merschm@lx3a03:Run > ./Sherpa PATH=LHC RESULT_DIRECTORY=LHC/Result Welcome to Sherpa, Markus Merschmeyer. Initialization of framework underway. ----------------------------------------------------------------------------- ----------- Event generation run with SHERPA started ....... ----------- ----------------------------------------------------------------------------- ................................................ | + ................................................ || | + + ................................... .... | | / + ................. ................ _,_ | .... || +| + + ............................... __.' ,\| ... || / +| + .............................. ( \ \ ... | | | + + \ + ............................. ( \ -/ .... || + | + ........ ................... (~~~~~~~~~## + + + ............................. ~~(! '~~~~~~~ \ + + + + ............................... `~~~QQQQQDb // | + + + + ........................ .......... IDDDDP|| \ + + + + + + .................................... IDDDI|| \ + .................................... IHD HD|| \ + + + + + + + + ................................... IHD ##| :-) + +\ + ......... ............... ......... IHI ## / / + + + + +\ + ................................... IHI/ / / + + + + + ................................... ## | | / / + + + + / + ....................... /TT\ ..... ##/ /// / + + + + + + +/ + ......................./TTT/T\ ... /TT\/\\\ / + + + + + + +/ \ + version 1.0.9 ......../TTT/TTTT\...|TT/T\\\/ + ++ + / ----------------------------------------------------------------------------- SHERPA version 1.0.9 Authors: Tanju Gleisberg, Stefan Hoeche, Frank Krauss, Steffen Schumann, Frank Siegert, Jan Winter Former Authors: Timo Fischer, Ralf Kuhn, Thomas Laubrich, Andreas Schaelicke This program uses a lot of genuine and original research work by other people. Users are encouraged to refer to the various original publications. Users are kindly asked to refer to the documentation published under JHEP 0402 (2004) 056. Please visit also our homepage http://www.sherpa-mc.de for news, bugreports, updates and new releases. ----------------------------------------------------------------------------- --------------- HepPDT Version 1.02.01 --------------- Error in Flavour::HepEvt() : No HepEvt number for fermion Error in Flavour::HepEvt() : No HepEvt number for fermion Error in Flavour::HepEvt() : No HepEvt number for cluster Error in Flavour::HepEvt() : No HepEvt number for cluster Error in Flavour::HepEvt() : No HepEvt number for string Error in Flavour::HepEvt() : No HepEvt number for string Error in Flavour::HepEvt() : No HepEvt number for bjet Error in Flavour::HepEvt() : No HepEvt number for bjet Initialize the Standard Model from LHC/ / Model.dat Initialized the beams Monochromatic*Monochromatic Initialized the ISR[1] : (SF)*(SF) Initialized the ISR[2] : (SF)*(SF) Initialized the Beam_Remnant_Handler. 2_2_j_j___mu-_nu_mub setprintgraphs : 1 SG_fb_f'_->_0S_2F_0V setprintgraphs : 1 2_2_j_j___nu_mu_mu+ setprintgraphs : 1 SG_fb_f'_->_0S_2F_0V setprintgraphs : 1 VP2_2_1_2_5_16_5_0 loaded. VP2_2_1_2_5_16_5_1 loaded. Initialized the Matrix_Element_Handler for the hard processes : Amegic Initialized the Shower_Handler. Initialized the Fragmentation_Handler. New Decay_Table_Reader(Decaydata/TauDecays/TauDecays.dat) New Decay_Table_Reader(Decaydata/Pi0Decays/Pi0Decays.dat) New Decay_Table_Reader(Decaydata/PiDecays/PiDecays.dat) New Decay_Table_Reader(Decaydata/EtaDecays/EtaDecays.dat) New