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pythia6_4.ref
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?openmp_logging = false
?vis_history = false
?integration_timer = false
?pacify = true
$method = "omega"
| Process library 'pythia6_4_lib': recorded process 'pythia6_4_p1'
| Process library 'pythia6_4_lib': recorded process 'pythia6_4_p2'
| Process library 'pythia6_4_lib': recorded process 'pythia6_4_p3'
SM.me => 1.0000000E+00
isr_mass = 1.0000000E+00
| Process library 'pythia6_4_lib': compiling ...
| Process library 'pythia6_4_lib': writing makefile
| Process library 'pythia6_4_lib': removing old files
| Process library 'pythia6_4_lib': writing driver
| Process library 'pythia6_4_lib': creating source code
| Process library 'pythia6_4_lib': compiling sources
| Process library 'pythia6_4_lib': linking
| Process library 'pythia6_4_lib': loading
| Process library 'pythia6_4_lib': ... success.
seed = 0
$phs_method = "wood"
$integration_method = "vamp"
sqrts = 1.0000000E+03
openmp_num_threads = 1
| RNG: Initializing TAO random-number generator
| RNG: Setting seed for random-number generator to 0
| Initializing integration for process pythia6_4_p1:
| ------------------------------------------------------------------------
| Process [scattering]: 'pythia6_4_p1'
| Library name = 'pythia6_4_lib'
| Process index = 1
| Process components:
| 1: 'pythia6_4_p1_i1': e-, e+ => Z, H [omega]
| ------------------------------------------------------------------------
| Beam structure: e-, e+ => circe1 => isr
| Beam data (collision):
| e- (mass = 1.0000000E+00 GeV)
| e+ (mass = 1.0000000E+00 GeV)
| sqrts = 1.000000000000E+03 GeV
| CIRCE1: activating generator mode
| RNG: Initializing TAO random-number generator
| RNG: Setting seed for random-number generator to 1
| Phase space: generating configuration ...
| Phase space: ... success.
| Phase space: writing configuration file 'pythia6_4_p1_i1.phs'
| Phase space: 1 channels, 2 dimensions
| Phase space: found 1 channel, collected in 1 grove.
| Phase space: Using 1 equivalence between channels.
| Phase space: wood
| Beam structure: circe1 => isr, none => none, isr
| Beam structure: 1 channels, 2 dimensions
Warning: No cuts have been defined.
| Starting integration for process 'pythia6_4_p1'
| Integrate: iterations = 3:1000:"g", 3:1000
| Integrator: 1 chains, 1 channels, 4 dimensions
| Integrator: Using VAMP channel equivalences
| Integrator: 1000 initial calls, 20 bins, stratified = T
| Integrator: VAMP
|=============================================================================|
| It Calls Integral[fb] Error[fb] Err[%] Acc Eff[%] Chi2 N[It] |
|=============================================================================|
1 1000 1.729E+01 3.15E-01 1.82 0.58 13.5
2 1000 1.683E+01 1.92E-01 1.14 0.36 24.5
3 1000 1.722E+01 1.96E-01 1.14 0.36 20.9
|-----------------------------------------------------------------------------|
3 3000 1.707E+01 1.26E-01 0.74 0.40 20.9 1.29 3
|-----------------------------------------------------------------------------|
4 1000 1.705E+01 1.77E-01 1.04 0.33 20.7
5 1000 1.691E+01 1.68E-01 0.99 0.31 20.5
6 1000 1.719E+01 2.18E-01 1.27 0.40 18.0
|-----------------------------------------------------------------------------|
6 3000 1.703E+01 1.06E-01 0.62 0.34 18.0 0.54 3
|=============================================================================|
error_threshold = 1.0000000E-08
n_events = 1
?rebuild_events = true
?debug_decay = false
?debug_process = false
?debug_verbose = false
?sample_pacify = true
?allow_shower = true
?ps_fsr_active = true
$shower_method = "PYTHIA6"
$sample = "pythia6_4a"
| Starting simulation for process 'pythia6_4_p1'
| Simulate: using integration grids from file 'pythia6_4_p1_m1.vg'
| Simulate: activating parton shower
| Shower: Using PYTHIA6 shower
| RNG: Initializing TAO random-number generator
| RNG: Setting seed for random-number generator to 2
| Simulation: requested number of events = 1
| corr. to luminosity [fb-1] = 5.8731E-02
| Events: writing to ASCII file 'pythia6_4a.debug'
| Events: writing to raw file 'pythia6_4a.evx'
| Events: generating 1 unweighted, unpolarized events ...
| Events: event normalization mode '1'
| ... event sample complete.
| Events: actual unweighting efficiency = 16.67 %
| Events: closing ASCII file 'pythia6_4a.debug'
| Events: closing raw file 'pythia6_4a.evx'
$sample = "pythia6_4b"
?hadronization_active = true
| Starting simulation for process 'pythia6_4_p1'
| Simulate: using integration grids from file 'pythia6_4_p1_m1.vg'
| Simulate: activating parton shower
| Shower: Using PYTHIA6 shower
| Simulate: activating hadronization
| Hadronization: Using PYTHIA6 interface for hadronization and decays
| RNG: Initializing TAO random-number generator
| RNG: Setting seed for random-number generator to 3
| Simulation: requested number of events = 1
| corr. to luminosity [fb-1] = 5.8731E-02
| Events: writing to ASCII file 'pythia6_4b.debug'
| Events: writing to raw file 'pythia6_4b.evx'
| Events: generating 1 unweighted, unpolarized events ...
