000999971447 479.507269200065 photons_beam1_factor,photons_beam2_factor= 0.600937830236933 0.597176590151960 ncall,ii,prt_in,x_in,x,factor= 1 155 88 11 -11 0.774706014648260 0.435731810452565 1.00100692848753 0.999176906264888 1.15332223612304 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 1 175.169146729811 7.508712654271221E-003 0.941202929652036 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 1 174.855368755676 4.040013623949790E-003 0.146362090513009 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 135.561726465710 34.8865544235568 34.8865544235568 286.652735008779 598.727794209370 1068.49951802453 0.322077433258798 286.652735008779 9.334369049835180E-002 9.334369049835187E-002 111.376820055391 111.376820055391 37.3751723494987 37.3751723494987 0.345739958612937 ncall,ii,prt_in,x_in,x,factor= 2 15 102 11 -11 7.107557000800085E-002 0.508929018399845 0.964679214746346 0.999476807877861 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 2 168.730262082273 0.411883518906961 0.215114001600170 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 2 174.905915000069 3.216888925237527E-003 0.785803679968993 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 207.303450716837 0.197466772952611 0.197466772952611 0.624475307118285 1.21223374491029 0.815608431357308 2.819202369171401E-003 0.624475307118285 9.136791776837086E-003 9.136791776837086E-003 15.9875555753145 15.9875555753145 0.390919175666576 0.390919175666576 1.89072051291537 ncall,ii,prt_in,x_in,x,factor= 3 27 48 11 -11 0.134501816160312 0.238575368611312 0.984229728300749 0.996320411515860 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 3 172.086563989811 0.170642135980273 0.900363232062340 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 3 174.319179389025 5.159480075423062E-002 0.715073722262353 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 233.723248442144 9.837135532316143E-005 9.837135532316230E-005 0.135904869318028 0.171011320669036 0.178757702134728 3.521717166695993E-002 0.135904869318028 5.094575331442197E-003 5.094575331442197E-003 3.042921626011781E-002 3.042921626011781E-002 3.924028716528252E-002 3.924028716528252E-002 3.05498347903625 on entry to user_fragment call; ncount= 1 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.28636 -0.12323 45.88324 45.88430 0.00000 2 e+ 1 -11 0 0 0 -0.00220 -0.00062 -66.27506 66.27506 0.00000 3 nu_tau 1 16 0 0 0 -9.87518 -24.16556 -2.58924 26.23352 0.00000 4 tau+ 1 -15 0 0 0 5.72873 51.73470 -67.59812 85.33440 1.77700 5 d A 2 1 0 0 0 37.48043 6.26251 41.87015 56.54300 0.00000 6 ubar V 1 -2 0 0 0 -33.04541 -33.70781 46.59315 66.32599 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -2.11587 346.59627 346.58982 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 1 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.28636 -0.12323 45.88324 45.88430 0.00000 2 e+ 1 -11 0 0 0 -0.00220 -0.00062 -66.27506 66.27506 0.00000 3 nu_tau 1 16 0 0 0 -9.87518 -24.16556 -2.58924 26.23352 0.00000 4 tau+ 1 -15 0 0 0 5.72873 51.73470 -67.59812 85.33440 1.77700 5 d A 2 1 0 0 0 37.48043 6.26251 41.87015 56.54300 0.00000 6 ubar V 1 -2 0 0 0 -33.04541 -33.70781 46.59315 66.32599 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -2.11587 346.59627 346.58982 case 6 ptop= 0.000000D+00 xmw,gmw,xmz,gmz= 0.804500D+02 0.207115D+01 0.911880D+02 0.247813D+01 stw**2= 0.232000D+00 gwl,gwr= 0.353553D+00 0.000000D+00 ggl(1),ggr(1)= -0.802773D-01 -0.802773D-01 ggl(2),ggr(2)= 0.160555D+00 0.160555D+00 gzl(1),gzr(1)= -0.241150D+00 0.441221D-01 gzl(2),gzr(2)= 0.197028D+00 -0.882442D-01 ggl(6),ggr(6)= -0.240832D+00 -0.240832D+00 ggl(7),ggr(7)= 0.000000D+00 0.000000D+00 gzl(6),gzr(6)= -0.152906D+00 0.132366D+00 gzl(7),gzr(7)= 0.285272D+00 0.000000D+00 nqqqq,k(ifermion,2)= 1 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.110290D+03 0.821212D+02 0.806109D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.439595D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.439595D-05 0.100000D+01 0.100000D+01 0.439595D-05 i= 2 pij(5,:)= 0.110290D+03 0.379396D+02 0.119317D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.118547D+03 0.559820D+02 0.806109D+02 found w vertex, kl,asq(kl)= 3 0.439595D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.439595D-05 i= 4 pij(5,:)= 0.118547D+03 0.379396D+02 0.114214D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.422341D+02 0.559820D+02 0.119317D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.422341D+02 0.821212D+02 0.114214D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.439595D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 1 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.28636 -0.12323 45.88324 45.88430 0.00000 2 e+ 1 -11 0 0 0 -0.00220 -0.00062 -66.27506 66.27506 0.00000 3 nu_tau 1 16 0 0 0 -9.87518 -24.16556 -2.58924 26.23352 0.00000 4 (tau+) 11 -15 0 21 23 5.72873 51.73470 -67.59812 85.33440 1.77700 5 (d) A 11 1 0 7 7 37.48043 6.26251 41.87015 56.54300 0.00000 6 (ubar) V 11 -2 0 7 7 -33.04541 -33.70781 46.59315 66.32599 0.00000 7 (CMshower) 11 94 5 8 9 4.43502 -27.44529 88.46330 122.86899 80.61092 8 (d) A 11 1 7 10 11 37.18938 6.10837 41.85762 56.53883 4.92099 9 (ubar) V 11 -2 7 12 13 -32.75437 -33.55366 46.60568 66.33017 5.37629 10 (d) A 11 1 8 16 16 37.00340 5.55318 41.31334 55.73941 0.00000 11 (g) V 11 21 8 17 17 0.18598 0.55519 0.54427 0.79941 0.00000 12 (ubar) A 11 -2 9 14 15 -32.70809 -33.25177 45.66622 65.34231 2.95198 13 (g) V 11 21 9 18 18 -0.04628 -0.30190 0.93946 0.98786 0.00000 14 (ubar) A 11 -2 12 20 20 -31.88269 -31.88540 43.51687 62.66500 0.00000 15 (g) V 11 21 12 19 19 -0.82540 -1.36636 2.14936 2.67731 0.00000 16 (d) A 11 1 10 24 24 37.00340 5.55318 41.31334 55.73941 0.00000 17 (g) V 11 21 11 24 24 0.18598 0.55519 0.54427 0.79941 0.00000 18 (g) A 11 21 13 24 24 -0.04628 -0.30190 0.93946 0.98786 0.00000 19 (g) V 11 21 15 24 24 -0.82540 -1.36636 2.14936 2.67731 0.00000 20 (ubar) A 11 -2 14 24 24 -31.88269 -31.88540 43.51687 62.66500 0.00000 21 nu_taubar 1 -16 4 0 0 1.91401 11.62199 -15.58943 19.53880 0.01000 22 pi+ 1 211 4 0 0 3.46584 37.59491 -48.82550 61.71984 0.13957 23 (pi0) 11 111 4 36 37 0.34888 2.51780 -3.18319 4.07577 0.13496 24 (string) 11 92 16 25 35 4.43502 -27.44529 88.46330 122.86899 80.61092 25 pi- 1 -211 24 0 0 10.05070 1.29612 11.28828 15.17041 0.13957 26 (rho+) 11 213 24 38 39 18.81173 3.15923 20.70109 28.15500 0.55426 27 (K0) 11 311 24 40 40 1.90322 0.48489 2.11864 2.93150 0.49767 28 (K*-) 11 -323 24 41 42 2.22360 -0.32441 2.85381 3.73987 0.89038 29 (rho+) 11 213 24 43 44 0.41785 0.65542 1.86365 2.15850 0.76270 30 (K*0) 11 313 24 45 46 2.89181 -0.05955 3.96695 4.99332 0.91126 31 (K*-) 11 -323 24 47 48 0.12337 -0.38216 0.73930 1.22812 0.89468 32 (rho0) 11 113 24 49 50 -0.22363 -0.16364 0.30384 0.89105 0.79049 33 (rho+) 11 213 24 51 52 -3.95329 -3.92493 5.66978 7.98652 0.77745 34 (eta') 11 331 24 53 54 -5.59336 -5.52443 8.72299 11.78179 0.95654 35 pi- 1 -211 24 0 0 -22.21697 -22.66183 30.23497 43.83292 0.13957 36 gamma 1 22 23 0 0 0.14949 0.67538 -0.90264 1.13721 0.00000 37 gamma 1 22 23 0 0 0.19940 1.84242 -2.28055 2.93856 0.00000 38 pi+ 1 211 26 0 0 9.34000 1.32466 10.22114 13.90976 0.13957 39 (pi0) 11 111 26 55 56 9.47173 1.83457 10.47995 14.24524 0.13498 40 K_L0 1 130 27 0 0 1.90322 0.48489 2.11864 2.93150 0.49767 41 K- 1 -321 28 0 0 1.82823 -0.12544 1.93076 2.70733 0.49360 42 (pi0) 11 111 28 57 58 0.39537 -0.19897 0.92304 1.03254 0.13498 43 pi+ 1 211 29 0 0 -0.14609 0.11218 0.16740 0.28536 0.13957 44 (pi0) 11 111 29 59 60 0.56394 0.54324 1.69625 1.87313 0.13498 45 K+ 1 321 30 0 0 2.22647 0.09151 3.40148 4.09625 0.49360 46 pi- 1 -211 30 0 0 0.66534 -0.15106 0.56548 0.89707 0.13957 47 (Kbar0) 11 -311 31 61 61 0.08931 -0.31284 0.84758 1.03533 0.49767 48 pi- 1 -211 31 0 0 0.03405 -0.06933 -0.10828 0.19279 0.13957 49 pi- 1 -211 32 0 0 0.15978 0.09589 0.33333 0.40659 0.13957 50 pi+ 1 211 32 0 0 -0.38341 -0.25953 -0.02949 0.48447 0.13957 51 pi+ 1 211 33 0 0 -1.43727 -1.69027 2.68953 3.48939 0.13957 52 (pi0) 11 111 33 62 63 -2.51602 -2.23466 2.98025 4.49713 0.13498 53 gamma 1 22 34 0 0 -0.37597 -0.47462 0.60311 0.85461 0.00000 54 (rho0) 11 113 34 64 65 -5.21739 -5.04980 8.11988 10.92718 0.86545 55 gamma 1 22 39 0 0 2.46568 0.42364 2.67858 3.66522 0.00000 56 gamma 1 22 39 0 0 7.00604 1.41093 7.80137 10.58002 0.00000 57 gamma 1 22 42 0 0 0.26881 -0.19715 0.71731 0.79098 0.00000 58 gamma 1 22 42 0 0 0.12657 -0.00182 0.20573 0.24156 0.00000 59 gamma 1 22 44 0 0 0.23149 0.30230 0.90094 0.97809 0.00000 60 gamma 1 22 44 0 0 0.33245 0.24094 0.79532 0.89504 0.00000 61 (K_S0) 11 310 47 66 67 0.08931 -0.31284 0.84758 1.03533 0.49767 62 gamma 1 22 52 0 0 -1.33598 -1.23342 1.53313 2.37837 0.00000 63 gamma 1 22 52 0 0 -1.18004 -1.00124 1.44711 2.11876 0.00000 64 pi+ 1 211 54 0 0 -4.90373 -4.91242 7.72244 10.38431 0.13957 65 pi- 1 -211 54 0 0 -0.31367 -0.13738 0.39744 0.54286 0.13957 66 (pi0) 11 111 61 68 69 0.09242 -0.02535 0.04404 0.17130 0.13498 67 (pi0) 11 111 61 70 71 -0.00310 -0.28749 0.80354 0.86403 0.13498 68 gamma 1 22 66 0 0 -0.03250 -0.00298 -0.00885 0.03381 0.00000 69 gamma 1 22 66 0 0 0.12492 -0.02236 0.05288 0.13748 0.00000 70 gamma 1 22 67 0 0 -0.00323 -0.01972 0.00339 0.02027 0.00000 71 gamma 1 22 67 0 0 0.00013 -0.26777 0.80015 0.84377 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -2.11587 346.59628 346.58982 ncall,ii,prt_in,x_in,x,factor= 4 135 118 11 -11 0.670497482656657 0.588479220602180 1.00018755377007 0.999757774381570 1.04080299357445 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 4 175.032165694733 6.610086418930905E-003 9.949653133145375E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 4 174.955512069264 3.017791571352291E-003 0.695844120436035 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 257.097709653256 8.243541248224269E-004 8.243541248224252E-004 5.352522516068568E-003 5.696506477246163E-002 1.981052209960400E-002 0.647270027839383 5.352522516068568E-003 0.136991458951710 0.136991458951710 3.277220649589244E-003 3.277220649589244E-003 5.415683066270950E-003 5.415683066270950E-003 4.47294998265338 ncall,ii,prt_in,x_in,x,factor= 5 42 143 11 -11 0.208130047160690 0.713693191257070 0.993703892627189 1.00017965512143 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 5 173.858229635172 6.382177116697108E-002 0.626009432137970 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 5 175.029246370536 2.971334533498293E-003 0.738638251413931 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 205.965745396142 0.162620642796628 0.162620642796628 9.176412230710540E-002 0.542346683858459 0.324242655820984 196.594471677881 9.176412230710540E-002 27.3686710470510 27.3686710470510 1.362316582438208E-002 1.362316582438211E-002 1.946009612889086E-002 1.946009612889086E-002 1.84238845066443 ncall,ii,prt_in,x_in,x,factor= 6 44 11 11 -11 0.218638597652523 5.044767402074093E-002 0.994359719906874 0.952606927577284 1.18145204676018 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 6 173.978234116048 4.770838667937483E-002 0.727719530504693 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 6 166.652644016304 0.598311529781682 8.953480414818671E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 312.011741649624 0.233738730177531 0.233738730177531 0.244981856580876 0.428449890770945 0.347426125538216 7.93117618431354 0.244981856580877 2.37596111580984 2.37596111580984 3.099520991942219E-002 3.099520991942219E-002 6.805578773726423E-002 6.805578773726423E-002 9.70252927316850 ncall,ii,prt_in,x_in,x,factor= 7 179 112 11 -11 0.892598953175177 0.559888789770725 1.00221044507064 0.999658478860302 0.759504887202976 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 7 175.380838077968 1.152632924879526E-002 0.519790635035434 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 7 174.937249747326 3.053432682179391E-003 0.977757954145034 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 200.402799708850 2.755157339398076E-004 2.755157339398078E-004 0.198808739276913 0.468242952114532 2.850568125042790E-002 8.332218154165733E-002 0.198808739276913 4.197040554048230E-002 4.197040554048230E-002 7.133957935708733E-004 7.133957935708733E-004 3.041581867720774E-002 3.041581867720774E-002 1.65126337677510 ncall,ii,prt_in,x_in,x,factor= 8 57 80 11 -11 0.280463040889636 0.397130068420299 0.996389081785977 0.998984452488487 1.04080299357445 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 8 174.366492833200 1.725484137844546E-002 9.260817792716125E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 8 174.820368125506 4.489348413784455E-003 0.426013684059768 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 188.428671530453 3.579222619777623E-003 3.579222619777630E-003 0.694538207521045 0.225072445191279 6.847748753447469E-002 0.927198658754754 0.694538207521045 6.593106377909916E-002 6.593106377909916E-002 4.839637252443015E-003 4.839637252443015E-003 4.648253089787541E-002 4.648253089787541E-002 1.29059255592731 ncall,ii,prt_in,x_in,x,factor= 9 86 52 11 -11 0.427494725197823 0.259922050126657 0.998279794447166 0.997336538503632 0.984543372300153 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 9 174.694892320768 8.163565138289641E-003 0.498945039564646 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 9 174.499678878559 3.475870842299855E-002 0.984410025331471 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 196.003589946907 1.648906863981220E-002 1.648906863981220E-002 1.643955159691737E-004 2.907704538819128E-004 2.479379813476307E-005 12.9293586198152 1.643955159691737E-004 3.37514075982204 3.37514075982204 3.275243072748287E-004 3.275243072748287E-004 9.284307108977897E-005 9.284307108977771E-005 1.51097512331131 ncall,ii,prt_in,x_in,x,factor= 10 43 117 11 -11 0.210346055548689 0.580821819134535 0.993862505243734 0.999731758290932 1.26584147867163 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 10 173.922051406339 5.618270970984440E-002 6.921110973773636E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 10 174.952576696841 2.935372422911087E-003 0.164363826907064 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 87.3941358813976 5.26403778757954 5.26403778757954 2.219202314070892E-004 1.033355149438336E-003 1.714475815143913E-004 52.2662391006942 2.219202314070892E-004 137.072993772638 137.072993772638 5.531527096072778E-004 5.531527096072778E-004 1.964517057474420E-003 1.964517057474420E-003 5.972145516691349E-002 ncall,ii,prt_in,x_in,x,factor= 11 187 43 11 -11 0.933826472317487 0.213452383266532 1.00284374544213 0.994613572937876 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 11 175.485656555666 1.568071743801625E-002 0.765294463497384 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 11 174.008542900309 7.072479722219782E-002 0.690476653306476 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 270.753762058142 4.033239006830538E-003 4.033239006830538E-003 0.147683851942999 0.707764005851030 0.675148550027809 1.29325933578963 0.147683851942999 0.414346949335995 0.414346949335995 2.028464827976764E-002 2.028464827976764E-002 2.914896076805106E-002 2.914896076805106E-002 5.50172919491492 on entry to user_fragment call; ncount= 2 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00159 0.00045 64.77562 64.77562 0.00000 2 e+ 1 -11 0 0 0 -0.01510 0.01525 -8.53563 8.53566 0.00000 3 nu_tau 1 16 0 0 0 -56.02402 -67.34089 31.27313 93.01342 0.00000 4 tau+ 1 -15 0 0 0 21.63204 -22.91464 -11.82071 33.70331 1.77700 5 d A 2 1 0 0 0 52.78568 19.35917 -37.63226 67.65569 0.00000 6 ubar V 1 -2 0 0 0 -18.38019 70.88066 -36.61987 81.87133 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 1.44028 349.55503 349.55206 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 2 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00159 0.00045 64.77562 64.77562 0.00000 2 e+ 1 -11 0 0 0 -0.01510 0.01525 -8.53563 8.53566 0.00000 3 nu_tau 1 16 0 0 0 -56.02402 -67.34089 31.27313 93.01342 0.00000 4 tau+ 1 -15 0 0 0 21.63204 -22.91464 -11.82071 33.70331 1.77700 5 d A 2 1 0 0 0 52.78568 19.35917 -37.63226 67.65569 0.00000 6 ubar V 1 -2 0 0 0 -18.38019 70.88066 -36.61987 81.87133 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 1.44028 349.55503 349.55206 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 2 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.470277D+02 0.796860D+02 0.867063D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.111465D-06 i,p12,asq(1),asq(2),asq(3)= 1 0.111465D-06 0.100000D+01 0.100000D+01 0.111465D-06 i= 2 pij(5,:)= 0.470277D+02 0.158138D+03 0.477222D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.768167D+02 0.460662D+02 0.867063D+02 found w vertex, kl,asq(kl)= 3 0.111465D-06 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.111465D-06 i= 4 pij(5,:)= 0.768167D+02 0.158138D+03 0.226615D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.123898D+03 0.460662D+02 0.477222D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.123898D+03 0.796860D+02 0.226615D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.111465D-06 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 2 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00159 0.00045 64.77562 64.77562 0.00000 2 e+ 1 -11 0 0 0 -0.01510 0.01525 -8.53563 8.53566 0.00000 3 nu_tau 1 16 0 0 0 -56.02402 -67.34089 31.27313 93.01342 0.00000 4 (tau+) 11 -15 0 45 47 21.63204 -22.91464 -11.82071 33.70331 1.77700 5 (d) A 11 1 0 7 7 52.78568 19.35917 -37.63226 67.65569 0.00000 6 (ubar) V 11 -2 0 7 7 -18.38019 70.88066 -36.61987 81.87133 0.00000 7 (CMshower) 11 94 5 8 9 34.40549 90.23983 -74.25213 149.52702 86.70632 8 (d) A 11 1 7 10 11 48.12360 20.27684 -35.99169 65.24906 15.32993 9 (ubar) V 11 -2 7 12 13 -13.71811 69.96300 -38.26045 84.27796 23.57767 10 (d) A 11 1 8 14 15 40.01689 10.90417 -27.17647 49.99193 6.35454 11 (g) V 11 21 8 16 17 8.10672 9.37267 -8.81522 15.25713 1.22727 12 (ubar) A 11 -2 9 18 19 -16.94548 68.99587 -37.30710 80.77652 9.24378 13 (g) V 11 21 9 38 38 3.22737 0.96713 -0.95335 3.50145 0.00000 14 (d) A 11 1 10 20 21 38.39811 10.47982 -27.04831 48.31355 4.28331 15 (g) V 11 21 10 35 35 1.61878 0.42435 -0.12816 1.67838 0.00000 16 (g) A 11 21 11 36 36 2.88208 3.62319 -3.99051 6.11213 0.00000 17 (g) V 11 21 11 37 37 5.22463 5.74948 -4.82471 9.14500 0.00000 18 (ubar) A 11 -2 12 22 23 -17.56246 67.72261 -36.69435 79.23467 6.07170 19 (g) V 11 21 12 39 39 0.61698 1.27326 -0.61275 1.54185 0.00000 20 (d) A 11 1 14 24 25 37.19167 10.49810 -25.46897 46.32606 2.00108 21 (g) V 11 21 14 34 34 1.20643 -0.01828 -1.57934 1.98749 0.00000 22 (ubar) A 11 -2 18 26 27 -17.84222 66.37858 -36.04929 77.71784 4.00622 23 (g) V 11 21 18 40 40 0.27976 1.34403 -0.64505 1.51683 0.00000 24 (d) A 11 1 20 32 32 3.63717 1.63446 -2.82169 4.88491 0.00000 25 (g) V 11 21 20 33 33 33.55451 8.86364 -22.64728 41.44114 0.00000 26 (ubar) A 11 -2 22 28 29 -16.56979 63.44047 -34.75462 74.26418 2.83436 27 (g) V 11 21 22 41 41 -1.27242 2.93812 -1.29467 3.45366 0.00000 28 (ubar) A 11 -2 26 30 31 -15.38927 60.60455 -33.28214 70.85767 1.83529 29 (g) V 11 21 26 42 42 -1.18052 2.83592 -1.47249 3.40651 0.00000 30 (ubar) A 11 -2 28 44 44 -12.86767 50.83942 -28.66774 59.76674 0.00000 31 (g) V 11 21 28 43 43 -2.52160 9.76513 -4.61439 11.09093 0.00000 32 (d) A 11 1 24 48 48 3.63717 1.63446 -2.82169 4.88491 0.00000 33 (g) V 11 21 25 48 48 33.55451 8.86364 -22.64728 41.44114 0.00000 34 (g) A 11 21 21 48 48 1.20643 -0.01828 -1.57934 1.98749 0.00000 35 (g) V 11 21 15 48 48 1.61878 0.42435 -0.12816 1.67838 0.00000 36 (g) A 11 21 16 48 48 2.88208 3.62319 -3.99051 6.11213 0.00000 37 (g) V 11 21 17 48 48 5.22463 5.74948 -4.82471 9.14500 0.00000 38 (g) A 11 21 13 48 48 3.22737 0.96713 -0.95335 3.50145 0.00000 39 (g) V 11 21 19 48 48 0.61698 1.27326 -0.61275 1.54185 0.00000 40 (g) A 11 21 23 48 48 0.27976 1.34403 -0.64505 1.51683 0.00000 41 (g) V 11 21 27 48 48 -1.27242 2.93812 -1.29467 3.45366 0.00000 42 (g) A 11 21 29 48 48 -1.18052 2.83592 -1.47249 3.40651 0.00000 43 (g) V 11 21 31 48 48 -2.52160 9.76513 -4.61439 11.09093 0.00000 44 (ubar) A 11 -2 30 48 48 -12.86767 50.83942 -28.66774 59.76674 0.00000 45 nu_taubar 1 -16 4 0 0 9.56461 -10.99481 -5.45912 15.56181 0.01000 46 pi+ 1 211 4 0 0 1.91677 -2.24720 -1.35481 3.25252 0.13957 47 (pi0) 11 111 4 65 66 10.15066 -9.67264 -5.00678 14.88899 0.13496 48 (string) 11 92 32 49 64 34.40549 90.23983 -74.25213 149.52702 86.70632 49 (rho-) 11 -213 48 67 68 11.47448 2.79438 -8.00281 14.28871 0.80629 50 (pi0) 11 111 48 69 70 16.49455 5.46213 -11.25953 20.70508 0.13498 51 (rho+) 11 213 48 71 72 4.39796 0.52976 -3.57928 5.75334 0.81664 52 (K0) 11 311 48 73 73 5.28513 1.82543 -2.55903 6.16937 0.49767 53 (eta) 11 221 48 74 75 2.17006 0.68179 -2.01321 3.08654 0.54745 54 (Kbar0) 11 -311 48 76 76 3.12025 2.39382 -3.60324 5.35699 0.49767 55 (rho0) 11 113 48 77 78 1.10235 1.33668 -0.69029 2.06459 0.88551 56 (rho-) 11 -213 48 79 80 2.69402 2.92127 -2.18159 4.55074 0.39788 57 pi+ 1 211 48 0 0 -0.11252 0.40268 -0.01943 0.44122 0.13957 58 (K0) 11 311 48 81 81 3.36978 3.62422 -3.09181 5.85639 0.49767 59 (K*bar0) 11 -313 48 82 83 1.72986 0.72274 -0.51563 2.12275 0.85173 60 (K0) 11 311 48 84 84 -0.62798 1.62796 -0.67011 1.93425 0.49767 61 (K*bar0) 11 -313 48 85 86 -0.39161 4.73329 -2.70122 5.53452 0.88141 62 (omega) 11 223 48 87 89 -3.08076 9.30794 -4.64314 10.87625 0.77793 63 (eta) 11 221 48 90 91 -1.93817 8.50395 -4.25304 9.71914 0.54745 64 (rho-) 11 -213 48 92 93 -11.28192 43.37179 -24.46876 51.06715 0.86030 65 gamma 1 22 47 0 0 9.51761 -9.10458 -4.72393 13.99263 0.00000 66 gamma 1 22 47 0 0 0.63306 -0.56806 -0.28285 0.89635 0.00000 67 pi- 1 -211 49 0 0 11.15567 2.70633 -7.76055 13.85709 0.13957 68 (pi0) 11 111 49 94 95 0.31880 0.08805 -0.24226 0.43162 0.13498 69 gamma 1 22 50 0 0 10.53919 3.55064 -7.17104 13.23273 0.00000 70 gamma 1 22 50 0 0 5.95536 1.91149 -4.08849 7.47234 0.00000 71 pi+ 1 211 51 0 0 3.60182 0.62258 -2.63933 4.51068 0.13957 72 (pi0) 11 111 51 96 97 0.79614 -0.09282 -0.93996 1.24266 0.13498 73 K_L0 1 130 52 0 0 5.28513 1.82543 -2.55903 6.16937 0.49767 74 gamma 1 22 53 0 0 0.00207 -0.01636 0.02509 0.03003 0.00000 75 gamma 1 22 53 0 0 2.16799 0.69815 -2.03830 3.05651 0.00000 76 (K_S0) 11 310 54 98 99 3.12025 2.39382 -3.60324 5.35699 0.49767 77 pi- 1 -211 55 0 0 1.10551 1.37065 -0.73626 1.91374 0.13957 78 pi+ 1 211 55 0 0 -0.00316 -0.03397 0.04597 0.15085 0.13957 79 pi- 1 -211 56 0 0 0.59453 0.59880 -0.37796 0.93508 0.13957 80 (pi0) 11 111 56 100 101 2.09949 2.32247 -1.80364 3.61566 0.13498 81 (K_S0) 11 310 58 102 103 3.36978 3.62422 -3.09181 5.85639 0.49767 82 (Kbar0) 11 -311 59 104 104 0.80449 0.58932 -0.28301 1.14991 0.49767 83 (pi0) 11 111 59 105 106 0.92537 0.13342 -0.23262 0.97285 0.13498 84 (K_S0) 11 310 60 107 108 -0.62798 1.62796 -0.67011 1.93425 0.49767 85 K- 1 -321 61 0 0 -0.21818 4.28615 -2.53097 5.00680 0.49360 86 pi+ 1 211 61 0 0 -0.17342 0.44715 -0.17025 0.52771 0.13957 87 pi- 1 -211 62 0 0 -0.99930 3.24550 -1.85035 3.86977 0.13957 88 pi+ 1 211 62 0 0 -0.27970 0.96127 -0.35885 1.07262 0.13957 89 (pi0) 11 111 62 109 110 -1.80177 5.10118 -2.43395 5.93386 0.13498 90 gamma 1 22 63 0 0 -1.46115 7.19839 -3.68284 8.21676 0.00000 91 gamma 1 22 63 0 0 -0.47702 1.30556 -0.57021 1.50239 0.00000 92 pi- 1 -211 64 0 0 -2.57398 8.91793 -5.30162 10.69026 0.13957 93 (pi0) 11 111 64 111 112 -8.70794 34.45386 -19.16714 40.37690 0.13498 94 gamma 1 22 68 0 0 0.31585 0.08268 -0.25709 0.41557 0.00000 95 gamma 1 22 68 0 0 0.00295 0.00537 0.01484 0.01605 0.00000 96 gamma 1 22 72 0 0 0.26241 0.02891 -0.34037 0.43075 0.00000 97 gamma 1 22 72 0 0 0.53373 -0.12173 -0.59959 0.81191 0.00000 98 pi- 1 -211 76 0 0 0.75817 0.39628 -0.82905 1.19944 0.13957 99 pi+ 1 211 76 0 0 2.36207 1.99754 -2.77419 4.15754 0.13957 100 gamma 1 22 80 0 0 1.84649 1.99783 -1.60554 3.15889 0.00000 101 gamma 1 22 80 0 0 0.25300 0.32464 -0.19810 0.45678 0.00000 102 pi- 1 -211 81 0 0 0.34073 0.38778 -0.26176 0.59537 0.13957 103 pi+ 1 211 81 0 0 3.02905 3.23644 -2.83004 5.26101 0.13957 104 K_L0 1 130 82 0 0 0.80449 0.58932 -0.28301 1.14991 0.49767 105 gamma 1 22 83 0 0 0.20733 -0.02066 -0.07722 0.22221 0.00000 106 gamma 1 22 83 0 0 0.71803 0.15408 -0.15539 0.75064 0.00000 107 pi+ 1 211 84 0 0 -0.59185 1.27905 -0.40522 1.47307 0.13957 108 pi- 1 -211 84 0 0 -0.03613 0.34891 -0.26489 0.46118 0.13957 109 gamma 1 22 89 0 0 -1.28346 3.50573 -1.62919 4.07329 0.00000 110 gamma 1 22 89 0 0 -0.51830 1.59545 -0.80476 1.86057 0.00000 111 gamma 1 22 93 0 0 -6.73955 26.57826 -14.84829 31.18168 0.00000 112 gamma 1 22 93 0 0 -1.96839 7.87560 -4.31885 9.19522 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 1.44028 349.55503 349.55206 ncall,ii,prt_in,x_in,x,factor= 12 164 52 11 -11 0.817204361039232 0.257341729279333 1.00138662992953 0.997234037224524 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 12 175.239103543361 8.070732608700837E-003 0.440872207846354 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 12 174.499678878559 3.475870842299855E-002 0.468345855866694 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 180.623375260375 0.240466498960145 0.240466498960145 111.494803585199 115.222054833946 5.39618044728128 0.100277700877966 111.494803585199 1.069410999173957E-003 1.069410999173959E-003 0.713007268620938 0.713007268620938 10.0229927026967 10.0229927026967 1.08967509504660 ncall,ii,prt_in,x_in,x,factor= 13 146 43 11 -11 0.725390999023361 0.213785743346552 1.00060538949897 0.994640517879435 1.26584147867163 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 13 175.105404769216 6.903589585249392E-003 7.819980467229470E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 13 174.008542900309 7.072479722219782E-002 0.757148669310432 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 202.859777169410 7.536330634092890E-004 7.536330634092834E-004 0.367436581039499 0.614977305262900 0.368093394827171 0.114075843013960 0.367436581039499 4.340451982326927E-002 4.340451982326927E-002 0.108620846676733 0.108620846676733 5.907332941545466E-002 5.907332941545466E-002 1.73374406420076 ncall,ii,prt_in,x_in,x,factor= 14 105 49 11 -11 0.521532415847016 0.244498211987558 0.999065544610422 0.996645097344227 0.618855834017239 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 14 174.834399246973 6.762276216448981E-003 0.306483169403279 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 14 174.370774189779 4.681783120366845E-002 0.899642397511585 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 164.848389385798 3.938184992542521E-002 3.938184992542521E-002 13.0619217401743 13.6278467561841 24.6783760405947 5.791691734895420E-002 13.0619217401743 1.679032941153433E-002 1.679032941153435E-002 1.55054593851053 1.55054593851053 1.32141817187178 1.32141817187178 0.756031766969543 ncall,ii,prt_in,x_in,x,factor= 15 25 197 11 -11 0.122836633818265 0.983073925449740 0.981788105051896 1.00181932113657 1.20958185739733 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 15 171.698762036348 0.201220520035548 0.567326763652908 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 15 175.305744484283 2.055707409897423E-002 0.614785089948043 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 176.611007361661 6.593030598450393E-002 6.593030598450393E-002 72.9251159106081 182.846106284270 156.073492220689 5.508327902654027E-003 72.9251159106081 1.106592800166190E-003 1.106592800166185E-003 16.2111448663612 16.2111448663612 14.3878720873693 14.3878720873693 0.996029683860361 ncall,ii,prt_in,x_in,x,factor= 16 174 151 11 -11 0.868761902855041 0.752800114924139 1.00191985807073 1.00031701867307 1.20958185739733 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 16 175.328599854294 9.804581016283009E-003 0.752380571008160 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 16 175.053755213275 3.079374219339570E-003 0.560022984827782 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 216.513384627730 3.034133400091042E-003 3.034133400091042E-003 0.170244738316483 0.244333415532846 0.612936884305951 3.88971551647280 0.170244738316483 0.323158051509399 0.323158051509399 2.530323125456859E-002 2.530323125456859E-002 9.340036748808620E-003 9.340036748808620E-003 2.24978080647455 ncall,ii,prt_in,x_in,x,factor= 17 70 108 11 -11 0.348807061513524 0.538565063281640 0.997449214644693 0.999584147252023 1.09706261484874 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 17 174.545591574518 1.053627568541060E-002 0.761412302704827 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 17 174.925011795683 3.107151265169250E-003 0.713012656328061 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 193.383399151344 1.716968215255374E-004 1.716968215255389E-004 6.631111445391112E-002 0.277671146320979 0.251639977582886 0.146491166521526 6.631111445391112E-002 3.047814830165219E-002 3.047814830165219E-002 3.649098501935999E-002 3.649098501935999E-002 1.646811758666986E-002 1.646811758666986E-002 1.43178553155895 on entry to user_fragment call; ncount= 3 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00303 -0.00454 46.21698 46.21698 0.00000 2 e+ 1 -11 0 0 0 0.00033 0.00008 -102.07753 102.07753 0.00000 3 nu_tau 1 16 0 0 0 -39.47052 -31.47894 -19.43202 54.09667 0.00000 4 tau+ 1 -15 0 0 0 33.86294 -1.42870 2.02129 33.99975 1.77700 5 d A 2 1 0 0 0 28.71006 -9.54631 6.47570 30.94082 0.00000 6 ubar V 1 -2 0 0 0 -23.10584 42.45842 66.42195 82.14909 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.37361 349.48084 349.48064 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 3 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00303 -0.00454 46.21698 46.21698 0.00000 2 e+ 1 -11 0 0 0 0.00033 0.00008 -102.07753 102.07753 0.00000 3 nu_tau 1 16 0 0 0 -39.47052 -31.47894 -19.43202 54.09667 0.00000 4 tau+ 1 -15 0 0 0 33.86294 -1.42870 2.02129 33.99975 1.77700 5 d A 2 1 0 0 0 28.71006 -9.54631 6.47570 30.94082 0.00000 6 ubar V 1 -2 0 0 0 -23.10584 42.45842 66.42195 82.14909 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.37361 349.48084 349.48064 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 3 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.137371D+03 0.796460D+02 0.797537D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.310879D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.310879D-05 0.100000D+01 0.100000D+01 0.310879D-05 i= 2 pij(5,:)= 0.137371D+03 0.110989D+03 0.104522D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.543952D+02 0.841249D+02 0.797537D+02 found w vertex, kl,asq(kl)= 3 0.310879D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.310879D-05 i= 4 pij(5,:)= 0.543952D+02 0.110989D+03 0.874000D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.381346D+02 0.841249D+02 0.104522D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.381346D+02 0.796460D+02 0.874000D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.310879D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 3 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00303 -0.00454 46.21698 46.21698 0.00000 2 e+ 1 -11 0 0 0 0.00033 0.00008 -102.07753 102.07753 0.00000 3 nu_tau 1 16 0 0 0 -39.47052 -31.47894 -19.43202 54.09667 0.00000 4 (tau+) 11 -15 0 48 51 33.86294 -1.42870 2.02129 33.99975 1.77700 5 (d) A 11 1 0 7 7 28.71006 -9.54631 6.47570 30.94082 0.00000 6 (ubar) V 11 -2 0 7 7 -23.10584 42.45842 66.42195 82.14909 0.00000 7 (CMshower) 11 94 5 8 9 5.60423 32.91211 72.89766 113.08991 79.75365 8 (d) A 11 1 7 10 11 19.30521 -6.29671 4.60654 21.18203 3.88829 9 (ubar) V 11 -2 7 12 13 -13.70098 39.20882 68.29111 91.90787 45.36885 10 (d) A 11 1 8 14 15 19.04225 -6.03603 4.23181 20.65523 3.11276 11 (g) V 11 21 8 38 38 0.26296 -0.26068 0.37473 0.52681 0.00000 12 (ubar) A 11 -2 9 16 17 5.04362 25.46060 13.74974 30.60441 8.59619 13 (g) V 11 21 9 18 19 -18.74460 13.74822 54.54137 61.30346 15.58781 14 (d) A 11 1 10 34 34 0.39245 -0.46776 0.02706 0.61119 0.00000 15 (g) V 11 21 10 20 21 18.64980 -5.56827 4.20476 20.04404 2.29412 16 (ubar) A 11 -2 12 47 47 -1.59823 11.28865 7.57872 13.69032 0.00000 17 (g) V 11 21 12 22 23 6.64185 14.17195 6.17103 16.91409 1.74547 18 (g) A 11 21 13 24 25 -16.20957 9.86402 52.59599 56.05025 3.90433 19 (g) V 11 21 13 26 27 -2.53503 3.88420 1.94538 5.25321 1.51603 20 (g) A 11 21 15 35 35 2.68753 -0.52101 1.19184 2.98576 0.00000 21 (g) V 11 21 15 28 29 15.96227 -5.04726 3.01292 17.05828 1.28005 22 (g) A 11 21 17 46 46 1.90932 5.59079 1.73621 6.15767 0.00000 23 (g) V 11 21 17 45 45 4.73252 8.58116 4.43482 10.75643 0.00000 24 (g) A 11 21 18 44 44 -0.25922 0.32938 0.31216 0.52262 0.00000 25 (g) V 11 21 18 30 31 -15.95035 9.53464 52.28383 55.52763 2.09668 26 (g) A 11 21 19 39 39 -1.86691 1.73972 0.55486 2.61149 0.00000 27 (g) V 11 21 19 