Welcome to Sherpa, local account for frank siegert (pheno). Initialization of framework underway. Run_Parameter::Init(): Setting memory limit to 7.69916 GB. ----------------------------------------------------------------------------- ----------- Event generation run with SHERPA started ....... ----------- ----------------------------------------------------------------------------- ................................................ | + ................................................ || | + + ................................... .... | | / + ................. ................ _,_ | .... || +| + + ............................... __.' ,\| ... || / +| + .............................. ( \ \ ... | | | + + \ + ............................. ( \ -/ .... || + | + ........ ................... (~~~~~~~~~## + + + ............................. ~~(! '~~~~~~~ \ + + + + ............................... `~~~QQQQQDb // | + + + + ........................ .......... IDDDDP|| \ + + + + + + .................................... IDDDI|| \ + .................................... IHD HD|| \ + + + + + + + + ................................... IHD ##| :-) + +\ + ......... ............... ......... IHI ## / / + + + + +\ + ................................... IHI/ / / + + + + + ................................... ## | | / / + + + + / + ....................... /TT\ ..... ##/ /// / + + + + + + +/ + ......................./TTT/T\ ... /TT\/\\\ / + + + + + + +/ \ + version 1.2.3 ......../TTT/TTTT\...|TT/T\\\/ + ++ + / ----------------------------------------------------------------------------- SHERPA version 1.2.3 Authors: Tanju Gleisberg, Stefan Hoeche, Frank Krauss, Marek Schoenherr, 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 02(2009)007 Please visit also our homepage http://www.sherpa-mc.de for news, bugreports, updates and new releases. ----------------------------------------------------------------------------- SVN branch trunk/SHERPA, revision 17161. List of Particle Data IDName kfc MASS[] WIDTH[] STABLE[] MASSIVE[] ACTIVE[] d 1 0.01 0 1 0 1 u 2 0.005 0 1 0 1 s 3 0.2 0 1 0 1 c 4 1.42 0 1 0 1 b 5 4.8 0 1 1 1 t 6 175 1.5 1 1 1 e- 11 0.000511 0 1 0 1 nu_e 12 0 0 1 0 1 mu- 13 0.105 0 1 0 1 nu_mu 14 0 0 1 0 1 tau- 15 1.777 2.36e-12 0 0 1 nu_tau 16 0 0 1 0 1 G 21 0 0 1 0 1 P 22 0 0 1 0 1 Z 23 91.188 2.49 1 1 1 W+ 24 80.419 2.06 1 1 1 h0 25 120 0.0037 1 1 1 List of Particle Containers IDName kfc Constituents lepton 90 {e-,e+,mu-,mu+,tau-,tau+} neutrino 91 {nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub} fermion 92 {d,db,u,ub,s,sb,c,cb,e-,e+,mu-,mu+,tau-,tau+,nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub} j 93 {d,db,u,ub,s,sb,c,cb,G} Q 94 {d,db,u,ub,s,sb,c,cb} r 99 {d,db,u,ub,s,sb,c,cb,G} Initialized the beams Monochromatic*Monochromatic PDF set 'PDFe' loaded from 'libPDFESherpa' for beam 1 (e-). PDF set 'PDFe' loaded from 'libPDFESherpa' for beam 2 (e+). Initialized the ISR: (SF)*(SF) Initialize the Standard Model from / Run.dat|(model){|}(model) Initialized the Beam_Remnant_Handler. Initialized the Shower_Handler. Initialized the Fragmentation_Handler. +----------------------------------+ | | | CCC