| Events: event normalization mode '1'
| ... event sample complete.
| Events: actual unweighting efficiency = 11.11 %
| Events: closing ASCII file 'pythia6_4b.debug'
| Events: closing raw file 'pythia6_4b.evx'
| There were no errors and 1 warning(s).
| WHIZARD run finished.
|=============================================================================|
Partial contents of pythia6_4a.debug:
========================================================================
Event
------------------------------------------------------------------------
Unweighted = T
Normalization = '1'
Helicity handling = drop
Keep correlations = F
------------------------------------------------------------------------
Squared matrix el. = 1.2368300E+29
Event weight = 1.0000000E+00
------------------------------------------------------------------------
Selected MCI group = 1
Selected term = 1
Selected channel = 1
------------------------------------------------------------------------
Passed selection = T
Reweighting factor = 1.0000000E+00
Analysis flag = T
========================================================================
Event transform: trivial (hard process)
------------------------------------------------------------------------
Associated process: 'pythia6_4_p1'
TAO random-number generator:
seed = 2
calls = 3
Number of tries = 1
------------------------------------------------------------------------
Particle set:
------------------------------------------------------------------------
Particle 1 [b] f(11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 4.999990E+02
T = 1.000000000E+00
Children: 3 4
Particle 2 [b] f(-11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 -4.999990E+02
T = 1.000000000E+00
Children: 3 4
Particle 3 [v] f(11)
E = 4.889225E+02
P = 0.000000E+00 0.000000E+00 4.889215E+02
T = 1.000000000E+00
Parents: 1 2
Children: 5 7
Particle 4 [v] f(-11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 -4.999990E+02
T = 1.000000000E+00
Parents: 1 2
Children: 6 8
Particle 5 [i] f(11)
E = 4.889225E+02
P = 0.000000E+00 0.000000E+00 4.889215E+02
T = 1.000000000E+00
Parents: 3
Children: 9 10
Particle 6 [i] f(-11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 -4.999990E+02
T = 1.000000000E+00
Parents: 4
Children: 9 10
Particle 7 [x] f(22*)
E = 9.482952E-26
P = 0.000000E+00 0.000000E+00 0.000000E+00
T = 0.000000000E+00
Parents: 3
Particle 8 [x] f(22*)
E = 3.001460E-06
P = 0.000000E+00 0.000000E+00 -3.001460E-06
T = 0.000000000E+00
Parents: 4
Particle 9 [o] f(23)
E = 4.877061E+02
P = 2.139215E+02 3.349358E+02 2.675772E+02
T = 8.315287819E+03
Parents: 5 6
Particle 10 [o] f(25)
E = 5.012164E+02
P = -2.139215E+02 -3.349358E+02 -2.786547E+02
T = 1.562500000E+04
Parents: 5 6
========================================================================
========================================================================
Event transform: shower
------------------------------------------------------------------------
Associated process: 'pythia6_4_p1'
TAO random-number generator:
seed = 3
calls = 1
Number of tries = 1
Particle set:
------------------------------------------------------------------------
Nr Status Flavor Col ACol Parents Children P(0) P(1) P(2) P(3) P^2
1 [b] e- 0 0 [none] 3-4 500.000 0.000 0.000 499.999 1.000
2 [b] e+ 0 0 [none] 3-4 500.000 0.000 0.000 -499.999 1.000
3 [r] e- 0 0 1-2 5,7 488.923 0.000 0.000 488.922 1.000
4 [r] e+ 0 0 1-2 6,8 500.000 0.000 0.000 -499.999 1.000
5 [i] e- 0 0 3 9-10 488.923 0.000 0.000 488.922 1.000
6 [i] e+ 0 0 4 9-10 500.000 0.000 0.000 -499.999 1.000
7 [x] A 0 0 3 [none] 0.000 0.000 0.000 0.000 0.000
8 [x] A 0 0 4 [none] 0.000 0.000 0.000 -0.000 0.000
9 [r] Z 0 0 5-6 11-12 487.706 213.921 334.936 267.577 8315.288
10 [r] H 0 0 5-6 13-14 501.216 -213.921 -334.936 -278.655 15625.000
11 [r] nue 0 0 9 15 208.599 57.604 171.240 104.270 0.000