40 40 -0.66812 2.14447 1.39053 2.64173 0.00000 28 (g) A 11 21 21 36 36 7.04075 -2.29418 1.97623 7.66426 0.00000 29 (g) V 11 21 21 37 37 8.92152 -2.75308 1.03669 9.39402 0.00000 30 (g) A 11 21 25 41 41 -0.50273 0.04445 1.64601 1.72165 0.00000 31 (g) V 11 21 25 32 33 -15.44762 9.49019 50.63782 53.80598 1.48420 32 (g) A 11 21 31 43 43 -2.09344 0.85206 7.30380 7.64552 0.00000 33 (g) V 11 21 31 42 42 -13.35418 8.63812 43.33401 46.16046 0.00000 34 (d) A 11 1 14 52 52 0.39245 -0.46776 0.02706 0.61119 0.00000 35 (g) V 11 21 20 52 52 2.68753 -0.52101 1.19184 2.98576 0.00000 36 (g) A 11 21 28 52 52 7.04075 -2.29418 1.97623 7.66426 0.00000 37 (g) V 11 21 29 52 52 8.92152 -2.75308 1.03669 9.39402 0.00000 38 (g) A 11 21 11 52 52 0.26296 -0.26068 0.37473 0.52681 0.00000 39 (g) V 11 21 26 52 52 -1.86691 1.73972 0.55486 2.61149 0.00000 40 (g) A 11 21 27 52 52 -0.66812 2.14447 1.39053 2.64173 0.00000 41 (g) V 11 21 30 52 52 -0.50273 0.04445 1.64601 1.72165 0.00000 42 (g) A 11 21 33 52 52 -13.35418 8.63812 43.33401 46.16046 0.00000 43 (g) V 11 21 32 52 52 -2.09344 0.85206 7.30380 7.64552 0.00000 44 (g) A 11 21 24 52 52 -0.25922 0.32938 0.31216 0.52262 0.00000 45 (g) V 11 21 23 52 52 4.73252 8.58116 4.43482 10.75643 0.00000 46 (g) A 11 21 22 52 52 1.90932 5.59079 1.73621 6.15767 0.00000 47 (ubar) V 11 -2 16 52 52 -1.59823 11.28865 7.57872 13.69032 0.00000 48 nu_taubar 1 -16 4 0 0 3.50386 -0.60468 0.27001 3.56591 0.00999 49 (pi0) 11 111 4 81 82 2.28620 -0.21246 0.11393 2.30283 0.13496 50 (pi0) 11 111 4 83 84 5.04043 0.00184 0.31378 5.05200 0.13496 51 pi+ 1 211 4 0 0 23.03244 -0.61341 1.32357 23.07901 0.13957 52 (string) 11 92 34 53 80 5.60423 32.91211 72.89766 113.08991 79.75365 53 (rho0) 11 113 52 85 86 2.59684 -0.77548 0.72126 2.87290 0.62321 54 (pi0) 11 111 52 87 88 5.69098 -2.86349 1.26439 6.49644 0.13498 55 (pi0) 11 111 52 89 90 4.21427 -0.76109 1.27223 4.46947 0.13498 56 (eta) 11 221 52 91 93 4.73920 -0.23855 0.18620 4.78031 0.54745 57 pi- 1 -211 52 0 0 -0.08190 -0.59685 0.70509 0.93785 0.13957 58 (rho0) 11 113 52 94 95 0.45546 -0.05684 0.13777 0.89201 0.75235 59 (rho+) 11 213 52 96 97 0.81360 -0.38202 0.43343 1.23018 0.71944 60 pi- 1 -211 52 0 0 -0.67087 1.43946 0.78769 1.77821 0.13957 61 (omega) 11 223 52 98 100 0.10975 0.17859 0.57467 0.99431 0.78388 62 (pi0) 11 111 52 101 102 -0.21584 0.25851 -0.18068 0.40532 0.13498 63 pi+ 1 211 52 0 0 -1.35185 0.39396 1.61961 2.15066 0.13957 64 pi- 1 -211 52 0 0 -1.14631 1.77138 3.07818 3.73450 0.13957 65 (pi0) 11 111 52 103 104 -2.93598 2.36417 12.04344 12.62030 0.13498 66 (pi0) 11 111 52 105 106 -2.07351 0.70708 3.71121 4.31169 0.13498 67 (rho0) 11 113 52 107 108 -1.40933 0.99405 6.32536 6.59367 0.70144 68 pi+ 1 211 52 0 0 -3.64662 1.87330 11.82976 12.52077 0.13957 69 (omega) 11 223 52 109 111 -1.37836 1.70812 6.10767 6.53557 0.76970 70 pi- 1 -211 52 0 0 -1.24636 0.26484 2.48518 2.79628 0.13957 71 K+ 1 321 52 0 0 -0.14395 0.72985 1.04437 1.37395 0.49360 72 (K*bar0) 11 -313 52 112 113 -0.33986 0.69055 1.71132 2.08199 0.90206 73 (omega) 11 223 52 114 116 -0.66365 0.43467 2.51029 2.74614 0.78126 74 (rho0) 11 113 52 117 118 0.45937 0.81093 1.26310 1.76176 0.79983 75 (pi0) 11 111 52 119 120 0.96810 1.53564 0.59005 1.91357 0.13498 76 (rho-) 11 -213 52 121 122 0.59157 2.52708 1.72419 3.28139 1.02888 77 (omega) 11 223 52 123 125 2.41521 5.21327 2.39519 6.27387 0.78295 78 pi+ 1 211 52 0 0 0.59235 0.48593 0.04116 0.77986 0.13957 79 pi- 1 -211 52 0 0 -0.72250 12.25784 6.74160 14.00876 0.13957 80 (omega) 11 223 52 126 128 -0.01560 1.94721 1.77391 2.74819 0.78353 81 gamma 1 22 49 0 0 0.73875 -0.10982 -0.01111 0.74695 0.00000 82 gamma 1 22 49 0 0 1.54745 -0.10264 0.12505 1.55588 0.00000 83 gamma 1 22 50 0 0 0.56135 0.01146 -0.00601 0.56150 0.00000 84 gamma 1 22 50 0 0 4.47908 -0.00961 0.31979 4.49050 0.00000 85 pi- 1 -211 53 0 0 0.11215 -0.08050 0.03398 0.19923 0.13957 86 pi+ 1 211 53 0 0 2.48468 -0.69498 0.68728 2.67367 0.13957 87 gamma 1 22 54 0 0 3.54395 -1.82317 0.73510 4.05264 0.00000 88 gamma 1 22 54 0 0 2.14704 -1.04032 0.52928 2.44381 0.00000 89 gamma 1 22 55 0 0 1.71684 -0.26014 0.46937 1.79875 0.00000 90 gamma 1 22 55 0 0 2.49743 -0.50095 0.80286 2.67071 0.00000 91 gamma 1 22 56 0 0 0.91052 -0.15635 0.08918 0.92814 0.00000 92 pi- 1 -211 56 0 0 0.95828 -0.01679 0.13149 0.97742 0.13957 93 pi+ 1 211 56 0 0 2.87041 -0.06541 -0.03446 2.87475 0.13957 94 pi- 1 -211 58 0 0 0.06933 -0.04473 0.38141 0.41444 0.13957 95 pi+ 1 211 58 0 0 0.38613 -0.01211 -0.24364 0.47758 0.13957 96 pi+ 1 211 59 0 0 0.76688 -0.53106 0.38059 1.01708 0.13957 97 (pi0) 11 111 59 129 130 0.04672 0.14904 0.05284 0.21309 0.13498 98 pi- 1 -211 61 0 0 0.08034 0.06037 0.06689 0.18453 0.13957 99 pi+ 1 211 61 0 0 -0.18154 -0.02612 0.00583 0.23055 0.13957 100 (pi0) 11 111 61 131 132 0.21095 0.14434 0.50196 0.57924 0.13498 101 gamma 1 22 62 0 0 -0.09181 0.20667 -0.13478 0.26326 0.00000 102 gamma 1 22 62 0 0 -0.12404 0.05184 -0.04589 0.14205 0.00000 103 gamma 1 22 65 0 0 -1.01694 0.89857 4.27129 4.48168 0.00000 104 gamma 1 22 65 0 0 -1.91904 1.46560 7.77216 8.13862 0.00000 105 gamma 1 22 66 0 0 -0.92524 0.37154 1.76840 2.03011 0.00000 106 gamma 1 22 66 0 0 -1.14827 0.33554 1.94281 2.28158 0.00000 107 pi+ 1 211 67 0 0 -0.03317 0.02594 0.89844 0.91019 0.13957 108 pi- 1 -211 67 0 0 -1.37616 0.96811 5.42691 5.68348 0.13957 109 pi- 1 -211 69 0 0 -0.12886 0.25106 1.11090 1.15465 0.13957 110 pi+ 1 211 69 0 0 -1.01935 1.37398 4.34488 4.67165 0.13957 111 (pi0) 11 111 69 133 134 -0.23015 0.08307 0.65189 0.70926 0.13498 112 K- 1 -321 72 0 0 -0.35227 0.73704 1.67830 1.93072 0.49360 113 pi+ 1 211 72 0 0 0.01241 -0.04649 0.03302 0.15128 0.13957 114 pi+ 1 211 73 0 0 -0.30291 -0.06672 0.67864 0.75910 0.13957 115 pi- 1 -211 73 0 0 -0.03462 0.25865 0.43461 0.52580 0.13957 116 (pi0) 11 111 73 135 136 -0.32611 0.24275 1.39704 1.46124 0.13498 117 pi- 1 -211 74 0 0 0.48577 0.44475 1.18263 1.36083 0.13957 118 pi+ 1 211 74 0 0 -0.02639 0.36618 0.08048 0.40093 0.13957 119 gamma 1 22 75 0 0 0.18143 0.19965 0.07815 0.28086 0.00000 120 gamma 1 22 75 0 0 0.78667 1.33598 0.51190 1.63271 0.00000 121 pi- 1 -211 76 0 0 0.11029 0.06860 -0.06337 0.20091 0.13957 122 (pi0) 11 111 76 137 138 0.48128 2.45848 1.78756 3.08048 0.13498 123 pi+ 1 211 77 0 0 0.35919 0.89593 0.25444 1.00793 0.13957 124 pi- 1 -211 77 0 0 1.31044 2.33749 1.04596 2.88004 0.13957 125 (pi0) 11 111 77 139 140 0.74558 1.97985 1.09479 2.38589 0.13498 126 pi- 1 -211 80 0 0 0.10809 0.19176 0.16515 0.30856 0.13957 127 pi+ 1 211 80 0 0 -0.11950 0.87113 1.08310 1.40205 0.13957 128 (pi0) 11 111 80 141 142 -0.00419 0.88432 0.52566 1.03758 0.13498 129 gamma 1 22 97 0 0 0.08279 0.09748 -0.00449 0.12797 0.00000 130 gamma 1 22 97 0 0 -0.03607 0.05157 0.05732 0.08512 0.00000 131 gamma 1 22 100 0 0 0.04747 0.06640 0.28585 0.29727 0.00000 132 gamma 1 22 100 0 0 0.16348 0.07794 0.21611 0.28196 0.00000 133 gamma 1 22 111 0 0 -0.08030 0.05891 0.11899 0.15517 0.00000 134 gamma 1 22 111 0 0 -0.14985 0.02417 0.53290 0.55410 0.00000 135 gamma 1 22 116 0 0 -0.09925 0.15487 0.54947 0.57944 0.00000 136 gamma 1 22 116 0 0 -0.22686 0.08787 0.84757 0.88179 0.00000 137 gamma 1 22 122 0 0 0.00413 0.13912 0.12606 0.18779 0.00000 138 gamma 1 22 122 0 0 0.47715 2.31936 1.66150 2.89269 0.00000 139 gamma 1 22 125 0 0 0.49528 1.22248 0.61803 1.45661 0.00000 140 gamma 1 22 125 0 0 0.25030 0.75738 0.47676 0.92928 0.00000 141 gamma 1 22 128 0 0 -0.05774 0.41753 0.29257 0.51309 0.00000 142 gamma 1 22 128 0 0 0.05355 0.46679 0.23309 0.52450 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.37361 349.48084 349.48064 ncall,ii,prt_in,x_in,x,factor= 18 71 76 11 -11 0.354717498854546 0.377843439810566 0.997519510694527 0.998876432329460 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 18 174.556127850203 1.037412341995037E-002 0.943499770909128 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 18 174.800371165505 5.285773693827878E-003 0.568687962113117 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 0.658310501192947 -3.041647196604090E+307 38.8597197115490 -3.044773364395146E+307 1.909796369969752E-312 1.00000000000000 3.416551309544600E-269 2.121995790965322E-310 3.803199984990375E-253 -3.041781568828634E+307 2.397404508483572E+103 2.771830846606361E+104 1.485208148268882E-313 0.000000000000000E+000 0.119870638474822 ncall,ii,prt_in,x_in,x,factor= 19 23 109 11 -11 0.114658872720098 0.541650967625676 0.979857179272028 0.999595007087071 1.04080299357445 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 19 171.265884145520 0.224435904882938 0.931774544019525 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 19 174.928118946949 3.055051006356280E-003 0.330193525135243 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 175.198950962731 5.688838065439155E-002 5.688838065439155E-002 0.928198134777417 4.28615928227733 1.58137139285339 0.734884279578080 0.928198134777417 1.18261720818146 1.18261720818146 0.223037826169636 0.223037826169636 0.136339890240631 0.136339890240632 0.964555488227315 ncall,ii,prt_in,x_in,x,factor= 20 46 50 11 -11 0.228595875262818 0.246661967676546 0.994860132822114 0.996752275544812 1.01267318293730 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 20 174.071255584988 4.069818135559444E-002 0.719175052563600 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 20 174.417592020983 4.229221832838448E-002 0.332393535309301 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 206.506733693925 3.423617360533901E-002 3.423617360533901E-002 1.35932262268399 5.77207763406320 9.07686192203674 4.199528239432725E-002 1.35932262268399 1.145024130428342E-004 1.145024130428339E-004 17.1216101458346 17.1216101458346 0.248311252610245 0.248311252610245 1.86182167051531 ncall,ii,prt_in,x_in,x,factor= 21 62 72 11 -11 0.306200501272523 0.355648947886300 0.996851565714726 0.998733419360960 1.20958185739733 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 21 174.445627152005 1.415370771496782E-002 0.240100254504604 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 21 174.777580708273 5.926079901229286E-003 0.129789577260070 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 231.077680648121 6.684114387615214E-002 6.684114387615214E-002 6.386758140138482E-005 5.248209825591587E-004 2.385053839566546E-004 0.890765192845648 6.386758140138482E-005 0.419078871219349 0.419078871219349 2.312997424509764E-005 2.312997424509764E-005 1.669735198612024E-002 1.669735198612024E-002 2.91899405254883 ncall,ii,prt_in,x_in,x,factor= 22 157 23 11 -11 0.784174659638435 0.113118781021374 1.00108879380087 0.979756988048424 0.703245265928681 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 22 175.184173897399 7.625154223603658E-003 0.834931927686910 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 22 171.320118722001 0.220207223966781 0.623756204274851 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 197.133516878228 0.126024434002490 0.126024434002490 84.4164764870890 211.806065592593 254.622359914556 2.174353711092126E-002 84.4164764870890 1.732814115750031E-003 1.732814115750036E-003 18.3610408924644 18.3610408924644 21.3631030295780 21.3631030295780 1.54611961566270 ncall,ii,prt_in,x_in,x,factor= 23 114 81 11 -11 0.568422361068865 0.400026529964583 0.999419268258427 0.998999318638756 0.956413561663006 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 23 174.893905413219 6.527652154403540E-003 0.684472213772921 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 23 174.824857473920 4.664868997480198E-003 5.305992916504465E-003 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 262.609410746054 3.851541844121699E-004 3.851541844121684E-004 0.391449830087526 2.45860888864359 3.65873613851171 2.588426787270475E-002 0.391449830087526 2.700128306112123E-002 2.700128306112123E-002 8.398049391649116E-002 8.398049391649116E-002 4.489412216650022E-002 4.489412216650022E-002 4.86902889223561 on entry to user_fragment call; ncount= 4 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00022 0.00006 34.56820 34.56820 0.00000 2 e+ 1 -11 0 0 0 -0.90814 0.01424 -51.95625 51.96419 0.00000 3 nu_tau 1 16 0 0 0 -15.20533 -24.28953 -54.27750 61.37777 0.00000 4 tau+ 1 -15 0 0 0 -42.67068 -48.46204 19.46278 67.46343 1.77700 5 d A 2 1 0 0 0 4.18490 65.38724 13.28144 66.85358 0.00000 6 ubar V 1 -2 0 0 0 54.59947 7.35002 38.99483 67.49609 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.07349 349.72325 349.72324 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 4 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00022 0.00006 34.56820 34.56820 0.00000 2 e+ 1 -11 0 0 0 -0.90814 0.01424 -51.95625 51.96419 0.00000 3 nu_tau 1 16 0 0 0 -15.20533 -24.28953 -54.27750 61.37777 0.00000 4 tau+ 1 -15 0 0 0 -42.67068 -48.46204 19.46278 67.46343 1.77700 5 d A 2 1 0 0 0 4.18490 65.38724 13.28144 66.85358 0.00000 6 ubar V 1 -2 0 0 0 54.59947 7.35002 38.99483 67.49609 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.07349 349.72325 349.72324 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 4 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.847625D+02 0.821314D+02 0.810599D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.333618D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.333618D-05 0.100000D+01 0.100000D+01 0.333618D-05 i= 2 pij(5,:)= 0.847625D+02 0.120566D+03 0.123293D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.576345D+02 0.266806D+02 0.810599D+02 found w vertex, kl,asq(kl)= 3 0.333618D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.333618D-05 i= 4 pij(5,:)= 0.576345D+02 0.120566D+03 0.912898D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.443903D+02 0.266806D+02 0.123293D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.443903D+02 0.821314D+02 0.912898D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.333618D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 4 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00022 0.00006 34.56820 34.56820 0.00000 2 e+ 1 -11 0 0 0 -0.90814 0.01424 -51.95625 51.96419 0.00000 3 nu_tau 1 16 0 0 0 -15.20533 -24.28953 -54.27750 61.37777 0.00000 4 (tau+) 11 -15 0 21 23 -42.67068 -48.46204 19.46278 67.46343 1.77700 5 (d) A 11 1 0 7 7 4.18490 65.38724 13.28144 66.85358 0.00000 6 (ubar) V 11 -2 0 7 7 54.59947 7.35002 38.99483 67.49609 0.00000 7 (CMshower) 11 94 5 8 9 58.78437 72.73727 52.27627 134.34967 81.05994 8 (d) A 11 1 7 10 11 4.52418 65.41275 13.52055 67.25381 6.40109 9 (ubar) V 11 -2 7 12 13 54.26020 7.32452 38.75572 67.09586 1.42537 10 (d) A 11 1 8 14 15 4.27437 65.07470 12.89983 66.50416 1.84684 11 (g) V 11 21 8 18 18 0.24980 0.33804 0.62072 0.74965 0.00000 12 (ubar) A 11 -2 9 16 16 42.75246 5.19221 30.60887 52.83592 0.00000 13 (g) V 11 21 9 17 17 11.50774 2.13231 8.14685 14.25994 0.00000 14 (d) A 11 1 10 20 20 4.16804 60.21277 12.37930 61.61329 0.00000 15 (g) V 11 21 10 19 19 0.10633 4.86193 0.52053 4.89087 0.00000 16 (ubar) A 11 -2 12 24 24 42.75246 5.19221 30.60887 52.83592 0.00000 17 (g) V 11 21 13 24 24 11.50774 2.13231 8.14685 14.25994 0.00000 18 (g) A 11 21 11 24 24 0.24980 0.33804 0.62072 0.74965 0.00000 19 (g) V 11 21 15 24 24 0.10633 4.86193 0.52053 4.89087 0.00000 20 (d) A 11 1 14 24 24 4.16804 60.21277 12.37930 61.61329 0.00000 21 nu_taubar 1 -16 4 0 0 -11.02824 -11.85801 5.07941 16.97160 0.01000 22 mu+ 1 -13 4 0 0 -23.42305 -27.35248 11.21809 37.71809 0.10566 23 nu_mu 1 14 4 0 0 -8.21939 -9.25155 3.16528 12.77374 0.00012 24 (string) 11 92 16 25 37 58.78437 72.73727 52.27627 134.34967 81.05994 25 (K*-) 11 -323 24 38 39 14.16437 1.90123 9.89029 17.40269 0.88984 26 K+ 1 321 24 0 0 23.37329 3.77021 17.41676 29.39578 0.49360 27 (eta) 11 221 24 40 42 6.21526 0.10173 4.28536 7.56992 0.54745 28 K- 1 -321 24 0 0 8.79605 1.87786 6.05555 10.85404 0.49360 29 (K0) 11 311 24 43 43 0.81523 -0.13283 1.14520 1.49713 0.49767 30 (pi0) 11 111 24 44 45 0.54045 0.75911 -0.11875 0.94903 0.13498 31 (rho+) 11 213 24 46 47 0.15892 1.21625 0.70103 1.65833 0.86839 32 (omega) 11 223 24 48 50 0.40515 1.73923 0.59089 2.03341 0.77237 33 pi- 1 -211 24 0 0 0.20368 5.22524 0.76187 5.28626 0.13957 34 nbar0 1 -2112 24 0 0 1.83045 20.62749 4.18612 21.14830 0.93957 35 (pi0) 11 111 24 51 52 -0.16713 0.56265 0.15429 0.62172 0.13498 36 n0 1 2112 24 0 0 2.16316 30.70669 5.99756 31.37568 0.93957 37 (pi0) 11 111 24 53 54 0.28549 4.38241 1.21012 4.55737 0.13498 38 (Kbar0) 11 -311 25 55 55 6.70579 0.87371 4.39602 8.08107 0.49767 39 pi- 1 -211 25 0 0 7.45858 1.02752 5.49427 9.32163 0.13957 40 (pi0) 11 111 27 56 57 2.36313 -0.02452 1.61265 2.86424 0.13498 41 (pi0) 11 111 27 58 59 2.20007 0.06133 1.68405 2.77458 0.13498 42 (pi0) 11 111 27 60 61 1.65206 0.06491 0.98866 1.93111 0.13498 43 (K_S0) 11 310 29 62 63 0.81523 -0.13283 1.14520 1.49713 0.49767 44 gamma 1 22 30 0 0 0.34021 0.38506 -0.10553 0.52455 0.00000 45 gamma 1 22 30 0 0 0.20024 0.37405 -0.01322 0.42448 0.00000 46 pi+ 1 211 31 0 0 -0.01620 1.24141 0.70738 1.43570 0.13957 47 (pi0) 11 111 31 64 65 0.17513 -0.02516 -0.00636 0.22263 0.13498 48 pi+ 1 211 32 0 0 0.08967 0.08053 0.11780 0.21882 0.13957 49 pi- 1 -211 32 0 0 0.35242 1.38670 0.45627 1.50824 0.13957 50 (pi0) 11 111 32 66 67 -0.03694 0.27200 0.01682 0.30635 0.13498 51 gamma 1 22 35 0 0 -0.09854 0.12611 0.03196 0.16320 0.00000 52 gamma 1 22 35 0 0 -0.06859 0.43654 0.12233 0.45852 0.00000 53 gamma 1 22 37 0 0 0.12266 1.01581 0.27273 1.05891 0.00000 54 gamma 1 22 37 0 0 0.16283 3.36660 0.93739 3.49846 0.00000 55 (K_S0) 11 310 38 68 69 6.70579 0.87371 4.39602 8.08107 0.49767 56 gamma 1 22 40 0 0 1.78135 0.02411 1.26199 2.18320 0.00000 57 gamma 1 22 40 0 0 0.58179 -0.04862 0.35066 0.68103 0.00000 58 gamma 1 22 41 0 0 1.64480 0.10067 1.23244 2.05776 0.00000 59 gamma 1 22 41 0 0 0.55527 -0.03934 0.45161 0.71682 0.00000 60 gamma 1 22 42 0 0 0.21603 0.02079 0.08071 0.23155 0.00000 61 gamma 1 22 42 0 0 1.43603 0.04412 0.90795 1.69956 0.00000 62 (pi0) 11 111 43 70 71 0.40774 -0.27738 0.59671 0.78579 0.13498 63 (pi0) 11 111 43 72 73 0.40749 0.14454 0.54849 0.71134 0.13498 64 gamma 1 22 47 0 0 0.02482 0.04331 0.02284 0.05490 0.00000 65 gamma 1 22 47 0 0 0.15031 -0.06847 -0.02920 0.16773 0.00000 66 gamma 1 22 50 0 0 -0.05950 0.27637 0.01845 0.28331 0.00000 67 gamma 1 22 50 0 0 0.02256 -0.00438 -0.00163 0.02304 0.00000 68 (pi0) 11 111 55 74 75 4.69035 0.60423 2.85017 5.52324 0.13498 69 (pi0) 11 111 55 76 77 2.01544 0.26948 1.54585 2.55783 0.13498 70 gamma 1 22 62 0 0 0.03539 -0.07693 0.13795 0.16187 0.00000 71 gamma 1 22 62 0 0 0.37235 -0.20045 0.45875 0.62392 0.00000 72 gamma 1 22 63 0 0 0.02272 -0.02363 0.04611 0.05657 0.00000 73 gamma 1 22 63 0 0 0.38477 0.16817 0.50238 0.65477 0.00000 74 gamma 1 22 68 0 0 3.33369 0.48547 2.05932 3.94842 0.00000 75 gamma 1 22 68 0 0 1.35666 0.11875 0.79086 1.57482 0.00000 76 gamma 1 22 69 0 0 0.60362 0.08030 0.54193 0.81516 0.00000 77 gamma 1 22 69 0 0 1.41182 0.18918 1.00392 1.74266 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.07349 349.72325 349.72324 ncall,ii,prt_in,x_in,x,factor= 24 4 26 11 -11 1.586464340874272E-002 0.126478265603980 0.905880071850174 0.982892251723530 1.04080299357445 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 24 158.169562020319 2.07861343342427 0.172928681748544 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 24 171.952642345849 0.180965943879983 0.295653120795958 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 191.859592200011 0.222225000768656 0.222225000768656 6.723881733726220E-004 5.102169938637930E-003 0.185785995572723 104.673474344204 6.723881733725766E-004 11.8253138648575 11.8253138648575 9.425155573164555E-003 9.425155573164555E-003 1.391910629989923E-003 1.391910629989923E-003 1.38718785848767 ncall,ii,prt_in,x_in,x,factor= 25 62 121 11 -11 0.307059921848523 0.602912838038359 0.996865467414766 0.999806816696325 1.23771166803448 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 25 174.445627152005 1.415370771496782E-002 0.411984369704562 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 25 174.964471824324 2.956845853788082E-003 0.582567607671791 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 8.72368494379954 0.222677185695415 0.222677185695415 0.160988918635755 8.368730278229390E-002 0.159523790069832 0.769565835500026 0.160988918635755 0.467435621277872 0.467435621277872 6.187035872087265E-002 6.187035872087265E-002 8.712818180822125E-002 8.712818180822125E-002 5.929268281551578E-006 ncall,ii,prt_in,x_in,x,factor= 26 78 156 11 -11 0.388657420644893 0.777172546676146 0.997898090313299 1.00040441949247 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 26 174.625335767378 9.339231659254210E-003 0.731484128978678 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 26 175.069362611954 3.250252804718912E-003 0.434509335229279 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 207.012770768159 1.058962623265117E-002 1.058962623265117E-002 13.4382884544549 87.6654691452798 72.3096732658526 2.902258454060221E-002 13.4382884544549 2.522190138829200E-002 2.522190138829200E-002 4.31771143920868 4.31771143920868 3.66729482239715 3.66729482239715 1.88013815817797 ncall,ii,prt_in,x_in,x,factor= 27 132 70 11 -11 0.657818735352718 0.345344526928833 1.00009193976905 0.998661181334355 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 27 175.012409277027 6.530673504329343E-003 0.563747070543570 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 27 174.765277425702 6.251633440172100E-003 6.890538576662664E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 198.780776915241 0.208035575473165 0.208035575473165 171.531564570076 113.598764466275 251.845431777250 5.021476799622093E-002 171.531564570076 2.640101167555977E-002 2.640101167555977E-002 17.4507445139974 17.4507445139974 7.36475463280201 7.36475463280201 1.59844885719038 ncall,ii,prt_in,x_in,x,factor= 28 75 75 11 -11 0.373577203445030 0.371859963733089 0.997734419446704 0.998839375406452 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 28 174.596578862079 9.708705762903946E-003 0.715440689005973 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 28 174.794831411478 5.539754026528954E-003 0.371992746617849 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 275.477678968708 3.37305833283584 3.37305833283584 32.0776156473690 135.305252570158 82.8827359193995 0.358877475114711 32.0776156473690 0.128482345030907 0.128482345030907 5.44868687468012 5.44868687468012 16.9009718098794 16.9009718098794 5.89585605093318 ncall,ii,prt_in,x_in,x,factor= 29 119 178 11 -11 0.592819054668070 0.886142277105321 0.999603365165271 1.00088205421601 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 29 174.926910749833 6.526334725492688E-003 0.563810933614008 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 29 175.153298131166 4.652213063877753E-003 0.228455421064268 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 6.10399960907472 4.951545720913136E-002 4.951545720913136E-002 8.839479425046301E-002 0.380889232022364 0.302892649315481 7.813411999941897E-002 8.839479425046301E-002 6.141257618343603E-002 6.141257618343603E-002 0.160369275112772 0.160369275112772 0.177179860483291 0.177179860483291 1.421213091455342E-006 ncall,ii,prt_in,x_in,x,factor= 30 199 68 11 -11 0.990868910314861 0.338663590062496 1.00484749621224 0.998609751652981 0.815764508477270 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 30 175.829979306077 0.105499976357521 0.173782062972123 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 30 174.751514991478 7.087325593431615E-003 0.732718012499276 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 170.015726340301 0.134347379684759 0.134347379684759 0.350384057156166 1.02405711827930 0.497806851144986 72.9981234908212 0.350384057156166 9.75961523530073 9.75961523530073 2.081025603487458E-002 2.081025603487458E-002 3.731481703920284E-002 3.731481703920259E-002 0.855377045451166 ncall,ii,prt_in,x_in,x,factor= 31 140 198 11 -11 0.699586723969930 0.988193258503086 1.00040889237571 1.00196022681022 1.15332223612304 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 31 175.065578831112 6.517506440530951E-003 0.917344793986018 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 31 175.326301558382 2.621084642768778E-002 0.638651700617174 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 151.531790579815 3.596286462472995E-002 3.596286462472995E-002 32.7359219648292 76.5365080888723 180.361025894564 0.117881048863482 32.7359219648292 3.517573394448834E-002 3.517573394448817E-002 7.23497396846132 7.23497396846132 7.84834321897932 7.84834321897932 0.539779306808705 ncall,ii,prt_in,x_in,x,factor= 32 114 114 11 -11 0.568687988973188 0.568962276563755 0.999421249888767 0.999690391155438 0.872024129751564 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 32 174.893905413219 6.527652154403540E-003 0.737597794637594 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 32 174.943405193083 3.047142207492470E-003 0.792455312750945 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 222.520184182580 3.421096499707314E-003 3.421096499707314E-003 2.78342840619463 4.95680959608493 8.36330344190080 2.018030918065474E-004 2.78342840619463 2.984896735752643E-005 2.984896735752000E-005 0.687143863255146 0.687143863255146 0.329197097192941 0.329197097192941 2.51002966207373 ncall,ii,prt_in,x_in,x,factor= 33 109 1 11 -11 0.544862976296422 4.084258316507901E-004 0.999244636130045 0.619092819270972 1.01267318293730 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 33 174.861347180612 6.647787292308749E-003 0.972595259284304 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 33 104.610832487726 45.6681666878582 8.168516633015802E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 258.539751880610 0.103348535384944 0.103348535384944 0.149113586194082 0.242521667767486 7.999258379185720E-002 12.0329679585709 0.149113586194082 7.70042033497393 7.70042033497393 5.461084208056426E-002 5.461084208056426E-002 7.773875130964750E-002 7.773875130964750E-002 4.57415125553007 ncall,ii,prt_in,x_in,x,factor= 34 85 48 11 -11 0.423285872236228 0.237457713792066 0.998240654955350 0.996254508456171 1.18145204676018 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 34 174.686794205643 8.098115125307004E-003 0.657174447245623 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 34 174.319179389025 5.159480075423062E-002 0.491542758413289 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 255.147121836729 1.909699666595541E-004 1.909699666595569E-004 6.629395954388072E-002 2.391679836724445E-003 6.981938499456668E-002 0.122813378569727 6.629395954388072E-002 3.095263042802562E-002 3.095263042802562E-002 4.094916029908872E-003 4.094916029908872E-003 8.681925139085966E-004 8.681925139085966E-004 4.33874279520994 ncall,ii,prt_in,x_in,x,factor= 35 92 73 11 -11 0.458178822590321 0.362866899797480 0.998550828743982 0.998781777875873 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 35 174.741559007715 7.608926869636434E-003 0.635764518064306 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 35 174.783506788174 5.765467784300427E-003 0.573379959496037 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 196.887024269105 5.997963937241603E-004 5.997963937241624E-004 0.323368701573297 0.885938267242040 0.495982666812025 0.129661529080941 0.323368701573297 2.895407838535067E-002 2.895407838535067E-002 3.354228869913777E-002 3.354228869913777E-002 3.003214003724544E-002 3.003214003724544E-002 1.53840113400675 ncall,ii,prt_in,x_in,x,factor= 36 143 24 11 -11 0.712957960686088 0.118357913914581 1.00050876017959 0.981057834513573 0.900153940388712 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 36 175.085118023500 6.620226660572825E-003 0.591592137217560 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 36 171.540325945968 0.215604889224721 0.671582782916150 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 166.118656735101 0.440321879638261 0.440321879638261 6.507107346957569E-002 0.296391266974173 0.376044716375527 44.4305404161297 6.507107346957569E-002 19.2171413531519 19.2171413531519 9.068866911109978E-002 9.068866911109978E-002 1.374545268146312E-002 1.374545268146309E-002 0.779605426640656 ncall,ii,prt_in,x_in,x,factor= 37 175 25 11 -11 0.870574684940638 0.124539143459739 1.00194023335281 0.982482912850889 1.18145204676018 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 37 175.338404435310 9.899943087873453E-003 0.114936988127539 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 37 171.755930835193 0.196711510655859 0.907828691947817 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 177.663312065611 6.378709651666903E-002 6.378709651666903E-002 3.65383720692632 11.3718861930871 7.18712673219285 0.394889725617518 3.65383720692632 4.063998627337356E-002 4.063998627337356E-002 1.07107865533363 1.07107865533363 0.463415753390626 0.463415753390626 1.01998134152549 ncall,ii,prt_in,x_in,x,factor= 38 190 130 11 -11 0.946856152565197 0.648369839969041 1.00309848499408 0.999958074829761 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 38 175.535093023209 1.924227780284582E-002 0.371230513039421 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 38 174.990716859526 2.889901307128184E-003 0.673967993808191 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 297.354375453994 6.524732719192189E-002 6.524732719192189E-002 2.136490701508574E-002 6.836936222506149E-002 9.514712798495485E-002 92.4213065744515 2.136490701508574E-002 6.79800183789631 6.79800183789631 5.832696936469502E-003 5.832696936469488E-003 3.399412790331462E-003 3.399412790331462E-003 8.00384268870953 ncall,ii,prt_in,x_in,x,factor= 39 152 53 11 -11 0.757320931849598 0.260735576025534 1.00086165754909 0.997363948618663 1.20958185739733 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 39 175.147521954693 7.043685981102499E-003 0.464186369919616 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 39 174.534437586982 2.892211436414982E-002 0.147115205106822 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 198.669118205465 8.17479424532440 8.17479424532440 4.40062078990943 30.2026351193844 14.1490013266848 25.2425613587807 4.40062078990943 7.61723426680242 7.61723426680242 1.30615047832239 1.30615047832239 1.12743732132024 1.12743732132024 1.59486037318525 ncall,ii,prt_in,x_in,x,factor= 40 22 46 11 -11 0.109912428628525 0.225323297031116 0.978637710333854 0.995494566072076 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 40 171.021317744351 0.244566401169578 0.982485725705008 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 40 174.207721888834 5.921230594185545E-002 6.465940622315003E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 188.291169899123 0.153725160209931 0.153725160209931 1.253095228429503E-003 9.537746217929296E-003 5.516652713314711E-003 104.203732939504 1.253095228429503E-003 25.9278498570588 25.9278498570588 1.407955389834276E-003 1.407955389834276E-003 7.078347226957815E-003 7.078347226957815E-003 1.28682955255455 ncall,ii,prt_in,x_in,x,factor= 41 90 48 11 -11 0.447768150156646 0.237284567408561 0.998461093431890 0.996244298795504 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 41 174.726348340229 7.847250360555336E-003 0.553630031329163 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 41 174.319179389025 5.159480075423062E-002 0.456913481712135 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 226.468989758260 1.483463772908723E-003 1.483463772908723E-003 7.717799767326593E-002 0.268331237302140 8.744424387168059E-002 3.990065604066605E-002 7.717799767326593E-002 1.986266228157669E-002 1.986266228157669E-002 0.350141417841213 0.350141417841213 1.094501195910437E-002 1.094501195910437E-002 2.69299893650342 ncall,ii,prt_in,x_in,x,factor= 42 163 91 11 -11 0.813680649190640 0.451053623284690 1.00135390676725 0.999245515132418 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 42 175.230885896745 8.217646615150898E-003 0.736129838127994 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 42 174.867168895369 3.785589574420101E-003 0.210724656938012 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 165.175958468665 1.925582650175704E-003 1.925582650175704E-003 0.126481618586995 2.14023439887451 1.55669217381611 0.867298814516279 0.126481618586995 0.531687294461067 0.531687294461067 7.669870307023292E-002 7.669870307023292E-002 6.726839575181282E-002 6.726839575181205E-002 0.762058923801967 ncall,ii,prt_in,x_in,x,factor= 43 144 77 11 -11 0.715827209291629 0.384844616717606 1.00053086498295 0.998918050453708 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 43 175.091738250161 7.039258454767605E-003 0.165441858325806 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 43 174.805656939199 