Thermal pi0s ------------------------------------------------------------ | Welcome to ROOT 6.06/02 http://root.cern.ch | | (c) 1995-2014, The ROOT Team | | Built for linuxx8664gcc | | From tag v6-06-02, 3 March 2016 | | Try '.help', '.demo', '.license', '.credits', '.quit'/'.q' | ------------------------------------------------------------ ********************************************************* * The Pluto event generator * Developed by HADES and all contributing AUTHORS * www-hades.gsi.de/computing/pluto/html/PlutoIndex.html * Version: 6.00 * Compiled on 17 May 2017 ********************************************************* Shared library Pluto.so loaded Processing obl_test_thermal_pi0.C... Info in : (CONSTRUCTOR) Info in : (CONSTRUCTOR) Info in : (CONSTRUCTOR), Standard model filler Info in : (CONSTRUCTOR) Info in : Read std models Info in : Rare eta decays are enabled Info in : Baryonic resonances with strangeness available Info in : Pion beam plugin available Info in : Beam line simulation classes available Info in : PDG/UNIGEN classes available Info in : Elementary plugin available Info in : Plugin for Dalitz decay (generator & new D Dalitz) available Info in : Dalitz decays of N* activated Info in : HADES classes available Info in : (CONSTRUCTOR) Info in : Use old weighting method (pure chain based) Info in : (ALLOCATION) Decay index 544: eta -> dilepton + dilepton Info in : (ALLOCATION) Decay index 545: eta -> e+ + e- + pi+ + pi- Info in : (ALLOCATION) Decay index 1248: N*(1520)+ -> p + dilepton Info in : (ALLOCATION) Decay index 1216: N*(1440)+ -> p + dilepton Info in : (ALLOCATION) Decay index 1280: N*(1535)+ -> p + dilepton Info in : (ALLOCATION) Decay index 2080: N*(1520)0 -> n + dilepton Info in : (ALLOCATION) Decay index 2048: N*(1440)0 -> n + dilepton Info in : (ALLOCATION) Decay index 2112: N*(1535)0 -> n + dilepton Info in : Read std models Info in : Re-iteration of std plugin done Thermal pi0 with: T1=0.080 frac=1.000 T2=0.080 blast=0.000 A2= 1.00 A4= 0.00 v1= 0.00 v2= 0.00 participant rapidity=1.120805; beta=0.807849; weight=0.333333; mult=1.000000 meanN=3.000000 Reaction of 20 Particles interacting via 1 Channels Reaction Particles: 0. pi0 1. pi0 2. pi0 3. pi0 4. pi0 5. pi0 6. pi0 7. pi0 8. pi0 9. pi0 10. pi0 11. pi0 12. pi0 13. pi0 14. pi0 15. pi0 16. pi0 17. pi0 18. pi0 19. pi0 Reaction Channels: 1. Fireball --> pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 + pi0 Interaction model(s): Thermal pi0 with: T1=0.080 frac=1.000 T2=0.080 blast=0.000 A2= 1.00 A4= 0.00 v1= 0.00 v2= 0.00 participant rapidity=1.120805; beta=0.807849; weight=0.333333; mult=1.000000 meanN=3.000000 Bulk Classes: Epilogue: Warning in : Using split mode on a class: PParticle with a custom Streamer Info in : Random seed set to -1972261896 Info in : Creating mesh in pi0 --> dilepton + photon (Dalitz) (0.001021,0.000000) Info in : (ALLOCATION) Making new channel for didx 3 Output File(s): Root : 'pA.root', all particles on file. PReaction: calculating widths in PData... pi0 --> photon + photon Interaction model(s): [pi0_fixed_g_g] Fixed product masses {/} [pi0_genbod_g_g] Pluto build-in genbod {/genbod} Info in : (ALLOCATION) Making new channel for didx 4 pi0 --> dilepton + photon (Dalitz) Interaction model(s): [pi0_dalitz] Dalitz decay {/} [pi0_genbod_g_dilepton] Pluto build-in genbod {/genbod} Info in : (ALLOCATION) Making new channel for didx 90 dilepton --> e+ + e- Interaction model(s): [dilepton_fixed_e-_e+] Fixed product masses {/} [dilepton_genbod_e-_e+] Pluto build-in genbod {/genbod} [pi0_dilepton_helicity] Helicity angle of the dilepton decay of pi0 Info in : png file obl_test_thermal_pi0@Thermal_pi0:_pi0_multiplicity.png has been created Info in : png file obl_test_thermal_pi0@Thermal_pi0:_pi0_pt_vs_rapidity.png has been created Info in : png file obl_test_thermal_pi0@Thermal_pi0:_pi0_dalitz_decay_dielectron_mass.png has been created 20% done in 2.686643 sec 40% done in 4.107849 sec 60% done in 5.526564 sec 80% done in 6.926857 sec 100% done in 8.348210 sec Event loop finished after 8.733163 sec CPU time 7.720000 sec 1087 aborted events were repeated, error codes: 80=1087