12 [r] nuebar 0 0 9 16 279.107 156.318 163.696 163.307 0.000
13 [r] tau- 0 0 10 17 321.885 -111.670 -261.409 -151.003 3.158
14 [r] tau+ 0 0 10 18-19 179.332 -102.252 -73.527 -127.652 3.158
15 [o] nue 0 0 11 [none] 208.599 57.604 171.240 104.270 0.000
16 [o] nuebar 0 0 12 [none] 279.107 156.318 163.696 163.307 0.000
17 [r] tau- 0 0 13 20-22 321.879 -111.668 -261.404 -151.000 3.158
18 [r] tau+ 0 0 14 23-24 179.295 -102.224 -73.512 -127.631 3.158
19 [o] A 0 0 14 [none] 0.043 -0.030 -0.019 -0.024 0.000
20 [o] numubar 0 0 17 [none] 14.549 -5.196 -11.823 -6.699 0.000
21 [o] mu- 0 0 17 [none] 174.204 -59.695 -141.780 -81.743 0.011
22 [o] nutau 0 0 17 [none] 133.127 -46.776 -107.802 -62.557 0.000
23 [o] nutauba 0 0 18 [none] 3.538 -1.903 -1.306 -2.682 0.000
24 [o] pip 0 0 18 [none] 175.756 -100.321 -72.206 -124.949 0.019
------------------------------------------------------------------------
Sum of incoming momenta: p(0:3) = 988.923 0.000 0.000 -11.077
Sum of beam remnant momenta: p(0:3) = 0.000 0.000 0.000 0.000
Sum of outgoing momenta: p(0:3) = 988.923 0.000 0.000 -11.077
------------------------------------------------------------------------
Shower settings:
------------------------------------------------------------------------
Master switches:
ps_isr_active = F
ps_fsr_active = T
muli_active = F
General settings:
shower_method = PYTHIA6
shower_verbose = F
ps_mass_cutoff = 1.000000000000E+00
ps_max_n_flavors = 5
[ISR off]
FSR settings:
ps_fsr_lambda = 2.900000000000E-01
ps_fsr_alpha_s_running = T
Hadronization settings:
hadronization_active = F
Matching Settings:
mlm_matching = F
ckkw_matching = F
PYTHIA6 specific settings:
ps_PYTHIA_PYGIVE = ''
========================================================================
Local variables:
------------------------------------------------------------------------
sqrts* = 1.0000000E+03
sqrts_hat* => 9.8886048E+02
n_in* => 2
n_out* => 10
n_tot* => 12
$process_id* => "pythia6_4_p1"
process_num_id* => [unknown integer]
sqme* => 1.2368300E+29
sqme_ref* => 1.2368300E+29
event_index* => 1
event_weight* => 1.0000000E+00
event_weight_ref* => 1.0000000E+00
event_excess* => 0.0000000E+00
------------------------------------------------------------------------
subevent:
1 prt(b:11|-5.0000000E+02; 0.0000000E+00, 0.0000000E+00,-4.9999900E+02| 1.0000000E+00| 1)
2 prt(b:-11|-5.0000000E+02; 0.0000000E+00, 0.0000000E+00, 4.9999900E+02| 1.0000000E+00| 2)
3 prt(i:11|-4.8892252E+02; 0.0000000E+00, 0.0000000E+00,-4.8892150E+02| 1.0000000E+00| 3)
4 prt(i:-11|-5.0000000E+02; 0.0000000E+00, 0.0000000E+00, 4.9999900E+02| 1.0000000E+00| 4)
5 prt(o:22| 0.0000000E+00; 0.0000000E+00, 0.0000000E+00, 0.0000000E+00| 0.0000000E+00| 5)
6 prt(o:22| 3.0014599E-06; 0.0000000E+00, 0.0000000E+00,-3.0014599E-06| 0.0000000E+00| 6)
7 prt(o:12| 2.0859876E+02; 5.7603775E+01, 1.7123969E+02, 1.0426993E+02| 0.0000000E+00| 7)
8 prt(o:-12| 2.7910737E+02; 1.5631768E+02, 1.6369616E+02, 1.6330730E+02| 0.0000000E+00| 8)
9 prt(o:22| 4.3097774E-02;-2.9783421E-02,-1.9453221E-02,-2.4329780E-02| 0.0000000E+00| 9)
10 prt(o:-14| 1.4548506E+01;-5.1963647E+00,-1.1822593E+01,-6.6994862E+00| 0.0000000E+00| 10)
11 prt(o:13| 1.7420363E+02;-5.9694907E+01,-1.4177961E+02,-8.1743233E+01| 1.1164036E-02| 11)
12 prt(o:16| 1.3312655E+02;-4.6776340E+01,-1.0780204E+02,-6.2556964E+01| 0.0000000E+00| 12)
13 prt(o:-16| 3.5384510E+00;-1.9031227E+00,-1.3058817E+00,-2.6820576E+00| 0.0000000E+00| 13)
14 prt(o:211| 1.7575615E+02;-1.0032094E+02,-7.2206274E+01,-1.2494865E+02| 1.9479785E-02| 14)
========================================================================
Partial contents of pythia6_4b.debug:
========================================================================
Event
------------------------------------------------------------------------
Unweighted = T
Normalization = '1'
Helicity handling = drop