5.163828505288848E-003 0.968923343521283 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 202.532332175288 3.524542762284417E-003 3.524542762284417E-003 7.095277304180790E-002 3.158605289964723E-003 0.293619766596499 2.02791513847033 7.095277304180743E-002 5.280613666927995E-002 5.280613666927995E-002 3.311195110916242E-002 3.311195110916242E-002 7.713181746557078E-005 7.713181746557078E-005 1.72257708447667 ncall,ii,prt_in,x_in,x,factor= 44 89 5 11 -11 0.440945109207140 2.399202093916703E-002 0.998401190800498 0.923051957100363 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 44 174.718779101707 7.569238522194155E-003 0.189021841427902 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 44 160.325419239862 1.51386305799628 0.798404187833405 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 185.052764528125 6.296226794274431E-003 6.296226794274431E-003 0.182493623130148 0.603441994410454 0.324746530792924 0.231267440317231 0.182493623130148 4.391241623751596E-002 4.391241623751603E-002 5.349315424106413E-002 5.349315424106413E-002 0.106480374707196 0.106480374707196 1.20055903554654 ncall,ii,prt_in,x_in,x,factor= 45 187 157 11 -11 0.932190975185137 0.780638092416333 1.00281443599277 1.00041744031809 0.815764508477270 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 45 175.485656555666 1.568071743801625E-002 0.438195037027441 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 45 175.072612864759 3.452923683653353E-003 0.127618483266531 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 141.843011607620 0.492811213662177 0.492811213662177 2.105948026419174E-003 4.616737954662149E-002 1.523505263895287E-003 27.8627873005189 2.105948026419174E-003 8.48477284903804 8.48477284903804 6.424770453223948E-004 6.424770453223948E-004 6.252097094215492E-003 6.252097094215492E-003 0.414412632293113 ncall,ii,prt_in,x_in,x,factor= 46 198 17 11 -11 0.985454162434753 8.224120574876483E-002 1.00442156383333 0.969777744378037 0.815764508477270 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 46 175.768159935508 6.181937056862807E-002 9.083248695057478E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 46 169.549844646644 0.359766256803198 0.448241149752967 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 234.898616924588 3.200118699114615E-004 3.200118699114597E-004 1.523935151411611E-002 3.848088003443535E-002 0.109036722414709 0.466273108520282 1.523935151411611E-002 3.926572282364330E-002 3.926572282364330E-002 6.831266996882481E-003 6.831266996882481E-003 4.319031596006666E-003 4.319031596006666E-003 3.11690129561737 ncall,ii,prt_in,x_in,x,factor= 47 111 192 11 -11 0.554721099852111 0.959414016602378 0.999318480186447 1.00143743770207 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 47 174.874363580773 6.748338758399086E-003 0.944219970422282 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 47 175.242773472985 9.945128372123690E-003 0.882803320475546 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 180.004263278912 5.99074202262882 5.99074202262882 5.37065563001980 9.05766048626232 14.8584846932357 16.5929907365764 5.37065563001980 1.46492897776457 1.46492897776458 1.17208189565145 1.17208189565145 1.12166282120095 1.12166282120095 1.07481167579565 ncall,ii,prt_in,x_in,x,factor= 48 92 61 11 -11 0.459066752820093 0.300474208576033 0.998558550110984 0.998225041369744 0.900153940388712 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 48 174.741559007715 7.608926869636434E-003 0.813350564018521 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 48 174.688335643891 1.105060760272636E-002 9.484171520662699E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 177.110381569785 0.353950783330414 0.353950783330414 4.682780675375905E-002 1.376258947391416E-003 0.415119557031180 79.4387056863712 4.682780675375905E-002 15.0181283135992 15.0181283135992 2.671063042205489E-002 2.671063042205489E-002 1.364560780137241E-004 1.364560780137264E-004 1.00734279760589 ncall,ii,prt_in,x_in,x,factor= 49 185 30 11 -11 0.920276417426119 0.149380110471618 1.00260899632617 0.987223161081910 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 49 175.455764014959 1.468451755334854E-002 5.528348522378224E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 49 172.634907191022 0.147424871806777 0.876022094323663 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 81.8762954622753 40.9322607864449 40.9322607864449 145.354845508294 47.2051458378738 38.5853289448187 3.05496223727558 145.354845508294 0.668867877947624 0.668867877947624 38.3755931099604 38.3755931099604 42.3514275878222 42.3514275878222 4.600806296695481E-002 ncall,ii,prt_in,x_in,x,factor= 50 195 198 11 -11 0.973879692668216 0.986688101308487 1.00387000975068 1.00191513944594 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 50 175.652128448629 3.237979258344126E-002 0.775938533643114 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 50 175.326301558382 2.621084642768778E-002 0.337620261697509 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 159.826060467929 4.006230812547251E-002 4.006230812547251E-002 35.5361786952045 175.507672076416 233.754333623454 6.602455588131220E-002 35.5361786952045 2.094509952867969E-002 2.094509952867969E-002 10.5104227597285 10.5104227597285 7.51400276234587 7.51400276234587 0.668023267948743 ncall,ii,prt_in,x_in,x,factor= 51 36 45 11 -11 0.175290960291127 0.224732534564705 0.990580012807162 0.995454250877556 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 51 173.345592917391 0.101573575579494 5.819205822534457E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 51 174.147405187478 6.031670135570266E-002 0.946506912940954 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 171.088986518268 9.885908545760752E-002 9.885908545760752E-002 43.6464029168862 199.333946192313 223.899507145548 8.528632439097493E-002 43.6464029168862 6.214392980303182E-003 6.214392980303183E-003 7.44358714417376 7.44358714417376 28.5605529440097 28.5605529440097 0.877181422825781 ncall,ii,prt_in,x_in,x,factor= 52 136 124 11 -11 0.675939183208143 0.618948170443697 1.00022876689806 0.999860616858449 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 52 175.038775781152 6.707379872437969E-003 0.187836641628593 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 52 174.973275487569 2.955708035415228E-003 0.789634088739447 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 0.444913531844305 9.885908545760752E-002 9.885908545760752E-002 43.6464029168862 199.333946192313 223.899507145548 8.528632439097493E-002 43.6464029168862 6.214392980303182E-003 6.214392980303183E-003 7.44358714417376 7.44358714417376 28.5605529440097 28.5605529440097 0.620073041878641 ncall,ii,prt_in,x_in,x,factor= 53 114 167 11 -11 0.566479094177970 0.831974658507411 0.999404771149626 1.00062259156326 1.04080299357445 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 53 174.893905413219 6.527652154403540E-003 0.295818835594076 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 53 175.107435470534 3.847549608565259E-003 0.394931701482164 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 218.329659740428 1.175844429755754E-003 1.175844429755762E-003 0.102977648405225 0.285000709515067 0.654892142815063 4.314049837830263E-002 0.102977648405225 5.451430849487435E-003 5.451430849487435E-003 8.802984449461659E-002 8.802984449461659E-002 2.159117660841244E-002 2.159117660841244E-002 2.32622737690728 on entry to user_fragment call; ncount= 5 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00027 -0.00070 74.18890 74.18890 0.00000 2 e+ 1 -11 0 0 0 -0.30233 -0.84033 -56.76626 56.77329 0.00000 3 nu_tau 1 16 0 0 0 62.99754 -32.90490 3.00953 71.13705 0.00000 4 tau+ 1 -15 0 0 0 -15.57971 -17.15823 -33.94422 41.14000 1.77700 5 d A 2 1 0 0 0 -59.94639 48.47999 32.39965 83.62785 0.00000 6 ubar V 1 -2 0 0 0 12.83115 2.42417 -19.10073 23.13770 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.21312 350.00479 350.00472 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 5 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00027 -0.00070 74.18890 74.18890 0.00000 2 e+ 1 -11 0 0 0 -0.30233 -0.84033 -56.76626 56.77329 0.00000 3 nu_tau 1 16 0 0 0 62.99754 -32.90490 3.00953 71.13705 0.00000 4 tau+ 1 -15 0 0 0 -15.57971 -17.15823 -33.94422 41.14000 1.77700 5 d A 2 1 0 0 0 -59.94639 48.47999 32.39965 83.62785 0.00000 6 ubar V 1 -2 0 0 0 12.83115 2.42417 -19.10073 23.13770 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.21312 350.00479 350.00472 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 5 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.129795D+03 0.830326D+02 0.800683D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.396616D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.396616D-05 0.100000D+01 0.100000D+01 0.396616D-05 i= 2 pij(5,:)= 0.129795D+03 0.441558D+02 0.942305D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.105565D+03 0.916615D+02 0.800683D+02 found w vertex, kl,asq(kl)= 3 0.396616D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.396616D-05 i= 4 pij(5,:)= 0.105565D+03 0.441558D+02 0.114975D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.791660D+02 0.916615D+02 0.942305D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.791660D+02 0.830326D+02 0.114975D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.396616D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 5 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00027 -0.00070 74.18890 74.18890 0.00000 2 e+ 1 -11 0 0 0 -0.30233 -0.84033 -56.76626 56.77329 0.00000 3 nu_tau 1 16 0 0 0 62.99754 -32.90490 3.00953 71.13705 0.00000 4 (tau+) 11 -15 0 30 34 -15.57971 -17.15823 -33.94422 41.14000 1.77700 5 (d) A 11 1 0 7 7 -59.94639 48.47999 32.39965 83.62785 0.00000 6 (ubar) V 11 -2 0 7 7 12.83115 2.42417 -19.10073 23.13770 0.00000 7 (CMshower) 11 94 5 8 9 -47.11524 50.90417 13.29892 106.76554 80.06834 8 (d) A 11 1 7 10 11 -59.10674 48.16333 31.60144 83.61824 13.41810 9 (ubar) V 11 -2 7 12 13 11.99150 2.74083 -18.30252 23.14730 7.03614 10 (d) A 11 1 8 14 15 -58.55903 48.40629 30.71265 82.54634 9.91480 11 (g) V 11 21 8 25 25 -0.54771 -0.24295 0.88879 1.07189 0.00000 12 (ubar) A 11 -2 9 16 17 10.81275 1.93737 -18.62747 21.68423 1.59823 13 (g) V 11 21 9 24 24 1.17875 0.80346 0.32495 1.46308 0.00000 14 (d) A 11 1 10 18 19 -57.71117 48.06256 29.36125 80.91438 6.66822 15 (g) V 11 21 10 26 26 -0.84786 0.34373 1.35141 1.63197 0.00000 16 (ubar) A 11 -2 12 22 22 9.25111 2.21638 -16.08090 18.68397 0.00000 17 (g) V 11 21 12 23 23 1.56164 -0.27900 -2.54656 3.00026 0.00000 18 (d) A 11 1 14 29 29 -16.84759 17.97996 9.62357 26.45247 0.00000 19 (g) V 11 21 14 20 21 -40.86358 30.08260 19.73768 54.46191 1.31464 20 (g) A 11 21 19 27 27 -16.34574 12.36323 7.34192 21.77008 0.00000 21 (g) V 11 21 19 28 28 -24.51784 17.71937 12.39576 32.69183 0.00000 22 (ubar) A 11 -2 16 35 35 9.25111 2.21638 -16.08090 18.68397 0.00000 23 (g) V 11 21 17 35 35 1.56164 -0.27900 -2.54656 3.00026 0.00000 24 (g) A 11 21 13 35 35 1.17875 0.80346 0.32495 1.46308 0.00000 25 (g) V 11 21 11 35 35 -0.54771 -0.24295 0.88879 1.07189 0.00000 26 (g) A 11 21 15 35 35 -0.84786 0.34373 1.35141 1.63197 0.00000 27 (g) V 11 21 20 35 35 -16.34574 12.36323 7.34192 21.77008 0.00000 28 (g) A 11 21 21 35 35 -24.51784 17.71937 12.39576 32.69183 0.00000 29 (d) V 11 1 18 35 35 -16.84759 17.97996 9.62357 26.45247 0.00000 30 nu_taubar 1 -16 4 0 0 -3.64227 -3.46907 -7.13427 8.72917 0.00999 31 pi+ 1 211 4 0 0 -7.13803 -8.42451 -15.68185 19.17977 0.13957 32 pi+ 1 211 4 0 0 -2.83461 -2.87390 -5.98964 7.22423 0.13957 33 (pi0) 11 111 4 50 51 -0.56782 -0.62652 -1.42937 1.66621 0.13496 34 pi- 1 -211 4 0 0 -1.39698 -1.76423 -3.70910 4.34061 0.13957 35 (string) 11 92 22 36 49 -47.11524 50.90417 13.29892 106.76554 80.06834 36 (omega) 11 223 35 52 53 6.89824 1.64371 -12.35416 14.26633 0.78454 37 (eta) 11 221 35 54 56 2.86054 0.46078 -5.12979 5.91688 0.54745 38 pi- 1 -211 35 0 0 -0.04572 0.03840 -0.23543 0.28013 0.13957 39 (omega) 11 223 35 57 58 1.08772 0.26250 -0.28197 1.40374 0.79934 40 nbar0 1 -2112 35 0 0 -0.01877 -0.62618 0.18885 1.14495 0.93957 41 pi+ 1 211 35 0 0 0.31301 1.04369 0.49527 1.20500 0.13957 42 (Delta-) 11 1114 35 59 60 -0.73140 0.31762 0.92565 1.71287 1.20052 43 (rho+) 11 213 35 61 62 -5.67399 4.35543 2.57708 7.65027 0.84934 44 pi- 1 -211 35 0 0 -1.36554 0.95772 1.18094 2.04842 0.13957 45 pi+ 1 211 35 0 0 -13.53282 9.69154 7.22768 18.14723 0.13957 46 pi- 1 -211 35 0 0 -7.96986 6.06756 3.00975 10.46002 0.13957 47 (rho+) 11 213 35 63 64 -11.07012 8.60212 5.64610 15.13111 0.72656 48 (eta) 11 221 35 65 66 -5.54854 4.83974 2.85507 7.91583 0.54745 49 (rho-) 11 -213 35 67 68 -12.31800 13.24952 7.19389 19.48274 0.73617 50 gamma 1 22 33 0 0 -0.24144 -0.17330 -0.46845 0.55477 0.00000 51 gamma 1 22 33 0 0 -0.32639 -0.45323 -0.96091 1.11144 0.00000 52 gamma 1 22 36 0 0 2.01635 0.17952 -3.88974 4.38497 0.00000 53 (pi0) 11 111 36 69 70 4.88189 1.46419 -8.46442 9.88136 0.13498 54 (pi0) 11 111 37 71 72 0.94992 0.01451 -1.56981 1.83986 0.13498 55 (pi0) 11 111 37 73 74 0.61125 0.20303 -1.15044 1.32536 0.13498 56 (pi0) 11 111 37 75 76 1.29938 0.24323 -2.40954 2.75166 0.13498 57 gamma 1 22 39 0 0 0.33184 0.47394 -0.12886 0.59274 0.00000 58 (pi0) 11 111 39 77 78 0.75589 -0.21143 -0.15311 0.81101 0.13498 59 n0 1 2112 42 0 0 -0.57466 0.18477 0.50788 1.22683 0.93957 60 pi- 1 -211 42 0 0 -0.15674 0.13285 0.41778 0.48604 0.13957 61 pi+ 1 211 43 0 0 -1.48132 1.59074 0.71941 2.29386 0.13957 62 (pi0) 11 111 43 79 80 -4.19268 2.76470 1.85767 5.35642 0.13498 63 pi+ 1 211 47 0 0 -5.92038 4.76680 3.39226 8.32467 0.13957 64 (pi0) 11 111 47 81 82 -5.14974 3.83533 2.25384 6.80644 0.13498 65 gamma 1 22 48 0 0 -5.41964 4.67595 2.67870 7.64280 0.00000 66 gamma 1 22 48 0 0 -0.12889 0.16379 0.17636 0.27303 0.00000 67 pi- 1 -211 49 0 0 -2.56396 3.11346 1.46811 4.29446 0.13957 68 (pi0) 11 111 49 83 84 -9.75404 10.13607 5.72579 15.18828 0.13498 69 gamma 1 22 53 0 0 3.88917 1.13690 -6.81762 7.93083 0.00000 70 gamma 1 22 53 0 0 0.99272 0.32729 -1.64680 1.95053 0.00000 71 gamma 1 22 54 0 0 0.45310 -0.01822 -0.62894 0.77537 0.00000 72 gamma 1 22 54 0 0 0.49681 0.03273 -0.94087 1.06449 0.00000 73 gamma 1 22 55 0 0 0.34474 0.12058 -0.51476 0.63116 0.00000 74 gamma 1 22 55 0 0 0.26651 0.08245 -0.63568 0.69420 0.00000 75 gamma 1 22 56 0 0 0.44935 0.02073 -0.84488 0.95717 0.00000 76 gamma 1 22 56 0 0 0.85003 0.22251 -1.56466 1.79449 0.00000 77 gamma 1 22 58 0 0 0.07377 -0.00060 -0.05123 0.08981 0.00000 78 gamma 1 22 58 0 0 0.68212 -0.21084 -0.10188 0.72119 0.00000 79 gamma 1 22 62 0 0 -0.35008 0.26465 0.18985 0.47816 0.00000 80 gamma 1 22 62 0 0 -3.84260 2.50004 1.66781 4.87825 0.00000 81 gamma 1 22 64 0 0 -4.49084 3.32176 1.91626 5.90540 0.00000 82 gamma 1 22 64 0 0 -0.65890 0.51357 0.33758 0.90103 0.00000 83 gamma 1 22 68 0 0 -7.62494 7.97411 4.44414 11.89439 0.00000 84 gamma 1 22 68 0 0 -2.12910 2.16196 1.28165 3.29390 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.21312 350.00479 350.00473 ncall,ii,prt_in,x_in,x,factor= 54 112 88 11 -11 0.555304372132197 0.438235621599066 0.999322865219608 0.999188466757527 0.787634697840123 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 54 174.881111919531 6.422373019177030E-003 6.087442643944030E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 54 174.855368755676 4.040013623949790E-003 0.647124319813258 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 171.485903047974 1.519995441978174E-003 1.519995441978174E-003 1.676497069341480E-002 0.190200182092168 0.618971734339396 1.15358736216908 1.676497069341480E-002 1.50371271954000 1.50371271954000 1.585330482987993E-002 1.585330482987993E-002 2.410279194602675E-002 2.410279194602676E-002 0.885349833476625 ncall,ii,prt_in,x_in,x,factor= 55 129 162 11 -11 0.644285811550215 0.808415962227453 0.999989336420794 1.00052481559890 0.759504887202976 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 55 174.992422439442 6.664898211994341E-003 0.857162310043066 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 55 175.089451843642 3.501725343141970E-003 0.683192445490619 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 173.681189739104 1.243497659383234E-002 1.243497659383228E-002 8.957533000375689E-002 0.910148732562871 0.424223201518185 2.11880788247595 8.957533000375689E-002 0.261217750705765 0.261217750705765 2.250314196912166E-002 2.250314196912166E-002 2.780622142622919E-002 2.780622142622919E-002 0.931563261057629 on entry to user_fragment call; ncount= 6 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00084 -0.00229 111.76409 111.76409 0.00000 2 e+ 1 -11 0 0 0 0.21988 0.32634 -55.82928 55.83067 0.00000 3 nu_tau 1 16 0 0 0 -9.63341 -22.53832 -53.01287 58.40499 0.00000 4 tau+ 1 -15 0 0 0 15.85239 6.86455 23.75556 29.42626 1.77700 5 d A 2 1 0 0 0 -2.44942 -32.04603 -33.73458 46.59366 0.00000 6 ubar V 1 -2 0 0 0 -3.98861 47.39575 6.96337 48.07031 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.09371 350.08998 350.08996 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 6 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00084 -0.00229 111.76409 111.76409 0.00000 2 e+ 1 -11 0 0 0 0.21988 0.32634 -55.82928 55.83067 0.00000 3 nu_tau 1 16 0 0 0 -9.63341 -22.53832 -53.01287 58.40499 0.00000 4 tau+ 1 -15 0 0 0 15.85239 6.86455 23.75556 29.42626 1.77700 5 d A 2 1 0 0 0 -2.44942 -32.04603 -33.73458 46.59366 0.00000 6 ubar V 1 -2 0 0 0 -3.98861 47.39575 6.96337 48.07031 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.09371 350.08998 350.08996 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 6 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.157985D+03 0.810802D+02 0.892609D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.552193D-07 i,p12,asq(1),asq(2),asq(3)= 1 0.552193D-07 0.100000D+01 0.100000D+01 0.552193D-07 i= 2 pij(5,:)= 0.157985D+03 0.917223D+02 0.697546D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.356480D+02 0.249236D+02 0.892609D+02 found w vertex, kl,asq(kl)= 3 0.552193D-07 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.552193D-07 i= 4 pij(5,:)= 0.356480D+02 0.917223D+02 0.381831D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.958581D+02 0.249236D+02 0.697546D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.958581D+02 0.810802D+02 0.381831D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.552193D-07 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 6 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00084 -0.00229 111.76409 111.76409 0.00000 2 e+ 1 -11 0 0 0 0.21988 0.32634 -55.82928 55.83067 0.00000 3 nu_tau 1 16 0 0 0 -9.63341 -22.53832 -53.01287 58.40499 0.00000 4 (tau+) 11 -15 0 30 32 15.85239 6.86455 23.75556 29.42626 1.77700 5 (d) A 11 1 0 7 7 -2.44942 -32.04603 -33.73458 46.59366 0.00000 6 (ubar) V 11 -2 0 7 7 -3.98861 47.39575 6.96337 48.07031 0.00000 7 (CMshower) 11 94 5 8 9 -6.43803 15.34971 -26.77121 94.66397 89.26090 8 (d) A 11 1 7 10 11 -2.47100 -31.26030 -33.36787 46.70589 9.20398 9 (ubar) V 11 -2 7 12 13 -3.96703 46.61002 6.59666 47.95808 8.26017 10 (d) A 11 1 8 22 22 0.96338 -15.65983 -21.70556 26.78227 0.00000 11 (g) V 11 21 8 14 15 -3.43437 -15.60047 -11.66231 19.92362 2.40246 12 (ubar) A 11 -2 9 16 17 -3.83396 46.79538 6.61925 47.72878 5.45118 13 (g) V 11 21 9 25 25 -0.13307 -0.18536 -0.02259 0.22930 0.00000 14 (d) A 11 1 11 24 24 0.02478 -2.31544 -1.02566 2.55397 0.33000 15 (dbar) V 11 -1 11 23 23 -3.45916 -13.28503 -10.63665 17.36966 0.33000 16 (ubar) A 11 -2 12 18 19 -3.74585 46.48728 6.76365 47.37730 4.87473 17 (g) V 11 21 12 26 26 -0.08811 0.30810 -0.14440 0.35148 0.00000 18 (ubar) A 11 -2 16 20 21 -3.62397 45.90622 6.94109 46.75764 4.19335 19 (g) V 11 21 16 27 27 -0.12189 0.58106 -0.17745 0.61966 0.00000 20 (ubar) A 11 -2 18 29 29 -1.84368 37.36415 4.38737 37.66600 0.00000 21 (g) V 11 21 18 28 28 -1.78029 8.54207 2.55372 9.09164 0.00000 22 (d) A 11 1 10 33 33 0.96338 -15.65983 -21.70556 26.78227 0.00000 23 (dbar) V 11 -1 15 33 33 -3.45916 -13.28503 -10.63665 17.36966 0.33000 24 (d) A 11 1 14 41 41 0.02478 -2.31544 -1.02566 2.55397 0.33000 25 (g) V 11 21 13 41 41 -0.13307 -0.18536 -0.02259 0.22930 0.00000 26 (g) A 11 21 17 41 41 -0.08811 0.30810 -0.14440 0.35148 0.00000 27 (g) V 11 21 19 41 41 -0.12189 0.58106 -0.17745 0.61966 0.00000 28 (g) A 11 21 21 41 41 -1.78029 8.54207 2.55372 9.09164 0.00000 29 (ubar) V 11 -2 20 41 41 -1.84368 37.36415 4.38737 37.66600 0.00000 30 nu_taubar 1 -16 4 0 0 6.26259 2.78768 9.88597 12.03012 0.01000 31 e+ 1 -11 4 0 0 8.33662 3.37586 11.19520 14.36064 0.00049 32 nu_e 1 12 4 0 0 1.25318 0.70100 2.67439 3.03550 0.00021 33 (string) 11 92 22 34 40 -2.49578 -28.94486 -32.34221 44.15193 7.70324 34 (pi0) 11 111 33 49 50 -0.24514 -2.61795 -3.05062 4.02967 0.13498 35 (K0) 11 311 33 51 51 0.28321 -2.09551 -2.80019 3.54402 0.49767 36 (K*bar0) 11 -313 33 52 53 0.07711 -7.82980 -11.33758 13.81050 0.93673 37 pi- 1 -211 33 0 0 -0.12639 -3.82135 -3.17754 4.97342 0.13957 38 (rho0) 11 113 33 54 55 -0.40638 -2.12556 -2.67723 3.55194 0.87497 39 K+ 1 321 33 0 0 -1.07130 -5.15814 -4.03780 6.65594 0.49360 40 (K*bar0) 11 -313 33 56 57 -1.00690 -5.29655 -5.26127 7.58644 0.89763 41 (string) 11 92 24 42 48 -3.94225 44.29458 5.57100 50.51204 23.29977 42 (omega) 11 223 41 58 60 -0.80068 -2.01566 -0.98931 2.50779 0.77866 43 (pi0) 11 111 41 61 62 0.49593 -0.16451 -0.43228 0.69144 0.13498 44 (omega) 11 223 41 63 65 -0.85770 8.18556 1.83478 8.46969 0.79389 45 (rho-) 11 -213 41 66 67 -1.40920 14.40250 2.16256 14.64631 0.64808 46 (rho+) 11 213 41 68 69 -0.97242 12.84076 1.04706 12.94228 0.75859 47 (pi0) 11 111 41 70 71 -0.05183 3.61347 1.00328 3.75295 0.13498 48 pi- 1 -211 41 0 0 -0.34634 7.43246 0.94490 7.50158 0.13957 49 gamma 1 22 34 0 0 -0.18107 -2.00079 -2.24142 3.00997 0.00000 50 gamma 1 22 34 0 0 -0.06408 -0.61716 -0.80920 1.01970 0.00000 51 (K_S0) 11 310 35 72 73 0.28321 -2.09551 -2.80019 3.54402 0.49767 52 K- 1 -321 36 0 0 0.04324 -7.29006 -10.76526 13.01082 0.49360 53 pi+ 1 211 36 0 0 0.03388 -0.53974 -0.57232 0.79968 0.13957 54 pi- 1 -211 38 0 0 0.21535 -0.30260 -0.55997 0.68628 0.13957 55 pi+ 1 211 38 0 0 -0.62172 -1.82296 -2.11726 2.86566 0.13957 56 (Kbar0) 11 -311 40 74 74 -0.45544 -3.90199 -3.79771 5.48664 0.49767 57 (pi0) 11 111 40 75 76 -0.55146 -1.39456 -1.46356 2.09980 0.13498 58 pi+ 1 211 42 0 0 -0.48084 -0.69960 -0.27574 0.90342 0.13957 59 pi- 1 -211 42 0 0 -0.11042 -0.77406 -0.20449 0.82016 0.13957 60 (pi0) 11 111 42 77 78 -0.20942 -0.54200 -0.50907 0.78422 0.13498 61 gamma 1 22 43 0 0 0.40265 -0.08795 -0.37757 0.55895 0.00000 62 gamma 1 22 43 0 0 0.09328 -0.07656 -0.05471 0.13249 0.00000 63 pi- 1 -211 44 0 0 -0.67166 5.46966 1.40668 5.68915 0.13957 64 pi+ 1 211 44 0 0 -0.12235 0.64861 0.11351 0.68413 0.13957 65 (pi0) 11 111 44 79 80 -0.06369 2.06729 0.31460 2.09641 0.13498 66 pi- 1 -211 45 0 0 -0.48603 7.73876 1.27245 7.85896 0.13957 67 (pi0) 11 111 45 81 82 -0.92317 6.66374 0.89012 6.78735 0.13498 68 pi+ 1 211 46 0 0 -0.78394 10.99926 1.12026 11.08480 0.13957 69 (pi0) 11 111 46 83 84 -0.18848 1.84151 -0.07320 1.85748 0.13498 70 gamma 1 22 47 0 0 -0.06683 1.53834 0.47878 1.61251 0.00000 71 gamma 1 22 47 0 0 0.01500 2.07513 0.52450 2.14044 0.00000 72 pi- 1 -211 51 0 0 0.26205 -0.88976 -1.46398 1.73869 0.13957 73 pi+ 1 211 51 0 0 0.02117 -1.20575 -1.33621 1.80533 0.13957 74 (K_S0) 11 310 56 85 86 -0.45544 -3.90199 -3.79771 5.48664 0.49767 75 gamma 1 22 57 0 0 -0.22857 -0.50711 -0.46044 0.72209 0.00000 76 gamma 1 22 57 0 0 -0.32290 -0.88745 -1.00312 1.37771 0.00000 77 gamma 1 22 60 0 0 -0.10476 -0.21804 -0.29729 0.38327 0.00000 78 gamma 1 22 60 0 0 -0.10465 -0.32396 -0.21178 0.40095 0.00000 79 gamma 1 22 65 0 0 -0.03247 1.14572 0.24207 1.17147 0.00000 80 gamma 1 22 65 0 0 -0.03122 0.92157 0.07253 0.92494 0.00000 81 gamma 1 22 67 0 0 -0.44020 2.70186 0.35033 2.75981 0.00000 82 gamma 1 22 67 0 0 -0.48298 3.96187 0.53979 4.02754 0.00000 83 gamma 1 22 69 0 0 -0.13908 1.32735 -0.11323 1.33941 0.00000 84 gamma 1 22 69 0 0 -0.04939 0.51416 0.04003 0.51807 0.00000 85 (pi0) 11 111 74 87 88 -0.46200 -3.33271 -3.35046 4.75018 0.13498 86 (pi0) 11 111 74 89 90 0.00656 -0.56928 -0.44725 0.73646 0.13498 87 gamma 1 22 85 0 0 -0.23418 -1.43399 -1.52716 2.10793 0.00000 88 gamma 1 22 85 0 0 -0.22782 -1.89871 -1.82331 2.64224 0.00000 89 gamma 1 22 86 0 0 -0.05891 -0.15818 -0.13208 0.21433 0.00000 90 gamma 1 22 86 0 0 0.06547 -0.41111 -0.31516 0.52214 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.09371 350.08998 350.08996 ncall,ii,prt_in,x_in,x,factor= 56 110 54 11 -11 0.546523274040574 0.265331327850266 0.999256764183764 0.997514684852673 0.787634697840123 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 56 174.867994967904 6.368612868612900E-003 0.304654808114734 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 56 174.563359701346 2.582954608249111E-002 6.626557005319711E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 163.074995126030 0.279274575024045 0.279274575024045 1.146641765686655E-002 4.641199582412513E-002 4.301682831019166E-002 91.4435281363469 1.146641765686655E-002 33.1291485142292 33.1291485142292 3.040884116506811E-003 3.040884116506811E-003 2.599332962548958E-002 2.599332962548954E-002 0.724020240955207 ncall,ii,prt_in,x_in,x,factor= 57 108 189 11 -11 0.536795340538933 0.943813268745183 0.999183269535094 1.00127721645143 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 57 174.854679470902 6.667709710058034E-003 0.359068107786612 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 57 175.217611088123 7.740417091895324E-003 0.762653749036673 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 179.965139667191 7.266487763949524E-002 7.266487763949524E-002 3.676276856964896E-004 1.831401698388784E-003 1.203511684529113E-003 46.1439461992044 3.676276856965183E-004 8.09487189947293 8.09487189947293 4.854563874212275E-005 4.854563874212275E-005 2.864066034950409E-002 2.864066034950409E-002 1.07387754664806 ncall,ii,prt_in,x_in,x,factor= 58 143 183 11 -11 0.714556949179271 0.914071302256823 1.00052085808377 1.00104890152589 1.23771166803448 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 58 175.085118023500 6.620226660572825E-003 0.911389835854237 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 58 175.178930017178 5.685179414228969E-003 0.814260451364561 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 162.469473640053 3.614879874627675E-002 3.614879874627675E-002 8.57164170586664 31.7594400829979 55.9664650923000 7.486709959987701E-003 8.57164170586664 1.053677264869178E-003 1.053677264869178E-003 1.89998394131480 1.89998394131480 1.39025962849962 1.39025962849962 0.713326411887347 ncall,ii,prt_in,x_in,x,factor= 59 134 195 11 -11 0.667408313337064 0.973316756664533 1.00016361820953 1.00162931811629 0.872024129751564 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 59 175.025353446730 6.812248003342347E-003 0.481662667412763 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 59 175.275950403827 1.384143488118639E-002 0.663351332906501 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 83.2000878134249 3.614879874627675E-002 3.614879874627675E-002 8.57164170586664 31.7594400829979 55.9664650923000 7.486709959987701E-003 8.57164170586664 1.053677264869178E-003 1.053677264869178E-003 1.89998394131480 1.89998394131480 1.39025962849962 1.39025962849962 0.343198237009346 ncall,ii,prt_in,x_in,x,factor= 60 41 46 11 -11 0.204583372358479 0.227125806161884 0.993443357411783 0.995616544039185 0.843894319114417 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 60 173.790535706716 6.769392845552602E-002 0.916674471695700 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 60 174.207721888834 5.921230594185545E-002 0.425161232376887 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 267.198328927385 0.609730163484707 0.609730163484707 3.108298574635264E-003 8.833510537194213E-006 6.328044956866080E-003 67.6911154866041 3.108298574635264E-003 13.6680079743845 13.6680079743845 9.726389088257456E-004 9.726389088257456E-004 7.371998856252041E-005 7.371998856252033E-005 5.21838553446445 ncall,ii,prt_in,x_in,x,factor= 61 176 54 11 -11 0.876674378046349 0.269548116652215 1.00201062849238 0.997639162269551 0.731375076565828 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 61 175.348304378398 1.062208169832957E-002 0.334875609269716 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 61 174.563359701346 2.582954608249111E-002 0.909623330443047 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 232.142141809274 4.617047813521738E-004 4.617047813521738E-004 0.204751965002123 0.616284989463312 0.704050001153474 6.204104884292578E-004 0.204751965002123 4.512248312385065E-004 4.512248312385046E-004 0.150030509765920 0.150030509765920 3.854521352529878E-002 3.854521352529878E-002 2.97315231665990 ncall,ii,prt_in,x_in,x,factor= 62 189 31 11 -11 0.941128964928526 0.154523463170260 1.00297907124818 0.988039429723493 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 62 175.517327639026 1.776538418312157E-002 0.225792985705169 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 62 172.782332062829 0.137692716767248 0.904692634051976 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 170.477962305471 9.040680470739632E-004 9.040680470739637E-004 0.158311985799275 0.348974877802264 0.641368921638735 0.793220836500551 0.158311985799275 7.549522305014973E-002 7.549522305014973E-002 2.714720182792503E-002 2.714720182792503E-002 2.651044907425591E-002 2.651044907425591E-002 0.864717391098373 on entry to user_fragment call; ncount= 7 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.31192 -0.27015 80.75165 80.75271 0.00000 2 e+ 1 -11 0 0 0 -0.00297 0.00269 -96.23875 96.23875 0.00000 3 nu_tau 1 16 0 0 0 9.86208 -19.50058 25.95779 33.93140 0.00000 4 tau+ 1 -15 0 0 0 -39.76532 26.14534 -21.52478 52.26216 1.77700 5 d A 2 1 0 0 0 -26.58608 4.33960 3.79874 27.20445 0.00000 6 ubar V 1 -2 0 0 0 56.18037 -10.71690 9.86979 58.03877 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 2.61444 348.42824 348.41843 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 7 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.31192 -0.27015 80.75165 80.75271 0.00000 2 e+ 1 -11 0 0 0 -0.00297 0.00269 -96.23875 96.23875 0.00000 3 nu_tau 1 16 0 0 0 9.86208 -19.50058 25.95779 33.93140 0.00000 4 tau+ 1 -15 0 0 0 -39.76532 26.14534 -21.52478 52.26216 1.77700 5 d A 2 1 0 0 0 -26.58608 4.33960 3.79874 27.20445 0.00000 6 ubar V 1 -2 0 0 0 56.18037 -10.71690 9.86979 58.03877 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 2.61444 348.42824 348.41843 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 7 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.176312D+03 0.804445D+02 0.785053D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.101365D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.101365D-05 0.100000D+01 0.100000D+01 0.101365D-05 i= 2 pij(5,:)= 0.176312D+03 0.435912D+02 0.258629D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.109357D+03 0.107366D+03 0.785053D+02 found w vertex, kl,asq(kl)= 3 0.101365D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.101365D-05 i= 4 pij(5,:)= 0.109357D+03 0.435912D+02 0.772479D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.879701D+02 0.107366D+03 0.258629D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.879701D+02 0.804445D+02 0.772479D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.101365D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 7 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.31192 -0.27015 80.75165 80.75271 0.00000 2 e+ 1 -11 0 0 0 -0.00297 0.00269 -96.23875 96.23875 0.00000 3 nu_tau 1 16 0 0 0 9.86208 -19.50058 25.95779 33.93140 0.00000 4 (tau+) 11 -15 0 39 41 -39.76532 26.14534 -21.52478 52.26216 1.77700 5 (d) A 11 1 0 7 7 -26.58608 4.33960 3.79874 27.20445 0.00000 6 (ubar) V 11 -2 0 7 7 56.18037 -10.71690 9.86979 58.03877 0.00000 7 (CMshower) 11 94 5 8 9 29.59429 -6.37730 13.66852 85.24322 78.50532 8 (d) A 11 1 7 10 11 -25.12750 4.07062 3.94781 28.01950 11.02478 9 (ubar) V 11 -2 7 12 13 54.72179 -10.44793 9.72071 57.22372 8.74232 10 (d) A 11 1 8 14 15 -21.98678 6.96648 2.66029 23.30639 2.03961 11 (g) V 11 21 8 16 17 -3.14072 -2.89586 1.28752 4.71311 1.51843 12 (ubar) A 11 -2 9 18 19 46.38325 -9.16506 9.63554 48.62453 6.00812 13 (g) V 11 21 9 20 21 8.33855 -1.28287 0.08517 8.59919 1.66183 14 (d) A 11 1 10 28 28 -14.62929 5.59887 2.05742 15.79862 0.00000 15 (g) V 11 21 10 29 29 -7.35749 1.36761 0.60287 7.50776 0.00000 16 (s) A 11 3 11 31 31 -0.95567 -0.49398 0.69461 1.37470 0.50000 17 (sbar) V 11 -3 11 30 30 -2.18505 -2.40188 0.59291 