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a499fb82e9d3310f83c34f52806127561bdaab40
geant4/examples/extended/hadronic/FlukaCern/ProcessLevel/FinalState/ProcessLevel-FinalState.out
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Gabriele Cosmo a499fb82e9 Import Geant4 11.4.0.beta source tree
2025-06-26 09:17:29 +02:00

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=== Test of the HadronicGenerator ===
================= Configuration ==================
Model: FTFP_BERT
Ekin: [ 7000 , 7000 ] GeV
Number of collisions: 10
Number of hadron projectiles: 1
Number of materials: 1
IsIonProjectile: false
===================================================
### FinalStateHistoManager::Book: Successfully opended file all_secondaries.root for dumping histograms.
================================================================================
INCL++ WARNING
INCL++/G4ExcitationHandler uses its own level-density parameter for fission
================================================================================
Collision 0 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C=======================================================================
====== Geant4 Native Pre-compound Model Parameters ========
=======================================================================
Type of pre-compound model 0
Type of pre-compound inverse x-section 1
Pre-compound model active 1
Pre-compound excitation low energy 100 keV
Pre-compound excitation high energy 30 MeV
Angular generator for pre-compound model 1
Use NeverGoBack option for pre-compound model 0
Use SoftCutOff option for pre-compound model 0
Use CEM transitions for pre-compound model 1
Use GNASH transitions for pre-compound model 0
Use HETC submodel for pre-compound model 0
=======================================================================
====== Nuclear De-excitation Module Parameters ========
=======================================================================
Type of de-excitation inverse x-section 3
Type of de-excitation factory Evaporation+GEM
Number of de-excitation channels 68
Type of Fermi BreakUp model ModelVI
Min excitation energy 10 eV
Min energy per nucleon for multifragmentation 200 GeV
Limit excitation energy for Fermi BreakUp 20 MeV
Level density (1/MeV) 0.075
Use simple level density model 1
Use discrete excitation energy of the residual 0
Time limit for long lived isomeres 1 ns
Isomer production flag 1
Internal e- conversion flag 1
Store e- internal conversion data 1
Correlated gamma emission flag 0
Max 2J for sampling of angular correlations 10
=======================================================================
--> #secondaries=42 impactParameter[fm]=2.20708 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=10 #NNcollisions=2
List of produced secondaries:
j=0 pi0 p=(-278.058,-54.2447,249604249604) MeV
j=1 pi+ p=(230.03,220.461,171304171305) MeV
j=2 pi0 p=(-469.825,62.0591,83597.883599.2) MeV
j=3 kaon0L p=(-807.187,-630.876,7481.197567.39) MeV
j=4 pi+ p=(-18.2835,94.3916,4761.184764.19) MeV
j=5 pi- p=(-65.5255,38.2805,2121421214.6) MeV
j=6 kaon+ p=(902.75,526.476,225356225358) MeV
j=7 pi- p=(-25.0616,-160.698,62327.562327.9) MeV
j=8 proton p=(457.794,307.541,357.4451145.55) MeV
j=9 pi+ p=(187.05,258.116,13773.913778.3) MeV
j=10 eta_prime p=(407.559,161.799,29438.329457.2) MeV
j=11 pi- p=(129.939,-141.882,4209.464216.16) MeV
j=12 pi0 p=(71.0046,453.785,6627.26644.47) MeV
j=13 neutron p=(-16.4191,129.542,309.995997.963) MeV
j=14 proton p=(135.378,-168.251,28.0683963.212) MeV
j=15 pi0 p=(124.056,-385.893,1.52753e+061.52753e+06) MeV
j=16 neutron p=(-254.248,68.6241,3.55606e+063.55606e+06) MeV
j=17 pi0 p=(117.21,-60.3051,-34.7261191.832) MeV
j=18 neutron p=(446.727,-171.832,1382.091738.41) MeV
j=19 pi- p=(210.497,175.307,1032.121076.94) MeV