Decay_Table_Reader(Decaydata/EtaprimeDecays/EtaprimeDecays.dat) New Decay_Table_Reader(Decaydata/Rho0Decays/Rho0Decays.dat) New Decay_Table_Reader(Decaydata/RhoDecays/RhoDecays.dat) New Decay_Table_Reader(Decaydata/Omega782Decays/Omega782Decays.dat) New Decay_Table_Reader(Decaydata/KaonDecays/KaonDecays.dat) New Decay_Table_Reader(Decaydata/KSDecays/KSDecays.dat) New Decay_Table_Reader(Decaydata/KLDecays/KLDecays.dat) New Decay_Table_Reader(Decaydata/A213200Decays/A213200Decays.dat) New Decay_Table_Reader(Decaydata/A21320Decays/A21320Decays.dat) New Decay_Table_Reader(Decaydata/F21270Decays/F21270Decays.dat) New Decay_Table_Reader(Decaydata/F2P1525Decays/F2P1525Decays.dat) New Decay_Table_Reader(Decaydata/K0Decays/K0Decays.dat) HD_PS_Base::CalculateNormalisedWidth() for K --> K(L) result (incl. flux): 0 +/- 0 (nan %) HD_PS_Base::CalculateNormalisedWidth() for K --> K(S) result (incl. flux): 0 +/- 0 (nan %) New Decay_Table_Reader(Decaydata/KStar8920Decays/KStar8920Decays.dat) New Decay_Table_Reader(Decaydata/KStar892Decays/KStar892Decays.dat) New Decay_Table_Reader(Decaydata/K2Star14300Decays/K2Star14300Decays.dat) New Decay_Table_Reader(Decaydata/K2Star1430Decays/K2Star1430Decays.dat) New Decay_Table_Reader(Decaydata/PhiDecays/PhiDecays.dat) Lund_Interface::AdjustProperties Adjusted mass of f(0)(980) (10221) from 0.98 to 1 to allow Pythia decays. Lund_Interface::AdjustProperties Adjusted mass of K(1)(1270) (10313) from 1.272 to 1.29 to allow Pythia decays. Lund_Interface::AdjustProperties Adjusted mass of K(1)(1270)+ (10323) from 1.272 to 1.29 to allow Pythia decays. Lund_Interface::AdjustProperties Adjusted mass of h(1)(1380) (10333) from 1.386 to 1.4 to allow Pythia decays. Lund_Interface::AdjustProperties Adjusted mass of D_1(H) (20423) from 2.43267 to 2.372 to allow Pythia decays. Initialized the Hadron_Decay_Handler, Decay model = Hadrons Grid_Creator::CreateGrid(): Calculating grid { } Simple_Chain::CalculateTotal(): Result is { \sigma_{hard} = 220.548 mb at p_\perp_{min} = 3.40175 GeV } Profile_Function_Base::CalculateOMean(4.01571): Results are { k = 24.8836 <\tilde{O}> = 0.161377 } Initialized the Multiple_Interactions_Handler (MI_Handler). Added the Matrix_Element_Handler for the u.e. :SimpleXS All_Processes::CalculateTotalXSec for 2_2_j_j___mu-_nu_mub Process_Group::CalculateTotalXSec(LHC/Result) Starting the calculation. Lean back and enjoy ... . 4863.21 pb +- ( 214.511 pb = 4.41089 % ) 5000 full optimization: ( 0 s elapsed / 43 s left / 43 s total ) 4920.79 pb +- ( 125.051 pb = 2.54128 % ) 10000 full optimization: ( 1 s elapsed / 38 s left / 39 s total ) 4940.24 pb +- ( 58.3544 pb = 1.18121 % ) 15000 full optimization: ( 1 s elapsed / 35 s left / 36 s total ) 5014.99 pb +- ( 42.027 pb = 0.838029 % ) 20000 full optimization: ( 2 s elapsed / 33 s left / 35 s total ) 4982.76 pb +- ( 33.9298 pb = 0.680944 % ) 25000 full optimization: ( 2 s elapsed / 32 s left / 34 s total ) 4981.43 pb +- ( 28.9341 pb = 0.580838 % ) 30000 full optimization: ( 3 s elapsed / 30 s left / 33 s total ) 4989.83 pb +- ( 17.8448 pb = 0.357623 % ) 40000 full optimization: ( 4 s elapsed / 27 s left / 31 s total ) 4976.87 pb +- ( 12.1476 pb = 0.244081 % ) 50000 full optimization: ( 5 s elapsed / 26 s left / 31 s total ) 4978 pb +- ( 8.39763 pb = 0.168695 % ) 60000 full optimization: ( 5 s elapsed / 25 s left / 30 s total ) 4984.55 pb +- ( 6.51848 pb = 0.130774 % ) 70000 full optimization: ( 6 s elapsed / 24 s left / 30 s