3.33841 0.50000 18 (ubar) A 11 -2 12 22 23 22.23773 -5.73642 2.53769 23.16428 1.64948 19 (g) V 11 21 12 24 25 24.14551 -3.42864 7.09786 25.46025 1.75596 20 (g) A 11 21 13 26 27 7.11156 -1.42283 -0.20434 7.33077 1.04863 21 (g) V 11 21 13 34 34 1.22698 0.13996 0.28951 1.26842 0.00000 22 (ubar) A 11 -2 18 38 38 5.26585 -0.87305 0.07387 5.33824 0.00000 23 (g) V 11 21 18 37 37 16.97188 -4.86338 2.46382 17.82604 0.00000 24 (g) A 11 21 19 36 36 4.38985 -1.31062 1.40341 4.79146 0.00000 25 (g) V 11 21 19 35 35 19.75567 -2.11801 5.69445 20.66880 0.00000 26 (g) A 11 21 20 32 32 4.29759 -1.25435 -0.45850 4.50032 0.00000 27 (g) V 11 21 20 33 33 2.81397 -0.16848 0.25416 2.83045 0.00000 28 (d) A 11 1 14 42 42 -14.62929 5.59887 2.05742 15.79862 0.00000 29 (g) V 11 21 15 42 42 -7.35749 1.36761 0.60287 7.50776 0.00000 30 (sbar) A 11 -3 17 42 42 -2.18505 -2.40188 0.59291 3.33841 0.50000 31 (s) V 11 3 16 49 49 -0.95567 -0.49398 0.69461 1.37470 0.50000 32 (g) A 11 21 26 49 49 4.29759 -1.25435 -0.45850 4.50032 0.00000 33 (g) V 11 21 27 49 49 2.81397 -0.16848 0.25416 2.83045 0.00000 34 (g) A 11 21 21 49 49 1.22698 0.13996 0.28951 1.26842 0.00000 35 (g) V 11 21 25 49 49 19.75567 -2.11801 5.69445 20.66880 0.00000 36 (g) A 11 21 24 49 49 4.38985 -1.31062 1.40341 4.79146 0.00000 37 (g) V 11 21 23 49 49 16.97188 -4.86338 2.46382 17.82604 0.00000 38 (ubar) A 11 -2 22 49 49 5.26585 -0.87305 0.07387 5.33824 0.00000 39 nu_taubar 1 -16 4 0 0 -12.72129 7.47521 -6.92679 16.30002 0.00999 40 e+ 1 -11 4 0 0 -11.84285 8.45646 -6.42494 15.90737 0.00052 41 nu_e 1 12 4 0 0 -15.20118 10.21367 -8.17304 20.05476 0.00000 42 (string) 11 92 28 43 48 -24.17183 4.56460 3.25321 26.64480 9.70819 43 (K0) 11 311 42 59 59 -8.10707 2.05668 0.84733 8.42141 0.49767 44 (Xi0) 11 3322 42 60 61 -2.58069 0.74299 0.50075 3.03178 1.31490 45 (Xibar0) 11 -3322 42 62 63 -8.24567 3.18647 0.91220 8.98364 1.31490 46 K- 1 -321 42 0 0 -1.22887 -0.08279 0.30861 1.36230 0.49360 47 (eta) 11 221 42 64 65 -2.51303 0.00500 0.60151 2.64138 0.54745 48 (K*+) 11 323 42 66 67 -1.49650 -1.34376 0.08279 2.20429 0.89824 49 (string) 11 92 31 50 58 53.76612 -10.94190 10.41532 58.59842 17.74188 50 (phi) 11 333 49 68 69 0.78499 -0.96735 0.57645 1.71062 1.02076 51 (K*-) 11 -323 49 70 71 0.62820 -0.04037 -0.46682 1.18995 0.89543 52 (omega) 11 223 49 72 74 0.12661 -0.48137 -0.14645 0.93214 0.77440 53 (K*+) 11 323 49 75 76 8.33547 -0.79783 2.59093 8.80944 0.88140 54 (K*-) 11 -323 49 77 78 6.87984 -0.63035 2.18410 7.28135 0.71985 55 (pi0) 11 111 49 79 80 2.58328 -0.84520 -0.19359 2.72826 0.13498 56 (Delta++) 11 2224 49 81 82 12.46415 -1.52421 2.90975 12.95017 1.24973 57 (rho-) 11 -213 49 83 84 7.02849 -1.66577 1.39168 7.40509 0.85092 58 (Deltabar-) 11 -2214 49 85 86 14.93509 -3.98947 1.56927 15.59141 1.28704 59 (K_S0) 11 310 43 87 88 -8.10707 2.05668 0.84733 8.42141 0.49767 60 (Lambda0) 11 3122 44 89 90 -2.21473 0.62841 0.29225 2.57489 1.11568 61 (pi0) 11 111 44 91 92 -0.36596 0.11458 0.20850 0.45689 0.13498 62 (Lambdabar0) 11 -3122 45 93 94 -6.95931 2.58269 0.85612 7.55513 1.11568 63 (pi0) 11 111 45 95 96 -1.28636 0.60378 0.05608 1.42851 0.13498 64 gamma 1 22 47 0 0 -2.37679 -0.12688 0.52819 2.43808 0.00000 65 gamma 1 22 47 0 0 -0.13624 0.13189 0.07332 0.20330 0.00000 66 (K0) 11 311 48 97 97 -0.88971 -0.47723 0.14786 1.13528 0.49767 67 pi+ 1 211 48 0 0 -0.60679 -0.86652 -0.06507 1.06901 0.13957 68 K_L0 1 130 50 0 0 0.45646 -0.59678 0.24314 0.93344 0.49767 69 (K_S0) 11 310 50 98 99 0.32853 -0.37056 0.33330 0.77718 0.49767 70 (Kbar0) 11 -311 51 100 100 0.15124 -0.14722 -0.07001 0.54509 0.49767 71 pi- 1 -211 51 0 0 0.47696 0.10685 -0.39681 0.64486 0.13957 72 pi- 1 -211 52 0 0 0.14820 -0.29397 -0.03382 0.35917 0.13957 73 pi+ 1 211 52 0 0 0.06459 0.08558 0.08950 0.19745 0.13957 74 (pi0) 11 111 52 101 102 -0.08617 -0.27297 -0.20213 0.37552 0.13498 75 (K0) 11 311 53 103 103 4.92209 -0.73611 1.46081 5.21061 0.49767 76 pi+ 1 211 53 0 0 3.41338 -0.06171 1.13012 3.59883 0.13957 77 (Kbar0) 11 -311 54 104 104 6.14338 -0.63593 1.96728 6.50103 0.49767 78 pi- 1 -211 54 0 0 0.73646 0.00558 0.21682 0.78032 0.13957 79 gamma 1 22 55 0 0 1.59847 -0.57518 -0.16356 1.70666 0.00000 80 gamma 1 22 55 0 0 0.98481 -0.27002 -0.03004 1.02159 0.00000 81 p+ 1 2212 56 0 0 10.70048 -1.35448 2.71786 11.16252 0.93827 82 pi+ 1 211 56 0 0 1.76368 -0.16972 0.19189 1.78764 0.13957 83 pi- 1 -211 57 0 0 4.12394 -0.89964 0.41526 4.24360 0.13957 84 (pi0) 11 111 57 105 106 2.90456 -0.76612 0.97643 3.16149 0.13498 85 pbar- 1 -2212 58 0 0 12.74670 -3.64545 1.25790 13.35029 0.93827 86 (pi0) 11 111 58 107 108 2.18840 -0.34401 0.31137 2.24112 0.13498 87 pi- 1 -211 59 0 0 -2.83365 0.66542 0.10982 2.91615 0.13957 88 pi+ 1 211 59 0 0 -5.27341 1.39126 0.73751 5.50526 0.13957 89 n0 1 2112 60 0 0 -1.77419 0.53791 0.32722 2.10403 0.93957 90 (pi0) 11 111 60 109 110 -0.44054 0.09049 -0.03497 0.47086 0.13498 91 gamma 1 22 61 0 0 -0.30008 0.03860 0.12994 0.32927 0.00000 92 gamma 1 22 61 0 0 -0.06588 0.07598 0.07857 0.12761 0.00000 93 pbar- 1 -2212 62 0 0 -5.73325 2.23200 0.72388 6.26549 0.93827 94 pi+ 1 211 62 0 0 -1.22606 0.35069 0.13224 1.28964 0.13957 95 gamma 1 22 63 0 0 -1.09795 0.56486 0.05837 1.23611 0.00000 96 gamma 1 22 63 0 0 -0.18840 0.03893 -0.00228 0.19240 0.00000 97 K_L0 1 130 66 0 0 -0.88971 -0.47723 0.14786 1.13528 0.49767 98 pi+ 1 211 69 0 0 -0.07178 -0.06425 0.02894 0.17204 0.13957 99 pi- 1 -211 69 0 0 0.40031 -0.30632 0.30437 0.60514 0.13957 100 (K_S0) 11 310 70 111 112 0.15124 -0.14722 -0.07001 0.54509 0.49767 101 gamma 1 22 74 0 0 0.03229 -0.02236 -0.02447 0.04627 0.00000 102 gamma 1 22 74 0 0 -0.11846 -0.25061 -0.17767 0.32925 0.00000 103 K_L0 1 130 75 0 0 4.92209 -0.73611 1.46081 5.21061 0.49767 104 (K_S0) 11 310 77 113 114 6.14338 -0.63593 1.96728 6.50103 0.49767 105 gamma 1 22 84 0 0 0.21132 -0.02022 0.07219 0.22422 0.00000 106 gamma 1 22 84 0 0 2.69324 -0.74590 0.90424 2.93727 0.00000 107 gamma 1 22 86 0 0 0.81716 -0.12727 0.05046 0.82855 0.00000 108 gamma 1 22 86 0 0 1.37123 -0.21675 0.26091 1.41256 0.00000 109 gamma 1 22 90 0 0 -0.10231 -0.03400 0.00681 0.10803 0.00000 110 gamma 1 22 90 0 0 -0.33823 0.12450 -0.04179 0.36283 0.00000 111 pi+ 1 211 100 0 0 0.16837 0.07576 -0.14235 0.27172 0.13957 112 pi- 1 -211 100 0 0 -0.01713 -0.22299 0.07234 0.27337 0.13957 113 (pi0) 11 111 104 115 116 5.32364 -0.50273 1.60201 5.58377 0.13498 114 (pi0) 11 111 104 117 118 0.81974 -0.13320 0.36527 0.91726 0.13498 115 gamma 1 22 113 0 0 0.29071 -0.03740 0.05782 0.29875 0.00000 116 gamma 1 22 113 0 0 5.03293 -0.46533 1.54418 5.28502 0.00000 117 gamma 1 22 114 0 0 0.28151 -0.06544 0.19513 0.34872 0.00000 118 gamma 1 22 114 0 0 0.53824 -0.06776 0.17014 0.56854 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 2.61444 348.42824 348.41843 ncall,ii,prt_in,x_in,x,factor= 63 200 126 11 -11 0.995495686025491 0.629617056095509 1.00569874841451 0.999896044356384 0.675115455291534 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 63 175.935479282434 0.623410391295636 9.913720509823065E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 63 174.979171541075 2.856459236653563E-003 0.923411219101752 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 266.928531330683 5.422705180315381E-003 5.422705180315407E-003 3.171667730455954E-002 2.017273172822109E-002 6.406242622287422E-003 1.93262289569442 3.171667730455954E-002 1.39305570597637 1.39305570597637 3.445823401223276E-002 3.445823401223276E-002 4.957533328633822E-003 4.957533328633822E-003 5.19734083840112 ncall,ii,prt_in,x_in,x,factor= 64 126 69 11 -11 0.629219183122396 0.341726122523995 0.999876312914242 0.998633744370165 1.15332223612304 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 64 174.972939895793 6.418694361514099E-003 0.843836624479138 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 64 174.758602317071 6.675108631270632E-003 0.345224504798978 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 95.5061500466816 3761.54219071567 3761.54219071567 5.86283242980497 4.37615088664243 152.134065567310 187.565226934863 5.86283242980497 38.9842446467093 38.9842446467093 27.0142496390669 27.0142496390669 3.54190643084111 3.54190643084111 8.517782867655742E-002 ncall,ii,prt_in,x_in,x,factor= 65 74 1 11 -11 0.366112494334519 3.169990256478855E-003 0.997651119359611 0.763224914603858 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 65 174.586763426579 9.815435499859859E-003 0.222498866903877 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 65 104.610832487726 45.6681666878582 0.633998051295771 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 172.265829504206 7.202912644227674E-004 7.202912644227671E-004 0.541932320310399 0.359234443059634 1.07593535509198 0.258163540976020 0.541932320310399 2.465187156097908E-002 2.465187156097908E-002 4.468623142115408E-002 4.468623142115408E-002 5.540666835866596E-002 5.540666835866596E-002 0.901566507633542 ncall,ii,prt_in,x_in,x,factor= 66 48 66 11 -11 0.235189800863226 0.326166950611346 0.995139149467504 0.998504563976327 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 66 174.148103396488 3.290866404302051E-002 3.796017264522078E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 66 174.736476923356 7.811965897616346E-003 0.233390122269213 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 218.056367714093 0.108949514130082 0.108949514130082 12.1853189919588 53.7500086884585 69.6561550620925 8.227349098919803E-003 12.1853189919588 5.569589933262648E-003 5.569589933262654E-003 49.2097565127458 49.2097565127458 2.07687879520175 2.07687879520175 2.31460189790992 ncall,ii,prt_in,x_in,x,factor= 67 115 148 11 -11 0.571069852284872 0.737406970236405 0.999439165919474 1.00026196214976 1.15332223612304 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 67 174.900433065373 6.647810632244955E-003 0.213970456974394 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 67 175.044335847737 3.134634148636906E-003 0.481394047280958 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 213.035196035559 9.469643187689674E-004 9.469643187689632E-004 0.451573313566283 0.960480424565129 0.438739612007114 0.550359748774513 0.451573313566283 4.444578192586823E-002 4.444578192586823E-002 1.436576080433049E-002 1.436576080433049E-002 4.832719610080498E-002 4.832719610080498E-002 2.10866044482413 ncall,ii,prt_in,x_in,x,factor= 68 90 8 11 -11 0.445145465942169 3.729834205958919E-002 0.998437572449633 0.940947151747659 0.956413561663006 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 68 174.726348340229 7.847250360555336E-003 2.909318843383346E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 68 164.244607859635 0.916193203879061 0.459668411917838 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 276.021346505242 6.751371609775592E-005 6.751371609775526E-005 5.673387308023031E-003 3.112963704354270E-003 3.358417168218776E-003 6.481680936615170E-002 5.673387308023031E-003 4.000589766855157E-002 4.000589766855157E-002 1.690758400538768E-003 1.690758400538768E-003 1.007689344020263E-002 1.007689344020263E-002 5.94253695801229 ncall,ii,prt_in,x_in,x,factor= 69 135 168 11 -11 0.672137543885607 0.839367542179215 1.00019994342306 1.00065537003679 1.01267318293730 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 69 175.032165694733 6.610086418930905E-003 0.427508777121460 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 69 175.111283020143 3.901739790364900E-003 0.873508435843064 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 182.272398255403 0.225799052632301 0.225799052632301 4.331741214173553E-002 6.888212684165985E-002 0.151940673355234 15.9289833121594 4.331741214173553E-002 7.90800716446410 7.90800716446410 6.725914405678969E-003 6.725914405678969E-003 3.395170653395152E-002 3.395170653395153E-002 1.13001664916335 ncall,ii,prt_in,x_in,x,factor= 70 179 139 11 -11 0.894300617718303 0.692240883314777 1.00223286100851 1.00010633413080 0.787634697840123 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 70 175.380838077968 1.152632924879526E-002 0.860123543660535 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 70 175.017269675746 2.990478477499892E-003 0.448176662955319 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 183.452978359512 1.394846237022053E-002 1.394846237022053E-002 0.169103524397274 0.805705245387497 1.08723525452394 3.07088057635212 0.169103524397274 0.577153225159682 0.577153225159682 3.665321385250175E-002 3.665321385250175E-002 2.551465478851622E-002 2.551465478851598E-002 1.15957883126859 ncall,ii,prt_in,x_in,x,factor= 71 194 13 11 -11 0.968773932600193 6.380931689341413E-002 1.00368690272529 0.961098394124457 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 71 175.623912214611 2.821623401740680E-002 0.754786520038692 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 71 167.810198927052 0.501430392610700 0.761863378682825 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 237.759353714384 1.783777136428556E-004 1.783777136428548E-004 7.151904077731104E-002 0.522351188007368 0.326060347563800 0.216546972395719 7.151904077731104E-002 4.124922755365867E-002 4.124922755365867E-002 1.744730603956950E-002 1.744730603956950E-002 1.724818466535956E-002 1.724818466535956E-002 3.27153564915381 ncall,ii,prt_in,x_in,x,factor= 72 165 67 11 -11 0.821804613543891 0.330158594608026 1.00143020051051 0.998540095029695 0.815764508477270 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 72 175.247174275969 8.623122780221593E-003 0.360922708778162 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 72 174.744288889253 7.226102224279884E-003 3.171892160520429E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 180.030193516126 7.736592362375588E-004 7.736592362375565E-004 0.165045439347847 1.14278076029439 1.01102761963574 0.166228043273337 0.165045439347847 4.466326961368094E-002 4.466326961368094E-002 2.306459434433049E-002 2.306459434433049E-002 4.217708463856838E-002 4.217708463856838E-002 1.07543113100110 ncall,ii,prt_in,x_in,x,factor= 73 168 55 11 -11 0.837044722008351 0.273664846520216 1.00158150771956 0.997747375728006 0.731375076565828 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 73 175.273093576761 8.978584450517246E-003 0.408944401670169 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 73 174.589189247429 2.265165395806434E-002 0.732969304043280 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 194.748085430161 1.783741056679752E-004 1.783741056679745E-004 0.115912591616308 0.433993066846835 0.244237673642184 3.638376484998285E-002 0.115912591616308 1.376826818952331E-002 1.376826818952331E-002 1.522450409613049E-002 1.522450409613049E-002 1.218767865499930E-002 1.218767865499930E-002 1.47263120203187 ncall,ii,prt_in,x_in,x,factor= 74 84 36 11 -11 0.418657974699378 0.175694037486383 0.998197735385676 0.990909746867242 0.787634697840123 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 74 174.678638433826 8.155771816518609E-003 0.731594939875521 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 74 173.394872931373 0.103266918003072 0.138807497276694 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 212.613908819377 5.806481366512362E-004 5.806481366512341E-004 0.435667245550576 2.03862724263638 1.83207326445786 0.240479634398689 0.435667245550576 2.668414324815150E-002 2.668414324815150E-002 5.726500163717049E-002 5.726500163717049E-002 7.727964332604688E-002 7.727964332604688E-002 2.09202995294228 ncall,ii,prt_in,x_in,x,factor= 75 98 17 11 -11 0.485565519424280 8.198737268571987E-002 0.998781845513819 0.969673378012117 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 75 174.786003300800 7.259942487110038E-003 0.113103884856002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 75 169.549844646644 0.359766256803198 0.397474537143975 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 173.582071960129 9.669081982423059E-005 9.669081982423051E-005 4.068356071136760E-002 0.211662859386847 0.194055939551980 0.103224044485821 4.068356071136760E-002 3.028798802965103E-002 3.028798802965103E-002 3.134201924512962E-002 3.134201924512962E-002 1.510558195955268E-002 1.510558195955268E-002 0.929438552668898 ncall,ii,prt_in,x_in,x,factor= 76 24 122 11 -11 0.115541696016201 0.606880155962829 0.980073720302375 0.999820046893819 0.872024129751565 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 76 171.490320050403 0.208441985945029 0.108339203240281 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 76 174.967428670178 2.874765082481190E-003 0.376031192565719 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 185.154452121097 2.669231757791002E-004 2.669231757791013E-004 0.156072979808696 0.598451675959292 0.825150356899777 9.697118676834880E-002 0.156072979808696 1.635445570013245E-002 1.635445570013245E-002 2.334629030207370E-002 2.334629030207370E-002 2.493861911329481E-002 2.493861911329481E-002 1.20320006872141 on entry to user_fragment call; ncount= 8 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.10769 0.15985 100.90050 100.90068 0.00000 2 e+ 1 -11 0 0 0 -1.06937 0.38580 -53.57143 53.58349 0.00000 3 nu_tau 1 16 0 0 0 1.40296 34.69736 -48.05466 59.28849 0.00000 4 tau+ 1 -15 0 0 0 36.33924 -10.82398 12.30080 39.90196 1.77700 5 d A 2 1 0 0 0 -7.07733 -44.07210 14.23055 46.85026 0.00000 6 ubar V 1 -2 0 0 0 -29.48781 19.65307 -29.26136 45.95652 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -3.45561 346.48141 346.46418 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 8 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.10769 0.15985 100.90050 100.90068 0.00000 2 e+ 1 -11 0 0 0 -1.06937 0.38580 -53.57143 53.58349 0.00000 3 nu_tau 1 16 0 0 0 1.40296 34.69736 -48.05466 59.28849 0.00000 4 tau+ 1 -15 0 0 0 36.33924 -10.82398 12.30080 39.90196 1.77700 5 d A 2 1 0 0 0 -7.07733 -44.07210 14.23055 46.85026 0.00000 6 ubar V 1 -2 0 0 0 -29.48781 19.65307 -29.26136 45.95652 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -3.45561 346.48141 346.46418 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 8 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.147050D+03 0.810308D+02 0.803360D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.444849D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.444849D-05 0.100000D+01 0.100000D+01 0.444849D-05 i= 2 pij(5,:)= 0.147050D+03 0.368241D+02 0.543341D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.747288D+02 0.343698D+02 0.803360D+02 found w vertex, kl,asq(kl)= 3 0.444849D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.444849D-05 i= 4 pij(5,:)= 0.747288D+02 0.368241D+02 0.810208D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.123152D+03 0.343698D+02 0.543341D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.123152D+03 0.810308D+02 0.810208D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.444849D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 8 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.10769 0.15985 100.90050 100.90068 0.00000 2 e+ 1 -11 0 0 0 -1.06937 0.38580 -53.57143 53.58349 0.00000 3 nu_tau 1 16 0 0 0 1.40296 34.69736 -48.05466 59.28849 0.00000 4 (tau+) 11 -15 0 42 44 36.33924 -10.82398 12.30080 39.90196 1.77700 5 (d) A 11 1 0 7 7 -7.07733 -44.07210 14.23055 46.85026 0.00000 6 (ubar) V 11 -2 0 7 7 -29.48781 19.65307 -29.26136 45.95652 0.00000 7 (CMshower) 11 94 5 8 9 -36.56514 -24.41903 -15.03082 92.80678 80.33601 8 (d) A 11 1 7 10 11 -6.56504 -38.26054 12.05853 41.53441 8.52822 9 (ubar) V 11 -2 7 12 13 -30.00010 13.84151 -27.08934 51.27237 28.34484 10 (d) A 11 1 8 14 15 -7.68016 -34.38809 9.12466 36.42723 1.46910 11 (g) V 11 21 8 16 17 1.11512 -3.87245 2.93387 5.10718 1.11189 12 (ubar) A 11 -2 9 18 19 -20.18258 17.73645 -8.01262 28.77384 6.46635 13 (g) V 11 21 9 20 21 -9.81753 -3.89494 -19.07673 22.49853 5.54149 14 (d) A 11 1 10 30 30 -4.59648 -21.36924 4.94357 22.41006 0.00000 15 (g) V 11 21 10 31 31 -3.08368 -13.01885 4.18108 14.01717 0.00000 16 (g) A 11 21 11 33 33 1.20556 -2.24112 1.71415 3.06828 0.00000 17 (g) V 11 21 11 32 32 -0.09044 -1.63133 1.21972 2.03890 0.00000 18 (ubar) A 11 -2 12 22 23 -13.41511 13.87231 -3.29532 19.66433 1.84955 19 (g) V 11 21 12 39 39 -6.76747 3.86414 -4.71729 9.10950 0.00000 20 (g) A 11 21 13 34 34 -0.29015 -1.04950 -0.77279 1.33523 0.00000 21 (g) V 11 21 13 24 25 -9.52737 -2.84544 -18.30393 21.16330 3.73952 22 (ubar) A 11 -2 18 41 41 -11.90790 12.86718 -2.59829 17.72325 0.00000 23 (g) V 11 21 18 40 40 -1.50721 1.00512 -0.69703 1.94108 0.00000 24 (g) A 11 21 21 38 38 -0.07218 -0.43629 -0.44677 0.62862 0.00000 25 (g) V 11 21 21 26 27 -9.45519 -2.40915 -17.85717 20.53468 2.75503 26 (g) A 11 21 25 35 35 -1.04652 -0.21263 -0.98485 1.45270 0.00000 27 (g) V 11 21 25 28 29 -8.40867 -2.19652 -16.87232 19.08198 1.97900 28 (g) A 11 21 27 36 36 -3.29447 0.11226 -6.57668 7.35655 0.00000 29 (g) V 11 21 27 37 37 -5.11421 -2.30878 -10.29564 11.72544 0.00000 30 (d) A 11 1 14 45 45 -4.59648 -21.36924 4.94357 22.41006 0.00000 31 (g) V 11 21 15 45 45 -3.08368 -13.01885 4.18108 14.01717 0.00000 32 (g) A 11 21 17 45 45 -0.09044 -1.63133 1.21972 2.03890 0.00000 33 (g) V 11 21 16 45 45 1.20556 -2.24112 1.71415 3.06828 0.00000 34 (g) A 11 21 20 45 45 -0.29015 -1.04950 -0.77279 1.33523 0.00000 35 (g) V 11 21 26 45 45 -1.04652 -0.21263 -0.98485 1.45270 0.00000 36 (g) A 11 21 28 45 45 -3.29447 0.11226 -6.57668 7.35655 0.00000 37 (g) V 11 21 29 45 45 -5.11421 -2.30878 -10.29564 11.72544 0.00000 38 (g) A 11 21 24 45 45 -0.07218 -0.43629 -0.44677 0.62862 0.00000 39 (g) V 11 21 19 45 45 -6.76747 3.86414 -4.71729 9.10950 0.00000 40 (g) A 11 21 23 45 45 -1.50721 1.00512 -0.69703 1.94108 0.00000 41 (ubar) V 11 -2 22 45 45 -11.90790 12.86718 -2.59829 17.72325 0.00000 42 nu_taubar 1 -16 4 0 0 16.52374 -5.48189 5.65162 18.30372 0.01000 43 e+ 1 -11 4 0 0 4.91792 -1.78400 1.59216 5.46842 0.00050 44 nu_e 1 12 4 0 0 14.89758 -3.55809 5.05702 16.12983 0.00018 45 (string) 11 92 30 46 68 -36.56514 -24.41903 -15.03082 92.80678 80.33601 46 (rho0) 11 113 45 69 70 -3.16535 -13.99863 4.30596 15.01114 0.90100 47 pi- 1 -211 45 0 0 -1.88275 -11.36831 2.55044 11.80285 0.13957 48 p+ 1 2212 45 0 0 -1.83563 -6.44633 1.86023 7.01894 0.93827 49 pbar- 1 -2212 45 0 0 0.17961 -2.02566 0.53509 2.30265 0.93827 50 (rho+) 11 213 45 71 72 -0.77017 -4.04110 0.93971 4.30572 0.85586 51 (eta) 11 221 45 73 75 0.45611 -0.49174 0.77505 1.16200 0.54745 52 (rho-) 11 -213 45 76 77 -0.35359 -0.18507 0.12713 0.91570 0.81429 53 (rho0) 11 113 45 78 79 -0.11472 -0.12104 -0.46577 0.91371 0.76819 54 (pi0) 11 111 45 80 81 -1.00515 -0.77714 -1.93956 2.32258 0.13498 55 (rho0) 11 113 45 82 83 -0.98530 0.22120 -3.20185 3.44412 0.76834 56 p+ 1 2212 45 0 0 -2.29836 -1.44148 -3.44400 4.48350 0.93827 57 (pi0) 11 111 45 84 85 -3.94299 -0.29043 -7.21542 8.22873 0.13498 58 nbar0 1 -2112 45 0 0 -0.75137 -0.01161 -0.77755 1.43250 0.93957 59 (K*0) 11 313 45 86 87 -2.86958 0.91669 -2.09983 3.77619 0.88063 60 K- 1 -321 45 0 0 -2.22599 1.94155 -2.16546 3.69560 0.49360 61 pi+ 1 211 45 0 0 -0.05723 0.21992 0.37758 0.46226 0.13957 62 (rho-) 11 -213 45 88 89 -1.51088 0.72832 -0.51493 1.79975 0.40094 63 p+ 1 2212 45 0 0 -1.47353 1.50674 -0.08598 2.30852 0.93827 64 (pi0) 11 111 45 90 91 -1.58550 1.74974 -0.79696 2.49575 0.13498 65 nbar0 1 -2112 45 0 0 -2.87682 1.69697 -1.13402 3.65029 0.93957 66 (omega) 11 223 45 92 94 -3.01924 3.29924 -1.35889 4.72418 0.68589 67 pi- 1 -211 45 0 0 -2.36669 1.90653 -0.29572 3.05664 0.13957 68 (pi0) 11 111 45 95 96 -2.11002 2.59261 -1.00606 3.49345 0.13498 69 pi- 1 -211 46 0 0 -0.59731 -1.55313 0.42091 1.72210 0.13957 70 pi+ 1 211 46 0 0 -2.56804 -12.44551 3.88505 13.28904 0.13957 71 pi+ 1 211 50 0 0 -0.25273 -0.50949 0.35919 0.68698 0.13957 72 (pi0) 11 111 50 97 98 -0.51745 -3.53161 0.58052 3.61874 0.13498 73 pi- 1 -211 51 0 0 0.11131 -0.02377 0.13633 0.22588 0.13957 74 pi+ 1 211 51 0 0 0.11735 -0.29623 0.44943 0.56832 0.13957 75 (pi0) 11 111 51 99 100 0.22745 -0.17173 0.18929 0.36780 0.13498 76 pi- 1 -211 52 0 0 -0.07584 0.08533 0.38904 0.42879 0.13957 77 (pi0) 11 111 52 101 102 -0.27775 -0.27039 -0.26191 0.48690 0.13498 78 pi- 1 -211 53 0 0 0.01052 0.12677 -0.55838 0.58945 0.13957 79 pi+ 1 211 53 0 0 -0.12524 -0.24780 0.09261 0.32426 0.13957 80 gamma 1 22 54 0 0 -0.93021 -0.66788 -1.73173 2.07611 0.00000 81 gamma 1 22 54 0 0 -0.07494 -0.10926 -0.20783 0.24647 0.00000 82 pi+ 1 211 55 0 0 -0.71645 -0.09085 -1.30470 1.49776 0.13957 83 pi- 1 -211 55 0 0 -0.26885 0.31204 -1.89715 1.94636 0.13957 84 gamma 1 22 57 0 0 -3.40796 -0.23362 -6.14166 7.02772 0.00000 85 gamma 1 22 57 0 0 -0.53503 -0.05680 -1.07376 1.20102 0.00000 86 K+ 1 321 59 0 0 -2.04950 0.58065 -1.79381 2.82825 0.49360 87 pi- 1 -211 59 0 0 -0.82009 0.33604 -0.30601 0.94794 0.13957 88 pi- 1 -211 62 0 0 -0.27640 0.22840 -0.08877 0.39487 0.13957 89 (pi0) 11 111 62 103 104 -1.23448 0.49992 -0.42615 1.40488 0.13498 90 gamma 1 22 64 0 0 -1.35118 1.54440 -0.66161 2.15606 0.00000 91 gamma 1 22 64 0 0 -0.23432 0.20534 -0.13535 0.33969 0.00000 92 pi- 1 -211 66 0 0 -0.38865 0.50220 -0.09852 0.65760 0.13957 93 pi+ 1 211 66 0 0 -0.47145 0.38261 -0.24479 0.66937 0.13957 94 (pi0) 11 111 66 105 106 -2.15914 2.41443 -1.01558 3.39720 0.13498 95 gamma 1 22 68 0 0 -2.01242 2.45377 -0.98277 3.32215 0.00000 96 gamma 1 22 68 0 0 -0.09759 0.13883 -0.02329 0.17129 0.00000 97 gamma 1 22 72 0 0 -0.50577 -3.25385 0.55745 3.33978 0.00000 98 gamma 1 22 72 0 0 -0.01168 -0.27776 0.02307 0.27896 0.00000 99 gamma 1 22 75 0 0 0.05199 -0.02629 0.11358 0.12765 0.00000 100 gamma 1 22 75 0 0 0.17546 -0.14544 0.07571 0.24015 0.00000 101 gamma 1 22 77 0 0 -0.04008 0.00181 -0.06223 0.07404 0.00000 102 gamma 1 22 77 0 0 -0.23767 -0.27220 -0.19968 0.41286 0.00000 103 gamma 1 22 89 0 0 -1.17501 0.44479 -0.41431 1.32293 0.00000 104 gamma 1 22 89 0 0 -0.05947 0.05513 -0.01185 0.08195 0.00000 105 gamma 1 22 94 0 0 -0.34901 0.31888 -0.14890 0.49565 0.00000 106 gamma 1 22 94 0 0 -1.81013 2.09555 -0.86667 2.90155 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -3.45561 346.48141 346.46418 ncall,ii,prt_in,x_in,x,factor= 77 47 152 11 -11 0.232559790422287 0.758196852017630 0.995031196592351 1.00033597873112 0.703245265928681 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 77 174.111953766344 3.614963014368300E-002 0.511958084457461 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 77 175.056834587495 3.070452273846058E-003 0.639370403526073 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 122.625212781876 0.256259596895945 0.256259596895945 8.353004416648155E-004 3.021262378599428E-003 1.089385823966916E-003 210.252380785614 8.353004416648155E-004 86.2905874811116 86.2905874811116 6.570505309337005E-004 6.570505309337005E-004 2.134674653991640E-003 2.134674653991640E-003 0.231483642057633 ncall,ii,prt_in,x_in,x,factor= 78 190 34 11 -11 0.946799870211289 0.166249962007815 1.00309724727902 0.989701480654617 1.26584147867163 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 78 175.535093023209 1.924227780284582E-002 0.359974042257875 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 78 173.168491015729 0.117081754967984 0.249992401562999 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 185.385695158446 4.856048064601125E-002 4.856048064601125E-002 40.9062728603254 79.0106136235222 75.7687869875960 0.116757254061346 40.9062728603254 1.037546242237525E-002 1.037546242237524E-002 3.43051224527081 3.43051224527081 7.57842683654246 7.57842683654246 1.20922213954514 ncall,ii,prt_in,x_in,x,factor= 79 83 101 11 -11 0.411139052660753 0.503999317969021 0.998126766473768 0.999458586518523 0.900153940388712 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 79 174.670281885900 8.356547926155145E-003 0.227810532150500 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 79 174.902612778510 3.302221559067675E-003 0.799863593804133 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 194.354315231480 2.064996572375192E-003 2.064996572375192E-003 0.144589107633250 9.166452989759619E-002 0.911770604897873 4.470883977540158E-004 0.144589107633250 8.463684587978925E-005 8.463684587978925E-005 3.736084171237703E-002 3.736084171237703E-002 0.181604705312327 0.181604705312327 1.46075695073973 ncall,ii,prt_in,x_in,x,factor= 80 138 84 11 -11 0.689987457297730 0.418762704027173 1.00033603554720 0.999096491978209 0.731375076565828 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 80 175.052190568762 6.633758909202925E-003 0.997491459545927 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 80 174.838647350208 4.305693454966786E-003 0.752540805434577 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 250.704201442797 0.295858566916694 0.295858566916694 7.731878828095945E-002 0.324408537086150 0.223878460328033 26.0492694884949 7.731878828095945E-002 9.96946761689096 9.96946761689096 2.274529374838152E-002 2.274529374838152E-002 3.632206730218189E-002 3.632206730218189E-002 4.04434000663258 on entry to user_fragment call; ncount= 9 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00004 -0.00026 52.93745 52.93745 0.00000 2 e+ 1 -11 0 0 0 -0.00685 -0.00752 -46.17357 46.17357 0.00000 3 nu_tau 1 16 0 0 0 -19.89308 2.11576 -67.00909 69.93161 0.00000 4 tau+ 1 -15 0 0 0 -3.09664 13.95810 22.75293 26.93087 1.77700 5 d A 2 1 0 0 0 77.55023 -10.68115 55.87421 96.17719 0.00000 6 ubar V 1 -2 0 0 0 -54.55363 -5.38493 -18.16502 57.75001 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.21692 349.90069 349.90063 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 9 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00004 -0.00026 52.93745 52.93745 0.00000 2 e+ 1 -11 0 0 0 -0.00685 -0.00752 -46.17357 46.17357 0.00000 3 nu_tau 1 16 0 0 0 -19.89308 2.11576 -67.00909 69.93161 0.00000 4 tau+ 1 -15 0 0 0 -3.09664 13.95810 22.75293 26.93087 1.77700 5 d A 2 1 0 0 0 77.55023 -10.68115 55.87421 96.17719 0.00000 6 ubar V 1 -2 0 0 0 -54.55363 -5.38493 -18.16502 57.75001 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.21692 349.90069 349.90063 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 9 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.988799D+02 0.814668D+02 0.146576D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.554567D-09 i,p12,asq(1),asq(2),asq(3)= 1 0.554567D-09 0.100000D+01 0.100000D+01 0.554567D-09 i= 2 pij(5,:)= 0.988799D+02 0.591182D+02 0.584747D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.211069D+02 0.164209D+02 0.146576D+03 found w vertex, kl,asq(kl)= 3 0.554567D-09 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.554567D-09 i= 4 pij(5,:)= 0.211069D+02 0.591182D+02 0.118501D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.896520D+02 0.164209D+02 0.584747D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.896520D+02 0.814668D+02 0.118501D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.554567D-09 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 9 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00004 -0.00026 52.93745 52.93745 0.00000 2 e+ 1 -11 0 0 0 -0.00685 -0.00752 -46.17357 46.17357 0.00000 3 nu_tau 1 16 0 0 0 -19.89308 2.11576 -67.00909 69.93161 0.00000 4 (tau+) 11 -15 0 39 41 -3.09664 13.95810 22.75293 26.93087 1.77700 5 (d) A 11 1 0 7 7 77.55023 -10.68115 55.87421 96.17719 0.00000 6 (ubar) V 11 -2 0 7 7 -54.55363 -5.38493 -18.16502 57.75001 0.00000 7 (CMshower) 11 94 5 8 9 22.99660 -16.06608 37.70920 153.92720 146.57639 8 (d) A 11 1 7 10 11 75.74464 -10.60699 54.85934 95.63476 16.93225 9 (ubar) V 11 -2 7 12 13 -52.74804 -5.45909 -17.15015 58.29244 17.07993 10 (d) A 11 1 8 14 15 58.87352 -2.97598 35.85663 69.01392 1.50837 11 (g) V 11 21 8 16 17 16.87112 -7.63100 19.00271 26.62084 2.16776 12 (ubar) A 11 -2 9 18 19 -50.05876 -8.24191 -17.89877 54.04112 5.12523 13 (g) V 11 21 9 20 21 -2.68927 2.78282 0.74862 4.25132 1.59281 14 (d) A 11 1 10 28 28 50.90717 -2.08213 30.79072 59.53103 0.00000 15 (g) V 11 21 10 29 29 7.96635 -0.89385 5.06592 9.48289 0.00000 16 (g) A 11 21 11 32 32 0.41505 -0.18300 0.91412 1.02047 0.00000 17 (g) V 11 21 11 22 23 16.45607 -7.44801 18.08859 25.60037 1.38077 18 (ubar) A 11 -2 12 24 25 -49.38932 -8.20773 -18.03019 53.35804 3.91427 19 (g) V 11 21 12 35 35 -0.66944 -0.03418 0.13142 0.68308 0.00000 20 (g) A 11 21 13 34 34 -2.18374 2.70298 1.08328 3.63982 0.00000 21 (g) V 11 21 13 33 33 -0.50553 0.07984 -0.33466 0.61150 0.00000 22 (g) A 11 21 17 31 31 3.63109 -1.78921 3.28790 5.21501 0.00000 23 (g) V 11 21 17 30 30 12.82499 -5.65880 14.80069 20.38536 0.00000 24 (ubar) A 11 -2 18 26 27 -41.54664 -8.21633 -15.45471 45.10330 1.35215 25 (g) V 11 21 18 36 36 -7.84268 0.00860 -2.57547 8.25474 0.00000 26 (ubar) A 11 -2 24 38 38 -30.04072 -6.53447 -11.04515 32.66710 0.00000 27 (g) V 11 21 24 37 37 -11.50592 -1.68187 -4.40957 12.43620 0.00000 