j=20 kaon+ p=(690.165,73.5822,9055.49095.37) MeV
j=21 pi- p=(177.16,-219.676,3483.773497.96) MeV
j=22 pi0 p=(-53.4315,65.671,2601.32606.17) MeV
j=23 pi+ p=(-144.559,198.653,3722.023732.73) MeV
j=24 pi- p=(429.198,308.328,52681.852684.6) MeV
j=25 pi+ p=(-15.0435,-415.515,91322.191323.1) MeV
j=26 pi- p=(-35.5784,175.965,45452.945453.5) MeV
j=27 pi+ p=(-361.017,-259.158,2125021255.2) MeV
j=28 pi- p=(-1222.39,64.7204,89624.689633) MeV
j=29 pi0 p=(-295.902,103.055,2749627498.1) MeV
j=30 pi+ p=(-308.892,130.212,53713.953715.1) MeV
j=31 pi0 p=(-106.13,119.136,43774.143774.6) MeV
j=32 kaon0S p=(810.076,-3.24364,165783165786) MeV
j=33 pi0 p=(-115.122,-174.545,1451.851473.02) MeV
j=34 pi- p=(291.788,445.326,3615.883657.53) MeV
j=35 pi+ p=(71.6095,35.5851,17300.817301.6) MeV
j=36 anti_proton p=(-816.5,-1044.45,300607300612) MeV
j=37 pi0 p=(11.3286,-190.312,2085820859.3) MeV
j=38 proton p=(-249.193,60.3146,80839.980845.8) MeV
j=39 alpha p=(278.46,-577.735,-401.9663803.45) MeV
j=40 deuteron p=(43.2712,82.6642,-294.4411900.87) MeV
j=41 deuteron p=(-564.683,299.02,667.6342090.92) MeV
Collision 1 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=25 impactParameter[fm]=3.23918 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
Collision 2 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=36 impactParameter[fm]=3.11083 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=10 #NNcollisions=2
Collision 3 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=53 impactParameter[fm]=2.49991 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=9 #NNcollisions=2
Collision 4 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=38 impactParameter[fm]=3.05785 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
Collision 5 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=43 impactParameter[fm]=2.50065 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=10 #NNcollisions=2
Collision 6 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=31 impactParameter[fm]=3.02647 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
Collision 7 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=45 impactParameter[fm]=2.71126 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
Collision 8 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=38 impactParameter[fm]=2.74992 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
Collision 9 projectile=proton Ekin[MeV]=7e+06 direction=(0,0,1) material=G4_C
--> #secondaries=41 impactParameter[fm]=2.80333 #projectileSpectatorNucleons=0 #targetSpectatorNucleons=11 #NNcollisions=1
========================================================
Number of events 10
Average (per event) number of He3 0.4
Average (per event) number of alpha 0.7
Average (per event) number of anti_lambda 0.2
Average (per event) number of anti_neutron 0.2
Average (per event) number of anti_proton 0.2
Average (per event) number of deuteron 0.8
Average (per event) number of eta 1.2
Average (per event) number of eta_prime 1.1
Average (per event) number of gamma 0.2
Average (per event) number of kaon+ 1.3
Average (per event) number of kaon- 0.7
Average (per event) number of kaon0L 0.8
Average (per event) number of kaon0S 1.4
Average (per event) number of lambda 0.4
Average (per event) number of neutron 3
Average (per event) number of pi+ 7
Average (per event) number of pi- 7.2
Average (per event) number of pi0 8.6
Average (per event) number of proton 3.2
Average (per event) number of sigma+ 0.2
Average (per event) number of triton 0.4
========================================================
### All histograms saved to all_secondaries.root
### All histograms saved to all_secondaries.hist
Final random number = 0.290975
Processed 10 events (collisions) in 3.334900e-02 seconds. Average: 3.3349 ms / event.
=== End of test ===
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