OOO M M I X X | | C O O MM MM I X X | | C O O M M M I X | | C O O M M I X X | | CCC OOO M M I X X | | | +==================================+ | Color dressed Matrix Elements | | http://comix.freacafe.de | | please cite JHEP12(2008)039 | +----------------------------------+ Matrix_Element_Handler::BuildProcesses(): Looking for processes ........................... done ( 298424 kB, 1s ). Matrix_Element_Handler::InitializeProcesses(): Performing tests ....................... done ( 298684 kB, 0s ). Initialized the Matrix_Element_Handler for the hard processes. Hadron_Decay_Map::Read: Initializing from HadronDecays.dat, this may take some time. Initialized the Hadron_Decay_Handler, Decay model = Hadrons Initialized the Soft_Photon_Handler. Read in channels from directory : .//r_1//Internal/MC_2_2__e-__e+__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_2__e-__e+__j__j' (Internal) 2_2__e-__e+__j__j : 22022.6 pb +- ( 18.5724 pb = 0.0843333 % )  exp. eff: 10.9756 % Read in channels from directory : .//r_1//Comix/MC_2_3__e-__e+__j__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_3__e-__e+__j__j__j' (Comix) 2_3__e-__e+__j__j__j : 14299.7 pb +- ( 35.8951 pb = 0.251021 % )  exp. eff: 0.620264 % Read in channels from directory : .//r_1//Comix/MC_2_4__e-__e+__j__j__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_4__e-__e+__j__j__j__j' (Comix) 2_4__e-__e+__j__j__j__j : 3885.19 pb +- ( 21.0813 pb = 0.542605 % )  exp. eff: 0.283521 % Read in channels from directory : .//r_1//Comix/MC_2_5__e-__e+__j__j__j__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_5__e-__e+__j__j__j__j__j' (Comix) 2_5__e-__e+__j__j__j__j__j : 539.145 pb +- ( 3.44575 pb = 0.639114 % )  exp. eff: 0.0696889 % Read in channels from directory : .//r_1//Internal/MC_2_2__e-__e+__b__bb Single_Process::CalculateTotalXSec(): Calculate xs for '2_2__e-__e+__b__bb' (Internal) 2_2__e-__e+__b__bb : 6149.1 pb +- ( 5.1962 pb = 0.0845034 % )  exp. eff: 16.7515 % Read in channels from directory : .//r_1//Comix/MC_2_3__e-__e+__b__bb__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_3__e-__e+__b__bb__j' (Comix) 2_3__e-__e+__b__bb__j : 3737.16 pb +- ( 11.569 pb = 0.309566 % )  exp. eff: 2.90879 % Read in channels from directory : .//r_1//Comix/MC_2_4__e-__e+__b__bb__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_4__e-__e+__b__bb__j__j' (Comix) 2_4__e-__e+__b__bb__j__j : 1174.51 pb +- ( 7.35319 pb = 0.626063 % )  exp. eff: 0.288194 % Read in channels from directory : .//r_1//Comix/MC_2_5__e-__e+__b__bb__j__j__j Process_Group::CalculateTotalXSec(): Calculate xs for '2_5__e-__e+__b__bb__j__j__j' (Comix) 2_5__e-__e+__b__bb__j__j__j : 195.317 pb +- ( 1.30287 pb = 0.667057 % )  exp. eff: 0.134924 % ---------------------------------------------------------- -- SHERPA generates events with the following structure -- ---------------------------------------------------------- Perturbative : Signal_Processes Perturbative : Hard_Decays Perturbative : Jet_Evolution:CSS Perturbative : Lepton_FS_QED_Corrections:Photons Perturbative : Multiple_Interactions:None Hadronization : Beam_Remnants Hadronization : Hadronization:Ahadic