pn elastic
   ------------------------------------------------------------
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  | From tag v6-12-04, 13 December 2017                        |
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  *********************************************************
  * The Pluto event generator                              
  * Developed by HADES and all contributing AUTHORS        
  * www-hades.gsi.de/computing/pluto/html/PlutoIndex.html  
  * Version: 6.01
  * Compiled on  7 August 2018
  *********************************************************
Shared library Pluto.so loaded

Processing obl_test_pn_elastic.C...
Info in <PStdData::PStdData()>: (CONSTRUCTOR)
Info in <PDataBase::PDataBase()>: (CONSTRUCTOR)
Info in <PStdModels::PStdModels()>: (CONSTRUCTOR), Standard model filler
Info in <PDynamicData::PDynamicData()>: (CONSTRUCTOR)
Info in <PStdModels::GetModels>: Read std models
Info in <PDistributionManager::PDistributionManager>: Rare eta decays are enabled
Info in <PDistributionManager::PDistributionManager>: Baryonic resonances with strangeness available
Info in <PDistributionManager::PDistributionManager>: Pion beam plugin available
Info in <PDistributionManager::PDistributionManager>: Beam line simulation classes available
Info in <PDistributionManager::PDistributionManager>: PDG/UNIGEN classes available
Info in <PDistributionManager::PDistributionManager>: Elementary plugin available
Info in <PDistributionManager::PDistributionManager>: Plugin for Dalitz decay (generator & new D Dalitz) available
Info in <PDistributionManager::PDistributionManager>: Dalitz decays of N* activated
Info in <PDistributionManager::PDistributionManager>: HADES classes available
Info in <PDistributionManager::PDistributionManager()>: (CONSTRUCTOR)
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 544: eta -> dilepton + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 545: eta -> e+ + e- + pi+ + pi-
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 1248: N*(1520)+ -> p + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 1216: N*(1440)+ -> p + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 1280: N*(1535)+ -> p + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 2080: N*(1520)0 -> n + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 2048: N*(1440)0 -> n + dilepton
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 2112: N*(1535)0 -> n + dilepton
<Beam>
  p (0.000000,0.000000,0.137352;0.948272) wt = 1.000000, m = 0.938272 pid = 14
  Vertex = 0.000000 0.000000 0.000000
<Target>
Info in <PParticle::operator+>: (ALLOCATION) Keeping beam and target particle for further reference
Info in <PParticle::operator+>: (ALLOCATION) The composite p + n has been added
Info in <PStaticData::AddDecay>: (ALLOCATION) Decay index 13014: p + n --> p + n
Info in <PStdModels::GetModels>: Read std models
Info in <PDistributionManager::Attach>: Re-iteration of std plugin done
  n (0.000000,0.000000,0.000000;0.939566) wt = 1.000000, m = 0.939566 pid = 13
  Vertex = 0.000000 0.000000 0.000000

 Reaction of 3 Particles interacting via 1 Channels
   Reaction Particles:
     0. quasi-particle (p beam and n target)
     1. p
     2. n
   Reaction Channels:
     1. p + n --> p + n
        Interaction model(s):
        [pn_elastic] p+n scattering <scatter_mod>
        [p + n_fix_p_n] 2-body fixed mass, partial width {/}
        [p + n_genbod_p_n] Pluto build-in genbod {/genbod}
Info in <PUtilsREngine::PUtilsREngine>: Random seed set to -1947584537
   *NO* output File
PReaction: calculating widths in PData...
 20% done in 1.066717 sec
 40% done in 1.128938 sec
 60% done in 1.190897 sec
 80% done in 1.253026 sec
 100% done in 1.315461 sec
 Event loop finished after 1.315475 sec
 CPU time 0.320000 sec
<Beam>
  p (0.000000,0.000000,0.568904;1.097272) wt = 1.000000, m = 0.938272 pid = 14
  Vertex = 0.000000 0.000000 0.000000
<Target>
Info in <PParticle::operator+>: (ALLOCATION) Keeping beam and target particle for further reference
  n (0.000000,0.000000,0.000000;0.939566) wt = 1.000000, m = 0.939566 pid = 13
  Vertex = 0.000000 0.000000 0.000000

 Reaction of 3 Particles interacting via 1 Channels
   Reaction Particles:
     0. quasi-particle (p beam and n target)
     1. p
     2. n
   Reaction Channels:
     1. p + n --> p + n
        Interaction model(s):
        [pn_elastic] p+n scattering <scatter_mod>
        [p + n_fix_p_n] 2-body fixed mass, partial width {/}
        [p + n_genbod_p_n] Pluto build-in genbod {/genbod}
   *NO* output File
PReaction: calculating widths in PData...
 Event loop finished after 1.312435 sec
 CPU time 0.310000 sec
<Beam>
  p (0.000000,0.000000,0.911714;1.308272) wt = 1.000000, m = 0.938272 pid = 14
  Vertex = 0.000000 0.000000 0.000000
<Target>
Info in <PParticle::operator+>: (ALLOCATION) Keeping beam and target particle for further reference
  n (0.000000,0.000000,0.000000;0.939566) wt = 1.000000, m = 0.939566 pid = 13
  Vertex = 0.000000 0.000000 0.000000

 Reaction of 3 Particles interacting via 1 Channels
   Reaction Particles:
     0. quasi-particle (p beam and n target)
     1. p
     2. n
   Reaction Channels:
     1. p + n --> p + n
        Interaction model(s):
        [pn_elastic] p+n scattering <scatter_mod>
        [p + n_fix_p_n] 2-body fixed mass, partial width {/}
        [p + n_genbod_p_n] Pluto build-in genbod {/genbod}
   *NO* output File
PReaction: calculating widths in PData...
 Event loop finished after 1.315373 sec
 CPU time 0.310000 sec
<Beam>
  p (0.000000,0.000000,2.784437;2.938272) wt = 1.000000, m = 0.938272 pid = 14
  Vertex = 0.000000 0.000000 0.000000
<Target>
Info in <PParticle::operator+>: (ALLOCATION) Keeping beam and target particle for further reference
  n (0.000000,0.000000,0.000000;0.939566) wt = 1.000000, m = 0.939566 pid = 13
  Vertex = 0.000000 0.000000 0.000000

 Reaction of 3 Particles interacting via 1 Channels
   Reaction Particles:
     0. quasi-particle (p beam and n target)
     1. p
     2. n
   Reaction Channels:
     1. p + n --> p + n
        Interaction model(s):
        [pn_elastic] p+n scattering <scatter_mod>
        [p + n_fix_p_n] 2-body fixed mass, partial width {/}
        [p + n_genbod_p_n] Pluto build-in genbod {/genbod}
Info in <TCanvas::Print>: png file obl_test_pn_elastic@Elastic_pn_scattering:_polar_angle.png has been created
   *NO* output File
PReaction: calculating widths in PData...
 Event loop finished after 1.316847 sec
 CPU time 0.310000 sec