Keep correlations = F
------------------------------------------------------------------------
Squared matrix el. = 4.4792072E+10
Event weight = 1.0000000E+00
------------------------------------------------------------------------
Selected MCI group = 1
Selected term = 1
Selected channel = 1
------------------------------------------------------------------------
Passed selection = T
Reweighting factor = 1.0000000E+00
Analysis flag = T
========================================================================
Event transform: trivial (hard process)
------------------------------------------------------------------------
Associated process: 'pythia6_4_p1'
TAO random-number generator:
seed = 6
calls = 3
Number of tries = 1
------------------------------------------------------------------------
Particle set:
------------------------------------------------------------------------
Particle 1 [b] f(11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 4.999990E+02
T = 1.000000000E+00
Children: 3 4
Particle 2 [b] f(-11)
E = 5.000000E+02
P = 0.000000E+00 0.000000E+00 -4.999990E+02
T = 1.000000000E+00
Children: 3 4
Particle 3 [v] f(11)
E = 4.945513E+02
P = 0.000000E+00 0.000000E+00 4.945503E+02
T = 1.000000000E+00
Parents: 1 2
Children: 5 7
Particle 4 [v] f(-11)
E = 4.992909E+02
P = 0.000000E+00 0.000000E+00 -4.992899E+02
T = 1.000000000E+00
Parents: 1 2
Children: 6 8
Particle 5 [i] f(11)
E = 4.945513E+02
P = 0.000000E+00 0.000000E+00 4.945503E+02
T = 1.000000000E+00
Parents: 3
Children: 9 10
Particle 6 [i] f(-11)
E = 4.972007E+02
P = 0.000000E+00 0.000000E+00 -4.971997E+02
T = 1.000000000E+00
Parents: 4
Children: 9 10
Particle 7 [x] f(22*)
E = 2.039348E-12
P = 0.000000E+00 0.000000E+00 2.039348E-12
T = 0.000000000E+00
Parents: 3
Particle 8 [x] f(22*)
E = 2.090258E+00
P = 0.000000E+00 0.000000E+00 -2.090258E+00
T = 0.000000000E+00
Parents: 4
Particle 9 [o] f(23)
E = 4.923214E+02
P = -2.803415E+02 -3.910897E+02 -5.022511E+01
T = 8.315287819E+03
Parents: 5 6
Particle 10 [o] f(25)
E = 4.994306E+02
P = 2.803415E+02 3.910897E+02 4.757577E+01
T = 1.562500000E+04
Parents: 5 6
========================================================================
========================================================================
Event transform: shower
------------------------------------------------------------------------
Associated process: 'pythia6_4_p1'
TAO random-number generator:
seed = 7
calls = 1
Number of tries = 1
Particle set:
------------------------------------------------------------------------
Nr Status Flavor Col ACol Parents Children P(0) P(1) P(2) P(3) P^2
1 [b] e- 0 0 [none] 3-4 500.000 0.000 0.000 499.999 1.000
2 [b] e+ 0 0 [none] 3-4 500.000 0.000 0.000 -499.999 1.000
3 [r] e- 0 0 1-2 5,7 494.551 0.000 0.000 494.550 1.000
4 [r] e+ 0 0 1-2 6,8 499.291 0.000 0.000 -499.290 1.000
5 [i] e- 0 0 3 9-10 494.551 0.000 0.000 494.550 1.000
6 [i] e+ 0 0 4 9-10 497.201 0.000 0.000 -497.200 1.000
7 [x] A 0 0 3 [none] 0.000 0.000 0.000 0.000 0.000
8 [x] A 0 0 4 [none] 2.090 0.000 0.000 -2.090 0.000
9 [r] Z 0 0 5-6 11-12 492.321 -280.341 -391.090 -50.225 8315.288
10 [r] H 0 0 5-6 13-14 499.431 280.341 391.090 47.576 15625.000
11 [r] d 500 0 9 23-28 374.044 -196.305 -318.235 -9.982 0.109
12 [r] dbar 501 500 9 18-22,29-33 118.277 -84.036 -72.855 -40.243 0.109
13 [r] tau- 0 0 10 15 380.213 242.200 292.965 -8.339 3.158
14 [r] tau+ 0 0 10 16-17 119.218 38.142 98.125 55.915 3.158
15 [r] tau- 0 0 13 34-35 380.213 242.200 292.965 -8.339 3.158
16 [r] tau+ 0 0 14 36-38 119.155 38.122 98.073 55.885 3.158
17 [o] A 0 0 14 [none] 0.063 0.020 0.052 0.030 0.000
18 [o] dbar 502 501 12 [none] 36.564 -26.558 -20.357 -14.733 0.109
19 [o] gl 503 502 12 [none] 16.468 -10.474 -11.513 -5.381 0.000
20 [o] gl 504 503 12 [none] 38.082 -25.696 -25.005 -12.836 0.000
21 [o] gl 505 504 12 [none] 5.931 -3.763 -4.246 -1.726 0.000