Hadronization : Hadron_Decays,Photons --------------------------------------------------------- Event 100 ( 2s elapsed / 10h 2m 20s left ) -> ETA: Tue Mar 29 00:49 Event 200 ( 5s elapsed / 10h 20m 9s left ) -> ETA: Tue Mar 29 01:07 Event 300 ( 8s elapsed / 10h 40m 20s left ) -> ETA: Tue Mar 29 01:28 Event 400 ( 11s elapsed / 10h 58m 44s left ) -> ETA: Tue Mar 29 01:46 Event 500 ( 14s elapsed / 11h 8m 48s left ) -> ETA: Tue Mar 29 01:56 Event 600 ( 16s elapsed / 11h 8m 22s left ) -> ETA: Tue Mar 29 01:56 Event 700 ( 19s elapsed / 11h 2m 15s left ) -> ETA: Tue Mar 29 01:50 Event 800 ( 21s elapsed / 10h 52m 36s left ) -> ETA: Tue Mar 29 01:40 Event 900 ( 24s elapsed / 10h 58m 34s left ) -> ETA: Tue Mar 29 01:46 Event 1000 ( 28s elapsed / 11h 7m 37s left ) -> ETA: Tue Mar 29 01:55 Event 1100 ( 30s elapsed / 11h 6m 48s left ) -> ETA: Tue Mar 29 01:54 Event 1200 ( 33s elapsed / 11h 8m 41s left ) -> ETA: Tue Mar 29 01:56 Event_Handler::GenerateEvent(1218) { Event_Handler::GenerateEvent(): run 'Signal_Processes' Jet_Finder::Trigger(): '2_4__e-__e+__b__bb__G__G' Q_cut = 9.12 { CS_Shower::JetVeto() { (0x1a030d00): 2 -> 4 { \mu_r = 0, \mu_f = 0, \mu = 0 k_T = 0, z = 0, phi = 0, kin = 0 oew = 0, oqcd = 0, nlo = 0, new = () (0) e+ (-45.345,-0,-0,-45.345) 0 (-1,-1) [0|0,0] (1) e- (-45.5933,-0,-0,45.5933) 1.65181e-06 (-1,-1) [0|0,0] (2) b (35.5546,-29.7339,-17.759,-6.45024) 4.8 (-1,-1) [0|0,0] (3) bb (32.139,27.128,12.7452,-10.5598) 4.8 (-1,-1) [0|0,0] (4) G (17.0143,-2.7596,1.84771,16.6871) 3.37175e-07 (-1,-1) [0|0,0] (5) G (6.2304,5.36547,3.16608,0.0746787) -1.46001e-07 (-1,-1) [0|0,0] } No kernel for e- b <-> e+ (22) No kernel for e- b <-> bb (21) No kernel for e- b <-> G (21) No kernel for e- b <-> G (21) No kernel for e- bb <-> e+ (22) No kernel for e- bb <-> b (21) No kernel for e- bb <-> G (21) No kernel for e- bb <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> b (21) No kernel for e- G <-> bb (21) No kernel for e- G <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> b (21) No kernel for e- G <-> bb (21) No kernel for e- G <-> G (21) No kernel for e+ b <-> e- (22) No kernel for e+ b <-> bb (21) No kernel for e+ b <-> G (21) No kernel for e+ b <-> G (21) No kernel for e+ bb <-> e- (22) No kernel for e+ bb <-> b (21) No kernel for e+ bb <-> G (21) No kernel for e+ bb <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> b (21) No kernel for e+ G <-> bb (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> b (21) No kernel for e+ G <-> bb (21) No kernel for e+ G <-> G (21) No kernel for b bb <-> e- (12) No kernel for b bb <-> e+ (12) Q_{(2)(3),(4)} = 91.8158 Q_{(2)(3),(5)} = 91.8158 No kernel for b G <-> e- (12) No kernel for b G <-> e+ (12) Q_{(2)(4),(3)} = 28.9503 Q_{(2)(4),(5)} = 45.209 No kernel for b G <-> e- (12) No kernel for b G <-> e+ (12) Q_{(2)(5),(3)} = 13.7501 Q_{(2)(5),(4)} = 26.4688 No kernel for bb G <-> e- (12) No kernel for bb G <-> e+ (12) Q_{(3)(4),(2)} = 31.4001 Q_{(3)(4),(5)} = 59.0952 No kernel for bb G <-> e- (12) No kernel for bb G <-> e+ (12) Q_{(3)(5),(2)} = 2.75732 } } -> 0 Jet_Finder::Trigger(): '2_4__e-__e+__G__G__d__db' Q_cut = 9.12 { CS_Shower::JetVeto() { (0x19f25440): 