28 (d) A 11 1 14 42 42 50.90717 -2.08213 30.79072 59.53103 0.00000 29 (g) V 11 21 15 42 42 7.96635 -0.89385 5.06592 9.48289 0.00000 30 (g) A 11 21 23 42 42 12.82499 -5.65880 14.80069 20.38536 0.00000 31 (g) V 11 21 22 42 42 3.63109 -1.78921 3.28790 5.21501 0.00000 32 (g) A 11 21 16 42 42 0.41505 -0.18300 0.91412 1.02047 0.00000 33 (g) V 11 21 21 42 42 -0.50553 0.07984 -0.33466 0.61150 0.00000 34 (g) A 11 21 20 42 42 -2.18374 2.70298 1.08328 3.63982 0.00000 35 (g) V 11 21 19 42 42 -0.66944 -0.03418 0.13142 0.68308 0.00000 36 (g) A 11 21 25 42 42 -7.84268 0.00860 -2.57547 8.25474 0.00000 37 (g) V 11 21 27 42 42 -11.50592 -1.68187 -4.40957 12.43620 0.00000 38 (ubar) A 11 -2 26 42 42 -30.04072 -6.53447 -11.04515 32.66710 0.00000 39 nu_taubar 1 -16 4 0 0 -1.38903 6.08427 11.17037 12.79551 0.01000 40 pi+ 1 211 4 0 0 -0.64877 1.66034 2.85963 3.37263 0.13957 41 (pi0) 11 111 4 59 60 -1.05883 6.21350 8.72293 10.76273 0.13496 42 (string) 11 92 28 43 58 22.99660 -16.06608 37.70920 153.92720 146.57639 43 (rho-) 11 -213 42 61 62 11.31759 -0.67549 6.98336 13.33275 0.67125 44 (Delta++) 11 2224 42 63 64 41.58447 -1.47556 25.11716 48.62258 1.35587 45 (Deltabar--) 11 -2224 42 65 66 9.39195 -2.49789 8.05253 12.67018 1.11443 46 pi+ 1 211 42 0 0 0.41910 0.07860 0.18347 0.48473 0.13957 47 pi- 1 -211 42 0 0 1.81296 -0.65093 2.32976 3.02619 0.13957 48 (rho+) 11 213 42 67 68 8.56941 -4.23599 9.12311 13.23496 0.74470 49 (rho-) 11 -213 42 69 70 1.98121 -1.50493 2.60760 3.71476 0.89991 50 pi+ 1 211 42 0 0 0.22800 0.48898 0.17797 0.58501 0.13957 51 (omega) 11 223 42 71 73 -0.51092 1.35774 0.05107 1.64937 0.78314 52 (rho-) 11 -213 42 74 75 -2.71278 1.08315 1.24756 3.25348 0.70454 53 pi+ 1 211 42 0 0 -1.35832 0.44004 -0.71920 1.60481 0.13957 54 (pi0) 11 111 42 76 77 -3.60204 -0.56947 -1.84693 4.09003 0.13498 55 pi- 1 -211 42 0 0 -9.53365 -1.51208 -3.16623 10.15979 0.13957 56 (rho0) 11 113 42 78 79 -2.43174 -0.91139 -1.09548 2.90727 0.71286 57 (rho+) 11 213 42 80 81 -22.15448 -4.21127 -7.58539 23.80190 0.66052 58 (rho-) 11 -213 42 82 83 -10.00414 -1.26959 -3.75117 10.78941 0.80341 59 gamma 1 22 41 0 0 -0.31685 1.75479 2.36915 2.96522 0.00000 60 gamma 1 22 41 0 0 -0.74198 4.45871 6.35378 7.79751 0.00000 61 pi- 1 -211 43 0 0 3.33361 0.04330 2.20100 3.99734 0.13957 62 (pi0) 11 111 43 84 85 7.98398 -0.71879 4.78236 9.33541 0.13498 63 p+ 1 2212 44 0 0 30.26575 -0.94833 17.91883 35.19773 0.93827 64 pi+ 1 211 44 0 0 11.31872 -0.52723 7.19832 13.42485 0.13957 65 pbar- 1 -2212 45 0 0 7.83816 -2.03560 6.60069 10.48951 0.93827 66 pi- 1 -211 45 0 0 1.55379 -0.46229 1.45184 2.18067 0.13957 67 pi+ 1 211 48 0 0 3.11816 -1.55725 2.87748 4.52187 0.13957 68 (pi0) 11 111 48 86 87 5.45125 -2.67875 6.24563 8.71309 0.13498 69 pi- 1 -211 49 0 0 1.78690 -1.03473 1.75870 2.71591 0.13957 70 (pi0) 11 111 49 88 89 0.19432 -0.47020 0.84889 0.99884 0.13498 71 pi+ 1 211 51 0 0 -0.28174 0.58213 -0.21794 0.69659 0.13957 72 pi- 1 -211 51 0 0 -0.24276 0.66970 0.14392 0.74002 0.13957 73 (pi0) 11 111 51 90 91 0.01358 0.10591 0.12510 0.21277 0.13498 74 pi- 1 -211 52 0 0 -0.38735 0.34395 0.39118 0.66396 0.13957 75 (pi0) 11 111 52 92 93 -2.32542 0.73920 0.85638 2.58952 0.13498 76 gamma 1 22 54 0 0 -2.56300 -0.41073 -1.24581 2.87919 0.00000 77 gamma 1 22 54 0 0 -1.03904 -0.15874 -0.60112 1.21085 0.00000 78 pi- 1 -211 56 0 0 -1.47829 -0.53783 -0.31057 1.60951 0.13957 79 pi+ 1 211 56 0 0 -0.95345 -0.37356 -0.78491 1.29776 0.13957 80 pi+ 1 211 57 0 0 -14.94394 -2.55993 -5.05754 15.98352 0.13957 81 (pi0) 11 111 57 94 95 -7.21054 -1.65134 -2.52785 7.81838 0.13498 82 pi- 1 -211 58 0 0 -4.86641 -0.23797 -1.83030 5.20653 0.13957 83 (pi0) 11 111 58 96 97 -5.13774 -1.03162 -1.92087 5.58288 0.13498 84 gamma 1 22 62 0 0 3.00429 -0.25967 1.87425 3.55049 0.00000 85 gamma 1 22 62 0 0 4.97969 -0.45912 2.90812 5.78492 0.00000 86 gamma 1 22 68 0 0 3.26971 -1.64160 3.84513 5.30762 0.00000 87 gamma 1 22 68 0 0 2.18154 -1.03715 2.40050 3.40546 0.00000 88 gamma 1 22 70 0 0 0.09841 -0.08776 0.22577 0.26145 0.00000 89 gamma 1 22 70 0 0 0.09590 -0.38244 0.62313 0.73739 0.00000 90 gamma 1 22 73 0 0 0.00086 0.02848 0.13102 0.13408 0.00000 91 gamma 1 22 73 0 0 0.01272 0.07743 -0.00592 0.07869 0.00000 92 gamma 1 22 75 0 0 -0.63812 0.21094 0.29984 0.73593 0.00000 93 gamma 1 22 75 0 0 -1.68731 0.52826 0.55654 1.85359 0.00000 94 gamma 1 22 81 0 0 -2.40625 -0.55765 -0.77729 2.58944 0.00000 95 gamma 1 22 81 0 0 -4.80429 -1.09369 -1.75056 5.22894 0.00000 96 gamma 1 22 83 0 0 -2.02661 -0.39322 -0.68807 2.17606 0.00000 97 gamma 1 22 83 0 0 -3.11113 -0.63840 -1.23280 3.40682 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.21692 349.90069 349.90062 ncall,ii,prt_in,x_in,x,factor= 81 118 34 11 -11 0.585144715629233 0.167027395338037 0.999545366484623 0.989805507235086 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 81 174.920247751510 6.662998322724434E-003 2.894312584668057E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 81 173.168491015729 0.117081754967984 0.405479067607317 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 222.323493689541 5.03381172487539 5.03381172487539 34.2393795620559 132.383495909241 280.580924039426 0.129417935871734 34.2393795620559 0.218923492368398 0.218923492368399 33.2332321646545 33.2332321646545 20.6149273000194 20.6149273000194 2.50116673986932 ncall,ii,prt_in,x_in,x,factor= 82 19 179 11 -11 9.342323098729270E-002 0.891763805019995 0.973685287068126 1.00091221074486 1.26584147867163 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 82 170.191647444771 0.296911338602342 0.684646197458541 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 82 175.157950344230 4.785117415821105E-003 0.352761003999007 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 222.610195056760 0.298989753483046 0.298989753483046 4.978296453412794E-002 0.164961130059134 0.235955852132191 83.0472495434333 4.978296453412794E-002 0.691894729401167 0.691894729401167 1.530371630177810E-002 1.530371630177810E-002 6.861023873873599E-003 6.861023873873599E-003 2.51409342082231 ncall,ii,prt_in,x_in,x,factor= 83 108 70 11 -11 0.537572887680792 0.347590677168863 0.999189194630619 0.998677229457595 0.787634697840123 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 83 174.854679470902 6.667709710058034E-003 0.514577536158455 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 83 174.765277425702 6.251633440172100E-003 0.518135433772699 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 182.264889313073 9.802385555596153E-005 9.802385555596179E-005 8.826747191489868E-002 5.599499164681980E-002 0.106036030903455 1.501806402142423E-002 8.826747191489868E-002 4.707679239953935E-003 4.707679239953935E-003 9.707146626267973E-003 9.707146626267973E-003 7.598434107527311E-003 7.598434107527311E-003 1.12983045080078 ncall,ii,prt_in,x_in,x,factor= 84 34 165 11 -11 0.165370902341040 0.820067641150538 0.989313646128477 1.00057336144855 0.928283751025859 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 84 173.121350704973 0.115108699415771 7.418046820805557E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 84 175.100292030723 3.525145562321086E-003 1.352823010765292E-002 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 192.785591670195 3.165325060829319E-004 3.165325060829301E-004 1.656984960114067E-002 7.621757770085034E-002 5.209830714650553E-002 0.203376990267398 1.656984960114067E-002 1.755889054386960E-002 1.755889054386960E-002 1.689925461786038E-002 1.689925461786038E-002 1.989975766268297E-003 1.989975766268297E-003 1.41416310159844 ncall,ii,prt_in,x_in,x,factor= 85 175 114 11 -11 0.871087364748923 0.568395253113868 1.00194603392525 0.999688416525641 1.09706261484874 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 85 175.338404435310 9.899943087873453E-003 0.217472949784622 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 85 174.943405193083 3.047142207492470E-003 0.679050622773687 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 232.982498022165 5.309194382456735E-002 5.309194382456735E-002 0.100799137769413 0.394650886370816 0.487967958902024 0.586251287653867 0.100799137769413 1.351364633986781E-002 1.351364633986781E-002 1.16540313755655 1.16540313755655 1.731906829882163E-002 1.731906829882163E-002 3.01643798108452 ncall,ii,prt_in,x_in,x,factor= 86 31 126 11 -11 0.153365244272566 0.629469138919660 0.987563067396440 0.999895561477093 0.703245265928681 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 86 172.729466965979 0.139768866565845 0.673048854513212 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 86 174.979171541075 2.856459236653563E-003 0.893827783932011 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 104.662265219370 0.808990130904515 0.808990130904515 1.573298663017233E-002 1.528862596459412E-002 4.197540578412170E-002 28.6361457276586 1.573298663017233E-002 22.0352744462052 22.0352744462052 4.324830404168707E-003 4.324830404168707E-003 6.475859880713678E-003 6.475859880713678E-003 0.122846201072112 ncall,ii,prt_in,x_in,x,factor= 87 55 197 11 -11 0.270203919408811 0.984932823250650 0.996169328263818 1.00186299370745 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 87 174.328852181883 1.916747509486072E-002 4.078388176220216E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 87 175.305744484283 2.055707409897423E-002 0.986564650130106 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 26.1987838371145 0.808990130904515 0.808990130904515 1.573298663017233E-002 1.528862596459412E-002 4.197540578412170E-002 1.21750950481740 1.573298663017233E-002 22.0352744462052 22.0352744462052 4.324830404168707E-003 4.324830404168707E-003 6.475859880713678E-003 6.475859880713678E-003 4.823094121190955E-004 ncall,ii,prt_in,x_in,x,factor= 88 79 184 11 -11 0.393790515606385 0.918188971523503 0.997951083086697 1.00107644485070 1.09706261484874 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 88 174.634674999037 8.924911808009028E-003 0.758103121276918 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 88 175.184615196592 5.901776161152839E-003 0.637794304700606 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 270.835581668892 0.611508143783054 0.611508143783054 6.598197172320278E-002 0.258676812169676 0.304107457174218 678.805206435838 6.598197172320278E-002 42.2693400076166 42.2693400076166 6.427383826677015E-003 6.427383826677015E-003 2.228370615764085E-002 2.228370615764085E-002 5.50838252340252 ncall,ii,prt_in,x_in,x,factor= 89 83 5 11 -11 0.411259680410059 2.415775198308442E-002 0.998127918509836 0.923338693217905 0.984543372300154 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 89 174.670281885900 8.356547926155145E-003 0.251936082011895 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 89 160.325419239862 1.51386305799628 0.831550396616885 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 227.182021271827 0.173290848154015 0.173290848154015 54.1058523542913 334.763852753946 420.771023165382 5.286596885430482E-002 54.1058523542913 3.267241242842312E-002 3.267241242842312E-002 24.8428526825107 24.8428526825107 11.5915016584611 11.5915016584611 2.72707478368814 ncall,ii,prt_in,x_in,x,factor= 90 182 32 11 -11 0.909895345859791 0.156215671981592 1.00245329792839 0.988291103581769 0.759504887202975 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 90 175.416674550856 1.292457768704480E-002 0.979069171958258 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 90 172.920024779596 0.127171621497922 0.243134396318496 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 164.518204310124 8.074898312792230E-004 8.074898312792230E-004 6.092730671977404E-004 1.431344089677399E-003 8.476933453640785E-004 0.649767917158335 6.092730671977404E-004 0.196662551552049 0.196662551552049 3.433870798829478E-003 3.433870798829478E-003 1.543740374430826E-004 1.543740374430821E-004 0.749992729336629 ncall,ii,prt_in,x_in,x,factor= 91 139 2 11 -11 0.690290042197967 6.189633531219988E-003 1.00033836960008 0.865561361380917 0.956413561663006 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 91 175.058824327671 6.754503440191684E-003 5.800843959346480E-002 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 91 150.278999175585 5.01936227879901 0.237926706243998 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 212.376681111207 6.793322905835968E-005 6.793322905835933E-005 4.909029327761773E-002 3.501173848702360E-002 0.186321327197529 8.626201796820249E-002 4.909029327761773E-002 9.660263362861968E-003 9.660263362861968E-003 2.762884023067354E-002 2.762884023067354E-002 1.052104034705156E-003 1.052104034705156E-003 2.08270869114197 ncall,ii,prt_in,x_in,x,factor= 92 19 117 11 -11 9.480673301157366E-002 0.583058289953354 0.974154746993325 0.999739261004888 1.12519242548589 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 92 170.191647444771 0.296911338602342 0.961346602314734 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 92 174.952576696841 2.935372422911087E-003 0.611657990670722 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 21.6508073460132 0.815114438853892 6.793322905835933E-005 4.909029327761773E-002 3.501173848702360E-002 0.186321327197529 8.626201796820249E-002 4.909029327761773E-002 9.660263362861968E-003 9.660263362861968E-003 2.762884023067354E-002 2.762884023067354E-002 1.052104034705156E-003 1.052104034705156E-003 2.249560062186082E-004 ncall,ii,prt_in,x_in,x,factor= 93 187 145 11 -11 0.932995161208393 0.721076342192343 1.00282884766556 1.00020516242734 1.23771166803448 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 93 175.485656555666 1.568071743801625E-002 0.599032241678572 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 93 175.035250796347 3.038504435977529E-003 0.215268438468655 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 229.962680882053 1.700368627624007E-003 1.700368627624007E-003 0.118655563998589 0.743047157788562 0.282896755623860 1.248435262865449E-002 0.118655563998589 1.705678046862706E-002 1.705678046862706E-002 0.102527992459172 0.102527992459172 7.155866021399583E-002 7.155866021399583E-002 2.86306140552218 ncall,ii,prt_in,x_in,x,factor= 94 105 85 11 -11 0.524049012260167 0.424113912038228 0.999084993661769 0.999122449600395 1.06893280421160 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 94 174.834399246973 6.762276216448981E-003 0.809802452033480 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 94 174.842953043663 4.226026776677827E-003 0.822782407645619 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 179.052328635329 3.559079752070406E-002 3.559079752070406E-002 32.6979208852524 58.4539708995933 87.6685279253519 1.711011620096791E-002 32.6979208852524 2.710381584164099E-003 2.710381584164098E-003 7.33358486471294 7.33358486471294 1.69433984683263 1.69433984683263 1.05225525888456 ncall,ii,prt_in,x_in,x,factor= 95 154 1 11 -11 0.765702390753953 1.395521217833990E-003 1.00093043650012 0.670611489277328 1.29397128930877 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 95 175.161795112668 7.351617142205669E-003 0.140478150790614 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 95 104.610832487726 45.6681666878582 0.279104243566798 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 0.808018642771568 3.559079752070406E-002 3.559079752070406E-002 32.6979208852524 58.4539708995933 87.6685279253519 1.711011620096791E-002 32.6979208852524 2.710381584164099E-003 2.710381584164098E-003 7.33358486471294 7.33358486471294 1.69433984683263 1.69433984683263 0.790841564536095 ncall,ii,prt_in,x_in,x,factor= 96 154 105 11 -11 0.766963398909037 0.521207226064168 1.00094103129908 0.999521877813727 0.900153940388712 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 96 175.161795112668 7.351617142205669E-003 0.392679781807317 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 96 174.915568887938 3.152657781811286E-003 0.241445212833611 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 42.2965770211794 0.499499586382526 0.499499586382526 0.906069494388344 6.70934965469677 4.87453944970051 5.67878308150570 0.906069494388344 1.81733875615337 1.81733875615337 0.391843185770908 0.391843185770908 0.843632641383025 0.843632641383025 3.276589985760719E-003 ncall,ii,prt_in,x_in,x,factor= 97 46 50 11 -11 0.229280189598409 0.248381664579682 0.994891961792057 0.996835395311986 1.01267318293730 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 97 174.071255584988 4.069818135559444E-002 0.856037919681739 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 97 174.417592020983 4.229221832838448E-002 0.676332915936364 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 195.806088042685 3.348466479009671E-002 3.348466479009671E-002 4.190688409882774E-002 2.921032016950493E-002 2.391845052130950E-002 8.80680823193345 4.190688409882757E-002 8.78211992179879 8.78211992179879 2.337878602905260E-002 2.337878602905260E-002 1.063618260663187E-002 1.063618260663187E-002 1.50489422010823 ncall,ii,prt_in,x_in,x,factor= 98 160 146 11 -11 0.797509984582392 0.728671058431046 1.00120703652751 1.00023151306795 1.15332223612304 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 98 175.207285901451 7.862514427671385E-003 0.501996916478447 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 98 175.038289300782 3.033119543545126E-003 0.734211686209221 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 227.802243610893 0.467743250722612 0.467743250722612 7.083015944657855E-003 1.968952485607055E-002 1.564509436269661E-002 187.594655169591 7.083015944657855E-003 0.608490110696431 0.608490110696431 1.709907639160321E-002 1.709907639160321E-002 6.629746981785043E-004 6.629746981785078E-004 2.75697735664666 ncall,ii,prt_in,x_in,x,factor= 99 200 69 11 -11 0.996972480455024 0.344197632269119 1.00675091868362 0.998652598765472 0.843894319114417 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 99 175.935479282434 0.623410391295636 0.394496091004868 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 99 174.758602317071 6.675108631270632E-003 0.839526453823794 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 177.561918985107 1.308856685130852E-002 1.308856685130852E-002 10.4992490013334 74.6887778390405 80.4141035974015 8.423457788288461E-003 10.4992490013334 8.897060811406038E-003 8.897060811406038E-003 5.98484328202347 5.98484328202347 2.66216348235733 2.66216348235733 1.01765490619510 ncall,ii,prt_in,x_in,x,factor= 100 75 144 11 -11 0.370500220942752 0.715719365515946 0.997700278283845 1.00018658639820 0.759504887202976 ncall,yl_lumi(1,ii(1)),yu_lumi(1,ii(1))-yl_lumi(1,ii(1)),x_in(1)*dble(ndiv_lum i)-dble(ii(1)-1)= 100 174.596578862079 9.708705762903946E-003 0.100044188550470 ncall,yl_lumi(2,ii(2)),yu_lumi(2,ii(2))-yl_lumi(2,ii(2)),x_in(2)*dble(ndiv_lum i)-dble(ii(2)-1)= 100 175.032217705069 3.033091277274025E-003 0.143873103189264 after event_fill evt%sqrts_hat,phase_space_factor,phase_space_volume= 165.777637008907 3.367547350750572E-002 3.367547350750572E-002 40.1033165219418 198.072699332709 136.311760380438 1.834835882762790E-002 40.1033165219418 4.758655926563530E-003 4.758655926563530E-003 6.95769193683592 6.95769193683592 12.2267990055700 12.2267990055700 0.773223403374437 on entry to user_fragment call; ncount= 10 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.06039 0.03741 80.01782 80.01785 0.00000 2 e+ 1 -11 0 0 0 -0.00072 0.00007 -91.76381 91.76381 0.00000 3 nu_tau 1 16 0 0 0 28.38747 -8.36957 7.06716 30.42767 0.00000 4 tau+ 1 -15 0 0 0 -56.36895 -1.33373 -17.08052 58.94183 1.77700 5 d A 2 1 0 0 0 56.04444 9.37457 7.95750 57.37755 0.00000 6 ubar V 1 -2 0 0 0 -28.00185 0.29125 13.77645 31.20864 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.02540 349.73735 349.73735 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 10 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.06039 0.03741 80.01782 80.01785 0.00000 2 e+ 1 -11 0 0 0 -0.00072 0.00007 -91.76381 91.76381 0.00000 3 nu_tau 1 16 0 0 0 28.38747 -8.36957 7.06716 30.42767 0.00000 4 tau+ 1 -15 0 0 0 -56.36895 -1.33373 -17.08052 58.94183 1.77700 5 d A 2 1 0 0 0 56.04444 9.37457 7.95750 57.37755 0.00000 6 ubar V 1 -2 0 0 0 -28.00185 0.29125 13.77645 31.20864 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.02540 349.73735 349.73735 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 10 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.171380D+03 0.837229D+02 0.805936D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.441718D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.441718D-05 0.100000D+01 0.100000D+01 0.441718D-05 i= 2 pij(5,:)= 0.171380D+03 0.574384D+02 0.115681D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.110285D+03 0.829541D+02 0.805936D+02 found w vertex, kl,asq(kl)= 3 0.441718D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.441718D-05 i= 4 pij(5,:)= 0.110285D+03 0.574384D+02 0.109503D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.527861D+02 0.829541D+02 0.115681D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.527861D+02 0.837229D+02 0.109503D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.441718D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 10 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.06039 0.03741 80.01782 80.01785 0.00000 2 e+ 1 -11 0 0 0 -0.00072 0.00007 -91.76381 91.76381 0.00000 3 nu_tau 1 16 0 0 0 28.38747 -8.36957 7.06716 30.42767 0.00000 4 (tau+) 11 -15 0 27 29 -56.36895 -1.33373 -17.08052 58.94183 1.77700 5 (d) A 11 1 0 7 7 56.04444 9.37457 7.95750 57.37755 0.00000 6 (ubar) V 11 -2 0 7 7 -28.00185 0.29125 13.77645 31.20864 0.00000 7 (CMshower) 11 94 5 8 9 28.04259 9.66582 21.73395 88.58619 80.59364 8 (d) A 11 1 7 10 11 55.60800 9.31153 7.93106 57.05058 3.59331 9 (ubar) V 11 -2 7 12 13 -27.56542 0.35430 13.80289 31.53562 6.63307 10 (d) A 11 1 8 20 20 47.29952 6.97179 7.61451 48.41313 0.00000 11 (g) V 11 21 8 21 21 8.30848 2.33974 0.31656 8.63744 0.00000 12 (ubar) A 11 -2 9 14 15 -27.70479 0.16044 13.76201 31.29339 4.72247 13 (g) V 11 21 9 22 22 0.13938 0.19385 0.04088 0.24223 0.00000 14 (ubar) A 11 -2 12 16 17 -27.66581 0.05215 13.23508 30.75403 2.28988 15 (g) V 11 21 12 23 23 -0.03899 0.10829 0.52693 0.53935 0.00000 16 (ubar) A 11 -2 14 18 19 -26.47043 -0.26151 12.36751 29.24407 1.22809 17 (g) V 11 21 14 24 24 -1.19538 0.31367 0.86757 1.50996 0.00000 18 (ubar) A 11 -2 16 26 26 -17.26916 0.13270 7.51110 18.83237 0.00000 19 (g) V 11 21 16 25 25 -9.20127 -0.39422 4.85641 10.41171 0.00000 20 (d) A 11 1 10 30 30 47.29952 6.97179 7.61451 48.41313 0.00000 21 (g) V 11 21 11 30 30 8.30848 2.33974 0.31656 8.63744 0.00000 22 (g) A 11 21 13 30 30 0.13938 0.19385 0.04088 0.24223 0.00000 23 (g) V 11 21 15 30 30 -0.03899 0.10829 0.52693 0.53935 0.00000 24 (g) A 11 21 17 30 30 -1.19538 0.31367 0.86757 1.50996 0.00000 25 (g) V 11 21 19 30 30 -9.20127 -0.39422 4.85641 10.41171 0.00000 26 (ubar) A 11 -2 18 30 30 -17.26916 0.13270 7.51110 18.83237 0.00000 27 nu_taubar 1 -16 4 0 0 -27.71871 -1.06724 -9.03481 29.17351 0.01000 28 pi+ 1 211 4 0 0 -10.95995 -0.21632 -3.38837 11.47466 0.13957 29 (pi0) 11 111 4 43 44 -17.69029 -0.05016 -4.65735 18.29366 0.13496 30 (string) 11 92 20 31 42 28.04259 9.66582 21.73395 88.58619 80.59364 31 (rho-) 11 -213 30 45 46 25.39430 3.90285 4.18167 26.03946 0.68157 32 (rho+) 11 213 30 47 48 12.24056 2.21350 1.98254 12.61370 0.66645 33 (omega) 11 223 30 49 51 10.17977 1.65634 1.37018 10.43332 0.77814 34 (eta) 11 221 30 52 54 5.49328 0.96702 0.61551 5.63825 0.54745 35 pi- 1 -211 30 0 0 0.41770 -0.00203 -0.27436 0.51887 0.13957 36 pi+ 1 211 30 0 0 1.66054 0.60497 0.50643 1.84373 0.13957 37 pi- 1 -211 30 0 0 0.25659 0.29010 0.24918 0.48121 0.13957 38 (eta) 11 221 30 55 57 -1.79814 -0.13383 0.68370 2.00459 0.54745 39 (eta') 11 331 30 58 59 -4.53267 -0.00053 2.56052 5.29325 0.95765 40 (omega) 11 223 30 60 62 -2.58717 0.47856 1.32399 3.04967 0.79058 41 (K*+) 11 323 30 63 64 -5.20941 -0.41145 2.00394 5.67080 0.91379 42 (K*-) 11 -323 30 65 66 -13.47275 0.10033 6.53064 14.99936 0.89804 43 gamma 1 22 29 0 0 -1.56288 -0.04242 -0.40653 1.61544 0.00000 44 gamma 1 22 29 0 0 -16.12742 -0.00774 -4.25081 16.67822 0.00000 45 pi- 1 -211 31 0 0 7.70519 1.44762 1.16679 7.92757 0.13957 46 (pi0) 11 111 31 67 68 17.68911 2.45523 3.01489 18.11189 0.13498 47 pi+ 1 211 32 0 0 7.91814 1.63692 1.08060 8.15866 0.13957 48 (pi0) 11 111 32 69 70 4.32241 0.57658 0.90194 4.45504 0.13498 49 pi- 1 -211 33 0 0 6.98261 0.90694 0.88850 7.09847 0.13957 50 pi+ 1 211 33 0 0 0.82741 0.18126 0.09355 0.86354 0.13957 51 (pi0) 11 111 33 71 72 2.36975 0.56815 0.38813 2.47131 0.13498 52 (pi0) 11 111 34 73 74 1.10501 0.20929 0.03139 1.13316 0.13498 53 (pi0) 11 111 34 75 76 2.74399 0.53881 0.44788 2.83525 0.13498 54 (pi0) 11 111 34 77 78 1.64428 0.21892 0.13624 1.66984 0.13498 55 (pi0) 11 111 38 79 80 -0.61788 0.04173 0.26745 0.68794 0.13498 56 (pi0) 11 111 38 81 82 -0.26299 -0.06755 0.18428 0.35483 0.13498 57 (pi0) 11 111 38 83 84 -0.91727 -0.10801 0.23197 0.96181 0.13498 58 gamma 1 22 39 0 0 -0.54912 -0.06184 0.41262 0.68964 0.00000 59 (rho0) 11 113 39 85 86 -3.98355 0.06130 2.14791 4.60360 0.84097 60 pi- 1 -211 40 0 0 -0.84979 -0.04523 0.27596 0.90544 0.13957 61 pi+ 1 211 40 0 0 -1.16668 0.48833 0.60827 1.41035 0.13957 62 (pi0) 11 111 40 87 88 -0.57070 0.03545 0.43976 0.73387 0.13498 63 (K0) 11 311 41 89 89 -3.14238 -0.26237 0.89110 3.31438 0.49767 64 pi+ 1 211 41 0 0 -2.06703 -0.14908 1.11284 2.35642 0.13957 65 (Kbar0) 11 -311 42 90 90 -8.09342 0.20828 3.65060 8.89502 0.49767 66 pi- 1 -211 42 0 0 -5.37933 -0.10796 2.88004 6.10434 0.13957 67 gamma 1 22 46 0 0 17.11135 2.37685 2.89211 17.51605 0.00000 68 gamma 1 22 46 0 0 0.57776 0.07837 0.12277 0.59584 0.00000 69 gamma 1 22 48 0 0 4.31999 0.57948 0.90274 4.45119 0.00000 70 gamma 1 22 48 0 0 0.00242 -0.00290 -0.00079 0.00385 0.00000 71 gamma 1 22 51 0 0 1.90767 0.48367 0.26575 1.98589 0.00000 72 gamma 1 22 51 0 0 0.46208 0.08448 0.12238 0.48542 0.00000 73 gamma 1 22 52 0 0 0.20331 0.09163 -0.00546 0.22307 0.00000 74 gamma 1 22 52 0 0 0.90170 0.11767 0.03685 0.91009 0.00000 75 gamma 1 22 53 0 0 0.61229 0.13732 0.04629 0.62920 0.00000 76 gamma 1 22 53 0 0 2.13170 0.40149 0.40159 2.20604 0.00000 77 gamma 1 22 54 0 0 0.47375 0.10620 0.08412 0.49274 0.00000 78 gamma 1 22 54 0 0 1.17054 0.11272 0.05213 1.17711 0.00000 79 gamma 1 22 55 0 0 -0.57272 0.06828 0.26694 0.63555 0.00000 80 gamma 1 22 55 0 0 -0.04516 -0.02655 0.00051 0.05239 0.00000 81 gamma 1 22 56 0 0 -0.03061 -0.05776 0.01475 0.06701 0.00000 82 gamma 1 22 56 0 0 -0.23239 -0.00978 0.16953 0.28782 0.00000 83 gamma 1 22 57 0 0 -0.66927 -0.12795 0.13414 0.69447 0.00000 84 gamma 1 22 57 0 0 -0.24800 0.01994 0.09782 0.26734 0.00000 85 pi- 1 -211 59 0 0 -2.41332 -0.28900 1.05293 2.65251 0.13957 86 pi+ 1 211 59 0 0 -1.57023 0.35031 1.09497 1.95110 0.13957 87 gamma 1 22 62 0 0 -0.09378 0.04523 0.12351 0.16154 0.00000 88 gamma 1 22 62 0 0 -0.47692 -0.00977 0.31625 0.57233 0.00000 89 K_L0 1 130 63 0 0 -3.14238 -0.26237 0.89110 3.31438 0.49767 90 K_L0 1 130 65 0 0 -8.09342 0.20828 3.65060 8.89502 0.49767 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.02540 349.73735 349.73735 on entry to user_fragment call; ncount= 11 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 0.00001 0.20292 0.20292 0.00000 2 e+ 1 -11 0 0 0 0.00001 -0.00080 -66.90216 66.90216 0.00000 3 nu_tau 1 16 0 0 0 -36.53878 -17.05151 61.79759 73.78874 0.00000 4 tau+ 1 -15 0 0 0 -59.00266 -39.09217 -12.12037 71.83017 1.77700 5 d A 2 1 0 0 0 72.32616 5.42001 -13.12561 73.70707 0.00000 6 ubar V 1 -2 0 0 0 23.21543 50.72446 30.36934 63.51554 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22170 349.94660 349.94653 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 11 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 0.00001 0.20292 0.20292 0.00000 2 e+ 1 -11 0 0 0 0.00001 -0.00080 -66.90216 66.90216 0.00000 3 nu_tau 1 16 0 0 0 -36.53878 -17.05151 61.79759 73.78874 0.00000 4 tau+ 1 -15 0 0 0 -59.00266 -39.09217 -12.12037 71.83017 1.77700 5 d A 2 1 0 0 0 72.32616 5.42001 -13.12561 73.70707 0.00000 6 ubar V 1 -2 0 0 0 23.21543 50.72446 30.36934 63.51554 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22170 349.94660 349.94653 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 11 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.736899D+01 0.803540D+02 0.790715D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.164213D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.164213D-05 0.100000D+01 0.100000D+01 0.164213D-05 i= 2 pij(5,:)= 0.736899D+01 0.951123D+02 0.138681D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.609993D+01 0.134692D+03 0.790715D+02 found w vertex, kl,asq(kl)= 3 0.164213D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.164213D-05 i= 4 pij(5,:)= 0.609993D+01 0.951123D+02 0.900337D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.366856D+01 0.134692D+03 0.138681D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.366856D+01 0.803540D+02 0.900337D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.164213D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 11 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 0.00001 0.20292 0.20292 0.00000 2 e+ 1 -11 0 0 0 0.00001 -0.00080 -66.90216 66.90216 0.00000 3 nu_tau 1 16 0 0 0 -36.53878 -17.05151 61.79759 73.78874 0.00000 4 (tau+) 11 -15 0 24 26 -59.00266 -39.09217 -12.12037 71.83017 1.77700 5 (d) A 11 1 0 7 7 72.32616 5.42001 -13.12561 73.70707 0.00000 6 (ubar) V 11 -2 0 7 7 23.21543 50.72446 30.36934 63.51554 0.00000 7 (CMshower) 11 94 5 8 9 95.54159 56.14448 17.24373 137.22261 79.07149 8 (d) A 11 1 7 10 11 73.32338 7.83226 -11.65633 76.62527 17.25977 9 (ubar) V 11 -2 7 12 13 22.21822 48.31221 28.90006 60.59734 3.01752 10 (d) A 11 1 8 14 15 54.52687 2.42492 -15.32908 56.72458 1.90738 11 (g) V 11 21 8 20 20 18.79651 5.40734 3.67275 19.90069 0.00000 12 (ubar) A 11 -2 9 18 18 15.11250 31.17687 20.23859 40.12462 0.00000 13 (g) V 11 21 9 19 19 7.10572 17.13534 8.66147 20.47272 0.00000 14 (d) A 11 1 10 23 23 3.33330 0.05811 -1.30017 3.57837 0.00000 15 (g) V 11 21 10 16 17 51.19357 2.36681 -14.02891 53.14622 1.15187 16 (g) A 11 21 15 21 21 31.90286 1.02676 -8.39019 33.00367 0.00000 17 (g) V 11 21 15 22 22 19.29070 1.34005 -5.63872 20.14255 0.00000 18 (ubar) A 11 -2 12 27 27 15.11250 31.17687 20.23859 40.12462 0.00000 19 (g) V 11 21 13 27 27 7.10572 17.13534 8.66147 20.47272 0.00000 20 (g) A 11 21 11 27 27 18.79651 5.40734 3.67275 19.90069 0.00000 21 (g) V 11 21 16 27 27 31.90286 1.02676 -8.39019 33.00367 0.00000 22 (g) A 11 21 17 27 27 19.29070 1.34005 -5.63872 20.14255 0.00000 23 (d) V 11 1 14 27 27 3.33330 0.05811 -1.30017 3.57837 0.00000 24 nu_taubar 1 -16 4 0 0 -25.41076 -16.17530 -5.23463 30.57366 0.01000 25 mu+ 1 -13 4 0 0 -16.49760 -11.71501 -3.07173 20.46604 0.10566 26 nu_mu 1 14 4 0 0 -17.09430 -11.20186 -3.81400 20.79046 0.00012 27 (string) 11 92 18 28 47 95.54159 56.14448 17.24373 137.22261 79.07149 28 (Sigmabar-) 11 -3222 27 48 49 7.75422 17.34599 10.27087 21.63138 1.18937 29 (Sigma+) 11 3222 27 50 51 9.04442 18.26216 11.53150 23.44564 1.18937 30 (omega) 11 223 27 52 54 1.59413 3.72316 2.17734 4.66372 0.77869 31 pi- 1 -211 27 0 0 1.86871 2.27209 2.15873 3.65159 0.13957 32 nbar0 1 -2112 27 0 0 1.56131 3.13421 0.97785 3.75499 0.93957 33 p+ 1 2212 27 0 0 1.57131 2.14809 0.94025 2.97451 0.93827 34 (eta) 11 221 27 55 57 0.37468 0.70154 0.89369 1.31564 0.54745 35 (rho-) 11 -213 27 58 59 3.36388 1.65783 0.68074 3.89836 0.81839 36 (rho+) 11 213 27 60 61 1.44902 0.40871 0.18830 1.70900 0.78647 37 pi- 1 -211 27 0 0 3.28834 0.91432 0.68918 3.48477 0.13957 38 pi+ 1 211 27 0 0 0.89665 0.64798 0.10090 1.11960 0.13957 39 pi- 1 -211 27 0 0 1.41561 0.66950 0.19192 1.58382 0.13957 40 (rho+) 11 213 27 62 63 7.66696 1.14290 1.29778 7.88959 0.68767 41 pi- 1 -211 27 0 0 2.98656 0.62837 -1.11900 3.25361 0.13957 42 (rho+) 11 213 27 64 65 4.86199 0.38130 -0.56234 4.96222 0.72323 43 pi- 1 -211 27 0 0 0.68782 -0.17523 -0.02077 0.72368 0.13957 44 (rho+) 11 213 27 66 67 15.28707 0.91737 -4.45908 15.97696 0.91858 45 pi- 1 -211 27 0 0 1.57299 -0.17427 -0.45948 1.65387 0.13957 46 pi+ 1 211 27 0 0 5.36745 0.52289 -1.51607 5.60365 0.13957 47 (rho-) 11 -213 27 68 69 22.92848 1.01558 -6.71858 23.92599 0.75287 48 pbar- 1 -2212 28 0 0 5.07371 11.32335 6.77759 14.16958 0.93827 49 (pi0) 11 111 28 70 71 2.68051 6.02264 3.49327 7.46180 0.13498 50 n0 1 2112 29 0 0 8.49379 16.89346 10.69897 21.74590 0.93957 51 pi+ 1 211 29 0 0 0.55063 1.36870 0.83253 1.69974 0.13957 52 pi+ 1 211 30 0 0 0.49175 1.62211 0.69678 1.83794 0.13957 53 pi- 1 -211 30 0 0 0.37982 0.64472 0.61790 0.98041 0.13957 54 (pi0) 11 111 30 72 73 0.72256 1.45634 0.86266 1.84537 0.13498 55 pi- 1 -211 34 0 0 0.15551 0.15019 0.11762 0.28294 0.13957 56 pi+ 1 211 34 0 0 0.15037 0.45873 0.60005 0.78268 0.13957 57 (pi0) 11 111 34 74 75 0.06880 0.09262 0.17601 0.25002 0.13498 58 pi- 1 -211 35 0 0 2.00427 0.87795 0.02166 2.19268 0.13957 59 (pi0) 11 111 35 76 77 1.35960 0.77988 0.65909 1.70568 0.13498 60 pi+ 1 211 36 0 0 0.94540 0.47039 -0.16263 1.07748 0.13957 61 (pi0) 11 111 36 78 79 0.50362 -0.06169 0.35094 0.63152 0.13498 62 pi+ 1 211 40 0 0 4.29398 0.43678 0.47811 4.34478 0.13957 63 (pi0) 11 111 40 80 81 3.37298 0.70612 0.81967 3.54481 0.13498 64 pi+ 1 211 42 0 0 3.50300 -0.01546 -0.46859 3.53699 0.13957 65 (pi0) 11 111 42 82 83 1.35899 0.39675 -0.09374 1.42523 0.13498 66 pi+ 1 211 44 0 0 13.57059 0.61258 -4.11708 14.19528 0.13957 67 (pi0) 11 111 44 84 85 1.71647 0.30479 -0.34200 1.78168 0.13498 68 pi- 1 -211 47 0 0 19.92035 1.09720 -5.84511 20.78963 0.13957 69 (pi0) 11 111 47 86 87 3.00814 -0.08162 -0.87347 3.13635 0.13498 70 gamma 1 22 49 0 0 0.27628 0.67993 0.34968 0.81296 0.00000 71 gamma 1 22 49 0 0 2.40423 5.34272 3.14360 6.64884 0.00000 72 gamma 1 22 54 0 0 0.50482 0.91873 0.60859 1.21214 0.00000 73 gamma 1 22 54 0 0 0.21774 0.53761 0.25406 0.63323 0.00000 74 gamma 1 22 57 0 0 -0.02529 -0.01893 0.03345 0.04601 0.00000 75 gamma 1 22 57 0 0 0.09409 0.11155 0.14256 0.20401 0.00000 76 gamma 1 22 59 0 0 0.07001 0.07217 0.06181 0.11803 0.00000 77 gamma 1 22 59 0 0 1.28959 0.70770 0.59728 1.58765 0.00000 78 gamma 1 22 61 0 0 0.36327 -0.07512 0.18744 0.41563 0.00000 79 gamma 1 22 61 0 0 0.14035 0.01344 0.16350 0.21589 0.00000 80 gamma 1 22 63 0 0 2.68550 0.58379 0.70466 2.83712 0.00000 81 gamma 1 22 63 0 0 0.68749 0.12233 0.11501 0.70769 0.00000 82 gamma 1 22 65 0 0 0.11665 0.05270 -0.04334 0.13514 0.00000 83 gamma 1 22 65 0 0 1.24234 0.34405 -0.05040 1.29009 0.00000 84 gamma 1 22 67 0 0 0.32714 0.00901 -0.08528 0.33819 0.00000 85 gamma 1 22 67 0 0 1.38933 0.29578 -0.25673 1.44348 0.00000 86 gamma 1 22 69 0 0 0.09174 -0.01877 -0.01003 0.09418 0.00000 87 gamma 1 22 69 0 0 2.91640 -0.06285 -0.86343 3.04218 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22170 349.94660 349.94653 on entry to user_fragment call; ncount= 12 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00334 0.00073 14.98634 14.98635 0.00000 2 e+ 1 -11 0 0 0 -0.04186 0.02565 -109.03489 109.03490 0.00000 3 nu_tau 1 16 0 0 0 4.95571 29.55891 -14.27524 33.19745 0.00000 4 tau+ 1 -15 0 0 0 53.27023 -17.01359 46.52950 72.76903 1.77700 5 d A 2 1 0 0 0 2.76578 -26.91719 47.59678 54.75069 0.00000 6 ubar V 1 -2 0 0 0 -60.94652 14.34548 13.00386 63.94819 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.19364 348.68662 348.68457 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 12 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00334 0.00073 14.98634 14.98635 0.00000 2 e+ 1 -11 0 0 0 -0.04186 0.02565 -109.03489 109.03490 0.00000 3 nu_tau 1 16 0 0 0 4.95571 29.55891 -14.27524 33.19745 0.00000 4 tau+ 1 -15 0 0 0 53.27023 -17.01359 46.52950 72.76903 1.77700 5 d A 2 1 0 0 0 2.76578 -26.91719 47.59678 54.75069 0.00000 6 ubar V 1 -2 0 0 0 -60.94652 14.34548 13.00386 63.94819 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.19364 348.68662 348.68457 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 12 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.808464D+02 0.814918D+02 0.829092D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.660824D-06 i,p12,asq(1),asq(2),asq(3)= 1 0.660824D-06 0.100000D+01 0.100000D+01 0.660824D-06 i= 2 pij(5,:)= 0.808464D+02 0.661294D+02 0.482864D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.281071D+02 0.642282D+02 0.829092D+02 found w vertex, kl,asq(kl)= 3 0.660824D-06 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.660824D-06 i= 4 pij(5,:)= 0.281071D+02 0.661294D+02 0.149400D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.390706D+02 0.642282D+02 0.482864D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.390706D+02 0.814918D+02 0.149400D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.660824D-06 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 12 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00334 0.00073 14.98634 14.98635 0.00000 2 e+ 1 -11 0 0 0 -0.04186 0.02565 -109.03489 109.03490 0.00000 3 nu_tau 1 16 0 0 0 4.95571 29.55891 -14.27524 33.19745 0.00000 4 (tau+) 11 -15 0 36 39 53.27023 -17.01359 46.52950 72.76903 1.77700 5 (d) A 11 1 0 7 7 2.76578 -26.91719 47.59678 54.75069 0.00000 6 (ubar) V 11 -2 0 7 7 -60.94652 14.34548 13.00386 63.94819 0.00000 7 (CMshower) 11 94 5 8 9 -58.18074 -12.57171 60.60064 118.69889 82.90924 8 (d) A 11 1 7 10 11 2.03087 -26.21764 46.78756 54.36600 8.66592 9 (ubar) V 11 -2 7 12 13 -60.21161 13.64593 13.81309 64.33288 11.67344 10 (d) A 11 1 8 26 26 0.80524 -14.66761 33.87383 36.92186 0.00000 11 (g) V 11 21 8 14 15 1.22563 -11.55003 12.91372 17.44414 1.62131 12 (ubar) A 11 -2 9 16 17 -41.74939 13.97033 10.59755 45.38947 3.11674 13 (g) V 11 21 9 18 19 -18.46221 -0.32440 3.21554 18.94341 2.74855 14 (g) A 11 21 11 27 27 0.21001 -1.50739 2.60183 3.01427 0.00000 15 (g) V 11 21 11 28 28 1.01562 -10.04264 10.31189 14.42987 0.00000 16 (ubar) A 11 -2 12 20 21 -39.09167 13.68562 10.04108 42.65923 1.87931 17 (g) V 11 21 12 32 32 -2.65772 0.28471 0.55647 2.73024 0.00000 18 (g) A 11 21 13 29 29 -1.87695 0.46928 -0.10344 1.93749 0.00000 19 (g) V 11 21 13 22 23 -16.58526 -0.79368 3.31898 17.00592 1.57635 20 (ubar) A 11 -2 16 24 25 -36.01188 12.98381 9.20022 39.39049 1.23758 21 (g) V 11 21 16 33 33 -3.07979 0.70181 0.84085 3.26874 0.00000 22 (g) A 11 21 19 30 30 -8.24291 -0.10760 2.39553 8.58462 0.00000 23 (g) V 11 21 19 31 31 -8.34235 -0.68608 0.92345 8.42130 0.00000 24 (ubar) A 11 -2 20 35 35 -9.50388 3.93697 2.74454 10.64688 0.00000 25 (g) V 11 21 20 34 34 -26.50800 9.04684 6.45569 28.74361 0.00000 26 (d) A 11 1 10 40 40 0.80524 -14.66761 33.87383 36.92186 0.00000 27 (g) V 11 21 14 40 40 0.21001 -1.50739 2.60183 3.01427 0.00000 28 (g) A 11 21 15 40 40 1.01562 -10.04264 10.31189 14.42987 0.00000 29 (g) V 11 21 18 40 40 -1.87695 0.46928 -0.10344 1.93749 0.00000 30 (g) A 11 21 22 40 40 -8.24291 -0.10760 2.39553 8.58462 0.00000 31 (g) V 11 21 23 40 40 -8.34235 -0.68608 0.92345 8.42130 0.00000 32 (g) A 11 21 17 40 40 -2.65772 0.28471 0.55647 2.73024 0.00000 33 (g) V 11 21 21 40 40 -3.07979 0.70181 0.84085 3.26874 0.00000 34 (g) A 11 21 25 40 40 -26.50800 9.04684 6.45569 28.74361 0.00000 35 (ubar) V 11 -2 24 40 40 -9.50388 3.93697 2.74454 10.64688 0.00000 36 nu_taubar 1 -16 4 0 0 22.33403 -7.32244 19.35519 30.44750 0.01000 37 (pi0) 11 111 4 54 55 4.96356 -1.40102 4.61001 6.91883 0.13496 38 (pi0) 11 111 4 56 57 8.91814 -3.17435 8.21852 12.53683 0.13496 39 pi+ 1 211 4 0 0 17.05450 -5.11579 14.34578 22.86587 0.13957 40 (string) 11 92 26 41 53 -58.18074 -12.57171 60.60064 118.69889 82.90924 41 (pi0) 11 111 40 58 59 0.57686 -11.12827 25.68139 27.99506 0.13498 42 (K*0) 11 313 40 60 61 0.66212 -3.47611 6.55702 7.50736 0.91880 43 (K*bar0) 11 -313 40 62 63 0.00239 -2.40141 3.88680 4.64675 0.84754 44 pi- 1 -211 40 0 0 0.53049 -2.84794 2.91638 4.11302 0.13957 45 (K*+) 11 323 40 64 65 0.07843 -5.51838 6.35673 8.46396 0.87862 46 (K*bar0) 11 -313 40 66 67 -0.08175 -0.61536 1.52931 1.88276 0.90590 47 (pi0) 11 111 40 68 69 -1.06834 0.35361 0.15460 1.14391 0.13498 48 n0 1 2112 40 0 0 -10.10538 -0.31808 1.82045 10.31585 0.93957 49 (omega) 11 223 40 70 72 -3.46738 0.27517 0.17211 3.57769 0.81964 50 (Deltabar0) 11 -2114 40 73 74 -6.04067 0.01979 1.32521 6.29617 1.18130 51 (K*0) 11 313 40 75 76 -14.49952 4.78466 3.95830 15.80172 0.94712 52 (K*bar0) 11 -313 40 77 78 -7.34138 2.91654 2.13597 8.24194 0.98242 53 (rho-) 11 -213 40 79 80 -17.42661 5.38407 4.10637 18.71270 0.79244 54 gamma 1 22 37 0 0 3.98889 -1.15383 3.77259 5.61026 0.00000 55 gamma 1 22 37 0 0 0.97467 -0.24719 0.83743 1.30857 0.00000 56 gamma 1 22 38 0 0 1.75571 -0.56888 1.61325 2.45128 0.00000 57 gamma 1 22 38 0 0 7.16242 -2.60546 6.60527 10.08555 0.00000 58 gamma 1 22 41 0 0 0.33392 -6.24619 14.24935 15.56183 0.00000 59 gamma 1 22 41 0 0 0.24294 -4.88209 11.43204 12.43323 0.00000 60 K+ 1 321 42 0 0 0.51920 -2.19008 4.76171 5.28995 0.49360 61 pi- 1 -211 42 0 0 0.14292 -1.28603 1.79531 2.21741 0.13957 62 K- 1 -321 43 0 0 0.00343 -1.27007 1.68180 2.16453 0.49360 63 pi+ 1 211 43 0 0 -0.00104 -1.13133 2.20500 2.48222 0.13957 64 (K0) 11 311 45 81 81 -0.14613 -3.07199 3.27092 4.51720 0.49767 65 pi+ 1 211 45 0 0 0.22456 -2.44639 3.08581 3.94676 0.13957 66 K- 1 -321 46 0 0 -0.21567 -0.64914 0.94685 1.26809 0.49360 67 pi+ 1 211 46 0 0 0.13392 0.03378 0.58246 0.61466 0.13957 68 gamma 1 22 47 0 0 -0.73709 0.19796 0.05822 0.76542 0.00000 69 gamma 1 22 47 0 0 -0.33126 0.15565 0.09638 0.37848 0.00000 70 pi+ 1 211 49 0 0 -0.87977 -0.07757 0.12037 0.90221 0.13957 71 pi- 1 -211 49 0 0 -1.53623 0.32131 0.25367 1.59596 0.13957 72 (pi0) 11 111 49 82 83 -1.05138 0.03143 -0.20193 1.07953 0.13498 73 nbar0 1 -2112 50 0 0 -5.48181 0.14989 1.15198 5.68177 0.93957 74 (pi0) 11 111 50 84 85 -0.55886 -0.13011 0.17323 0.61439 0.13498 75 (K0) 11 311 51 86 86 -4.77614 1.57386 1.47584 5.26444 0.49767 76 (pi0) 11 111 51 87 88 -9.72338 3.21080 2.48246 10.53728 0.13498 77 K- 1 -321 52 0 0 -5.82264 2.41467 1.40101 6.47613 0.49360 78 pi+ 1 211 52 0 0 -1.51874 0.50187 0.73496 1.76581 0.13957 79 pi- 1 -211 53 0 0 -15.07863 4.78981 3.75957 16.26226 0.13957 80 (pi0) 11 111 53 89 90 -2.34798 0.59426 0.34680 2.45044 0.13498 81 K_L0 1 130 64 0 0 -0.14613 -3.07199 3.27092 4.51720 0.49767 82 gamma 1 22 72 0 0 -0.91687 -0.01669 -0.16227 0.93127 0.00000 83 gamma 1 22 72 0 0 -0.13451 0.04812 -0.03965 0.14826 0.00000 84 gamma 1 22 74 0 0 -0.20835 -0.05464 0.13409 0.25372 0.00000 85 gamma 1 22 74 0 0 -0.35051 -0.07547 0.03914 0.36067 0.00000 86 (K_S0) 11 310 75 91 92 -4.77614 1.57386 1.47584 5.26444 0.49767 87 gamma 1 22 76 0 0 -3.58896 1.11835 0.89629 3.86454 0.00000 88 gamma 1 22 76 0 0 -6.13442 2.09245 1.58617 6.67273 0.00000 89 gamma 1 22 80 0 0 -1.92328 0.47223 0.33396 2.00837 0.00000 90 gamma 1 22 80 0 0 -0.42470 0.12203 0.01284 0.44207 0.00000 91 pi- 1 -211 86 0 0 -3.31786 0.97948 1.16702 3.65363 0.13957 92 pi+ 1 211 86 0 0 -1.45828 0.59438 0.30882 1.61081 0.13957 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.19364 348.68662 348.68458 on entry to user_fragment call; ncount= 13 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00037 -0.00098 52.21292 52.21292 0.00000 2 e+ 1 -11 0 0 0 0.00031 0.00038 -91.44387 91.44387 0.00000 3 nu_tau 1 16 0 0 0 -28.26972 4.50998 -25.24140 38.16602 0.00000 4 tau+ 1 -15 0 0 0 2.77119 25.59352 47.54075 54.09241 1.77700 5 d A 2 1 0 0 0 22.44464 -51.82095 35.64762 66.78267 0.00000 6 ubar V 1 -2 0 0 0 3.05396 21.71805 -14.55451 26.32175 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 4.16151 329.01964 328.99332 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 13 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00037 -0.00098 52.21292 52.21292 0.00000 2 e+ 1 -11 0 0 0 0.00031 0.00038 -91.44387 91.44387 0.00000 3 nu_tau 1 16 0 0 0 -28.26972 4.50998 -25.24140 38.16602 0.00000 4 tau+ 1 -15 0 0 0 2.77119 25.59352 47.54075 54.09241 1.77700 5 d A 2 1 0 0 0 22.44464 -51.82095 35.64762 66.78267 0.00000 6 ubar V 1 -2 0 0 0 3.05396 21.71805 -14.55451 26.32175 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 4.16151 329.01964 328.99332 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 13 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.138196D+03 0.803614D+02 0.816526D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.190061D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.190061D-05 0.100000D+01 0.100000D+01 0.190061D-05 i= 2 pij(5,:)= 0.138196D+03 0.353725D+02 0.797920D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.262178D+02 0.486186D+02 0.816526D+02 found w vertex, kl,asq(kl)= 3 0.190061D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.190061D-05 i= 4 pij(5,:)= 0.262178D+02 0.353725D+02 0.136870D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.653344D+02 0.486186D+02 0.797920D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.653344D+02 0.803614D+02 0.136870D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.190061D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 13 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00037 -0.00098 52.21292 52.21292 0.00000 2 e+ 1 -11 0 0 0 0.00031 0.00038 -91.44387 91.44387 0.00000 3 nu_tau 1 16 0 0 0 -28.26972 4.50998 -25.24140 38.16602 0.00000 4 (tau+) 11 -15 0 27 28 2.77119 25.59352 47.54075 54.09241 1.77700 5 (d) A 11 1 0 7 7 22.44464 -51.82095 35.64762 66.78267 0.00000 6 (ubar) V 11 -2 0 7 7 3.05396 21.71805 -14.55451 26.32175 0.00000 7 (CMshower) 11 94 5 8 9 25.49860 -30.10290 21.09310 93.10442 81.65262 8 (d) A 11 1 7 10 11 22.38086 -51.41739 35.37344 66.74641 7.69105 9 (ubar) V 11 -2 7 12 13 3.11774 21.31449 -14.28034 26.35801 5.17578 10 (d) A 11 1 8 14 15 22.34392 -51.57720 35.42152 66.57548 4.26044 11 (g) V 11 21 8 23 23 0.03694 0.15982 -0.04808 0.17093 0.00000 12 (ubar) A 11 -2 9 16 17 1.64607 19.67332 -13.60707 24.05311 1.91065 13 (g) V 11 21 9 22 22 1.47168 1.64117 -0.67327 2.30490 0.00000 14 (d) A 11 1 10 18 19 18.66566 -46.04088 30.62563 58.37908 1.42039 15 (g) V 11 21 10 24 24 3.67826 -5.53632 4.79589 8.19640 0.00000 16 (ubar) A 11 -2 12 20 20 0.59068 16.03547 -10.97686 19.44162 0.00000 17 (g) V 11 21 12 21 21 1.05539 3.63785 -2.63021 4.61149 0.00000 18 (d) A 11 1 14 26 26 15.59474 -37.15651 25.13567 47.49320 0.00000 19 (g) V 11 21 14 25 25 3.07092 -8.88437 5.48996 10.88587 0.00000 20 (ubar) A 11 -2 16 29 29 0.59068 16.03547 -10.97686 19.44162 0.00000 21 (g) V 11 21 17 29 29 1.05539 3.63785 -2.63021 4.61149 0.00000 22 (g) A 11 21 13 29 29 1.47168 1.64117 -0.67327 2.30490 0.00000 23 (g) V 11 21 11 29 29 0.03694 0.15982 -0.04808 0.17093 0.00000 24 (g) A 11 21 15 29 29 3.67826 -5.53632 4.79589 8.19640 0.00000 25 (g) V 11 21 19 29 29 3.07092 -8.88437 5.48996 10.88587 0.00000 26 (d) A 11 1 18 29 29 15.59474 -37.15651 25.13567 47.49320 0.00000 27 nu_taubar 1 -16 4 0 0 1.41275 19.19553 36.26515 41.05637 0.00999 28 pi+ 1 211 4 0 0 1.35844 6.39798 11.27560 13.03604 0.13957 29 (string) 11 92 20 30 43 25.49860 -30.10290 21.09310 93.10442 81.65262 30 (Deltabar-) 11 -2214 29 44 45 0.44850 6.09360 -4.05188 7.43583 1.24128 31 (rho+) 11 213 29 46 47 0.74391 3.64565 -2.14904 4.34810 0.66590 32 (Delta-) 11 1114 29 48 49 0.15993 6.25168 -4.69064 7.91503 1.23953 33 pi+ 1 211 29 0 0 0.49176 0.87391 -0.57117 1.16244 0.13957 34 (pi0) 11 111 29 50 51 0.02757 3.32018 -2.04549 3.90213 0.13498 35 pi- 1 -211 29 0 0 0.70297 0.88867 -0.50087 1.24669 0.13957 36 (rho+) 11 213 29 52 53 0.81770 -0.76863 0.81063 1.59428 0.79068 37 (K*-) 11 -323 29 54 55 1.11130 -0.78833 0.32159 1.62592 0.82690 38 (eta) 11 221 29 56 58 1.06423 -3.14699 2.82980 4.39814 0.54745 39 (K0) 11 311 29 59 59 2.56660 -5.50480 3.47023 7.01287 0.49767 40 (eta) 11 221 29 60 61 3.55220 -8.43045 5.74863 10.81837 0.54745 41 pi+ 1 211 29 0 0 0.60913 -0.94982 0.66461 1.31696 0.13957 42 (K*-) 11 -323 29 62 63 9.79187 -23.40398 16.07317 30.04554 0.87209 43 (K0) 11 311 29 64 64 3.41094 -8.18360 5.18352 10.28214 0.49767 44 pbar- 1 -2212 30 0 0 0.50263 5.87760 -3.85155 7.10730 0.93827 45 (pi0) 11 111 30 65 66 -0.05414 0.21599 -0.20033 0.32853 0.13498 46 pi+ 1 211 31 0 0 0.75375 3.19142 -2.03064 3.85957 0.13957 47 (pi0) 11 111 31 67 68 -0.00984 0.45423 -0.11840 0.48853 0.13498 48 n0 1 2112 32 0 0 0.28342 5.05401 -4.00265 6.52130 0.93957 49 pi- 1 -211 32 0 0 -0.12349 1.19767 -0.68799 1.39373 0.13957 50 gamma 1 22 34 0 0 -0.04831 1.00621 -0.64992 1.19883 0.00000 51 gamma 1 22 34 0 0 0.07588 2.31397 -1.39556 2.70330 0.00000 52 pi+ 1 211 36 0 0 0.37044 -0.51726 0.84000 1.06294 0.13957 53 (pi0) 11 111 36 69 70 0.44726 -0.25137 -0.02937 0.53133 0.13498 54 K- 1 -321 37 0 0 0.86613 -0.82949 0.17909 1.30918 0.49360 55 (pi0) 11 111 37 71 72 0.24517 0.04116 0.14250 0.31675 0.13498 56 pi- 1 -211 38 0 0 0.55350 -1.51899 1.46263 2.18459 0.13957 57 pi+ 1 211 38 0 0 0.29254 -0.69332 0.51064 0.92006 0.13957 58 (pi0) 11 111 38 73 74 0.21819 -0.93468 0.85652 1.29348 0.13498 59 (K_S0) 11 310 39 75 76 2.56660 -5.50480 3.47023 7.01287 0.49767 60 gamma 1 22 40 0 0 2.31381 -5.90512 3.75008 7.36799 0.00000 61 gamma 1 22 40 0 0 1.23839 -2.52532 1.99855 3.45037 0.00000 62 (Kbar0) 11 -311 42 77 77 7.07261 -17.41539 11.70647 22.14965 0.49767 63 pi- 1 -211 42 0 0 2.71926 -5.98859 4.36670 7.89589 0.13957 64 (K_S0) 11 310 43 78 79 3.41094 -8.18360 5.18352 10.28214 0.49767 65 gamma 1 22 45 0 0 0.00925 0.00488 -0.07348 0.07422 0.00000 66 gamma 1 22 45 0 0 -0.06338 0.21111 -0.12685 0.25432 0.00000 67 gamma 1 22 47 0 0 0.03388 0.39739 -0.07856 0.40650 0.00000 68 gamma 1 22 47 0 0 -0.04372 0.05684 -0.03983 0.08203 0.00000 69 gamma 1 22 53 0 0 -0.00088 0.00975 -0.00726 0.01219 0.00000 70 gamma 1 22 53 0 0 0.44814 -0.26112 -0.02210 0.51914 0.00000 71 gamma 1 22 55 0 0 0.21743 0.04536 0.16827 0.27866 0.00000 72 gamma 1 22 55 0 0 0.02774 -0.00420 -0.02577 0.03809 0.00000 73 gamma 1 22 58 0 0 0.19283 -0.88433 0.83973 1.23466 0.00000 74 gamma 1 22 58 0 0 0.02535 -0.05035 0.01679 0.05882 0.00000 75 pi- 1 -211 59 0 0 1.90740 -4.27389 2.82380 5.46788 0.13957 76 pi+ 1 211 59 0 0 0.65919 -1.23090 0.64643 1.54499 0.13957 77 K_L0 1 130 62 0 0 7.07261 -17.41539 11.70647 22.14965 0.49767 78 (pi0) 11 111 64 80 81 2.06806 -5.10027 2.99207 6.26581 0.13498 79 (pi0) 11 111 64 82 83 1.34287 -3.08332 2.19145 4.01633 0.13498 80 gamma 1 22 78 0 0 0.89658 -2.27927 1.26102 2.75483 0.00000 81 gamma 1 22 78 0 0 1.17148 -2.82100 1.73105 3.51098 0.00000 82 gamma 1 22 79 0 0 0.22177 -0.62826 0.40414 0.77924 0.00000 83 gamma 1 22 79 0 0 1.12111 -2.45506 1.78732 3.23708 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 4.16151 329.01963 328.99332 on entry to user_fragment call; ncount= 14 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00013 -0.00003 0.90018 0.90018 0.00000 2 e+ 1 -11 0 0 0 -0.00012 0.00025 -58.83994 58.83994 0.00000 3 nu_tau 1 16 0 0 0 71.40974 -69.15534 81.88357 128.78948 0.00000 4 tau+ 1 -15 0 0 0 -16.89443 -9.17855 18.44124 26.70027 1.77700 5 d A 2 1 0 0 0 -74.18040 60.71277 -45.52774 106.12044 0.00000 6 ubar V 1 -2 0 0 0 19.66534 17.62089 1.34689 26.43928 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.79580 347.78960 347.78496 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 14 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00013 -0.00003 0.90018 0.90018 0.00000 2 e+ 1 -11 0 0 0 -0.00012 0.00025 -58.83994 58.83994 0.00000 3 nu_tau 1 16 0 0 0 71.40974 -69.15534 81.88357 128.78948 0.00000 4 tau+ 1 -15 0 0 0 -16.89443 -9.17855 18.44124 26.70027 1.77700 5 d A 2 1 0 0 0 -74.18040 60.71277 -45.52774 106.12044 0.00000 6 ubar V 1 -2 0 0 0 19.66534 17.62089 1.34689 26.43928 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.79580 347.78960 347.78496 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 14 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.145556D+02 0.707381D+02 0.806974D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.425842D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.425842D-05 0.100000D+01 0.100000D+01 0.425842D-05 i= 2 pij(5,:)= 0.145556D+02 0.788555D+02 0.771833D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.424525D+01 0.157455D+03 0.806974D+02 found w vertex, kl,asq(kl)= 3 0.425842D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.425842D-05 i= 4 pij(5,:)= 0.424525D+01 0.788555D+02 0.844423D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.672170D+01 0.157455D+03 0.771833D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.672170D+01 0.707381D+02 0.844423D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.425842D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 14 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00013 -0.00003 0.90018 0.90018 0.00000 2 e+ 1 -11 0 0 0 -0.00012 0.00025 -58.83994 58.83994 0.00000 3 nu_tau 1 16 0 0 0 71.40974 -69.15534 81.88357 128.78948 0.00000 4 (tau+) 11 -15 0 42 43 -16.89443 -9.17855 18.44124 26.70027 1.77700 5 (d) A 11 1 0 7 7 -74.18040 60.71277 -45.52774 106.12044 0.00000 6 (ubar) V 11 -2 0 7 7 19.66534 17.62089 1.34689 26.43928 0.00000 7 (CMshower) 11 94 5 8 9 -54.51506 78.33367 -44.18085 132.55972 80.69745 8 (d) A 11 1 7 10 11 -72.54022 60.95394 -45.02471 106.33718 17.40415 9 (ubar) V 11 -2 7 12 13 18.02517 17.37972 0.84385 26.22255 7.74263 10 (d) A 11 1 8 14 15 -55.97709 46.50176 -27.53951 77.97329 5.05585 11 (g) V 11 21 8 16 17 -16.56313 14.45218 -17.48520 28.36389 3.94651 12 (ubar) A 11 -2 9 18 19 18.55459 16.92336 1.25206 25.41311 3.68589 13 (g) V 11 21 9 38 38 -0.52942 0.45637 -0.40821 0.80944 0.00000 14 (d) A 11 1 10 20 21 -22.81658 20.31455 -9.92813 32.14840 1.29411 15 (g) V 11 21 10 22 23 -33.16052 26.18721 -17.61138 45.82489 2.09059 16 (g) A 11 21 11 37 37 -5.73449 5.45167 -4.15349 8.93625 0.00000 17 (g) V 11 21 11 24 25 -10.82864 9.00051 -13.33171 19.42764 1.19577 18 (ubar) A 11 -2 12 26 27 17.17354 16.25745 1.86781 23.76088 1.36219 19 (g) V 11 21 12 39 39 1.38104 0.66591 -0.61574 1.65223 0.00000 20 (d) A 11 1 14 30 30 -6.17136 5.10321 -2.09152 8.27664 0.00000 21 (g) V 11 21 14 31 31 -16.64522 15.21134 -7.83661 23.87175 0.00000 22 (g) A 11 21 15 28 29 -30.38857 24.10573 -15.77749 41.90324 1.54943 23 (g) V 11 21 15 32 32 -2.77195 2.08147 -1.83389 3.92166 0.00000 24 (g) A 11 21 17 36 36 -5.06534 4.02318 -6.92194 9.47401 0.00000 25 (g) V 11 21 17 35 35 -5.76330 4.97734 -6.40977 9.95362 0.00000 26 (ubar) A 11 -2 18 41 41 13.90858 13.83728 1.70900 19.69364 0.00000 27 (g) V 11 21 18 40 40 3.26496 2.42017 0.15881 4.06724 0.00000 28 (g) A 11 21 22 33 33 -18.85679 15.90929 -10.05658 26.64243 0.00000 29 (g) V 11 21 22 34 34 -11.53177 8.19644 -5.72090 15.26080 0.00000 30 (d) A 11 1 20 44 44 -6.17136 5.10321 -2.09152 8.27664 0.00000 31 (g) V 11 21 21 44 44 -16.64522 15.21134 -7.83661 23.87175 0.00000 32 (g) A 11 21 23 44 44 -2.77195 2.08147 -1.83389 3.92166 0.00000 33 (g) V 11 21 28 44 44 -18.85679 15.90929 -10.05658 26.64243 0.00000 34 (g) A 11 21 29 44 44 -11.53177 8.19644 -5.72090 15.26080 0.00000 35 (g) V 11 21 25 44 44 -5.76330 4.97734 -6.40977 9.95362 0.00000 36 (g) A 11 21 24 44 44 -5.06534 4.02318 -6.92194 9.47401 0.00000 37 (g) V 11 21 16 44 44 -5.73449 5.45167 -4.15349 8.93625 0.00000 38 (g) A 11 21 13 44 44 -0.52942 0.45637 -0.40821 0.80944 0.00000 39 (g) V 11 21 19 44 44 1.38104 0.66591 -0.61574 1.65223 0.00000 40 (g) A 11 21 27 44 44 3.26496 2.42017 0.15881 4.06724 0.00000 41 (ubar) V 11 -2 26 44 44 13.90858 13.83728 1.70900 19.69364 0.00000 42 nu_taubar 1 -16 4 0 0 -1.90863 -0.47628 1.60775 2.54061 0.00999 43 pi+ 1 211 4 0 0 -14.98580 -8.70227 16.83349 24.15967 0.13957 44 (string) 11 92 30 45 61 -54.51506 78.33367 -44.18085 132.55972 80.69745 45 (rho0) 11 113 44 62 63 -3.25437 3.37542 -1.77690 5.02899 0.38593 46 n0 1 2112 44 0 0 -21.16517 16.90889 -10.95109 29.23499 0.93957 47 pi- 1 -211 44 0 0 -5.81001 4.85038 -1.90203 7.80510 0.13957 48 (Sigma*bar+) 11 -3114 44 64 65 -7.90725 7.73470 -4.45320 12.00726 1.41180 49 (K*bar0) 11 -313 44 66 67 -6.72423 5.12747 -3.64872 9.24934 0.85490 50 (rho-) 11 -213 44 68 69 -4.55831 3.39896 -2.23916 6.14889 0.68108 51 (rho0) 11 113 44 70 71 -4.90738 3.91180 -2.85772 6.91199 0.47374 52 (pi0) 11 111 44 72 73 -2.56202 2.49620 -3.49325 5.00159 0.13498 53 (pi0) 11 111 44 74 75 -3.52929 2.99421 -1.89643 5.00358 0.13498 54 (K*+) 11 323 44 76 77 -5.93761 4.20779 -6.05139 9.50522 0.87701 55 (phi) 11 333 44 78 79 -3.86323 3.53324 -3.57919 6.42362 1.02172 56 (Kbar0) 11 -311 44 80 80 -0.60443 0.99201 -2.09630 2.44776 0.49767 57 (pi0) 11 111 44 81 82 -1.43924 1.47509 -0.44330 2.11235 0.13498 58 pi- 1 -211 44 0 0 0.36197 -0.04097 0.04523 0.39272 0.13957 59 pi+ 1 211 44 0 0 0.00351 1.06679 -0.30588 1.11853 0.13957 60 (rho-) 11 -213 44 83 84 1.11437 0.54452 -0.09885 1.45106 0.74665 61 (rho0) 11 113 44 85 86 16.26763 15.75715 1.56734 22.71672 0.81805 62 pi- 1 -211 45 0 0 -1.30750 1.18984 -0.62027 1.87869 0.13957 63 pi+ 1 211 45 0 0 -1.94686 2.18559 -1.15663 3.15029 0.13957 64 (Lambdabar0) 11 -3122 48 87 88 -6.12749 6.17566 -3.29724 9.37024 1.11568 65 pi+ 1 211 48 0 0 -1.77976 1.55904 -1.15596 2.63702 0.13957 66 K- 1 -321 49 0 0 -4.74693 3.32203 -2.37950 6.28290 0.49360 67 pi+ 1 211 49 0 0 -1.97731 1.80544 -1.26921 2.96643 0.13957 68 pi- 1 -211 50 0 0 -2.65336 1.60101 -1.13911 3.30463 0.13957 69 (pi0) 11 111 50 89 90 -1.90496 1.79795 -1.10005 2.84426 0.13498 70 pi- 1 -211 51 0 0 -1.26880 0.82376 -0.68734 1.66744 0.13957 71 pi+ 1 211 51 0 0 -3.63858 3.08804 -2.17038 5.24455 0.13957 72 gamma 1 22 52 0 0 -0.39890 0.43052 -0.62998 0.86101 0.00000 73 gamma 1 22 52 0 0 -2.16312 2.06567 -2.86327 4.14058 0.00000 74 gamma 1 22 53 0 0 -2.53088 2.19300 -1.42493 3.63937 0.00000 75 gamma 1 22 53 0 0 -0.99842 0.80121 -0.47150 1.36422 0.00000 76 K+ 1 321 54 0 0 -2.64442 2.15801 -2.84784 4.47256 0.49360 77 (pi0) 11 111 54 91 92 -3.29319 2.04979 -3.20355 5.03266 0.13498 78 (rho-) 11 -213 55 93 94 -1.79635 1.88539 -1.54379 3.08449 0.59098 79 pi+ 1 211 55 0 0 -2.06688 1.64785 -2.03540 3.33913 0.13957 80 K_L0 1 130 56 0 0 -0.60443 0.99201 -2.09630 2.44776 0.49767 81 gamma 1 22 57 0 0 -0.00875 0.03131 -0.00210 0.03258 0.00000 82 gamma 1 22 57 0 0 -1.43049 1.44378 -0.44120 2.07978 0.00000 83 pi- 1 -211 60 0 0 0.21669 0.10362 0.25950 0.38015 0.13957 84 (pi0) 11 111 60 95 96 0.89768 0.44090 -0.35835 1.07092 0.13498 85 pi+ 1 211 61 0 0 9.86835 9.61049 1.32625 13.83923 0.13957 86 pi- 1 -211 61 0 0 6.39928 6.14667 0.24109 8.87749 0.13957 87 pbar- 1 -2212 64 0 0 -5.48706 5.46656 -3.01367 8.36383 0.93827 88 pi+ 1 211 64 0 0 -0.64043 0.70909 -0.28357 1.00640 0.13957 89 gamma 1 22 69 0 0 -0.95409 0.87622 -0.47334 1.37917 0.00000 90 gamma 1 22 69 0 0 -0.95087 0.92172 -0.62671 1.46509 0.00000 91 gamma 1 22 77 0 0 -1.59220 1.06263 -1.61815 2.50653 0.00000 92 gamma 1 22 77 0 0 -1.70099 0.98716 -1.58540 2.52613 0.00000 93 pi- 1 -211 78 0 0 -0.89275 0.86962 -0.44308 1.33005 0.13957 94 (pi0) 11 111 78 97 98 -0.90360 1.01577 -1.10072 1.75444 0.13498 95 gamma 1 22 84 0 0 0.23547 0.14902 -0.15653 0.31962 0.00000 96 gamma 1 22 84 0 0 0.66221 0.29188 -0.20182 0.75130 0.00000 97 gamma 1 22 94 0 0 -0.57863 0.69665 -0.80271 1.21016 0.00000 98 gamma 1 22 94 0 0 -0.32497 0.31912 -0.29800 0.54429 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.79580 347.78960 347.78496 on entry to user_fragment call; ncount= 15 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00012 -0.00014 14.76649 14.76649 0.00000 2 e+ 1 -11 0 0 0 -0.00031 0.00007 -92.46736 92.46736 0.00000 3 nu_tau 1 16 0 0 0 33.21563 -7.63069 38.35556 51.30940 0.00000 4 tau+ 1 -15 0 0 0 -4.85071 -70.08959 4.49313 70.42319 1.77700 5 d A 2 1 0 0 0 -38.15020 31.60557 -15.48022 51.90363 0.00000 6 ubar V 1 -2 0 0 0 9.78547 46.11478 50.56182 69.12905 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22943 349.99913 349.99905 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 15 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00012 -0.00014 14.76649 14.76649 0.00000 2 e+ 1 -11 0 0 0 -0.00031 0.00007 -92.46736 92.46736 0.00000 3 nu_tau 1 16 0 0 0 33.21563 -7.63069 38.35556 51.30940 0.00000 4 tau+ 1 -15 0 0 0 -4.85071 -70.08959 4.49313 70.42319 1.77700 5 d A 2 1 0 0 0 -38.15020 31.60557 -15.48022 51.90363 0.00000 6 ubar V 1 -2 0 0 0 9.78547 46.11478 50.56182 69.12905 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22943 349.99913 349.99905 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 15 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.739031D+02 0.783441D+02 0.810752D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.329294D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.329294D-05 0.100000D+01 0.100000D+01 0.329294D-05 i= 2 pij(5,:)= 0.739031D+02 0.571752D+02 0.107299D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.441616D+02 0.128772D+03 0.810752D+02 found w vertex, kl,asq(kl)= 3 0.329294D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.329294D-05 i= 4 pij(5,:)= 0.441616D+02 0.571752D+02 0.820727D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.234170D+02 0.128772D+03 0.107299D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.234170D+02 0.783441D+02 0.820727D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.329294D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 15 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00012 -0.00014 14.76649 14.76649 0.00000 2 e+ 1 -11 0 0 0 -0.00031 0.00007 -92.46736 92.46736 0.00000 3 nu_tau 1 16 0 0 0 33.21563 -7.63069 38.35556 51.30940 0.00000 4 (tau+) 11 -15 0 24 26 -4.85071 -70.08959 4.49313 70.42319 1.77700 5 (d) A 11 1 0 7 7 -38.15020 31.60557 -15.48022 51.90363 0.00000 6 (ubar) V 11 -2 0 7 7 9.78547 46.11478 50.56182 69.12905 0.00000 7 (CMshower) 11 94 5 8 9 -28.36473 77.72036 35.08160 121.03268 81.07515 8 (d) A 11 1 7 10 11 -37.07939 31.84391 -14.07865 52.15800 11.54699 9 (ubar) V 11 -2 7 12 13 8.71466 45.87645 49.16025 68.87469 12.09953 10 (d) A 11 1 8 14 15 -32.97018 27.87862 -8.30351 44.03635 2.44968 11 (g) V 11 21 8 20 20 -4.10920 3.96529 -5.77513 8.12165 0.00000 12 (ubar) A 11 -2 9 16 17 7.46278 43.17553 49.18891 65.89762 1.76838 13 (g) V 11 21 9 21 21 1.25187 2.70091 -0.02866 2.97707 0.00000 14 (d) A 11 1 10 18 18 -30.14021 24.85633 -6.95414 39.68160 0.00000 15 (g) V 11 21 10 19 19 -2.82997 3.02229 -1.34937 4.35474 0.00000 16 (ubar) A 11 -2 12 23 23 5.33475 29.43160 34.74498 45.84640 0.00000 17 (g) V 11 21 12 22 22 2.12803 13.74393 14.44393 20.05122 0.00000 18 (d) A 11 1 14 27 27 -30.14021 24.85633 -6.95414 39.68160 0.00000 19 (g) V 11 21 15 27 27 -2.82997 3.02229 -1.34937 4.35474 0.00000 20 (g) A 11 21 11 27 27 -4.10920 3.96529 -5.77513 8.12165 0.00000 21 (g) V 11 21 13 27 27 1.25187 2.70091 -0.02866 2.97707 0.00000 22 (g) A 11 21 17 27 27 2.12803 13.74393 14.44393 20.05122 0.00000 23 (ubar) V 11 -2 16 27 27 5.33475 29.43160 34.74498 45.84640 0.00000 24 nu_taubar 1 -16 4 0 0 -0.27733 -1.74689 -0.06750 1.77009 0.01000 25 pi+ 1 211 4 0 0 -1.80568 -31.94398 2.40089 32.08523 0.13957 26 (pi0) 11 111 4 43 44 -2.76770 -36.39872 2.15975 36.56787 0.13496 27 (string) 11 92 18 28 42 -28.36473 77.72036 35.08160 121.03268 81.07515 28 pi- 1 -211 27 0 0 -13.06960 11.38261 -3.20045 17.62500 0.13957 29 (eta') 11 331 27 45 47 -8.53118 6.59499 -2.06961 11.02161 0.95786 30 (rho0) 11 113 27 48 49 -5.70072 5.36591 -1.80901 8.09441 0.97765 31 (rho+) 11 213 27 50 51 -2.01531 0.79214 -1.02302 2.52062 0.78610 32 (rho0) 11 113 27 52 53 -0.90082 1.73694 -1.55352 2.61694 0.77878 33 (omega) 11 223 27 54 56 -3.53090 3.29899 -0.73007 4.94889 0.77973 34 (pi0) 11 111 27 57 58 -1.10471 1.47758 -1.44079 2.34472 0.13498 35 (K0) 11 311 27 59 59 -1.85074 1.76460 -1.45722 2.98500 0.49767 36 (K*bar0) 11 -313 27 60 61 0.06302 0.65987 -0.16721 1.14381 0.91703 37 pi- 1 -211 27 0 0 -0.19353 0.39377 -0.35039 0.57858 0.13957 38 pi+ 1 211 27 0 0 0.65207 1.14692 0.12549 1.33261 0.13957 39 n0 1 2112 27 0 0 1.22034 4.03088 4.29523 6.08844 0.93957 40 pbar- 1 -2212 27 0 0 0.48697 6.08313 6.52464 8.98292 0.93827 41 p+ 1 2212 27 0 0 0.99426 3.77533 4.02016 5.68187 0.93827 42 pbar- 1 -2212 27 0 0 5.11612 29.21668 33.91737 45.06726 0.93827 43 gamma 1 22 26 0 0 -1.92299 -24.55814 1.42703 24.67462 0.00000 44 gamma 1 22 26 0 0 -0.84471 -11.84058 0.73272 11.89326 0.00000 45 pi- 1 -211 29 0 0 -0.97265 0.71778 -0.10043 1.22100 0.13957 46 pi+ 1 211 29 0 0 -1.15157 0.86816 -0.25171 1.47059 0.13957 47 (eta) 11 221 29 62 63 -6.40696 5.00905 -1.71748 8.33002 0.54745 48 pi+ 1 211 30 0 0 -2.63212 1.95287 -1.01974 3.43527 0.13957 49 pi- 1 -211 30 0 0 -3.06861 3.41304 -0.78926 4.65914 0.13957 50 pi+ 1 211 31 0 0 -0.10879 0.09332 -0.30072 0.36119 0.13957 51 (pi0) 11 111 31 64 65 -1.90653 0.69882 -0.72229 2.15942 0.13498 52 pi- 1 -211 32 0 0 -0.61882 0.68722 -0.37496 1.00761 0.13957 53 pi+ 1 211 32 0 0 -0.28200 1.04972 -1.17856 1.60933 0.13957 54 pi+ 1 211 33 0 0 -1.11417 1.22165 -0.39637 1.70599 0.13957 55 pi- 1 -211 33 0 0 -1.14349 0.72109 -0.09193 1.36216 0.13957 56 (pi0) 11 111 33 66 67 -1.27323 1.35625 -0.24177 1.88075 0.13498 57 gamma 1 22 34 0 0 -0.66487 0.99222 -0.90613 1.49921 0.00000 58 gamma 1 22 34 0 0 -0.43984 0.48536 -0.53466 0.84551 0.00000 59 (K_S0) 11 310 35 68 69 -1.85074 1.76460 -1.45722 2.98500 0.49767 60 (Kbar0) 11 -311 36 70 70 0.28484 0.50443 0.05899 0.76599 0.49767 61 (pi0) 11 111 36 71 72 -0.22182 0.15545 -0.22620 0.37783 0.13498 62 gamma 1 22 47 0 0 -5.14283 4.28275 -1.37366 6.83210 0.00000 63 gamma 1 22 47 0 0 -1.26413 0.72630 -0.34382 1.49791 0.00000 64 gamma 1 22 51 0 0 -1.14441 0.42865 -0.36484 1.27535 0.00000 65 gamma 1 22 51 0 0 -0.76212 0.27017 -0.35745 0.88408 0.00000 66 gamma 1 22 56 0 0 -0.72792 0.69428 -0.09216 1.01014 0.00000 67 gamma 1 22 