22 [o] u 0 505 12 [none] 17.633 -11.854 -12.203 -4.624 0.109
23 [o] d 506 0 11 [none] 260.339 -137.283 -221.081 -7.270 0.109
24 [o] gl 507 506 11 [none] 61.403 -31.964 -52.414 -1.210 0.000
25 [o] gl 508 507 11 [none] 13.329 -7.096 -11.283 -0.056 0.000
26 [o] gl 509 508 11 [none] 4.457 -2.247 -3.849 0.030 0.000
27 [o] gl 510 509 11 [none] 5.566 -2.710 -4.832 -0.532 0.000
28 [o] gl 511 510 11 [none] 2.460 -1.216 -2.095 -0.428 0.000
29 [o] gl 512 511 12 [none] 5.823 -2.817 -5.096 -0.050 0.000
30 [o] gl 513 512 12 [none] 1.176 -0.897 -0.692 -0.319 0.000
31 [o] gl 514 513 12 [none] 12.098 -8.230 -8.794 1.138 0.000
32 [o] gl 515 514 12 [none] 0.463 -0.279 -0.269 -0.253 0.000
33 [o] ubar 0 515 12 [none] 10.529 -7.257 -7.362 -1.976 0.109
34 [o] nutau 0 0 15 [none] 241.151 154.246 185.301 -5.045 0.000
35 [o] pim 0 0 15 [none] 139.062 87.953 107.664 -3.293 0.019
36 [o] nue 0 0 16 [none] 74.898 24.095 61.653 35.043 0.000
37 [o] e+ 0 0 16 [none] 7.721 2.726 6.401 3.348 0.000
38 [o] nutauba 0 0 16 [none] 36.536 11.301 30.018 17.494 0.000
------------------------------------------------------------------------
Sum of incoming momenta: p(0:3) = 991.752 0.000 0.000 -2.649
Sum of beam remnant momenta: p(0:3) = 2.090 0.000 0.000 -2.090
Sum of outgoing momenta: p(0:3) = 991.752 0.000 0.000 -2.649
------------------------------------------------------------------------
Shower settings:
------------------------------------------------------------------------
Master switches:
ps_isr_active = F
ps_fsr_active = T
muli_active = F
General settings:
shower_method = PYTHIA6
shower_verbose = F
ps_mass_cutoff = 1.000000000000E+00
ps_max_n_flavors = 5
[ISR off]
FSR settings:
ps_fsr_lambda = 2.900000000000E-01
ps_fsr_alpha_s_running = T
Hadronization settings:
hadronization_active = T
Matching Settings:
mlm_matching = F
ckkw_matching = F
PYTHIA6 specific settings:
ps_PYTHIA_PYGIVE = ''
========================================================================
========================================================================
Event transform: hadronization
------------------------------------------------------------------------
Associated process: 'pythia6_4_p1'
TAO random-number generator:
seed = 9
calls = 1
Number of tries = 1
Particle set:
------------------------------------------------------------------------
Nr Status Flavor Col ACol Parents Children P(0) P(1) P(2) P(3) P^2
1 [b] e- 0 0 [none] 3-4 500.000 0.000 0.000 499.999 1.000
2 [b] e+ 0 0 [none] 3-4 500.000 0.000 0.000 -499.999 1.000
3 [r] e- 0 0 1-2 5,7 494.551 0.000 0.000 494.550 1.000
4 [r] e+ 0 0 1-2 6,8 499.291 0.000 0.000 -499.290 1.000
5 [i] e- 0 0 3 9-10 494.551 0.000 0.000 494.550 1.000
6 [i] e+ 0 0 4 9-10 497.201 0.000 0.000 -497.200 1.000
7 [x] A 0 0 3 [none] 0.000 0.000 0.000 0.000 0.000
8 [x] A 0 0 4 [none] 2.090 0.000 0.000 -2.090 0.000
9 [r] Z 0 0 5-6 11-12 492.321 -280.341 -391.090 -50.225 8315.288
10 [r] H 0 0 5-6 13-14 499.431 280.341 391.090 47.576 15625.000
11 [r] d 500 0 9 23-28 374.044 -196.305 -318.235 -9.982 0.109
12 [r] dbar 501 500 9 18-22,29-33 118.277 -84.036 -72.855 -40.243 0.109
13 [r] tau- 0 0 10 15 380.213 242.200 292.965 -8.339 3.158
14 [r] tau+ 0 0 10 16-17 119.218 38.142 98.125 55.915 3.158
15 [r] tau- 0 0 13 34-35 380.213 242.200 292.965 -8.339 3.158
16 [r] tau+ 0 0 14 36-38 119.155 38.122 98.073 55.885 3.158
17 [o] A 0 0 14 [none] 0.063 0.020 0.052 0.030 0.000
18 [r] dbar 502 501 12 39 36.564 -26.558 -20.357 -14.733 0.109
19 [r] gl 503 502 12 39 16.468 -10.474 -11.513 -5.381 0.000
20 [r] gl 504 503 12 39 38.082 -25.696 -25.005 -12.836 0.000
21 [r] gl 505 504 12 39 5.931 -3.763 -4.246 -1.726 0.000
22 [r] u 0 505 12 39 17.633 -11.854 -12.203 -4.624 0.109
23 [r] d 506 0 11 47 260.339 -137.283 -221.081 -7.270 0.109
24 [r] gl 507 506 11 47 61.403 -31.964 -52.414 -1.210 0.000
25 [r] gl 508 507 11 47 13.329 -7.096 -11.283 -0.056 0.000