total ) 4984.36 pb +- ( 5.20178 pb = 0.104362 % ) 80000 full optimization: ( 7 s elapsed / 23 s left / 30 s total ) 4983.56 pb +- ( 4.38054 pb = 0.0878998 % ) 90000 full optimization: ( 8 s elapsed / 22 s left / 30 s total ) 4981.18 pb +- ( 3.83551 pb = 0.0770001 % ) 100000 full optimization: ( 9 s elapsed / 20 s left / 29 s total ) 4978.92 pb +- ( 3.47638 pb = 0.069822 % ) 110000 full optimization: ( 10 s elapsed / 19 s left / 29 s total ) 4977.51 pb +- ( 3.16601 pb = 0.0636063 % ) 120000 full optimization: ( 11 s elapsed / 18 s left / 29 s total ) 4975.32 pb +- ( 2.94557 pb = 0.0592037 % ) 130000 full optimization: ( 12 s elapsed / 17 s left / 29 s total ) 4975.68 pb +- ( 2.75448 pb = 0.0553589 % ) 140000 full optimization: ( 13 s elapsed / 16 s left / 29 s total ) 4974.91 pb +- ( 2.59815 pb = 0.0522252 % ) 150000 full optimization: ( 14 s elapsed / 15 s left / 29 s total ) 4974.6 pb +- ( 2.46737 pb = 0.0495994 % ) 160000 full optimization: ( 15 s elapsed / 14 s left / 29 s total ) 4974.6 pb +- ( 2.35106 pb = 0.0472613 % ) 170000 full optimization: ( 16 s elapsed / 13 s left / 29 s total ) 4974.83 pb +- ( 2.2501 pb = 0.0452297 % ) 180000 full optimization: ( 16 s elapsed / 13 s left / 29 s total ) 4974.85 pb +- ( 2.1624 pb = 0.0434666 % ) 190000 full optimization: ( 17 s elapsed / 12 s left / 29 s total ) 4975.61 pb +- ( 2.08212 pb = 0.0418465 % ) 200000 full optimization: ( 18 s elapsed / 11 s left / 29 s total ) 4975.34 pb +- ( 2.01735 pb = 0.0405469 % ) 210000 full optimization: ( 19 s elapsed / 10 s left / 29 s total ) 4975.78 pb +- ( 1.95537 pb = 0.0392977 % ) 220000 full optimization: ( 20 s elapsed / 9 s left / 29 s total ) 4975.91 pb +- ( 1.8994 pb = 0.0381719 % ) 230000 full optimization: ( 21 s elapsed / 7 s left / 28 s total ) 4975.75 pb +- ( 1.84618 pb = 0.0371035 % ) 240000 integration time: ( 22 s elapsed / 6 s left / 28 s total ) 4976.99 pb +- ( 1.75028 pb = 0.0351674 % ) 260000 integration time: ( 24 s elapsed / 5 s left / 29 s total ) 4976.94 pb +- ( 1.67307 pb = 0.0336165 % ) 280000 integration time: ( 26 s elapsed / 3 s left / 29 s total ) 4977.77 pb +- ( 1.59939 pb = 0.0321305 % ) 300000 integration time: ( 28 s elapsed / 1 s left / 29 s total ) 4978.11 pb +- ( 1.56781 pb = 0.031494 % ) 310000 integration time: ( 29 s elapsed / 0 s left / 29 s total ) 2_2_j_j___mu-_nu_mub : 4978.11 pb +/- 0.031494 %, exp. eff: 24.6458 %. Store result : xs for 2_2_j_j___mu-_nu_mub : 4978.11 pb +/- 0.031494%, max : 5.18738e-05 All_Processes::CalculateTotalXSec for 2_2_j_j___nu_mu_mu+ Process_Group::CalculateTotalXSec(LHC/Result) Starting the calculation. Lean back and enjoy ... . 7302.72 pb +- ( 321.421 pb = 4.40139 % ) 5000 full optimization: ( 0 s elapsed / 42 s left / 42 s total ) 7194.82 pb +- ( 187.03 pb = 2.5995 % ) 10000 full optimization: ( 1 s elapsed / 37 s left / 38 s total ) 6944.6 pb +- ( 79.2667 pb = 1.14141 % ) 15000 full optimization: ( 1 s elapsed / 34 s left / 35 s total ) 6942 pb +- ( 56.1221 pb = 0.808443 % ) 20000 full optimization: ( 2 s elapsed / 32 s left / 34 s total ) 6950.66 pb +- ( 45.1728 pb = 0.649907 % ) 25000 full optimization: ( 2 s elapsed / 30 s left / 32 s total ) 6943.88 pb +- ( 38.4865 pb = 0.55425 % ) 30000 full optimization: ( 3 s elapsed / 29 s left / 32 s total ) 6946.75 pb +- ( 23.1478 pb = 0.333218 % ) 40000 full optimization: ( 4 s elapsed / 27 s left / 31 s total ) 6941.58 pb +- ( 15.624 pb = 0.225078 % ) 50000 full optimization: ( 4 s elapsed / 26 s left / 30 s total ) 