56 0 0 -0.54531 0.66197 -0.14961 0.87060 0.00000 68 pi- 1 -211 59 0 0 -0.24212 0.41401 -0.30445 0.58497 0.13957 69 pi+ 1 211 59 0 0 -1.60862 1.35059 -1.15277 2.40003 0.13957 70 (K_S0) 11 310 60 73 74 0.28484 0.50443 0.05899 0.76599 0.49767 71 gamma 1 22 61 0 0 -0.19972 0.08082 -0.20445 0.29702 0.00000 72 gamma 1 22 61 0 0 -0.02210 0.07462 -0.02176 0.08081 0.00000 73 (pi0) 11 111 70 75 76 0.17632 0.33846 0.23536 0.46825 0.13498 74 (pi0) 11 111 70 77 78 0.10852 0.16597 -0.17637 0.29774 0.13498 75 gamma 1 22 73 0 0 0.15533 0.31676 0.16061 0.38763 0.00000 76 gamma 1 22 73 0 0 0.02099 0.02171 0.07476 0.08062 0.00000 77 gamma 1 22 74 0 0 0.10898 0.16219 -0.19658 0.27717 0.00000 78 gamma 1 22 74 0 0 -0.00046 0.00377 0.02021 0.02056 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.22943 349.99912 349.99905 on entry to user_fragment call; ncount= 16 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.03908 -0.03591 30.09379 30.09384 0.00000 2 e+ 1 -11 0 0 0 -0.10902 -0.01621 -103.25012 103.25018 0.00000 3 nu_tau 1 16 0 0 0 -36.67796 -28.35695 12.29373 47.96379 0.00000 4 tau+ 1 -15 0 0 0 -9.40745 25.58702 71.51631 76.55675 1.77700 5 d A 2 1 0 0 0 33.45141 14.39934 -42.49971 55.96930 0.00000 6 ubar V 1 -2 0 0 0 12.70394 -11.57729 31.25492 35.66923 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.59107 349.50310 349.50260 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 16 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.03908 -0.03591 30.09379 30.09384 0.00000 2 e+ 1 -11 0 0 0 -0.10902 -0.01621 -103.25012 103.25018 0.00000 3 nu_tau 1 16 0 0 0 -36.67796 -28.35695 12.29373 47.96379 0.00000 4 tau+ 1 -15 0 0 0 -9.40745 25.58702 71.51631 76.55675 1.77700 5 d A 2 1 0 0 0 33.45141 14.39934 -42.49971 55.96930 0.00000 6 ubar V 1 -2 0 0 0 12.70394 -11.57729 31.25492 35.66923 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.59107 349.50310 349.50260 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 16 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.111484D+03 0.796850D+02 0.783128D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.874782D-06 i,p12,asq(1),asq(2),asq(3)= 1 0.874782D-06 0.100000D+01 0.100000D+01 0.874782D-06 i= 2 pij(5,:)= 0.111484D+03 0.541156D+02 0.120599D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.175815D+02 0.111509D+03 0.783128D+02 found w vertex, kl,asq(kl)= 3 0.874782D-06 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.874782D-06 i= 4 pij(5,:)= 0.175815D+02 0.541156D+02 0.528133D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.162439D+02 0.111509D+03 0.120599D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.162439D+02 0.796850D+02 0.528133D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.874782D-06 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 16 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.03908 -0.03591 30.09379 30.09384 0.00000 2 e+ 1 -11 0 0 0 -0.10902 -0.01621 -103.25012 103.25018 0.00000 3 nu_tau 1 16 0 0 0 -36.67796 -28.35695 12.29373 47.96379 0.00000 4 (tau+) 11 -15 0 36 38 -9.40745 25.58702 71.51631 76.55675 1.77700 5 (d) A 11 1 0 7 7 33.45141 14.39934 -42.49971 55.96930 0.00000 6 (ubar) V 11 -2 0 7 7 12.70394 -11.57729 31.25492 35.66923 0.00000 7 (CMshower) 11 94 5 8 9 46.15535 2.82205 -11.24478 91.63854 78.31281 8 (d) A 11 1 7 26 26 32.14217 13.83577 -40.83633 53.77875 0.00000 9 (ubar) V 11 -2 7 10 11 14.01318 -11.01372 29.59155 37.85979 15.49298 10 (ubar) A 11 -2 9 12 13 1.70037 -2.88387 1.83100 4.36150 2.11238 11 (g) V 11 21 9 14 15 12.31281 -8.12985 27.76055 33.49829 11.56665 12 (ubar) A 11 -2 10 16 17 1.28405 -2.58290 2.12996 3.76713 1.15514 13 (g) V 11 21 10 33 33 0.41631 -0.30097 -0.29896 0.59437 0.00000 14 (g) A 11 21 11 18 19 11.38969 -3.35346 23.89480 27.04701 4.42811 15 (g) V 11 21 11 20 21 0.92312 -4.77639 3.86575 6.45128 1.73463 16 (ubar) A 11 -2 12 35 35 0.19720 -1.49123 1.42870 2.07457 0.00000 17 (g) V 11 21 12 34 34 1.08685 -1.09167 0.70126 1.69256 0.00000 18 (g) A 11 21 14 22 23 8.32558 -3.52923 19.78966 21.92139 2.67323 19 (g) V 11 21 14 29 29 3.06412 0.17578 4.10514 5.12561 0.00000 20 (g) A 11 21 15 27 27 -0.24997 -1.55298 2.00653 2.54959 0.00000 21 (g) V 11 21 15 28 28 1.17308 -3.22342 1.85922 3.90170 0.00000 22 (g) A 11 21 18 32 32 0.15919 -0.35665 1.71163 1.75563 0.00000 23 (g) V 11 21 18 24 25 8.16639 -3.17258 18.07803 20.16577 1.75727 24 (g) A 11 21 23 31 31 6.57015 -2.92339 13.26524 15.08906 0.00000 25 (g) V 11 21 23 30 30 1.59624 -0.24919 4.81278 5.07671 0.00000 26 (d) A 11 1 8 39 39 32.14217 13.83577 -40.83633 53.77875 0.00000 27 (g) V 11 21 20 39 39 -0.24997 -1.55298 2.00653 2.54959 0.00000 28 (g) A 11 21 21 39 39 1.17308 -3.22342 1.85922 3.90170 0.00000 29 (g) V 11 21 19 39 39 3.06412 0.17578 4.10514 5.12561 0.00000 30 (g) A 11 21 25 39 39 1.59624 -0.24919 4.81278 5.07671 0.00000 31 (g) V 11 21 24 39 39 6.57015 -2.92339 13.26524 15.08906 0.00000 32 (g) A 11 21 22 39 39 0.15919 -0.35665 1.71163 1.75563 0.00000 33 (g) V 11 21 13 39 39 0.41631 -0.30097 -0.29896 0.59437 0.00000 34 (g) A 11 21 17 39 39 1.08685 -1.09167 0.70126 1.69256 0.00000 35 (ubar) V 11 -2 16 39 39 0.19720 -1.49123 1.42870 2.07457 0.00000 36 nu_taubar 1 -16 4 0 0 -5.44935 13.61622 38.49384 41.19311 0.01000 37 mu+ 1 -13 4 0 0 -2.22092 7.54005 21.78587 23.16075 0.10566 38 nu_mu 1 14 4 0 0 -1.73719 4.43076 11.23660 12.20290 0.00019 39 (string) 11 92 26 40 57 46.15535 2.82205 -11.24478 91.63854 78.31281 40 (eta') 11 331 39 58 60 21.84043 9.35710 -27.89578 36.65586 0.95792 41 (rho0) 11 113 39 61 62 4.31880 2.00426 -5.08787 7.02468 0.88917 42 (rho0) 11 113 39 63 64 5.24882 2.33923 -7.61524 9.57208 0.78146 43 pi- 1 -211 39 0 0 0.30533 -0.04394 0.09330 0.35120 0.13957 44 (rho+) 11 213 39 65 66 0.46492 -1.76927 1.09635 2.27940 0.80450 45 (eta) 11 221 39 67 69 0.23883 -0.17392 0.45347 0.76982 0.54745 46 (omega) 11 223 39 70 72 0.07476 -0.33765 0.55407 0.94571 0.68395 47 (rho-) 11 -213 39 73 74 0.75272 -1.19763 0.85153 1.81374 0.75076 48 K+ 1 321 39 0 0 0.60236 -0.76856 1.76161 2.07375 0.49360 49 (phi) 11 333 39 75 76 1.68495 -0.39431 2.86108 3.49441 1.01519 50 (K*bar0) 11 -313 39 77 78 2.07005 -0.76387 4.20071 4.84600 0.98446 51 (omega) 11 223 39 79 81 2.14761 -1.19007 4.79529 5.44592 0.79673 52 (rho-) 11 -213 39 82 83 0.91785 0.27661 2.04080 2.38018 0.76252 53 pi+ 1 211 39 0 0 0.80527 0.04824 1.05550 1.33580 0.13957 54 (rho-) 11 -213 39 84 85 2.83063 -1.32928 4.25449 5.30976 0.55981 55 pi+ 1 211 39 0 0 0.33693 -0.63701 2.78559 2.88067 0.13957 56 (K*0) 11 313 39 86 87 0.34897 -0.77826 1.23118 1.74687 0.89904 57 (K*-) 11 -323 39 88 89 1.16613 -1.81962 1.31916 2.71270 0.97349 58 pi+ 1 211 40 0 0 3.36570 1.45257 -4.32033 5.66768 0.13957 59 pi- 1 -211 40 0 0 6.59342 2.94104 -8.69200 11.30014 0.13957 60 (eta) 11 221 40 90 91 11.88131 4.96349 -14.88345 19.68804 0.54745 61 pi+ 1 211 41 0 0 4.13293 1.88207 -4.57088 6.44482 0.13957 62 pi- 1 -211 41 0 0 0.18586 0.12220 -0.51699 0.57985 0.13957 63 pi+ 1 211 42 0 0 3.66871 1.88112 -5.03995 6.51296 0.13957 64 pi- 1 -211 42 0 0 1.58011 0.45811 -2.57529 3.05911 0.13957 65 pi+ 1 211 44 0 0 0.12556 -0.62345 0.81710 1.04479 0.13957 66 (pi0) 11 111 44 92 93 0.33936 -1.14582 0.27925 1.23461 0.13498 67 (pi0) 11 111 45 94 95 0.06678 -0.17872 0.15957 0.28299 0.13498 68 (pi0) 11 111 45 96 97 -0.02907 -0.00529 0.15415 0.20702 0.13498 69 (pi0) 11 111 45 98 99 0.20111 0.01009 0.13974 0.27981 0.13498 70 pi- 1 -211 46 0 0 0.09856 -0.17219 -0.00652 0.24267 0.13957 71 pi+ 1 211 46 0 0 -0.13951 -0.08778 0.38463 0.44112 0.13957 72 (pi0) 11 111 46 100 101 0.11571 -0.07768 0.17596 0.26192 0.13498 73 pi- 1 -211 47 0 0 0.29826 -0.12080 0.44997 0.57053 0.13957 74 (pi0) 11 111 47 102 103 0.45446 -1.07683 0.40156 1.24321 0.13498 75 K+ 1 321 49 0 0 1.01793 -0.20369 1.76903 2.10969 0.49360 76 K- 1 -321 49 0 0 0.66702 -0.19063 1.09205 1.38473 0.49360 77 K- 1 -321 50 0 0 0.97546 -0.52053 2.76852 3.02173 0.49360 78 pi+ 1 211 50 0 0 1.09458 -0.24335 1.43218 1.82427 0.13957 79 pi- 1 -211 51 0 0 0.77198 -0.26028 1.76005 1.94447 0.13957 80 pi+ 1 211 51 0 0 0.06848 -0.04625 0.28413 0.32717 0.13957 81 (pi0) 11 111 51 104 105 1.30714 -0.88353 2.75111 3.17428 0.13498 82 pi- 1 -211 52 0 0 -0.06518 0.05676 0.56445 0.58783 0.13957 83 (pi0) 11 111 52 106 107 0.98302 0.21985 1.47636 1.79235 0.13498 84 pi- 1 -211 54 0 0 2.42395 -1.04930 3.76732 4.60312 0.13957 85 (pi0) 11 111 54 108 109 0.40668 -0.27998 0.48717 0.70663 0.13498 86 K+ 1 321 56 0 0 0.52878 -0.54968 0.81657 1.22155 0.49360 87 pi- 1 -211 56 0 0 -0.17981 -0.22858 0.41460 0.52531 0.13957 88 (Kbar0) 11 -311 57 110 110 0.74029 -0.84064 1.02169 1.59569 0.49767 89 pi- 1 -211 57 0 0 0.42584 -0.97898 0.29747 1.11701 0.13957 90 gamma 1 22 60 0 0 1.32692 0.51760 -1.39881 1.99632 0.00000 91 gamma 1 22 60 0 0 10.55439 4.44589 -13.48465 17.69172 0.00000 92 gamma 1 22 66 0 0 0.31714 -1.12810 0.28411 1.20578 0.00000 93 gamma 1 22 66 0 0 0.02222 -0.01772 -0.00486 0.02883 0.00000 94 gamma 1 22 67 0 0 0.03510 -0.06917 -0.01045 0.07827 0.00000 95 gamma 1 22 67 0 0 0.03168 -0.10955 0.17002 0.20472 0.00000 96 gamma 1 22 68 0 0 -0.04679 -0.05063 0.03296 0.07641 0.00000 97 gamma 1 22 68 0 0 0.01773 0.04534 0.12119 0.13060 0.00000 98 gamma 1 22 69 0 0 -0.00970 0.02916 0.01647 0.03487 0.00000 99 gamma 1 22 69 0 0 0.21081 -0.01907 0.12327 0.24495 0.00000 100 gamma 1 22 72 0 0 -0.00038 -0.02748 -0.01618 0.03189 0.00000 101 gamma 1 22 72 0 0 0.11609 -0.05021 0.19214 0.23003 0.00000 102 gamma 1 22 74 0 0 0.22361 -0.48352 0.25159 0.58915 0.00000 103 gamma 1 22 74 0 0 0.23085 -0.59331 0.14997 0.65406 0.00000 104 gamma 1 22 81 0 0 0.07995 -0.02664 0.11038 0.13887 0.00000 105 gamma 1 22 81 0 0 1.22719 -0.85690 2.64073 3.03541 0.00000 106 gamma 1 22 83 0 0 0.85509 0.23268 1.32065 1.59042 0.00000 107 gamma 1 22 83 0 0 0.12793 -0.01283 0.15571 0.20194 0.00000 108 gamma 1 22 85 0 0 0.08739 -0.00089 0.07312 0.11395 0.00000 109 gamma 1 22 85 0 0 0.31929 -0.27909 0.41405 0.59268 0.00000 110 (K_S0) 11 310 88 111 112 0.74029 -0.84064 1.02169 1.59569 0.49767 111 (pi0) 11 111 110 113 114 0.44550 -0.44351 0.29762 0.70850 0.13498 112 (pi0) 11 111 110 115 116 0.29479 -0.39713 0.72407 0.88719 0.13498 113 gamma 1 22 111 0 0 0.06164 -0.02136 0.00060 0.06524 0.00000 114 gamma 1 22 111 0 0 0.38386 -0.42216 0.29702 0.64326 0.00000 115 gamma 1 22 112 0 0 0.00063 -0.07517 0.08464 0.11320 0.00000 116 gamma 1 22 112 0 0 0.29416 -0.32196 0.63943 0.77399 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.59107 349.50309 349.50259 on entry to user_fragment call; ncount= 17 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 -0.00017 85.79592 85.79592 0.00000 2 e+ 1 -11 0 0 0 0.00001 0.00060 -22.55013 22.55013 0.00000 3 nu_tau 1 16 0 0 0 53.37451 49.15869 30.35365 78.65595 0.00000 4 tau+ 1 -15 0 0 0 -11.50084 -19.75987 6.67543 23.88391 1.77700 5 d A 2 1 0 0 0 -23.09920 0.89577 8.00345 24.46284 0.00000 6 ubar V 1 -2 0 0 0 -18.77431 -30.29500 -108.82251 114.51026 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.54419 349.85901 349.85858 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 17 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 -0.00017 85.79592 85.79592 0.00000 2 e+ 1 -11 0 0 0 0.00001 0.00060 -22.55013 22.55013 0.00000 3 nu_tau 1 16 0 0 0 53.37451 49.15869 30.35365 78.65595 0.00000 4 tau+ 1 -15 0 0 0 -11.50084 -19.75987 6.67543 23.88391 1.77700 5 d A 2 1 0 0 0 -23.09920 0.89577 8.00345 24.46284 0.00000 6 ubar V 1 -2 0 0 0 -18.77431 -30.29500 -108.82251 114.51026 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.54419 349.85901 349.85858 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 17 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.879707D+02 0.807810D+02 0.808167D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.399869D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.399869D-05 0.100000D+01 0.100000D+01 0.399869D-05 i= 2 pij(5,:)= 0.879707D+02 0.172055D+03 0.238521D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.543689D+02 0.701163D+02 0.808167D+02 found w vertex, kl,asq(kl)= 3 0.399869D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.399869D-05 i= 4 pij(5,:)= 0.543689D+02 0.172055D+03 0.382654D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.195760D+03 0.701163D+02 0.238521D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.195760D+03 0.807810D+02 0.382654D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.399869D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 17 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00016 -0.00017 85.79592 85.79592 0.00000 2 e+ 1 -11 0 0 0 0.00001 0.00060 -22.55013 22.55013 0.00000 3 nu_tau 1 16 0 0 0 53.37451 49.15869 30.35365 78.65595 0.00000 4 (tau+) 11 -15 0 45 48 -11.50084 -19.75987 6.67543 23.88391 1.77700 5 (d) A 11 1 0 7 7 -23.09920 0.89577 8.00345 24.46284 0.00000 6 (ubar) V 11 -2 0 7 7 -18.77431 -30.29500 -108.82251 114.51026 0.00000 7 (CMshower) 11 94 5 8 9 -41.87351 -29.39924 -100.81906 138.97310 80.81668 8 (d) A 11 1 7 10 11 -19.59433 0.29085 5.04558 22.18163 9.08540 9 (ubar) V 11 -2 7 12 13 -22.27918 -29.69009 -105.86463 116.79147 32.48175 10 (d) A 11 1 8 14 15 -12.87729 0.12290 7.43595 14.91229 1.11515 11 (g) V 11 21 8 16 17 -6.71705 0.16795 -2.39037 7.26934 1.40801 12 (ubar) A 11 -2 9 18 19 -17.91080 -32.72086 -95.76764 105.08206 21.89396 13 (g) V 11 21 9 20 21 -4.36838 3.03077 -10.09699 11.70942 2.62544 14 (d) A 11 1 10 32 32 -9.00097 0.03788 4.59835 10.10761 0.00000 15 (g) V 11 21 10 33 33 -3.87632 0.08502 2.83759 4.80468 0.00000 16 (g) A 11 21 11 35 35 -4.49776 0.68097 -1.95000 4.94935 0.00000 17 (g) V 11 21 11 34 34 -2.21929 -0.51302 -0.44037 2.31999 0.00000 18 (ubar) A 11 -2 12 22 23 -10.28899 -32.62593 -70.48658 78.43745 3.70962 19 (g) V 11 21 12 24 25 -7.62181 -0.09493 -25.28107 26.64460 3.56394 20 (g) A 11 21 13 26 27 -4.36648 3.18260 -9.65465 11.24174 1.99236 21 (g) V 11 21 13 36 36 -0.00190 -0.15183 -0.44234 0.46767 0.00000 22 (ubar) A 11 -2 18 28 29 -10.46111 -32.17090 -68.97102 76.84572 1.96525 23 (g) V 11 21 18 42 42 0.17212 -0.45503 -1.51556 1.59173 0.00000 24 (g) A 11 21 19 30 31 -7.26348 -0.84874 -23.59364 24.76204 1.73789 25 (g) V 11 21 19 41 41 -0.35833 0.75382 -1.68743 1.88257 0.00000 26 (g) A 11 21 20 37 37 -3.38157 1.37454 -5.44159 6.55251 0.00000 27 (g) V 11 21 20 38 38 -0.98490 1.80805 -4.21305 4.68923 0.00000 28 (ubar) A 11 -2 22 44 44 -9.85673 -28.52250 -62.01666 68.96922 0.00000 29 (g) V 11 21 22 43 43 -0.60438 -3.64840 -6.95436 7.87650 0.00000 30 (g) A 11 21 24 40 40 -5.62380 -0.34726 -15.59466 16.58135 0.00000 31 (g) V 11 21 24 39 39 -1.63968 -0.50148 -7.99897 8.18069 0.00000 32 (d) A 11 1 14 49 49 -9.00097 0.03788 4.59835 10.10761 0.00000 33 (g) V 11 21 15 49 49 -3.87632 0.08502 2.83759 4.80468 0.00000 34 (g) A 11 21 17 49 49 -2.21929 -0.51302 -0.44037 2.31999 0.00000 35 (g) V 11 21 16 49 49 -4.49776 0.68097 -1.95000 4.94935 0.00000 36 (g) A 11 21 21 49 49 -0.00190 -0.15183 -0.44234 0.46767 0.00000 37 (g) V 11 21 26 49 49 -3.38157 1.37454 -5.44159 6.55251 0.00000 38 (g) A 11 21 27 49 49 -0.98490 1.80805 -4.21305 4.68923 0.00000 39 (g) V 11 21 31 49 49 -1.63968 -0.50148 -7.99897 8.18069 0.00000 40 (g) A 11 21 30 49 49 -5.62380 -0.34726 -15.59466 16.58135 0.00000 41 (g) V 11 21 25 49 49 -0.35833 0.75382 -1.68743 1.88257 0.00000 42 (g) A 11 21 23 49 49 0.17212 -0.45503 -1.51556 1.59173 0.00000 43 (g) V 11 21 29 49 49 -0.60438 -3.64840 -6.95436 7.87650 0.00000 44 (ubar) A 11 -2 28 49 49 -9.85673 -28.52250 -62.01666 68.96922 0.00000 45 nu_taubar 1 -16 4 0 0 -2.07386 -4.45804 2.01047 5.31197 0.01000 46 mu+ 1 -13 4 0 0 -4.52118 -7.46045 2.16695 8.98922 0.10566 47 nu_mu 1 14 4 0 0 -4.36250 -6.86537 2.17707 8.42047 0.00017 48 gamma 1 22 4 0 0 -0.54331 -0.97602 0.32095 1.16224 0.00000 49 (string) 11 92 32 50 71 -41.87351 -29.39924 -100.81906 138.97310 80.81668 50 (rho0) 11 113 49 72 73 -3.32547 -0.24494 1.99790 3.96325 0.77267 51 pi- 1 -211 49 0 0 -7.03774 0.60330 3.48709 7.87865 0.13957 52 (omega) 11 223 49 74 75 -1.67729 -0.38126 0.10916 1.89241 0.78141 53 pi+ 1 211 49 0 0 -0.48815 -0.53691 0.07436 0.74268 0.13957 54 (rho-) 11 -213 49 76 77 -3.02086 1.04395 0.49171 3.32278 0.76400 55 (pi0) 11 111 49 78 79 -0.40084 -0.52006 -0.21710 0.70462 0.13498 56 pi+ 1 211 49 0 0 -1.10845 0.52398 -0.58441 1.36537 0.13957 57 (rho-) 11 -213 49 80 81 -0.91638 0.02881 -1.65258 2.04613 0.78426 58 (rho+) 11 213 49 82 83 -1.40714 0.98643 -2.99006 3.54090 0.80276 59 (eta) 11 221 49 84 86 -0.98258 -0.36961 -0.50830 1.28847 0.54745 60 n0 1 2112 49 0 0 -1.57518 0.52317 -1.02511 2.16531 0.93957 61 pbar- 1 -2212 49 0 0 -2.41664 0.43863 -4.86464 5.52970 0.93827 62 (rho0) 11 113 49 87 88 -2.91377 -0.10444 -9.15529 9.64011 0.78188 63 (rho0) 11 113 49 89 90 -0.52087 1.20298 -5.21506 5.45519 0.91858 64 (rho0) 11 113 49 91 92 -2.78495 -0.84559 -7.93011 8.48927 0.84264 65 (omega) 11 223 49 93 95 -1.22035 -0.05049 -3.77715 4.04603 0.78210 66 p+ 1 2212 49 0 0 -0.23312 -1.48977 -3.58986 4.00514 0.93827 67 (pi0) 11 111 49 96 97 -0.01438 -0.18808 -0.45846 0.51379 0.13498 68 nbar0 1 -2112 49 0 0 -1.39265 -4.27398 -8.80137 9.92740 0.93957 69 pi- 1 -211 49 0 0 -0.13101 -0.21153 -1.23316 1.26573 0.13957 70 pi+ 1 211 49 0 0 -1.94777 -6.19354 -14.13815 15.55830 0.13957 71 pi- 1 -211 49 0 0 -6.35792 -19.34029 -40.83848 45.63190 0.13957 72 pi- 1 -211 50 0 0 -1.47452 0.17020 0.62047 1.61482 0.13957 73 pi+ 1 211 50 0 0 -1.85095 -0.41514 1.37743 2.34844 0.13957 74 pi- 1 -211 52 0 0 -0.06001 -0.07215 -0.14306 0.22080 0.13957 75 pi+ 1 211 52 0 0 -1.61729 -0.30911 0.25222 1.67161 0.13957 76 pi- 1 -211 54 0 0 -0.12659 -0.02497 -0.02447 0.19164 0.13957 77 (pi0) 11 111 54 98 99 -2.89427 1.06892 0.51618 3.13114 0.13498 78 gamma 1 22 55 0 0 -0.15939 -0.31543 -0.12707 0.37556 0.00000 79 gamma 1 22 55 0 0 -0.24145 -0.20463 -0.09003 0.32906 0.00000 80 pi- 1 -211 57 0 0 -0.06271 0.00930 0.02838 0.15590 0.13957 81 (pi0) 11 111 57 100 101 -0.85367 0.01951 -1.68097 1.89024 0.13498 82 pi+ 1 211 58 0 0 -1.05542 0.36281 -2.16839 2.44273 0.13957 83 (pi0) 11 111 58 102 103 -0.35172 0.62362 -0.82167 1.09817 0.13498 84 (pi0) 11 111 59 104 105 -0.09836 0.01533 -0.02592 0.16971 0.13498 85 (pi0) 11 111 59 106 107 -0.52757 -0.28032 -0.32286 0.69237 0.13498 86 (pi0) 11 111 59 108 109 -0.35665 -0.10462 -0.15951 0.42639 0.13498 87 pi+ 1 211 62 0 0 -2.36088 -0.03059 -6.34277 6.76941 0.13957 88 pi- 1 -211 62 0 0 -0.55288 -0.07385 -2.81252 2.87069 0.13957 89 pi+ 1 211 63 0 0 0.21118 0.25156 -0.76854 0.84736 0.13957 90 pi- 1 -211 63 0 0 -0.73205 0.95142 -4.44652 4.60783 0.13957 91 pi+ 1 211 64 0 0 -2.55415 -0.70458 -6.38248 6.91199 0.13957 92 pi- 1 -211 64 0 0 -0.23080 -0.14101 -1.54763 1.57727 0.13957 93 pi+ 1 211 65 0 0 -0.22237 -0.13783 -1.49868 1.52773 0.13957 94 pi- 1 -211 65 0 0 -0.18846 0.03645 -0.68900 0.72873 0.13957 95 (pi0) 11 111 65 110 111 -0.80952 0.05089 -1.58947 1.78957 0.13498 96 gamma 1 22 67 0 0 -0.06488 -0.13739 -0.37027 0.40023 0.00000 97 gamma 1 22 67 0 0 0.05050 -0.05069 -0.08819 0.11356 0.00000 98 gamma 1 22 77 0 0 -2.72642 1.01479 0.51724 2.95477 0.00000 99 gamma 1 22 77 0 0 -0.16785 0.05413 -0.00106 0.17637 0.00000 100 gamma 1 22 81 0 0 -0.59496 0.07566 -1.17043 1.31515 0.00000 101 gamma 1 22 81 0 0 -0.25871 -0.05615 -0.51053 0.57509 0.00000 102 gamma 1 22 83 0 0 -0.26817 0.54644 -0.63536 0.87988 0.00000 103 gamma 1 22 83 0 0 -0.08355 0.07719 -0.18631 0.21829 0.00000 104 gamma 1 22 84 0 0 0.01868 0.01570 -0.04494 0.05113 0.00000 105 gamma 1 22 84 0 0 -0.11704 -0.00036 0.01901 0.11858 0.00000 106 gamma 1 22 85 0 0 -0.18187 -0.17095 -0.12119 0.27747 0.00000 107 gamma 1 22 85 0 0 -0.34570 -0.10937 -0.20168 0.41490 0.00000 108 gamma 1 22 86 0 0 -0.05596 -0.02200 -0.08780 0.10641 0.00000 109 gamma 1 22 86 0 0 -0.30069 -0.08262 -0.07171 0.31997 0.00000 110 gamma 1 22 95 0 0 -0.76662 0.06093 -1.55053 1.73077 0.00000 111 gamma 1 22 95 0 0 -0.04290 -0.01003 -0.03895 0.05880 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.54419 349.85901 349.85858 on entry to user_fragment call; ncount= 18 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00545 -0.00501 20.54308 20.54308 0.00000 2 e+ 1 -11 0 0 0 -0.38438 -0.20265 -116.88094 116.88175 0.00000 3 nu_tau 1 16 0 0 0 23.99983 -17.49271 -7.09355 30.53367 0.00000 4 tau+ 1 -15 0 0 0 -51.71765 -19.14383 31.40720 63.48836 1.77700 5 d A 2 1 0 0 0 4.81205 51.60201 74.87383 91.06050 0.00000 6 ubar V 1 -2 0 0 0 23.29560 -14.75782 -2.10823 27.65723 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.74139 350.16459 350.16381 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 18 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00545 -0.00501 20.54308 20.54308 0.00000 2 e+ 1 -11 0 0 0 -0.38438 -0.20265 -116.88094 116.88175 0.00000 3 nu_tau 1 16 0 0 0 23.99983 -17.49271 -7.09355 30.53367 0.00000 4 tau+ 1 -15 0 0 0 -51.71765 -19.14383 31.40720 63.48836 1.77700 5 d A 2 1 0 0 0 4.81205 51.60201 74.87383 91.06050 0.00000 6 ubar V 1 -2 0 0 0 23.29560 -14.75782 -2.10823 27.65723 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.74139 350.16459 350.16381 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 18 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.980021D+02 0.783484D+02 0.815569D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.208602D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.208602D-05 0.100000D+01 0.100000D+01 0.208602D-05 i= 2 pij(5,:)= 0.980021D+02 0.495531D+01 0.966231D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.363386D+02 0.741000D+02 0.815569D+02 found w vertex, kl,asq(kl)= 3 0.208602D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.208602D-05 i= 4 pij(5,:)= 0.363386D+02 0.495531D+01 0.197012D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.349722D+02 0.741000D+02 0.966231D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.349722D+02 0.783484D+02 0.197012D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.208602D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 18 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00545 -0.00501 20.54308 20.54308 0.00000 2 e+ 1 -11 0 0 0 -0.38438 -0.20265 -116.88094 116.88175 0.00000 3 nu_tau 1 16 0 0 0 23.99983 -17.49271 -7.09355 30.53367 0.00000 4 (tau+) 11 -15 0 30 32 -51.71765 -19.14383 31.40720 63.48836 1.77700 5 (d) A 11 1 0 7 7 4.81205 51.60201 74.87383 91.06050 0.00000 6 (ubar) V 11 -2 0 7 7 23.29560 -14.75782 -2.10823 27.65723 0.00000 7 (CMshower) 11 94 5 8 9 28.10765 36.84420 72.76561 118.71774 81.55693 8 (d) A 11 1 7 10 11 4.46997 47.80647 69.37584 84.38844 1.72111 9 (ubar) V 11 -2 7 12 13 23.63769 -10.96228 3.38977 34.32930 22.09295 10 (d) A 11 1 8 22 22 3.92883 42.36642 62.40202 75.52722 0.00000 11 (g) V 11 21 8 23 23 0.54113 5.44006 6.97381 8.86121 0.00000 12 (ubar) A 11 -2 9 14 15 15.43868 -14.97378 -4.11468 22.24984 3.94435 13 (g) V 11 21 9 16 17 8.19901 4.01151 7.50445 12.07946 2.50613 14 (ubar) A 11 -2 12 29 29 5.63545 -7.77940 -2.24629 9.86525 0.00000 15 (g) V 11 21 12 18 19 9.80322 -7.19438 -1.86839 12.38459 1.42295 16 (g) A 11 21 13 20 21 8.08108 4.09734 7.16131 11.70661 1.91527 17 (g) V 11 21 13 24 24 0.11793 -0.08584 0.34314 0.37285 0.00000 18 (g) A 11 21 15 28 28 2.47086 -1.23096 -0.79429 2.87251 0.00000 19 (g) V 11 21 15 27 27 7.33236 -5.96342 -1.07410 9.51208 0.00000 20 (g) A 11 21 16 26 26 5.58244 2.21023 5.58914 8.20288 0.00000 21 (g) V 11 21 16 25 25 2.49864 1.88712 1.57217 3.50373 0.00000 22 (d) A 11 1 10 33 33 3.92883 42.36642 62.40202 75.52722 0.00000 23 (g) V 11 21 11 33 33 0.54113 5.44006 6.97381 8.86121 0.00000 24 (g) A 11 21 17 33 33 0.11793 -0.08584 0.34314 0.37285 0.00000 25 (g) V 11 21 21 33 33 2.49864 1.88712 1.57217 3.50373 0.00000 26 (g) A 11 21 20 33 33 5.58244 2.21023 5.58914 8.20288 0.00000 27 (g) V 11 21 19 33 33 7.33236 -5.96342 -1.07410 9.51208 0.00000 28 (g) A 11 21 18 33 33 2.47086 -1.23096 -0.79429 2.87251 0.00000 29 (ubar) V 11 -2 14 33 33 5.63545 -7.77940 -2.24629 9.86525 0.00000 30 nu_taubar 1 -16 4 0 0 -39.29004 -14.41281 23.26330 47.88129 0.01000 31 e+ 1 -11 4 0 0 -10.85286 -4.34560 7.24041 13.75108 0.00050 32 nu_e 1 12 4 0 0 -1.57475 -0.38542 0.90349 1.85598 0.00006 33 (string) 11 92 22 34 49 28.10765 36.84420 72.76561 118.71774 81.55693 34 n0 1 2112 33 0 0 1.69532 14.68613 21.92636 26.46138 0.93957 35 nbar0 1 -2112 33 0 0 0.50105 11.70090 15.84697 19.72743 0.93957 36 (rho-) 11 -213 33 50 51 1.85870 15.80245 24.28524 29.04270 0.73040 37 (omega) 11 223 33 52 54 0.25237 3.90428 5.78942 7.03131 0.78414 38 pi+ 1 211 33 0 0 3.10122 2.55142 2.54556 4.75675 0.13957 39 pi- 1 -211 33 0 0 -0.17580 0.49635 0.68828 0.87777 0.13957 40 (omega) 11 223 33 55 56 1.45517 0.80472 2.44813 3.06038 0.77938 41 pi+ 1 211 33 0 0 1.57351 0.59921 0.26873 1.71075 0.13957 42 (pi0) 11 111 33 57 58 2.25971 0.73366 2.54076 3.48113 0.13498 43 (pi0) 11 111 33 59 60 0.97781 -0.49613 -0.15580 1.11569 0.13498 44 (rho-) 11 -213 33 61 62 0.72645 -0.30169 0.16101 1.10991 0.76631 45 (omega) 11 223 33 63 65 2.87323 -1.65326 -0.46549 3.43612 0.77559 46 K+ 1 321 33 0 0 1.10558 -1.40960 -0.39613 1.89996 0.49360 47 K- 1 -321 33 0 0 1.06954 -0.85168 -0.14376 1.46068 0.49360 48 (omega) 11 223 33 66 68 6.78290 -7.94685 -1.97854 10.66112 0.76462 49 (omega) 11 223 33 69 71 2.05089 -1.77572 -0.59513 2.88466 0.77958 50 pi- 1 -211 36 0 0 0.46911 6.74890 10.16075 12.20770 0.13957 51 (pi0) 11 111 36 72 73 1.38960 9.05355 14.12449 16.83500 0.13498 52 pi+ 1 211 37 0 0 0.03639 0.34345 0.42883 0.56803 0.13957 53 pi- 1 -211 37 0 0 -0.00310 0.96416 1.12250 1.48630 0.13957 54 (pi0) 11 111 37 74 75 0.21908 2.59667 4.23809 4.97698 0.13498 55 gamma 1 22 40 0 0 0.17933 -0.14947 0.38421 0.44958 0.00000 56 (pi0) 11 111 40 76 77 1.27585 0.95420 2.06392 2.61080 0.13498 57 gamma 1 22 42 0 0 0.53358 0.12862 0.64280 0.84525 0.00000 58 gamma 1 22 42 0 0 1.72613 0.60504 1.89797 2.63588 0.00000 59 gamma 1 22 43 0 0 0.73191 -0.34610 -0.17003 0.82728 0.00000 60 gamma 1 22 43 0 0 0.24590 -0.15003 0.01423 0.28841 0.00000 61 pi- 1 -211 44 0 0 0.37529 0.10898 -0.18490 0.45430 0.13957 62 (pi0) 11 111 44 78 79 0.35116 -0.41067 0.34590 0.65562 0.13498 63 pi- 1 -211 45 0 0 2.11362 -1.32925 -0.28619 2.51708 0.13957 64 pi+ 1 211 45 0 0 0.54880 -0.14405 -0.05591 0.58697 0.13957 65 (pi0) 11 111 45 80 81 0.21081 -0.17996 -0.12339 0.33207 0.13498 66 pi+ 1 211 48 0 0 2.89330 -3.10392 -0.86470 4.33275 0.13957 67 pi- 1 -211 48 0 0 1.34072 -1.40138 -0.31626 1.97000 0.13957 68 (pi0) 11 111 48 82 83 2.54888 -3.44155 -0.79758 4.35838 0.13498 69 pi+ 1 211 49 0 0 0.15488 -0.13964 0.02094 0.25181 0.13957 70 pi- 1 -211 49 0 0 0.77007 -0.94639 -0.21871 1.24739 0.13957 71 (pi0) 11 111 49 84 85 1.12593 -0.68969 -0.39736 1.38547 0.13498 72 gamma 1 22 51 0 0 0.28274 1.96747 3.16192 3.73478 0.00000 73 gamma 1 22 51 0 0 1.10685 7.08609 10.96257 13.10021 0.00000 74 gamma 1 22 54 0 0 0.18003 1.51108 2.39416 2.83686 0.00000 75 gamma 1 22 54 0 0 0.03906 1.08559 1.84393 2.14012 0.00000 76 gamma 1 22 56 0 0 0.04049 0.05141 0.12273 0.13908 0.00000 77 gamma 1 22 56 0 0 1.23536 0.90279 1.94119 2.47172 0.00000 78 gamma 1 22 62 0 0 0.07673 -0.16944 0.16153 0.24635 0.00000 79 gamma 1 22 62 0 0 0.27443 -0.24123 0.18437 0.40926 0.00000 80 gamma 1 22 65 0 0 0.22384 -0.15090 -0.12987 0.29957 0.00000 81 gamma 1 22 65 0 0 -0.01303 -0.02906 0.00648 0.03250 0.00000 82 gamma 1 22 68 0 0 0.07086 -0.11973 -0.04568 0.14644 0.00000 83 gamma 1 22 68 0 0 2.47802 -3.32182 -0.75190 4.21194 0.00000 84 gamma 1 22 71 0 0 0.80239 -0.46288 -0.33716 0.98578 0.00000 85 gamma 1 22 71 0 0 0.32354 -0.22682 -0.06020 0.39969 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 0.74139 350.16459 350.16381 on entry to user_fragment call; ncount= 19 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00270 0.00996 58.84775 58.84775 0.00000 2 e+ 1 -11 0 0 0 -0.13556 -0.46501 -42.79369 42.79643 0.00000 3 nu_tau 1 16 0 0 0 19.00207 15.95243 -14.14604 28.55992 0.00000 4 tau+ 1 -15 0 0 0 -72.59329 1.94338 -70.02458 100.89679 1.77700 5 d A 2 1 0 0 0 40.77579 -47.23027 56.61065 84.25040 0.00000 6 ubar V 1 -2 0 0 0 12.95369 29.78952 10.78964 34.22908 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.71627 349.58036 349.57963 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 19 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00270 0.00996 58.84775 58.84775 0.00000 2 e+ 1 -11 0 0 0 -0.13556 -0.46501 -42.79369 42.79643 0.00000 3 nu_tau 1 16 0 0 0 19.00207 15.95243 -14.14604 28.55992 0.00000 4 tau+ 1 -15 0 0 0 -72.59329 1.94338 -70.02458 100.89679 1.77700 5 d A 2 1 0 0 0 40.77579 -47.23027 56.61065 84.25040 0.00000 6 ubar V 1 -2 0 0 0 12.95369 29.78952 10.78964 34.22908 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.71627 349.58036 349.57963 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 19 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.100367D+03 0.805113D+02 0.793949D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.222391D-05 i,p12,asq(1),asq(2),asq(3)= 1 0.222391D-05 0.100000D+01 0.100000D+01 0.222391D-05 i= 2 pij(5,:)= 0.100367D+03 0.285954D+02 0.176171D+03 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.141843D+03 0.354089D+02 0.793949D+02 found w vertex, kl,asq(kl)= 3 0.222391D-05 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.222391D-05 i= 4 pij(5,:)= 0.141843D+03 0.285954D+02 0.109652D+03 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.525185D+02 0.354089D+02 0.176171D+03 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.525185D+02 0.805113D+02 0.109652D+03 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.222391D-05 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 19 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 -0.00270 0.00996 58.84775 58.84775 0.00000 2 e+ 1 -11 0 0 0 -0.13556 -0.46501 -42.79369 42.79643 0.00000 3 nu_tau 1 16 0 0 0 19.00207 15.95243 -14.14604 28.55992 0.00000 4 (tau+) 11 -15 0 42 44 -72.59329 1.94338 -70.02458 100.89679 1.77700 5 (d) A 11 1 0 7 7 40.77579 -47.23027 56.61065 84.25040 0.00000 6 (ubar) V 11 -2 0 7 7 12.95369 29.78952 10.78964 34.22908 0.00000 7 (CMshower) 11 94 5 8 9 53.72948 -17.44076 67.40029 118.47948 79.39490 8 (d) A 11 1 7 10 11 38.23239 -41.56955 52.64353 79.44764 18.73082 9 (ubar) V 11 -2 7 12 13 15.49709 24.12879 14.75676 39.03184 21.98554 10 (d) A 11 1 8 14 15 39.37350 -41.75624 51.33744 77.70326 10.41187 11 (g) V 11 21 8 36 36 -1.14111 0.18670 1.30609 1.74438 0.00000 12 (ubar) A 11 -2 9 16 17 7.17442 17.68510 19.08866 27.16988 3.09683 13 (g) V 11 21 9 18 19 8.32267 6.44369 -4.33189 11.86196 3.33958 14 (d) A 11 1 10 20 21 39.74196 -41.75827 50.65734 76.92976 5.37079 15 (g) V 11 21 10 37 37 -0.36846 0.00203 0.68010 0.77350 0.00000 16 (ubar) A 11 -2 12 30 30 5.36953 14.12472 13.25116 20.09808 0.00000 17 (g) V 11 21 12 31 31 1.80489 3.56037 5.83750 7.07180 0.00000 18 (g) A 11 21 13 35 35 0.08068 0.18017 0.19308 0.27614 0.00000 19 (g) V 11 21 13 22 23 8.24199 6.26352 -4.52497 11.58582 2.56786 20 (d) A 11 1 14 24 25 34.92161 -38.66439 44.85261 68.77484 1.94107 21 (g) V 11 21 14 38 38 4.82035 -3.09388 5.80473 8.15492 0.00000 22 (g) A 11 21 19 34 34 0.01351 0.26490 0.09394 0.28139 0.00000 23 (g) V 11 21 19 26 27 8.22848 5.99862 -4.61892 11.30443 1.66272 24 (d) A 11 1 20 28 29 32.22836 -36.20896 41.54146 63.85077 1.21322 25 (g) V 11 21 20 39 39 2.69325 -2.45543 3.31115 4.92407 0.00000 26 (g) A 11 21 23 33 33 6.94470 4.80061 -4.44173 9.53958 0.00000 27 (g) V 11 21 23 32 32 1.28378 1.19801 -0.17719 1.76485 0.00000 28 (d) A 11 1 24 41 41 11.78545 -12.46526 14.34879 22.36442 0.00000 29 (g) V 11 21 24 40 40 20.44292 -23.74371 27.19267 41.48635 0.00000 30 (ubar) A 11 -2 16 45 45 5.36953 14.12472 13.25116 20.09808 0.00000 31 (g) V 11 21 17 45 45 1.80489 3.56037 5.83750 7.07180 0.00000 32 (g) A 11 21 27 45 45 1.28378 1.19801 -0.17719 1.76485 0.00000 33 (g) V 11 21 26 45 45 6.94470 4.80061 -4.44173 9.53958 0.00000 34 (g) A 11 21 22 45 45 0.01351 0.26490 0.09394 0.28139 0.00000 35 (g) V 11 21 18 45 45 0.08068 0.18017 0.19308 0.27614 0.00000 36 (g) A 11 21 11 45 45 -1.14111 0.18670 1.30609 1.74438 0.00000 37 (g) V 11 21 15 45 45 -0.36846 0.00203 0.68010 0.77350 0.00000 38 (g) A 11 21 21 45 45 4.82035 -3.09388 5.80473 8.15492 0.00000 39 (g) V 11 21 25 45 45 2.69325 -2.45543 3.31115 4.92407 0.00000 40 (g) A 11 21 29 45 45 20.44292 -23.74371 27.19267 41.48635 0.00000 41 (d) V 11 1 28 45 45 11.78545 -12.46526 14.34879 22.36442 0.00000 42 nu_taubar 1 -16 4 0 0 -35.71387 1.50500 -34.05235 49.36910 0.01000 43 pi+ 1 211 4 0 0 -24.26992 0.17360 -23.71170 33.93116 0.13957 44 K_L0 1 130 4 0 0 -12.60950 0.26478 -12.26053 17.59653 0.49772 45 (string) 11 92 30 46 68 53.72948 -17.44076 67.40029 118.47948 79.39490 46 (rho0) 11 113 45 69 70 1.53708 3.73553 3.89192 5.66012 0.75705 47 (eta') 11 331 45 71 73 2.36644 5.02917 5.71130 8.02674 0.95762 48 (pi0) 11 111 45 74 75 