2 -> 4 { \mu_r = 0, \mu_f = 0, \mu = 0 k_T = 0, z = 0, phi = 0, kin = 0 oew = 0, oqcd = 0, nlo = 0, new = () (0) e+ (-45.5999,-0,-0,-45.5999) 0 (-1,-1) [0|0,0] (1) e- (-45.419,-0,-0,45.419) 1.16801e-06 (-1,-1) [0|0,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (-1,-1) [0|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (-1,-1) [0|0,0] (4) d (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (-1,-1) [0|0,0] (5) db (4.91772,4.38974,-0.628724,-2.12576) 0 (-1,-1) [0|0,0] } No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> d (21) No kernel for e- G <-> db (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> d (21) No kernel for e- G <-> db (21) No kernel for e- d <-> e+ (22) No kernel for e- d <-> G (21) No kernel for e- d <-> G (21) No kernel for e- d <-> db (21) No kernel for e- db <-> e+ (22) No kernel for e- db <-> G (21) No kernel for e- db <-> G (21) No kernel for e- db <-> d (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> d (21) No kernel for e+ G <-> db (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> d (21) No kernel for e+ G <-> db (21) No kernel for e+ d <-> e- (22) No kernel for e+ d <-> G (21) No kernel for e+ d <-> G (21) No kernel for e+ d <-> db (21) No kernel for e+ db <-> e- (22) No kernel for e+ db <-> G (21) No kernel for e+ db <-> G (21) No kernel for e+ db <-> d (21) No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(4)} = 104.222 Q_{(2)(3),(5)} = 198.084 No kernel for G d <-> e- (12) No kernel for G d <-> e+ (12) Q_{(2)(4),(3)} = 67.359 Q_{(2)(4),(5)} = 100.54 No kernel for G db <-> e- (12) No kernel for G db <-> e+ (12) Q_{(2)(5),(3)} = 11.9117 Q_{(2)(5),(4)} = 11.9957 No kernel for G d <-> e- (12) No kernel for G d <-> e+ (12) Q_{(3)(4),(2)} = 10.9852 Q_{(3)(4),(5)} = 11.5979 No kernel for G db <-> e- (12) No kernel for G db <-> e+ (12) Q_{(3)(5),(2)} = 33.7421 Q_{(3)(5),(4)} = 33.9903 No kernel for d db <-> e- (12) No kernel for d db <-> e+ (12) Q_{(4)(5),(2)} = 21.8945 Q_{(4)(5),(3)} = 21.8945 --- Jet veto --- } } -> 1 METS_Scale_Setter::CalculateStrict(2_4__e-__e+__G__G__s__sb) { Cluster_Algorithm::Cluster(): { (0x1b4b2f10): 2 -> 4 { \mu_r = 5.7617, \mu_f = 91.1569, \mu = 0 k_T = 0, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () (0) e+ (-45.5999,-0,-0,-45.5999) 0 (0,0) [1|0,0] (1) e- (-45.419,-0,-0,45.419) 1.16801e-06 (0,0) [1|0,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (1,2) [1|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (2,3) [1|0,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (3,0) [1|0,0] (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,1) [1|0,0] } set color 601 (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,2) [1|0,0] (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|0,0] set color 602 (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,3) [1|0,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|0,0] set color 603 (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|0,0] sc: csum = 0.00213861 Cluster_Algorithm::ClusterStep(): step = 2 { Cluster_Algorithm::CalculateMeasures(): { (2)&(3): G,G -> G [0,1] { Kernel weight [0] ( x = 1 ) { (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|0,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|0,0] } -> w = 0.0480252 (4013.34) calc Q_{(2)G,(3)G->G;(4)} -> CP{kt=13.8831,op=63.351,x=1,mu=8.84756,k=0} p_{(2)} = (40.4989,37.9061,14.2312,-0.875537) (601,602) p_{(3)} = (31.2126,-28.8705,-9.79456,6.69253) (602,603) p_{(4)} = (14.3897,-13.4254,-3.80789,-3.51033) (603,0) Kernel weight [0] ( x = 1 ) { (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|0,0] (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|0,0] } -> w = 0.00720891 (74110.3) calc Q_{(2)G,(3)G->G;(5)} -> CP{kt=23.114,op=272.232,x=1,mu=14.7303,k=0} p_{(2)} = (40.4989,37.9061,14.2312,-0.875537) (601,602) p_{(3)} = (31.2126,-28.8705,-9.79456,6.69253) (602,603) p_{(5)} = (4.91772,4.38974,-0.628724,-2.12576) (0,601) } (5)&(2): db,G -> db [0,1] { Kernel weight [0] ( x = 1 ) { (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|0,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|0,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|0,0] } -> w = 0.511315 (14.4336) calc Q_{(5)sb,(2)G->sb;(3)} -> CP{kt=2.71663,op=3.79915,x=1,mu=1.67906,k=0} p_{(5)} = (4.91772,4.38974,-0.628724,-2.12576) (0,601) p_{(2)} = (40.4989,37.9061,14.2312,-0.875537) (601,602) p_{(3)} = (31.2126,-28.8705,-9.79456,6.69253) (602,603) } (3)&(4): G,d -> d [0,1] { Kernel weight [0] ( x = 1 ) { (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|0,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|0,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|0,0] } -> w = 0.583814 (35.1909) calc Q_{(3)G,(4)s->s;(2)} -> CP{kt=4.53266,op=5.9322,x=1,mu=2.80149,k=0} p_{(3)} = (31.2126,-28.8705,-9.79456,6.69253) (602,603) p_{(4)} = (14.3897,-13.4254,-3.80789,-3.51033) (603,0) p_{(2)} = (40.4989,37.9061,14.2312,-0.875537) (601,602) } } combine (3)&(4) -> (3,4) <-> (2) } step = 2 Cluster_Algorithm::ClusterStep(): step = 3 { Cluster_Algorithm::CalculateMeasures(): { (5)&(2): db,G -> db [0,1] { Kernel weight [0] ( x = 1 ) { (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|0,0] (2) G (41.0291,38.4023,14.4175,-0.887) 6.7435e-07 (601,602) [1|0,0] (3,4) s (45.0721,-42.7921,-13.7888,3.19366) -6.7435e-07 (602,0) [0|0,0] <-> (2) } -> w = 0.513975 (14.0603) calc Q_{(5)sb,(2)G->sb;(3,4)} -> CP{kt=2.68824,op=3.7497,x=1,mu=1.66151,k=0} p_{(5)} = (4.91772,4.38974,-0.628724,-2.12576) (0,601) p_{(2)} = (41.0291,38.4023,14.4175,-0.887) (601,602) p_{(3,4)} = (45.0721,-42.7921,-13.7888,3.19366) (602,0) } (2)&(3,4): G,d -> d [0,1] { Kernel weight [0] ( x = 1 ) { (2) G (41.0291,38.4023,14.4175,-0.887) 6.7435e-07 (601,602) [1|0,0] (3,4) s (45.0721,-42.7921,-13.7888,3.19366) -6.7435e-07 (602,0) [0|0,0] <-> (2) (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|0,0] } -> w = 0.00776665 (78004.7) calc Q_{(2)G,(3,4)s->s;(5)} -> CP{kt=24.6137,op=279.293,x=1,mu=15.686,k=0} p_{(2)} = (41.0291,38.4023,14.4175,-0.887) (601,602) p_{(3,4)} = (45.0721,-42.7921,-13.7888,3.19366) (602,0) p_{(5)} = (4.91772,4.38974,-0.628724,-2.12576) (0,601) } } combine (5)&(2) -> (2,5) <-> (3,4) } step = 3 Cluster_Algorithm::ClusterStep(): step = 4 { Cluster_Algorithm::CalculateMeasures(): { (3,4)&(2,5): d,db -> P [1,0] { calc Q_{(3,4)s,(2,5)sb->P;(0)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5157,-43.2133,-13.9245,3.2251) (602,0) p_{(2,5)} = (45.5032,43.2133,13.9245,-3.04419) (0,602) p_{(0)} = (-45.5999,-0,-0,-45.5999) (0,0) calc Q_{(3,4)s,(2,5)sb->P;(1)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5157,-43.2133,-13.9245,3.2251) (602,0) p_{(2,5)} = (45.5032,43.2133,13.9245,-3.04419) (0,602) p_{(1)} = (-45.419,-0,-0,45.419) (0,0) } (3,4)&(2,5): d,db -> Z [1,0] { calc Q_{(3,4)s,(2,5)sb->Z;(0)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5157,-43.2133,-13.9245,3.2251) (602,0) p_{(2,5)} = (45.5032,43.2133,13.9245,-3.04419) (0,602) p_{(0)} = (-45.5999,-0,-0,-45.5999) (0,0) calc Q_{(3,4)s,(2,5)sb->Z;(1)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5157,-43.2133,-13.9245,3.2251) (602,0) p_{(2,5)} = (45.5032,43.2133,13.9245,-3.04419) (0,602) p_{(1)} = (-45.419,-0,-0,45.419) (0,0) } } combine (3,4)&(2,5) -> (2,3,4,5) <-> (1) } step = 4 reject ordering: 4.53266 vs. 2.68824 Cluster_Algorithm::ClusterStep(): step = 2 { Cluster_Algorithm::CalculateMeasures(): { (2)&(3): G,G -> G [0,1] { } (5)&(2): db,G -> db [0,1] { } (3)&(4): G,d -> d [0,1] { } } combine (5)&(2) -> (2,5) <-> (3) } step = 2 Cluster_Algorithm::ClusterStep(): step = 3 { Cluster_Algorithm::CalculateMeasures(): { (3)&(4): G,d -> d [0,1] { Kernel weight [0] ( x = 1 ) { (3) G (31.6581,-29.2826,-9.93436,6.78806) -3.37175e-07 (602,603) [1|0,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|0,0] (2,5) sb (44.9712,42.7079,13.7422,-3.09682) 0 (0,602) [0|0,0] <-> (3) } -> w = 0.578678 (35.6849) calc Q_{(3)G,(4)s->s;(2,5)} -> CP{kt=4.54423,op=5.97368,x=1,mu=2.80864,k=0} p_{(3)} = (31.6581,-29.2826,-9.93436,6.78806) (602,603) p_{(4)} = (14.3897,-13.4254,-3.80789,-3.51033) (603,0) p_{(2,5)} = (44.9712,42.7079,13.7422,-3.09682) (0,602) } (2,5)&(3): db,G -> db [0,1] { Kernel weight [0] ( x = 1 ) { (2,5) sb (44.9712,42.7079,13.7422,-3.09682) 0 (0,602) [0|0,0] <-> (3) (3) G (31.6581,-29.2826,-9.93436,6.78806) -3.37175e-07 (602,603) [1|0,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|0,0] } -> w = 0.0762024 (2644.94) calc Q_{(2,5)sb,(3)G->sb;(4)} -> CP{kt=14.1969,op=51.429,x=1,mu=9.0475,k=0} p_{(2,5)} = (44.9712,42.7079,13.7422,-3.09682) (0,602) p_{(3)} = (31.6581,-29.2826,-9.93436,6.78806) (602,603) p_{(4)} = (14.3897,-13.4254,-3.80789,-3.51033) (603,0) } } combine (3)&(4) -> (3,4) <-> (2,5) } step = 3 Cluster_Algorithm::ClusterStep(): step = 4 { Cluster_Algorithm::CalculateMeasures(): { (3,4)&(2,5): d,db -> P [1,0] { calc Q_{(3,4)s,(2,5)sb->P;(0)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5159,-43.213,-13.9048,3.31435) (602,0) p_{(2,5)} = (45.5031,43.213,13.9048,-3.13345) (0,602) p_{(0)} = (-45.5999,-0,-0,-45.5999) (0,0) calc Q_{(3,4)s,(2,5)sb->P;(1)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5159,-43.213,-13.9048,3.31435) (602,0) p_{(2,5)} = (45.5031,43.213,13.9048,-3.13345) (0,602) p_{(1)} = (-45.419,-0,-0,45.419) (0,0) } (3,4)&(2,5): d,db -> Z [1,0] { calc Q_{(3,4)s,(2,5)sb->Z;(0)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5159,-43.213,-13.9048,3.31435) (602,0) p_{(2,5)} = (45.5031,43.213,13.9048,-3.13345) (0,602) p_{(0)} = (-45.5999,-0,-0,-45.5999) (0,0) calc