26 [r] gl 509 508 11 47 4.457 -2.247 -3.849 0.030 0.000
27 [r] gl 510 509 11 47 5.566 -2.710 -4.832 -0.532 0.000
28 [r] gl 511 510 11 47 2.460 -1.216 -2.095 -0.428 0.000
29 [r] gl 512 511 12 47 5.823 -2.817 -5.096 -0.050 0.000
30 [r] gl 513 512 12 47 1.176 -0.897 -0.692 -0.319 0.000
31 [r] gl 514 513 12 47 12.098 -8.230 -8.794 1.138 0.000
32 [r] gl 515 514 12 47 0.463 -0.279 -0.269 -0.253 0.000
33 [r] ubar 0 515 12 47 10.529 -7.257 -7.362 -1.976 0.109
34 [o] nutau 0 0 15 [none] 241.151 154.246 185.301 -5.045 0.000
35 [o] pim 0 0 15 [none] 139.062 87.953 107.664 -3.293 0.019
36 [o] nue 0 0 16 [none] 74.898 24.095 61.653 35.043 0.000
37 [o] e+ 0 0 16 [none] 7.721 2.726 6.401 3.348 0.000
38 [o] nutauba 0 0 16 [none] 36.536 11.301 30.018 17.494 0.000
39 [r] hr3 0 0 18-22 40-46 114.678 -78.345 -73.324 -39.299 92.230
40 [r] etaprim 0 0 39 57-59 18.162 -12.913 -10.921 -6.553 0.918
41 [r] rho0 0 0 39 60-61 9.867 -6.844 -5.465 -4.458 0.770
42 [o] pip 0 0 39 [none] 20.640 -14.646 -12.291 -7.773 0.019
43 [r] rhom 0 0 39 62-63 9.207 -6.163 -6.098 -3.014 0.503
44 [r] rhop 0 0 39 64-65 16.229 -10.639 -11.051 -5.259 0.426
45 [r] rho0 0 0 39 66-67 10.822 -7.414 -7.109 -3.327 0.544
46 [r] rho0 0 0 39 68-69 29.751 -19.726 -20.389 -8.916 0.802
47 [r] hr3 0 0 23-33 48-56 377.643 -201.996 -317.765 -10.926 717.598
48 [r] rhom 0 0 47 70-71 118.198 -62.024 -100.557 -3.366 0.713
49 [o] pip 0 0 47 [none] 125.722 -67.010 -106.331 -3.084 0.019
50 [r] rhom 0 0 47 72-73 84.535 -43.081 -72.706 -1.824 0.668
51 [o] p 0 0 47 [none] 9.535 -5.556 -7.669 -0.600 0.880
52 [r] rhom 0 0 47 74-75 7.326 -4.282 -5.883 -0.101 0.708
53 [r] Deltaba 0 0 47 76-77 12.661 -6.638 -10.712 -0.406 1.331
54 [r] rhop 0 0 47 78-79 9.099 -5.995 -6.778 0.475 0.680
55 [o] pim 0 0 47 [none] 0.319 -0.155 -0.202 -0.131 0.019
56 [r] rho0 0 0 47 80-81 10.248 -7.255 -6.927 -1.888 0.839
57 [r] pi0 0 0 40 82-83 7.668 -5.455 -4.582 -2.833 0.018
58 [r] pi0 0 0 40 84-85 2.485 -1.801 -1.493 -0.827 0.018
59 [r] eta 0 0 40 86-88 8.009 -5.656 -4.845 -2.893 0.300
60 [o] pip 0 0 41 [none] 6.229 -4.441 -3.139 -3.035 0.019
61 [o] pim 0 0 41 [none] 3.637 -2.403 -2.326 -1.423 0.019
62 [o] pim 0 0 43 [none] 4.728 -3.011 -3.369 -1.384 0.019
63 [r] pi0 0 0 43 89-90 4.478 -3.152 -2.729 -1.629 0.018
64 [o] pip 0 0 44 [none] 6.373 -3.987 -4.547 -2.008 0.019
65 [r] pi0 0 0 44 91-92 9.857 -6.652 -6.505 -3.251 0.018
66 [o] pim 0 0 45 [none] 9.212 -6.281 -6.008 -3.048 0.019
67 [o] pip 0 0 45 [none] 1.610 -1.133 -1.101 -0.279 0.019
68 [o] pim 0 0 46 [none] 24.465 -16.434 -16.663 -7.127 0.019
69 [o] pip 0 0 46 [none] 5.287 -3.293 -3.727 -1.789 0.019
70 [o] pim 0 0 48 [none] 52.852 -27.779 -44.949 -1.111 0.019
71 [r] pi0 0 0 48 93-94 65.345 -34.245 -55.607 -2.255 0.018
72 [o] pim 0 0 50 [none] 69.155 -35.284 -59.450 -1.772 0.019
73 [r] pi0 0 0 50 95-96 15.380 -7.797 -13.256 -0.052 0.018
74 [o] pim 0 0 52 [none] 6.557 -3.744 -5.381 0.075 0.019
75 [r] pi0 0 0 52 97-98 0.769 -0.538 -0.502 -0.175 0.018
76 [o] nbar 0 0 53 [none] 10.087 -5.188 -8.596 -0.237 0.883
77 [r] pi0 0 0 53 99-100 2.574 -1.450 -2.116 -0.170 0.018
78 [o] pip 0 0 54 [none] 2.469 -1.471 -1.973 -0.142 0.019
79 [r] pi0 0 0 54 101-102 6.630 -4.524 -4.805 0.616 0.018
80 [o] pip 0 0 56 [none] 5.138 -3.931 -3.154 -0.991 0.019
81 [o] pim 0 0 56 [none] 5.109 -3.323 -3.773 -0.897 0.019
82 [o] A 0 0 57 [none] 6.481 -4.645 -3.839 -2.387 0.000
83 [o] A 0 0 57 [none] 1.187 -0.810 -0.744 -0.446 0.000
84 [o] A 0 0 58 [none] 2.137 -1.582 -1.252 -0.705 0.000
85 [o] A 0 0 58 [none] 0.348 -0.219 -0.242 -0.122 0.000
86 [r] pi0 0 0 59 103-104 2.957 -2.059 -1.770 -1.163 0.018
87 [r] pi0 0 0 59 105-106 2.502 -1.854 -1.487 -0.769 0.018
88 [r] pi0 0 0 59 107-108 2.550 -1.743 -1.588 -0.961 0.018
89 [o] A 0 0 63 [none] 0.128 -0.104 -0.061 -0.044 0.000
90 [o] A 0 0 63 [none] 4.350 -3.048 -2.668 -1.585 0.000