6943.97 pb +- ( 10.9676 pb = 0.157944 % ) 60000 full optimization: ( 5 s elapsed / 25 s left / 30 s total ) 6947.17 pb +- ( 8.43495 pb = 0.121416 % ) 70000 full optimization: ( 6 s elapsed / 23 s left / 29 s total ) 6947.42 pb +- ( 6.83844 pb = 0.0984314 % ) 80000 full optimization: ( 7 s elapsed / 22 s left / 29 s total ) 6944.39 pb +- ( 5.90491 pb = 0.0850313 % ) 90000 full optimization: ( 8 s elapsed / 21 s left / 29 s total ) 6940.54 pb +- ( 5.24445 pb = 0.0755627 % ) 100000 full optimization: ( 9 s elapsed / 19 s left / 28 s total ) 6941.59 pb +- ( 4.76888 pb = 0.0687001 % ) 110000 full optimization: ( 10 s elapsed / 18 s left / 28 s total ) 6941.17 pb +- ( 4.37767 pb = 0.0630682 % ) 120000 full optimization: ( 11 s elapsed / 17 s left / 28 s total ) 6940.81 pb +- ( 4.0631 pb = 0.0585393 % ) 130000 full optimization: ( 12 s elapsed / 16 s left / 28 s total ) 6940.55 pb +- ( 3.81549 pb = 0.0549738 % ) 140000 full optimization: ( 12 s elapsed / 16 s left / 28 s total ) 6942.6 pb +- ( 3.57702 pb = 0.0515228 % ) 150000 full optimization: ( 13 s elapsed / 15 s left / 28 s total ) 6942.21 pb +- ( 3.40707 pb = 0.0490776 % ) 160000 full optimization: ( 14 s elapsed / 14 s left / 28 s total ) 6942.41 pb +- ( 3.24402 pb = 0.0467276 % ) 170000 full optimization: ( 15 s elapsed / 13 s left / 28 s total ) 6941.22 pb +- ( 3.10839 pb = 0.0447817 % ) 180000 full optimization: ( 16 s elapsed / 12 s left / 28 s total ) 6941.04 pb +- ( 2.99921 pb = 0.0432098 % ) 190000 full optimization: ( 17 s elapsed / 11 s left / 28 s total ) 6941.42 pb +- ( 2.88772 pb = 0.0416013 % ) 200000 full optimization: ( 18 s elapsed / 10 s left / 28 s total ) 6942.3 pb +- ( 2.78382 pb = 0.0400994 % ) 210000 full optimization: ( 19 s elapsed / 9 s left / 28 s total ) 6943.06 pb +- ( 2.69849 pb = 0.038866 % ) 220000 full optimization: ( 20 s elapsed / 8 s left / 28 s total ) 6941.89 pb +- ( 2.62122 pb = 0.0377594 % ) 230000 full optimization: ( 20 s elapsed / 8 s left / 28 s total ) 6941.55 pb +- ( 2.54798 pb = 0.0367063 % ) 240000 integration time: ( 21 s elapsed / 7 s left / 28 s total ) 6941.16 pb +- ( 2.42389 pb = 0.0349204 % ) 260000 integration time: ( 23 s elapsed / 5 s left / 28 s total ) 6941.23 pb +- ( 2.31743 pb = 0.0333864 % ) 280000 integration time: ( 25 s elapsed / 3 s left / 28 s total ) 6941.98 pb +- ( 2.21653 pb = 0.0319294 % ) 300000 integration time: ( 27 s elapsed / 1 s left / 28 s total ) 6942.4 pb +- ( 2.17049 pb = 0.0312643 % ) 310000 integration time: ( 28 s elapsed / 0 s left / 28 s total ) 2_2_j_j___nu_mu_mu+ : 6942.4 pb +/- 0.0312643 %, exp. eff: 27.423 %. Store result : xs for 2_2_j_j___nu_mu_mu+ : 6942.4 pb +/- 0.0312643%, max : 6.5016e-05 ---------------------------------------------------------- -- SHERPA generates events with the following structure -- ---------------------------------------------------------- Perturbative : Signal_Processes:Amegic Perturbative : Hard_Decays: Perturbative : Jet_Evolution:Apacic Perturbative : Multiple_Interactions:Amisic Hadronization : Beam_Remnants Hadronization : Hadronization Lund Hadronization : Hadron_Decays --------------------------------------------------------- ================ HEPMC ================== 1 ================ HEPMC ================== ================ HEPMC ================== 2 ================ HEPMC ================== ================ HEPMC ================== 3 ================ HEPMC ================== ================ HEPMC ================== 4 ================ HEPMC ================== ================ HEPMC ================== 5 ================ HEPMC ================== 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HEPMC ================== 86 ================ HEPMC ================== ================ HEPMC ================== 87 ================ HEPMC ================== ERROR in HepMC_Interface::Sherpa2HepMC(ATOOLS::Blob_List *): Charge not conserved. Continue. ================ HEPMC ================== 88 ================ HEPMC ================== ================ HEPMC ================== 89 ================ HEPMC ================== ================ HEPMC ================== 90 ================ HEPMC ================== ================ HEPMC ================== 91 ================ HEPMC ================== ================ HEPMC ================== 92 ================ HEPMC ================== ================ HEPMC ================== 93 ================ HEPMC ================== ================ HEPMC ================== 94 ================ HEPMC ================== ================ HEPMC ================== 95 ================ HEPMC ================== ================ HEPMC ================== 96 ================ HEPMC ================== ================ HEPMC ================== 97 ================ HEPMC ================== ================ HEPMC ================== 98 ================ HEPMC ================== ================ HEPMC ================== 99 ================ HEPMC ================== ================ HEPMC ================== 100 ================ HEPMC ================== Event 100 ( 9 s elapsed / 0 s left / 9 s total ) In Event_Handler::Finish : Summarizing the run may take some time. *** glibc detected *** double free or corruption (!prev): 0x099ef690 *** Exception_Handler::SignalHandler: Signal (6) caught. Cannot continue. Exception_Handler::GenerateStackTrace(..): Generating stack trace (adapted from ROOT version 3.10) { 0x12abdc in '_ZN6ATOOLS17Exception_Handler18GenerateStackTraceERSobRKSs' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libToolsOrg.so.0' 0x12bc3c in '_ZN6ATOOLS17Exception_Handler9TerminateEv' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libToolsOrg.so.0' 0x12d214 in '_ZN6ATOOLS17Exception_Handler13SignalHandlerEi' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libToolsOrg.so.0' 0x12e3f8 in '_ZN6ATOOLS13SignalHandlerEi' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libToolsOrg.so.0' 0x0 in '' from '/lib/tls/libc.so.6' 0x0 in '' from '/lib/ld-linux.so.2' 0xa52750 in 'gsignal' from '/lib/tls/libc.so.6' 0xa54120 in 'abort' from '/lib/tls/libc.so.6' 0x0 in '' from '/lib/tls/libc.so.6' 0x0 in '' from '/lib/tls/libc.so.6' 0xa8d5b0 in '__libc_free' from '/lib/tls/libc.so.6' 0x438020 in '_ZdlPv' from '/usr/lib/libstdc++.so.6' 0x6ef634 in '_ZN6SHERPA22Initialization_HandlerD0Ev' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libSherpaInitialization.so.0' 0x619e30 in '_ZN6SHERPA6SherpaD1Ev' from '/.automount/net_rw/net__data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/lib/SHERPA-MC/libSherpaMain.so.0' 0x804be9c in 'main' from './Sherpa' 0xa3fd10 in '__libc_start_main' from '/lib/tls/libc.so.6' 0x804abf8 in '__gxx_personality_v0' from './Sherpa' } Exception_Handler::Terminate(): Pre-crash status saved to '/net/data_cms/institut_3a/merschm/generators/SHERPA-MC-1.0.9/SHERPA-1.0.9/Run/Status__Fri_Jul_20_12-26-44_2007'. Exception_Handler::SignalHandler: Signal (2) caught. [2]+ Stopped ./Sherpa PATH=LHC RESULT_DIRECTORY=LHC/Result