0.22424 1.38914 1.20375 1.85667 0.13498 49 (pi0) 11 111 45 76 77 1.19717 1.41144 1.06058 2.13739 0.13498 50 (rho-) 11 -213 45 78 79 1.78992 5.28812 5.17659 7.65109 0.75768 51 (eta') 11 331 45 80 82 0.57853 0.65117 0.25357 1.31920 0.95774 52 (omega) 11 223 45 83 85 0.87944 0.79062 1.11346 1.80342 0.78360 53 nbar0 1 -2112 45 0 0 1.33846 1.32103 -1.07771 2.36238 0.93957 54 n0 1 2112 45 0 0 0.74645 0.70573 -0.66986 1.54491 0.93957 55 (rho+) 11 213 45 86 87 2.34459 2.11932 -0.59327 3.25822 0.52481 56 (omega) 11 223 45 88 90 1.09973 0.85024 -0.53579 1.68202 0.78091 57 (rho-) 11 -213 45 91 92 0.33534 0.28773 -0.49603 0.84186 0.51715 58 (pi0) 11 111 45 93 94 0.44920 0.53478 -0.19873 0.73857 0.13498 59 (rho+) 11 213 45 95 96 0.04240 0.19233 0.79089 1.13777 0.79386 60 (rho-) 11 -213 45 97 98 0.78727 -0.83552 1.88748 2.33082 0.74316 61 (K*bar0) 11 -313 45 99 100 -0.51201 -0.05017 0.46730 1.06482 0.80672 62 K+ 1 321 45 0 0 2.08928 -1.73537 3.18520 4.21494 0.49360 63 (K*-) 11 -323 45 101 102 4.39935 -4.78897 5.31957 8.44861 0.89038 64 (eta') 11 331 45 103 105 7.63798 -8.08452 9.45869 14.63153 0.95732 65 K+ 1 321 45 0 0 1.56230 -1.88640 2.42223 3.47996 0.49360 66 (rho-) 11 -213 45 106 107 13.67588 -13.54666 16.40767 25.30473 0.75917 67 pi+ 1 211 45 0 0 5.45920 -6.36627 7.39573 11.18251 0.13957 68 pi- 1 -211 45 0 0 3.70124 -4.45323 5.22575 7.80117 0.13957 69 pi- 1 -211 46 0 0 0.86847 1.37338 1.28335 2.07531 0.13957 70 pi+ 1 211 46 0 0 0.66860 2.36215 2.60857 3.58482 0.13957 71 pi+ 1 211 47 0 0 0.58495 1.07268 1.11308 1.65868 0.13957 72 pi- 1 -211 47 0 0 0.50315 1.40177 1.49891 2.11762 0.13957 73 (eta) 11 221 47 108 110 1.27835 2.55472 3.09931 4.25044 0.54745 74 gamma 1 22 48 0 0 0.05507 0.16954 0.10798 0.20842 0.00000 75 gamma 1 22 48 0 0 0.16917 1.21960 1.09576 1.64826 0.00000 76 gamma 1 22 49 0 0 0.59729 0.80342 0.59550 1.16484 0.00000 77 gamma 1 22 49 0 0 0.59988 0.60802 0.46508 0.97255 0.00000 78 pi- 1 -211 50 0 0 0.54022 1.60065 1.15033 2.04858 0.13957 79 (pi0) 11 111 50 111 112 1.24970 3.68746 4.02627 5.60251 0.13498 80 (pi0) 11 111 51 113 114 -0.00742 0.01257 0.00532 0.13587 0.13498 81 (pi0) 11 111 51 115 116 0.01527 0.22828 0.04344 0.26917 0.13498 82 (eta) 11 221 51 117 118 0.57068 0.41032 0.20481 0.91416 0.54745 83 pi- 1 -211 52 0 0 0.01290 0.11301 0.15214 0.23572 0.13957 84 pi+ 1 211 52 0 0 0.23080 0.20949 0.03528 0.34334 0.13957 85 (pi0) 11 111 52 119 120 0.63573 0.46812 0.92604 1.22436 0.13498 86 pi+ 1 211 55 0 0 1.88990 1.75189 -0.32550 2.60121 0.13957 87 (pi0) 11 111 55 121 122 0.45469 0.36743 -0.26778 0.65701 0.13498 88 pi- 1 -211 56 0 0 0.19230 -0.01057 -0.07904 0.25063 0.13957 89 pi+ 1 211 56 0 0 0.12512 0.09527 -0.21823 0.30304 0.13957 90 (pi0) 11 111 56 123 124 0.78231 0.76554 -0.23852 1.12835 0.13498 91 pi- 1 -211 57 0 0 -0.03208 -0.06129 -0.11338 0.19266 0.13957 92 (pi0) 11 111 57 125 126 0.36742 0.34902 -0.38265 0.64920 0.13498 93 gamma 1 22 58 0 0 0.19587 0.26627 -0.16046 0.36744 0.00000 94 gamma 1 22 58 0 0 0.25333 0.26850 -0.03828 0.37113 0.00000 95 pi+ 1 211 59 0 0 -0.05258 -0.27705 0.37317 0.48812 0.13957 96 (pi0) 11 111 59 127 128 0.09498 0.46938 0.41772 0.64965 0.13498 97 pi- 1 -211 60 0 0 0.56879 -0.90428 1.66987 1.98726 0.13957 98 (pi0) 11 111 60 129 130 0.21848 0.06877 0.21760 0.34356 0.13498 99 K- 1 -321 61 0 0 -0.45547 0.13370 0.21399 0.71747 0.49360 100 pi+ 1 211 61 0 0 -0.05654 -0.18387 0.25331 0.34735 0.13957 101 K- 1 -321 63 0 0 2.44867 -2.27406 2.74274 4.35127 0.49360 102 (pi0) 11 111 63 131 132 1.95068 -2.51492 2.57683 4.09734 0.13498 103 (pi0) 11 111 64 133 134 1.61858 -1.59018 2.02652 3.04524 0.13498 104 (pi0) 11 111 64 135 136 2.14676 -2.11169 2.54589 3.94558 0.13498 105 (eta) 11 221 64 137 139 3.87264 -4.38266 4.88627 7.64070 0.54745 106 pi- 1 -211 66 0 0 4.81131 -5.12894 5.70573 9.05702 0.13957 107 (pi0) 11 111 66 140 141 8.86457 -8.41771 10.70194 16.24772 0.13498 108 gamma 1 22 73 0 0 0.43555 0.60823 0.81115 1.10345 0.00000 109 pi- 1 -211 73 0 0 0.32954 1.08083 1.09218 1.57770 0.13957 110 pi+ 1 211 73 0 0 0.51325 0.86566 1.19598 1.56928 0.13957 111 gamma 1 22 79 0 0 1.08538 3.20742 3.56515 4.91689 0.00000 112 gamma 1 22 79 0 0 0.16431 0.48005 0.46112 0.68562 0.00000 113 gamma 1 22 80 0 0 0.01135 0.00357 0.06841 0.06944 0.00000 114 gamma 1 22 80 0 0 -0.01877 0.00900 -0.06309 0.06643 0.00000 115 gamma 1 22 81 0 0 0.07466 0.14683 0.02319 0.16634 0.00000 116 gamma 1 22 81 0 0 -0.05940 0.08146 0.02025 0.10283 0.00000 117 gamma 1 22 82 0 0 -0.04785 0.22938 0.12271 0.26450 0.00000 118 gamma 1 22 82 0 0 0.61853 0.18094 0.08210 0.64966 0.00000 119 gamma 1 22 85 0 0 0.29956 0.29369 0.53668 0.68119 0.00000 120 gamma 1 22 85 0 0 0.33617 0.17443 0.38936 0.54317 0.00000 121 gamma 1 22 87 0 0 0.07895 0.02314 -0.07752 0.11304 0.00000 122 gamma 1 22 87 0 0 0.37574 0.34428 -0.19025 0.54397 0.00000 123 gamma 1 22 90 0 0 0.28539 0.25384 -0.02050 0.38249 0.00000 124 gamma 1 22 90 0 0 0.49693 0.51169 -0.21802 0.74586 0.00000 125 gamma 1 22 92 0 0 0.01911 0.07123 -0.02496 0.07786 0.00000 126 gamma 1 22 92 0 0 0.34831 0.27780 -0.35769 0.57134 0.00000 127 gamma 1 22 96 0 0 0.09044 0.26889 0.31643 0.42499 0.00000 128 gamma 1 22 96 0 0 0.00453 0.20048 0.10129 0.22466 0.00000 129 gamma 1 22 98 0 0 0.07828 -0.03857 0.05260 0.10189 0.00000 130 gamma 1 22 98 0 0 0.14020 0.10734 0.16501 0.24167 0.00000 131 gamma 1 22 102 0 0 0.43913 -0.51693 0.49035 0.83696 0.00000 132 gamma 1 22 102 0 0 1.51155 -1.99799 2.08648 3.26039 0.00000 133 gamma 1 22 103 0 0 1.17165 -1.14113 1.53974 2.24627 0.00000 134 gamma 1 22 103 0 0 0.44693 -0.44905 0.48679 0.79897 0.00000 135 gamma 1 22 104 0 0 0.91514 -0.89541 0.99560 1.62187 0.00000 136 gamma 1 22 104 0 0 1.23162 -1.21629 1.55029 2.32371 0.00000 137 (pi0) 11 111 105 142 143 1.33707 -1.52296 1.63629 2.60822 0.13498 138 (pi0) 11 111 105 144 145 1.02205 -1.34679 1.35490 2.17080 0.13498 139 (pi0) 11 111 105 146 147 1.51352 -1.51291 1.89508 2.86168 0.13498 140 gamma 1 22 107 0 0 1.74405 -1.60858 2.02311 3.11805 0.00000 141 gamma 1 22 107 0 0 7.12052 -6.80913 8.67883 13.12967 0.00000 142 gamma 1 22 137 0 0 0.58806 -0.76844 0.80233 1.25700 0.00000 143 gamma 1 22 137 0 0 0.74900 -0.75452 0.83395 1.35122 0.00000 144 gamma 1 22 138 0 0 0.35693 -0.57914 0.55243 0.87634 0.00000 145 gamma 1 22 138 0 0 0.66512 -0.76764 0.80247 1.29446 0.00000 146 gamma 1 22 139 0 0 0.59777 -0.68684 0.77629 1.19654 0.00000 147 gamma 1 22 139 0 0 0.91575 -0.82607 1.11879 1.66514 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.71627 349.58036 349.57963 on entry to user_fragment call; ncount= 20 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00992 -0.00862 50.28675 50.28675 0.00000 2 e+ 1 -11 0 0 0 -0.00069 -0.00182 -16.73659 16.73659 0.00000 3 nu_tau 1 16 0 0 0 -22.34110 90.28635 68.82005 115.70199 0.00000 4 tau+ 1 -15 0 0 0 -4.67930 -11.18577 -10.62681 16.22048 1.77700 5 d A 2 1 0 0 0 57.43133 -59.94061 -67.24273 106.83079 0.00000 6 ubar V 1 -2 0 0 0 -30.42016 -19.14953 -24.74751 43.64092 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.24683 349.41752 349.41743 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 20 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00992 -0.00862 50.28675 50.28675 0.00000 2 e+ 1 -11 0 0 0 -0.00069 -0.00182 -16.73659 16.73659 0.00000 3 nu_tau 1 16 0 0 0 -22.34110 90.28635 68.82005 115.70199 0.00000 4 tau+ 1 -15 0 0 0 -4.67930 -11.18577 -10.62681 16.22048 1.77700 5 d A 2 1 0 0 0 57.43133 -59.94061 -67.24273 106.83079 0.00000 6 ubar V 1 -2 0 0 0 -30.42016 -19.14953 -24.74751 43.64092 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.24683 349.41752 349.41743 case 6 ptop= 0.000000D+00 nqqqq,k(ifermion,2)= 20 11 -11 16 -15 1 -2 i= 1 pij(5,:)= 0.580217D+02 0.838456D+02 0.848215D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 found w vertex, kl,asq(kl)= 2 0.100000D+01 found w vertex, kl,asq(kl)= 3 0.227382D-06 i,p12,asq(1),asq(2),asq(3)= 1 0.227382D-06 0.100000D+01 0.100000D+01 0.227382D-06 i= 2 pij(5,:)= 0.580217D+02 0.124914D+03 0.351598D+02 found z vertex, kl,asq(kl)= 1 0.100000D+01 i,p13,asq(1),asq(2),asq(3)= 2 0.000000D+00 0.100000D+01 0.000000D+00 0.000000D+00 i= 3 pij(5,:)= 0.519921D+02 0.785929D+02 0.848215D+02 found w vertex, kl,asq(kl)= 3 0.227382D-06 i,p21,asq(1),asq(2),asq(3)= 3 0.000000D+00 0.000000D+00 0.000000D+00 0.227382D-06 i= 4 pij(5,:)= 0.519921D+02 0.124914D+03 0.364005D+02 i,p23,asq(1),asq(2),asq(3)= 4 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 5 pij(5,:)= 0.829357D+02 0.785929D+02 0.351598D+02 i,p31,asq(1),asq(2),asq(3)= 5 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 i= 6 pij(5,:)= 0.829357D+02 0.838456D+02 0.364005D+02 found w vertex, kl,asq(kl)= 2 0.100000D+01 i,p32,asq(1),asq(2),asq(3)= 6 0.000000D+00 0.000000D+00 0.100000D+01 0.000000D+00 p12,p13,p21,p23,p31,p32= 0.227382D-06 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 0.000000D+00 after fragmentation and decay: nfermion,ncount= 6 20 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00992 -0.00862 50.28675 50.28675 0.00000 2 e+ 1 -11 0 0 0 -0.00069 -0.00182 -16.73659 16.73659 0.00000 3 nu_tau 1 16 0 0 0 -22.34110 90.28635 68.82005 115.70199 0.00000 4 (tau+) 11 -15 0 36 38 -4.67930 -11.18577 -10.62681 16.22048 1.77700 5 (d) A 11 1 0 7 7 57.43133 -59.94061 -67.24273 106.83079 0.00000 6 (ubar) V 11 -2 0 7 7 -30.42016 -19.14953 -24.74751 43.64092 0.00000 7 (CMshower) 11 94 5 8 9 27.01117 -79.09013 -91.99024 150.47171 84.82145 8 (d) A 11 1 7 10 11 30.79216 -32.35891 -36.31516 57.71392 4.10487 9 (ubar) V 11 -2 7 12 13 -3.78099 -46.73123 -55.67508 92.75779 57.49947 10 (d) A 11 1 8 14 15 30.24352 -31.03983 -34.80522 55.63525 2.39496 11 (g) V 11 21 8 28 28 0.54864 -1.31907 -1.50994 2.07867 0.00000 12 (ubar) A 11 -2 9 16 17 -22.00297 -11.56420 -5.74948 28.58409 12.88922 13 (g) V 11 21 9 18 19 18.22198 -35.16703 -49.92560 64.17371 7.54574 14 (d) A 11 1 10 26 26 20.47632 -20.03272 -21.82476 36.01263 0.00000 15 (g) V 11 21 10 27 27 9.76720 -11.00711 -12.98046 19.62261 0.00000 16 (ubar) A 11 -2 12 20 21 -21.36037 -13.27988 -3.54894 25.72071 4.04219 17 (g) V 11 21 12 32 32 -0.64260 1.71569 -2.20054 2.86337 0.00000 18 (s) A 11 3 13 31 31 1.51506 -0.51597 -2.88864 3.34004 0.50000 19 (sbar) V 11 -3 13 22 23 16.70692 -34.65107 -47.03696 60.83367 2.90545 20 (ubar) A 11 -2 16 24 25 -19.38870 -12.37489 -4.26703 23.43551 1.39859 21 (g) V 11 21 16 33 33 -1.97168 -0.90500 0.71809 2.28521 0.00000 22 (sbar) A 11 -3 19 30 30 15.35700 -30.65399 -42.96306 54.96889 0.50000 23 (g) V 11 21 19 29 29 1.34993 -3.99708 -4.07390 5.86477 0.00000 24 (ubar) A 11 -2 20 35 35 -9.32511 -6.68786 -2.45375 11.73482 0.00000 25 (g) V 11 21 20 34 34 -10.06358 -5.68703 -1.81327 11.70068 0.00000 26 (d) A 11 1 14 39 39 20.47632 -20.03272 -21.82476 36.01263 0.00000 27 (g) V 11 21 15 39 39 9.76720 -11.00711 -12.98046 19.62261 0.00000 28 (g) A 11 21 11 39 39 0.54864 -1.31907 -1.50994 2.07867 0.00000 29 (g) V 11 21 23 39 39 1.34993 -3.99708 -4.07390 5.86477 0.00000 30 (sbar) A 11 -3 22 39 39 15.35700 -30.65399 -42.96306 54.96889 0.50000 31 (s) V 11 3 18 46 46 1.51506 -0.51597 -2.88864 3.34004 0.50000 32 (g) A 11 21 17 46 46 -0.64260 1.71569 -2.20054 2.86337 0.00000 33 (g) V 11 21 21 46 46 -1.97168 -0.90500 0.71809 2.28521 0.00000 34 (g) A 11 21 25 46 46 -10.06358 -5.68703 -1.81327 11.70068 0.00000 35 (ubar) V 11 -2 24 46 46 -9.32511 -6.68786 -2.45375 11.73482 0.00000 36 nu_taubar 1 -16 4 0 0 -0.92925 -3.10690 -2.26511 3.95565 0.01000 37 e+ 1 -11 4 0 0 -2.06301 -3.35722 -4.06946 5.66458 0.00046 38 nu_e 1 12 4 0 0 -1.68704 -4.72164 -4.29224 6.60025 0.00014 39 (string) 11 92 26 40 45 47.49908 -67.00997 -83.35212 118.54759 18.95931 40 (rho-) 11 -213 39 56 57 21.61905 -21.52485 -23.62834 38.59650 0.82989 41 (eta') 11 331 39 58 60 4.55018 -6.02839 -6.01373 9.70194 0.95764 42 (eta) 11 221 39 61 63 2.27572 -2.06056 -3.47025 4.66553 0.54745 43 (omega) 11 223 39 64 66 3.28419 -4.97574 -6.29953 8.70838 0.77971 44 (pi0) 11 111 39 67 68 4.19009 -9.58409 -11.75479 15.73547 0.13498 45 (K*+) 11 323 39 69 70 11.57984 -22.83635 -32.18547 41.13977 0.99210 46 (string) 11 92 31 47 55 -20.48791 -12.08016 -8.63812 31.92412 19.46401 47 (Kbar0) 11 -311 46 71 71 -0.19537 0.38117 -1.63689 1.76367 0.49767 48 (pi0) 11 111 46 72 73 1.09419 0.21463 -1.39322 1.78958 0.13498 49 pi- 1 -211 46 0 0 0.04168 0.31222 0.23436 0.41668 0.13957 50 p+ 1 2212 46 0 0 -0.70168 -0.98993 -1.23599 1.96986 0.93827 51 (Lambdabar0) 11 -3122 46 74 75 -0.79715 0.34986 -0.09805 1.41852 1.11568 52 (K*bar0) 11 -313 46 76 77 -0.62692 -0.34201 -0.70058 1.35137 0.90850 53 (rho-) 11 -213 46 78 79 -7.57366 -4.08920 -1.54645 8.79757 0.96118 54 pi+ 1 211 46 0 0 -1.41948 -0.52233 -0.54282 1.61303 0.13957 55 pi- 1 -211 46 0 0 -10.30951 -7.39457 -1.71848 12.80384 0.13957 56 pi- 1 -211 40 0 0 10.63616 -10.43652 -11.06555 18.56111 0.13957 57 (pi0) 11 111 40 80 81 10.98288 -11.08833 -12.56280 20.03539 0.13498 58 pi- 1 -211 41 0 0 1.34793 -1.66635 -1.83608 2.82566 0.13957 59 pi+ 1 211 41 0 0 0.39014 -0.52279 -0.60259 0.89895 0.13957 60 (eta) 11 221 41 82 84 2.81210 -3.83925 -3.57505 5.97733 0.54745 61 (pi0) 11 111 42 85 86 0.75801 -0.49628 -1.10821 1.43778 0.13498 62 (pi0) 11 111 42 87 88 0.50264 -0.56467 -0.78246 1.09634 0.13498 63 (pi0) 11 111 42 89 90 1.01507 -0.99961 -1.57958 2.13140 0.13498 64 pi- 1 -211 43 0 0 0.31189 -0.42424 -0.47648 0.72371 0.13957 65 pi+ 1 211 43 0 0 1.82900 -2.89240 -3.33802 4.78258 0.13957 66 (pi0) 11 111 43 91 92 1.14331 -1.65910 -2.48503 3.20209 0.13498 67 gamma 1 22 44 0 0 3.92480 -8.91641 -10.98296 14.68101 0.00000 68 gamma 1 22 44 0 0 0.26529 -0.66768 -0.77183 1.05446 0.00000 69 K+ 1 321 45 0 0 10.91163 -21.75587 -30.69755 39.17863 0.49360 70 (pi0) 11 111 45 93 94 0.66821 -1.08048 -1.48792 1.96114 0.13498 71 (K_S0) 11 310 47 95 96 -0.19537 0.38117 -1.63689 1.76367 0.49767 72 gamma 1 22 48 0 0 0.01549 -0.01259 -0.01650 0.02589 0.00000 73 gamma 1 22 48 0 0 1.07870 0.22722 -1.37672 1.76369 0.00000 74 nbar0 1 -2112 51 0 0 -0.60402 0.20192 -0.04996 1.13617 0.93957 75 (pi0) 11 111 51 97 98 -0.19313 0.14794 -0.04810 0.28235 0.13498 76 K- 1 -321 52 0 0 -0.05774 -0.26577 -0.31344 0.64487 0.49360 77 pi+ 1 211 52 0 0 -0.56919 -0.07624 -0.38714 0.70650 0.13957 78 pi- 1 -211 53 0 0 -1.63133 -1.30644 -0.27648 2.11280 0.13957 79 (pi0) 11 111 53 99 100 -5.94234 -2.78275 -1.26997 6.68477 0.13498 80 gamma 1 22 57 0 0 4.28436 -4.25393 -4.91410 7.78461 0.00000 81 gamma 1 22 57 0 0 6.69852 -6.83439 -7.64869 12.25078 0.00000 82 (pi0) 11 111 60 101 102 0.92128 -1.07720 -1.14868 1.82942 0.13498 83 (pi0) 11 111 60 103 104 0.46236 -0.61005 -0.58945 0.97551 0.13498 84 (pi0) 11 111 60 105 106 1.42847 -2.15200 -1.83693 3.17240 0.13498 85 gamma 1 22 61 0 0 0.22292 -0.20074 -0.29797 0.42281 0.00000 86 gamma 1 22 61 0 0 0.53509 -0.29554 -0.81024 1.01497 0.00000 87 gamma 1 22 62 0 0 0.40812 -0.36842 -0.54660 0.77528 0.00000 88 gamma 1 22 62 0 0 0.09453 -0.19624 -0.23586 0.32106 0.00000 89 gamma 1 22 63 0 0 0.58857 -0.56673 -0.80635 1.14796 0.00000 90 gamma 1 22 63 0 0 0.42649 -0.43288 -0.77323 0.98345 0.00000 91 gamma 1 22 66 0 0 0.89381 -1.21073 -1.80088 2.34690 0.00000 92 gamma 1 22 66 0 0 0.24949 -0.44838 -0.68415 0.85519 0.00000 93 gamma 1 22 70 0 0 0.23896 -0.41886 -0.66353 0.82026 0.00000 94 gamma 1 22 70 0 0 0.42926 -0.66163 -0.82439 1.14089 0.00000 95 (pi0) 11 111 71 107 108 0.01042 0.22418 -0.31361 0.40858 0.13498 96 (pi0) 11 111 71 109 110 -0.20579 0.15699 -1.32328 1.35509 0.13498 97 gamma 1 22 75 0 0 -0.16820 0.11444 -0.09065 0.22272 0.00000 98 gamma 1 22 75 0 0 -0.02493 0.03350 0.04256 0.05962 0.00000 99 gamma 1 22 79 0 0 -2.69593 -1.30641 -0.52458 3.04137 0.00000 100 gamma 1 22 79 0 0 -3.24641 -1.47634 -0.74539 3.64340 0.00000 101 gamma 1 22 82 0 0 0.07456 -0.04067 -0.05731 0.10246 0.00000 102 gamma 1 22 82 0 0 0.84672 -1.03653 -1.09137 1.72696 0.00000 103 gamma 1 22 83 0 0 0.05690 -0.14666 -0.08080 0.17685 0.00000 104 gamma 1 22 83 0 0 0.40546 -0.46339 -0.50865 0.79866 0.00000 105 gamma 1 22 84 0 0 0.52068 -0.67628 -0.58030 1.03209 0.00000 106 gamma 1 22 84 0 0 0.90778 -1.47572 -1.25663 2.14031 0.00000 107 gamma 1 22 95 0 0 0.04135 0.03511 -0.01965 0.05769 0.00000 108 gamma 1 22 95 0 0 -0.03093 0.18907 -0.29396 0.35088 0.00000 109 gamma 1 22 96 0 0 -0.13900 0.12273 -0.60176 0.62968 0.00000 110 gamma 1 22 96 0 0 -0.06679 0.03426 -0.72152 0.72541 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.24683 349.41752 349.41743 on entry to user_fragment call; ncount= 47 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00008 -0.00021 46.09642 46.09642 0.00000 2 e+ 1 -11 0 0 0 0.00082 -0.00286 -39.12441 39.12441 0.00000 3 nu_tau 1 16 0 0 0 1.51500 2.30936 14.55385 14.81360 0.00000 4 tau+ 1 -15 0 0 0 -80.96101 -25.69187 -82.31853 118.29731 1.77700 5 d A 2 1 0 0 0 0.19940 6.11751 48.47799 48.86286 0.00000 6 ubar V 1 -2 0 0 0 79.24571 17.26808 11.16963 81.87082 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.14504 349.06543 349.06355 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 47 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00008 -0.00021 46.09642 46.09642 0.00000 2 e+ 1 -11 0 0 0 0.00082 -0.00286 -39.12441 39.12441 0.00000 3 nu_tau 1 16 0 0 0 1.51500 2.30936 14.55385 14.81360 0.00000 4 tau+ 1 -15 0 0 0 -80.96101 -25.69187 -82.31853 118.29731 1.77700 5 d A 2 1 0 0 0 0.19940 6.11751 48.47799 48.86286 0.00000 6 ubar V 1 -2 0 0 0 79.24571 17.26808 11.16963 81.87082 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.14504 349.06543 349.06355 after fragmentation and decay: nfermion,ncount= 6 47 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.00008 -0.00021 46.09642 46.09642 0.00000 2 e+ 1 -11 0 0 0 0.00082 -0.00286 -39.12441 39.12441 0.00000 3 nu_tau 1 16 0 0 0 1.51500 2.30936 14.55385 14.81360 0.00000 4 (tau+) 11 -15 0 57 58 -80.96101 -25.69187 -82.31853 118.29731 1.77700 5 (d) A 11 1 0 7 7 0.19940 6.11751 48.47799 48.86286 0.00000 6 (ubar) V 11 -2 0 7 7 79.24571 17.26808 11.16963 81.87082 0.00000 7 (CMshower) 11 94 5 8 9 79.44511 23.38559 59.64762 130.73368 81.70095 8 (d) A 11 1 7 10 11 2.63908 6.39356 46.78334 49.33613 14.05457 9 (ubar) V 11 -2 7 12 13 76.80603 16.99203 12.86429 81.39754 16.49776 10 (d) A 11 1 8 14 15 1.22030 -1.49210 3.02539 3.92791 1.59999 11 (g) V 11 21 8 16 17 1.41878 7.88566 43.75795 45.40823 9.10783 12 (ubar) A 11 -2 9 18 19 36.87375 2.67340 6.32473 38.01034 6.16146 13 (g) V 11 21 9 20 21 39.93228 14.31863 6.53956 43.38720 6.33038 14 (d) A 11 1 10 40 40 0.40824 -1.63059 2.06227 2.66053 0.00000 15 (g) V 11 21 10 41 41 0.81206 0.13849 0.96312 1.26737 0.00000 16 (g) A 11 21 11 47 47 0.22547 -0.41911 0.60888 0.77280 0.00000 17 (g) V 11 21 11 22 23 1.19331 8.30476 43.14906 44.63542 7.75154 18 (ubar) A 11 -2 12 56 56 17.82407 -0.00576 5.61020 18.68614 0.00000 19 (g) V 11 21 12 24 25 19.04968 2.67916 0.71453 19.32420 1.68704 20 (g) A 11 21 13 48 48 3.96905 3.06971 1.46589 5.22736 0.00000 21 (g) V 11 21 13 26 27 35.96323 11.24892 5.07367 38.15985 3.24648 22 (g) A 11 21 17 28 29 1.45010 8.36241 43.04625 44.35287 6.49344 23 (g) V 11 21 17 42 42 -0.25679 -0.05764 0.10281 0.28255 0.00000 24 (g) A 11 21 19 55 55 4.33191 1.10181 0.03473 4.46997 0.00000 25 (g) V 11 21 19 30 31 14.71777 1.57735 0.67980 14.85423 1.04179 26 (g) A 11 21 21 32 33 35.43467 10.85704 4.92570 37.48542 2.72095 27 (g) V 11 21 21 52 52 0.52857 0.39188 0.14797 0.67442 0.00000 28 (g) A 11 21 22 46 46 -1.82330 0.64286 9.87610 10.06355 0.00000 29 (g) V 11 21 22 34 35 3.27340 7.71955 33.17015 34.28932 2.27862 30 (g) A 11 21 25 53 53 5.57732 0.40168 -0.20940 5.59568 0.00000 31 (g) V 11 21 25 54 54 9.14046 1.17567 0.88920 9.25855 0.00000 32 (g) A 11 21 26 49 49 4.21207 2.11920 0.83730 4.78890 0.00000 33 (g) V 11 21 26 36 37 31.22260 8.73784 4.08840 32.69652 1.07096 34 (g) A 11 21 29 38 39 2.44851 6.97250 29.72154 30.66559 1.54837 35 (g) V 11 21 29 45 45 0.82489 0.74704 3.44861 3.62373 0.00000 36 (g) A 11 21 33 51 51 15.93654 4.32990 1.55768 16.58758 0.00000 37 (g) V 11 21 33 50 50 15.28605 4.40794 2.53072 16.10894 0.00000 38 (g) A 11 21 34 44 44 2.33616 4.47430 19.52414 20.16604 0.00000 39 (g) V 11 21 34 43 43 0.11235 2.49820 10.19740 10.49955 0.00000 40 (d) A 11 1 14 59 59 0.40824 -1.63059 2.06227 2.66053 0.00000 41 (g) V 11 21 15 59 59 0.81206 0.13849 0.96312 1.26737 0.00000 42 (g) A 11 21 23 59 59 -0.25679 -0.05764 0.10281 0.28255 0.00000 43 (g) V 11 21 39 59 59 0.11235 2.49820 10.19740 10.49955 0.00000 44 (g) A 11 21 38 59 59 2.33616 4.47430 19.52414 20.16604 0.00000 45 (g) V 11 21 35 59 59 0.82489 0.74704 3.44861 3.62373 0.00000 46 (g) A 11 21 28 59 59 -1.82330 0.64286 9.87610 10.06355 0.00000 47 (g) V 11 21 16 59 59 0.22547 -0.41911 0.60888 0.77280 0.00000 48 (g) A 11 21 20 59 59 3.96905 3.06971 1.46589 5.22736 0.00000 49 (g) V 11 21 32 59 59 4.21207 2.11920 0.83730 4.78890 0.00000 50 (g) A 11 21 37 59 59 15.28605 4.40794 2.53072 16.10894 0.00000 51 (g) V 11 21 36 59 59 15.93654 4.32990 1.55768 16.58758 0.00000 52 (g) A 11 21 27 59 59 0.52857 0.39188 0.14797 0.67442 0.00000 53 (g) V 11 21 30 59 59 5.57732 0.40168 -0.20940 5.59568 0.00000 54 (g) A 11 21 31 59 59 9.14046 1.17567 0.88920 9.25855 0.00000 55 (g) V 11 21 24 59 59 4.33191 1.10181 0.03473 4.46997 0.00000 56 (ubar) A 11 -2 18 59 59 17.82407 -0.00576 5.61020 18.68614 0.00000 57 nu_taubar 1 -16 4 0 0 -20.92966 -6.08712 -21.83575 30.85294 0.00999 58 K+ 1 321 4 0 0 -60.03135 -19.60475 -60.48277 87.44437 0.49367 59 (string) 11 92 40 60 81 79.44511 23.38559 59.64762 130.73368 81.70095 60 (rho-) 11 -213 59 82 83 0.64413 -0.22881 0.75353 1.30959 0.82460 61 (Delta++) 11 2224 59 84 85 -0.08845 -0.73863 4.41551 4.65431 1.26983 62 (Deltabar--) 11 -2224 59 86 87 0.76633 0.61027 2.54885 2.98143 1.19691 63 (omega) 11 223 59 88 90 0.32890 2.24994 9.11769 9.42936 0.78103 64 (Lambda0) 11 3122 59 91 92 0.91877 1.30384 8.51723 8.73682 1.11568 65 (omega) 11 223 59 93 95 1.01752 2.16343 9.63057 9.95399 0.78631 66 (Lambdabar0) 11 -3122 59 96 97 -0.19805 0.77304 7.33990 7.46697 1.11568 67 pi+ 1 211 59 0 0 0.15844 0.34932 0.32418 0.52125 0.13957 68 (rho0) 11 113 59 98 99 -1.14186 0.16790 3.75899 3.99888 0.72731 69 pi- 1 -211 59 0 0 0.70028 0.74426 0.72284 1.25948 0.13957 70 (rho+) 11 213 59 100 101 4.89849 2.18635 1.24009 5.55857 0.76456 71 (omega) 11 223 59 102 104 7.41052 2.43954 0.93070 7.89582 0.78148 72 (pi0) 11 111 59 105 106 3.46226 0.89896 0.50817 3.61550 0.13498 73 n0 1 2112 59 0 0 5.98994 2.29585 0.93764 6.55074 0.93957 74 nbar0 1 -2112 59 0 0 9.24161 2.90318 1.82534 9.90205 0.93957 75 (pi0) 11 111 59 107 108 7.65981 1.48791 -0.09177 7.80469 0.13498 76 (eta) 11 221 59 109 110 3.56959 1.17636 0.21857 3.80438 0.54745 77 pi- 1 -211 59 0 0 4.38918 0.81171 0.36175 4.48041 0.13957 78 pi+ 1 211 59 0 0 8.65864 1.07960 0.64680 8.75074 0.13957 79 (rho0) 11 113 59 111 112 8.95625 1.28934 2.05501 9.30681 0.71900 80 (rho-) 11 -213 59 113 114 9.70038 -0.54998 3.12083 10.22676 0.66878 81 (pi0) 11 111 59 115 117 2.40246 -0.02778 0.76518 2.52513 0.13498 82 pi- 1 -211 60 0 0 0.74464 -0.07236 0.76557 1.07949 0.13957 83 (pi0) 11 111 60 118 119 -0.10051 -0.15645 -0.01204 0.23010 0.13498 84 p+ 1 2212 61 0 0 -0.32881 -0.56856 3.48879 3.67198 0.93827 85 pi+ 1 211 61 0 0 0.24036 -0.17007 0.92672 0.98234 0.13957 86 pbar- 1 -2212 62 0 0 0.57723 0.68808 2.16131 2.52156 0.93827 87 pi- 1 -211 62 0 0 0.18910 -0.07781 0.38754 0.45987 0.13957 88 pi+ 1 211 63 0 0 -0.06812 0.42004 2.34876 2.39107 0.13957 89 pi- 1 -211 63 0 0 0.06586 1.12525 4.16567 4.31773 0.13957 90 (pi0) 11 111 63 120 121 0.33116 0.70465 2.60327 2.72056 0.13498 91 p+ 1 2212 64 0 0 0.75147 1.06382 6.60158 6.79394 0.93827 92 pi- 1 -211 64 0 0 0.16730 0.24001 1.91565 1.94288 0.13957 93 pi+ 1 211 65 0 0 0.25473 0.23790 1.43041 1.47887 0.13957 94 pi- 1 -211 65 0 0 0.51105 0.67513 3.19573 3.30894 0.13957 95 (pi0) 11 111 65 122 123 0.25174 1.25040 5.00443 5.16618 0.13498 96 nbar0 1 -2112 66 0 0 -0.13839 0.53782 6.02774 6.12576 0.93957 97 (pi0) 11 111 66 124 125 -0.05967 0.23523 1.31215 1.34121 0.13498 98 pi- 1 -211 68 0 0 -0.16890 -0.01113 1.65781 1.67226 0.13957 99 pi+ 1 211 68 0 0 -0.97296 0.17903 2.10119 2.32662 0.13957 100 pi+ 1 211 70 0 0 4.39593 1.90295 1.29338 4.96364 0.13957 101 (pi0) 11 111 70 126 127 0.50256 0.28341 -0.05329 0.59494 0.13498 102 pi- 1 -211 71 0 0 1.14298 0.19720 0.16366 1.17965 0.13957 103 pi+ 1 211 71 0 0 4.15846 1.37430 0.37302 4.39774 0.13957 104 (pi0) 11 111 71 128 129 2.10907 0.86804 0.39403 2.31843 0.13498 105 gamma 1 22 72 0 0 0.48758 0.16125 0.03934 0.51506 0.00000 106 gamma 1 22 72 0 0 2.97468 0.73771 0.46883 3.10044 0.00000 107 gamma 1 22 75 0 0 6.69696 1.27269 -0.04484 6.81697 0.00000 108 gamma 1 22 75 0 0 0.96284 0.21522 -0.04692 0.98772 0.00000 109 gamma 1 22 76 0 0 1.01618 0.35575 -0.18411 1.09228 0.00000 110 gamma 1 22 76 0 0 2.55342 0.82061 0.40269 2.71210 0.00000 111 pi- 1 -211 79 0 0 7.17057 0.79650 1.53123 7.37670 0.13957 112 pi+ 1 211 79 0 0 1.78567 0.49284 0.52377 1.93011 0.13957 113 pi- 1 -211 80 0 0 5.77104 -0.04466 1.74709 6.03147 0.13957 114 (pi0) 11 111 80 130 131 3.92934 -0.50532 1.37374 4.19529 0.13498 115 gamma 1 22 81 0 0 1.57673 0.00730 0.56334 1.67436 0.00000 116 e- 1 11 81 0 0 0.79094 -0.03302 0.19355 0.81495 0.00051 117 e+ 1 -11 81 0 0 0.03479 -0.00206 0.00828 0.03582 0.00051 118 gamma 1 22 83 0 0 -0.01424 -0.07995 0.05371 0.09736 0.00000 119 gamma 1 22 83 0 0 -0.08627 -0.07650 -0.06575 0.13273 0.00000 120 gamma 1 22 90 0 0 0.13943 0.33802 0.99961 1.06438 0.00000 121 gamma 1 22 90 0 0 0.19173 0.36663 1.60366 1.65618 0.00000 122 gamma 1 22 95 0 0 0.25077 1.05683 4.11574 4.25666 0.00000 123 gamma 1 22 95 0 0 0.00098 0.19357 0.88869 0.90953 0.00000 124 gamma 1 22 97 0 0 -0.07522 0.24521 1.26119 1.28700 0.00000 125 gamma 1 22 97 0 0 0.01555 -0.00998 0.05097 0.05421 0.00000 126 gamma 1 22 101 0 0 0.21578 0.06308 0.02083 0.22577 0.00000 127 gamma 1 22 101 0 0 0.28679 0.22033 -0.07411 0.36916 0.00000 128 gamma 1 22 104 0 0 2.07357 0.83242 0.38577 2.26747 0.00000 129 gamma 1 22 104 0 0 0.03550 0.03562 0.00826 0.05096 0.00000 130 gamma 1 22 114 0 0 3.00949 -0.37019 1.10889 3.22858 0.00000 131 gamma 1 22 114 0 0 0.91985 -0.13513 0.26484 0.96671 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -1.14505 349.06543 349.06355 after ilc_calc_nfermion: mstj(105),nfermion,ncount= 1 6 1260 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.01730 -0.31067 69.28474 69.28544 0.00000 2 e+ 1 -11 0 0 0 -0.00073 0.00220 -9.70880 9.70880 0.00000 3 nu_tau 1 16 0 0 0 -39.51241 -16.95770 -21.37109 48.01581 0.00000 4 tau+ 1 -15 0 0 0 20.96160 -50.91472 -88.50667 104.25107 1.77700 5 d A 2 1 0 0 0 37.38604 55.59066 4.16977 67.12246 0.00000 6 ubar V 1 -2 0 0 0 -18.85181 12.59022 46.02091 51.30135 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.11115 349.68493 349.68491 after fragmentation and decay: nfermion,ncount= 6 1260 Event listing (standard) I particle/jet K(I,1) K(I,2) K(I,3) K(I,4) K(I,5) P(I,1) P(I,2) P(I,3) P(I,4) P(I,5) 1 e- 1 11 0 0 0 0.01730 -0.31067 69.28474 69.28544 0.00000 2 e+ 1 -11 0 0 0 -0.00073 0.00220 -9.70880 9.70880 0.00000 3 nu_tau 1 16 0 0 0 -39.51241 -16.95770 -21.37109 48.01581 0.00000 4 (tau+) 11 -15 0 27 29 20.96160 -50.91472 -88.50667 104.25107 1.77700 5 (d) A 11 1 0 7 7 37.38604 55.59066 4.16977 67.12246 0.00000 6 (ubar) V 11 -2 0 7 7 -18.85181 12.59022 46.02091 51.30135 0.00000 7 (CMshower) 11 94 5 8 9 18.53423 68.18088 50.19068 118.42381 80.70281 8 (d) A 11 1 7 20 20 35.48823 52.76874 3.95811 63.71515 0.00000 9 (ubar) V 11 -2 7 10 11 -16.95400 15.41214 46.23258 54.70865 18.18277 10 (ubar) A 11 -2 9 12 13 -17.75068 7.86487 39.48095 44.42082 6.12540 11 (g) V 11 21 9 14 15 0.79668 7.54727 6.75162 10.28784 1.63070 12 (ubar) A 11 -2 10 16 17 -17.51688 7.26370 39.36417 43.76529 2.50207 13 (g) V 11 21 10 23 23 -0.23380 0.60118 0.11678 0.65553 0.00000 14 (g) A 11 21 11 22 22 0.15171 6.67698 5.76925 8.82549 0.00000 15 (g) V 11 21 11 21 21 0.64497 0.87029 0.98237 1.46234 0.00000 16 (ubar) A 11 -2 12 18 19 -17.06153 6.87857 38.54092 42.74872 1.90800 17 (g) V 11 21 12 24 24 -0.45535 0.38512 0.82325 1.01657 0.00000 18 (ubar) A 11 -2 16 26 26 -15.10940 5.52207 34.35648 37.93619 0.00000 19 (g) V 11 21 16 25 25 -1.95213 1.35650 4.18444 4.81253 0.00000 20 (d) A 11 1 8 30 30 35.48823 52.76874 3.95811 63.71515 0.00000 21 (g) V 11 21 15 30 30 0.64497 0.87029 0.98237 1.46234 0.00000 22 (g) A 11 21 14 30 30 0.15171 6.67698 5.76925 8.82549 0.00000 23 (g) V 11 21 13 30 30 -0.23380 0.60118 0.11678 0.65553 0.00000 24 (g) A 11 21 17 30 30 -0.45535 0.38512 0.82325 1.01657 0.00000 25 (g) V 11 21 19 30 30 -1.95213 1.35650 4.18444 4.81253 0.00000 26 (ubar) A 11 -2 18 30 30 -15.10940 5.52207 34.35648 37.93619 0.00000 27 nu_taubar 1 -16 4 0 0 15.02101 -35.23523 -61.31267 72.29381 0.01000 28 pi+ 1 211 4 0 0 3.44191 -8.40059 -15.23873 17.73852 0.13957 29 (pi0) 11 111 4 43 44 2.49868 -7.27890 -11.95528 14.21874 0.13496 30 (string) 11 92 20 31 42 18.53423 68.18088 50.19068 118.42381 80.70281 31 (rho-) 11 -213 30 45 46 10.53720 16.51517 1.53823 19.66704 0.80177 32 pi+ 1 211 30 0 0 9.76784 13.06076 0.82477 16.33077 0.13957 33 (pi0) 11 111 30 47 49 9.02741 13.91702 1.45508 16.65272 0.13498 34 (rho0) 11 113 30 50 51 0.68656 1.88464 0.40846 2.17953 0.74852 35 (K0) 11 311 30 52 52 5.15982 8.37609 0.28334 9.85447 0.49767 36 (K*bar0) 11 -313 30 53 54 0.38591 2.46104 3.09002 4.07017 0.90133 37 (pi0) 11 111 30 55 56 -0.15977 1.55472 0.61427 1.68470 0.13498 38 pi- 1 -211 30 0 0 0.25432 0.12653 0.84719 0.90437 0.13957 39 (Delta+) 11 2214 30 57 58 -0.17490 3.40506 4.16591 5.51554 1.20058 40 (rho+) 11 213 30 59 60 -2.98527 1.67475 4.00200 5.31746 0.73668 41 (Sigmabar-) 11 -3222 30 61 62 -8.04654 2.87362 20.68232 22.40932 1.18937 42 K- 1 -321 30 0 0 -5.91836 2.33149 12.27909 13.83772 0.49360 43 gamma 1 22 29 0 0 1.76378 -5.32268 -8.70377 10.35362 0.00000 44 gamma 1 22 29 0 0 0.73490 -1.95622 -3.25151 3.86512 0.00000 45 pi- 1 -211 31 0 0 9.44261 14.78746 1.17135 17.58475 0.13957 46 (pi0) 11 111 31 63 64 1.09459 1.72771 0.36688 2.08229 0.13498 47 gamma 1 22 33 0 0 0.76591 1.16073 0.15750 1.39954 0.00000 48 e+ 1 -11 33 0 0 7.18404 11.08228 1.12433 13.25487 0.00051 49 e- 1 11 33 0 0 1.07746 1.67401 0.17324 1.99831 0.00051 50 pi- 1 -211 34 0 0 0.79934 1.54255 0.24506 1.76010 0.13957 51 pi+ 1 211 34 0 0 -0.11278 0.34208 0.16341 0.41943 0.13957 52 K_L0 1 130 35 0 0 5.15982 8.37609 0.28334 9.85447 0.49767 53 K- 1 -321 36 0 0 0.03693 0.82855 1.29210 1.61277 0.49360 54 pi+ 1 211 36 0 0 0.34898 1.63249 1.79792 2.45740 0.13957 55 gamma 1 22 37 0 0 -0.13855 1.42750 0.52254 1.52643 0.00000 56 gamma 1 22 37 0 0 -0.02123 0.12722 0.09173 0.15827 0.00000 57 p+ 1 2212 39 0 0 -0.04452 2.39939 2.74780 3.76694 0.93827 58 (pi0) 11 111 39 65 66 -0.13037 1.00567 1.41811 1.74860 0.13498 59 pi+ 1 211 40 0 0 -2.40188 1.42828 3.58359 4.54650 0.13957 60 (pi0) 11 111 40 67 68 -0.58339 0.24647 0.41840 0.77096 0.13498 61 pbar- 1 -2212 41 0 0 -6.89084 2.42268 17.20405 18.71397 0.93827 62 (pi0) 11 111 41 69 70 -1.15570 0.45094 3.47827 3.69535 0.13498 63 gamma 1 22 46 0 0 0.44942 0.71888 0.08485 0.85203 0.00000 64 gamma 1 22 46 0 0 0.64517 1.00883 0.28203 1.23025 0.00000 65 gamma 1 22 58 0 0 -0.05981 0.11637 0.17352 0.21731 0.00000 66 gamma 1 22 58 0 0 -0.07057 0.88930 1.24459 1.53129 0.00000 67 gamma 1 22 60 0 0 -0.44671 0.21510 0.38250 0.62619 0.00000 68 gamma 1 22 60 0 0 -0.13669 0.03138 0.03591 0.14477 0.00000 69 gamma 1 22 62 0 0 -0.11413 0.08765 0.35916 0.38692 0.00000 70 gamma 1 22 62 0 0 -1.04157 0.36328 3.11911 3.30842 0.00000 sum charge: 0.00 sum momentum and inv. mass: 0.00000 0.00000 -0.11115 349.68492 349.68490 ilc_fragment_print ncount= 10000 whizard_integral= 1.36247681595591 CLOSE TAUOLA ! Event generation finished. !============================================================================= ! Analysis results for process aa_n3e3du_o: !----------------------------------------------------------------------------- ! It Events Integral[fb] Error[fb] Err[%] Acc Eff[%] Chi2 N[It] !----------------------------------------------------------------------------- 13 10000 1.3624768E+00 1.36E-02 1.00 1.00 100.00 !----------------------------------------------------------------------------- ! Warning: Excess events: 0.5 ( 0.01% ) | Maximal weight: 1.01 ! There were no errors and 2 warning(s). ! WHIZARD run finished. -rw-r--r-- 1 miyamoto ilc_ilc 97155940 Jul 29 07:49 w104000.001.stdhep iwhiz,kwhiz= 001.stdhep 01 a9= w104000.001.stdhep -rw-r--r-- 1 22000 22000 30 22000 2001 97155940 Jul 29 07:49 /hpss/ilc_g/soft/users/miyamoto/MCProd/work/w104000_01.stdhep removed `/home/ilc/miyamoto/soft/intel/whizard/data/scratch/w104000.001.stdhep' end of runwhiz ======== Job End Thu Jul 29 07:50:01 JST 2010 ============= PS: Read file for stderr output of this job.