91 [o] A 0 0 65 [none] 4.367 -2.898 -2.927 -1.448 0.000
92 [o] A 0 0 65 [none] 5.490 -3.754 -3.577 -1.803 0.000
93 [o] A 0 0 71 [none] 47.374 -24.777 -40.345 -1.620 0.000
94 [o] A 0 0 71 [none] 17.972 -9.468 -15.263 -0.635 0.000
95 [o] A 0 0 73 [none] 2.167 -1.132 -1.848 -0.033 0.000
96 [o] A 0 0 73 [none] 13.212 -6.664 -11.408 -0.019 0.000
97 [o] A 0 0 75 [none] 0.739 -0.514 -0.495 -0.191 0.000
98 [o] A 0 0 75 [none] 0.029 -0.023 -0.007 0.016 0.000
99 [o] A 0 0 77 [none] 0.075 -0.058 -0.046 -0.000 0.000
100 [o] A 0 0 77 [none] 2.500 -1.392 -2.070 -0.170 0.000
101 [o] A 0 0 79 [none] 2.042 -1.367 -1.497 0.243 0.000
102 [o] A 0 0 79 [none] 4.588 -3.157 -3.308 0.373 0.000
103 [o] A 0 0 86 [none] 1.838 -1.250 -1.098 -0.781 0.000
104 [o] A 0 0 86 [none] 1.118 -0.809 -0.671 -0.382 0.000
105 [o] A 0 0 87 [none] 0.128 -0.074 -0.086 -0.058 0.000
106 [o] A 0 0 87 [none] 2.374 -1.780 -1.401 -0.710 0.000
107 [o] A 0 0 88 [none] 1.544 -1.031 -1.011 -0.546 0.000
108 [o] A 0 0 88 [none] 1.007 -0.713 -0.577 -0.415 0.000
------------------------------------------------------------------------
Sum of incoming momenta: p(0:3) = 991.752 0.000 0.000 -2.649
Sum of beam remnant momenta: p(0:3) = 2.090 0.000 0.000 -2.090
Sum of outgoing momenta: p(0:3) = 991.752 0.000 0.000 -2.649
------------------------------------------------------------------------
Shower settings:
------------------------------------------------------------------------
Master switches:
ps_isr_active = F
ps_fsr_active = T
muli_active = F
General settings:
shower_method = PYTHIA6
shower_verbose = F
ps_mass_cutoff = 1.000000000000E+00
ps_max_n_flavors = 5
[ISR off]
FSR settings:
ps_fsr_lambda = 2.900000000000E-01
ps_fsr_alpha_s_running = T
Hadronization settings:
hadronization_active = T
Matching Settings:
mlm_matching = F
ckkw_matching = F
PYTHIA6 specific settings:
ps_PYTHIA_PYGIVE = ''
========================================================================
Local variables:
------------------------------------------------------------------------
sqrts* = 1.0000000E+03
sqrts_hat* => 9.9174844E+02
n_in* => 2
n_out* => 51
n_tot* => 53
$process_id* => "pythia6_4_p1"
process_num_id* => [unknown integer]
sqme* => 4.4792072E+10
sqme_ref* => 4.4792072E+10
event_index* => 1
event_weight* => 1.0000000E+00
event_weight_ref* => 1.0000000E+00
event_excess* => 0.0000000E+00
------------------------------------------------------------------------
subevent:
1 prt(b:11|-5.0000000E+02; 0.0000000E+00, 0.0000000E+00,-4.9999900E+02| 1.0000000E+00| 1)
2 prt(b:-11|-5.0000000E+02; 0.0000000E+00, 0.0000000E+00, 4.9999900E+02| 1.0000000E+00| 2)
3 prt(i:11|-4.9455132E+02; 0.0000000E+00, 0.0000000E+00,-4.9455031E+02| 1.0000000E+00| 3)
4 prt(i:-11|-4.9720066E+02; 0.0000000E+00, 0.0000000E+00, 4.9719965E+02| 1.0000000E+00| 4)
5 prt(o:22| 2.0393481E-12; 0.0000000E+00, 0.0000000E+00, 2.0393481E-12| 0.0000000E+00| 5)
6 prt(o:22| 2.0902584E+00; 0.0000000E+00, 0.0000000E+00,-2.0902584E+00| 0.0000000E+00| 6)
7 prt(o:22| 6.2983827E-02; 1.9863830E-02, 5.1822768E-02, 2.9779044E-02| 0.0000000E+00| 7)
8 prt(o:16| 2.4115103E+02; 1.5424641E+02, 1.8530085E+02,-5.0454750E+00| 0.0000000E+00| 8)
9 prt(o:-211| 1.3906203E+02; 8.7953305E+01, 1.0766428E+02,-3.2933878E+00| 1.9479785E-02| 9)
10 prt(o:12| 7.4898006E+01; 2.4094618E+01, 6.1653257E+01, 3.5043353E+01| 0.0000000E+00| 10)
11 prt(o:-11| 7.7209113E+00; 2.7262116E+00, 6.4010825E+00, 3.3475938E+00| 0.0000000E+00| 11)
12 prt(o:-16| 3.6535652E+01; 1.1301072E+01, 3.0018376E+01, 1.7493906E+01| 0.0000000E+00| 12)
13 prt(o:211| 2.0640394E+01;-1.4646466E+01,-1.2290928E+01,-7.7730635E+00| 1.9479785E-02| 13)
14 prt(o:211| 1.2572235E+02;-6.7010133E+01,-1.0633072E+02,-3.0839242E+00| 1.9479785E-02| 14)
15 prt(o:2212| 9.5351829E+00;-5.5560167E+00,-7.6687520E+00,-6.0023625E-01| 8.8035059E-01| 15)
16 prt(o:-211| 3.1888628E-01;-1.5513385E-01,-2.0221342E-01,-1.3134647E-01| 1.9479785E-02| 16)
17 prt(o:211| 6.2292380E+00;-4.4406451E+00,-3.1389718E+00,-3.0350375E+00| 1.9479785E-02| 17)
18 prt(o:-211| 3.6373926E+00;-2.4032256E+00,-2.3258614E+00,-1.4233836E+00| 1.9479785E-02| 18)
19 prt(o:-211| 4.7284300E+00;-3.0114137E+00,-3.3694711E+00,-1.3844214E+00| 1.9479785E-02| 19)
20 prt(o:211| 6.3729451E+00;-3.9867493E+00,-4.5465016E+00,-2.0075117E+00| 1.9479785E-02| 20)
21 prt(o:-211| 9.2119073E+00;-6.2812874E+00,-6.0079975E+00,-3.0478109E+00| 1.9479785E-02| 21)
22 prt(o:211| 1.6101426E+00;-1.1327057E+00,-1.1010399E+00,-2.7886947E-01| 1.9479785E-02| 22)
23 prt(o:-211| 2.4464774E+01;-1.6433720E+01,-1.6662580E+01,-7.1271979E+00| 1.9479785E-02| 23)
24 prt(o:211| 5.2866132E+00;-3.2927384E+00,-3.7265845E+00,-1.7886422E+00| 1.9479785E-02| 24)
25 prt(o:-211| 5.2852270E+01;-2.7778915E+01,-4.4949310E+01,-1.1110419E+00| 1.9479785E-02| 25)
26 prt(o:-211| 6.9155320E+01;-3.5284489E+01,-5.9450005E+01,-1.7721687E+00| 1.9479785E-02| 26)
27 prt(o:-211| 6.5572996E+00;-3.7442005E+00,-5.3808972E+00, 7.4870726E-02| 1.9479785E-02| 27)
28 prt(o:-2112| 1.0086954E+01;-5.1876664E+00,-8.5962796E+00,-2.3652179E-01| 8.8279178E-01| 28)
29 prt(o:211| 2.4688555E+00;-1.4707476E+00,-1.9729702E+00,-1.4162452E-01| 1.9479785E-02| 29)
30 prt(o:211| 5.1383996E+00;-3.9313405E+00,-3.1537369E+00,-9.9104779E-01| 1.9479785E-02| 30)
31 prt(o:-211| 5.1093746E+00;-3.3233959E+00,-3.7730786E+00,-8.9729959E-01| 1.9479785E-02| 31)
32 prt(o:22| 6.4811627E+00;-4.6446688E+00,-3.8386917E+00,-2.3868322E+00| 0.0000000E+00| 32)
33 prt(o:22| 1.1868513E+00;-8.1042422E-01,-7.4351365E-01,-4.4611212E-01| 0.0000000E+00| 33)
34 prt(o:22| 2.1371313E+00;-1.5821911E+00,-1.2517491E+00,-7.0507129E-01| 0.0000000E+00| 34)
35 prt(o:22| 3.4817999E-01;-2.1903024E-01,-2.4155747E-01,-1.2208624E-01| 0.0000000E+00| 35)
36 prt(o:22| 1.2825709E-01;-1.0413850E-01,-6.0634027E-02,-4.3915485E-02| 0.0000000E+00| 36)
37 prt(o:22| 4.3498557E+00;-3.0477135E+00,-2.6682174E+00,-1.5853403E+00| 0.0000000E+00| 37)
38 prt(o:22| 4.3666403E+00;-2.8984440E+00,-2.9272130E+00,-1.4484453E+00| 0.0000000E+00| 38)
39 prt(o:22| 5.4898603E+00;-3.7536812E+00,-3.5774878E+00,-1.8027826E+00| 0.0000000E+00| 39)
40 prt(o:22| 4.7373529E+01;-2.4777331E+01,-4.0344896E+01,-1.6200190E+00| 0.0000000E+00| 40)
41 prt(o:22| 1.7971950E+01;-9.4679755E+00,-1.5262555E+01,-6.3469245E-01| 0.0000000E+00| 41)
42 prt(o:22| 2.1674337E+00;-1.1324359E+00,-1.8477756E+00,-3.2909406E-02| 0.0000000E+00| 42)
43 prt(o:22| 1.3212113E+01;-6.6642105E+00,-1.1408237E+01,-1.8691578E-02| 0.0000000E+00| 43)
44 prt(o:22| 7.3934800E-01;-5.1433447E-01,-4.9547262E-01,-1.9131755E-01| 0.0000000E+00| 44)
45 prt(o:22| 2.9217311E-02;-2.3453250E-02,-7.0233188E-03, 1.5945826E-02| 0.0000000E+00| 45)
46 prt(o:22| 7.4541269E-02;-5.8338644E-02,-4.6400446E-02,-4.3045681E-05| 0.0000000E+00| 46)
47 prt(o:22| 2.4997190E+00;-1.3916331E+00,-2.0695734E+00,-1.6975969E-01| 0.0000000E+00| 47)
48 prt(o:22| 2.0420006E+00;-1.3669347E+00,-1.4973246E+00, 2.4346418E-01| 0.0000000E+00| 48)
49 prt(o:22| 4.5881415E+00;-3.1572987E+00,-3.3081107E+00, 3.7270799E-01| 0.0000000E+00| 49)
50 prt(o:22| 1.8382597E+00;-1.2498640E+00,-1.0984483E+00,-7.8131312E-01| 0.0000000E+00| 50)
51 prt(o:22| 1.1182897E+00;-8.0873648E-01,-6.7134279E-01,-3.8185872E-01| 0.0000000E+00| 51)
52 prt(o:22| 1.2806208E-01;-7.4413255E-02,-8.6390879E-02,-5.8302496E-02| 0.0000000E+00| 52)
53 prt(o:22| 2.3737298E+00;-1.7797480E+00,-1.4009308E+00,-7.1026985E-01| 0.0000000E+00| 53)
54 prt(o:22| 1.5435010E+00;-1.0307374E+00,-1.0109296E+00,-5.4589109E-01| 0.0000000E+00| 54)
55 prt(o:22| 1.0068596E+00;-7.1275704E-01,-5.7729683E-01,-4.1529763E-01| 0.0000000E+00| 55)
========================================================================
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Event Timeline
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