Q_{(3,4)s,(2,5)sb->Z;(1)} -> CP{kt=91.0188,op=91.0188,x=0,mu=91.0188,k=-1} p_{(3,4)} = (45.5159,-43.213,-13.9048,3.31435) (602,0) p_{(2,5)} = (45.5031,43.213,13.9048,-3.13345) (0,602) p_{(1)} = (-45.419,-0,-0,45.419) (0,0) } } combine (3,4)&(2,5) -> (2,3,4,5) <-> (0) } step = 4 } (0x1b4cecd0): 2 -> 2 { \mu_r = 5.7617, \mu_f = 91.1569, \mu = 91.0188 k_T = 91.0188, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 0, nlo = 0, new = () (0) e+ (-45.5999,-0,-0,-45.5999) 0 (0,0) [1|5,0] (1) e- (-45.419,-0,-0,45.419) 1.16801e-06 (0,0) [1|5,0] (2,5) sb (45.5031,43.213,13.9048,-3.13345) -9.53674e-07 (0,602) [0|5,0] (3,4) s (45.5159,-43.213,-13.9048,3.31435) 1.3487e-06 (602,0) [0|5,0] <-> (2,5) } (0x1b4b7cf0): 2 -> 3 { \mu_r = 5.7617, \mu_f = 91.1569, \mu = 2.80864 k_T = 4.54423, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 1, nlo = 0, new = () (0) e+ (-45.5999,-0,-0,-45.5999) 0 (0,0) [1|5,0] (1) e- (-45.419,-0,-0,45.419) 1.16801e-06 (0,0) [1|5,0] (2,5) sb (44.9712,42.7079,13.7422,-3.09682) 0 (0,602) [0|5,0] <-> (3) (3) G (31.6581,-29.2826,-9.93436,6.78806) -3.37175e-07 (602,603) [1|5,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|5,0] } (0x1b4b2f10): 2 -> 4 { \mu_r = 5.7617, \mu_f = 91.1569, \mu = 1.67906 k_T = 2.71663, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () cols = { 601->1 602->2 603->3 } (0) e+ (-45.5999,-0,-0,-45.5999) 0 (0,0) [1|5,0] (1) e- (-45.419,-0,-0,45.419) 1.16801e-06 (0,0) [1|5,0] (2) G (40.4989,37.9061,14.2312,-0.875537) 6.7435e-07 (601,602) [1|5,0] (3) G (31.2126,-28.8705,-9.79456,6.69253) -5.84004e-07 (602,603) [1|5,0] (4) s (14.3897,-13.4254,-3.80789,-3.51033) -4.4604e-07 (603,0) [1|5,0] (5) sb (4.91772,4.38974,-0.628724,-2.12576) 0 (0,601) [1|5,0] } Setting scales { \mu_{2} = 1.67906, as = 0.346225, O(QCD) = 1 \mu_{3} = 2.80864, as = 0.280063, O(QCD) = 1 } -> as = 0.311391 -> 2.14222 Core / QCD scale = 91.0188 / 2.14222 METS_Scale_Setter::SetScales(): Set { \mu_f = 91.0188 \mu_r = 2.14222 } <- 2_4__e-__e+__G__G__d__db Coupling_Data::Calculate(0x19e08f80): scl = 2.14222 -> 'Alpha_QCD'{fac=2.45195,cpl=0.126997} } ISR_Handler::Weight(mode = 0) { (45.5999,0,0,45.5999) from (45.6,0,0,45.6) -> 91.1999 / 91.2 = 0.999998 (45.419,0,0,-45.419) from (45.6,0,0,-45.6) -> 90.838 / 91.2 = 0.996031 PDF1: e- -> e- at (0.999998,91.0188) -> 73961.9 PDF2: e+ -> e+ at (0.996031,91.0188) -> 10.9071 Flux: 6.03543e-05 } csum: me = 33.1839 / 0, ps = 2.84414e-05, p[2] = (40.4989,37.9061,14.2312,-0.875537) 2_4__e-__e+__G__G__s__sb Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 1 elements { Blob [6]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 1 G 3 ( 1 -> ) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] ( 0, 0) [H] 1 G 4 ( 1 -> ) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] ( 0, 0) [H] 1 s 5 ( 1 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] ( 0, 0) [H] 1 sb 6 ( 1 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * Renormalization_Scale (4.589) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Single_Process::Cluster(): Found 1 amplitude(s) ... select 1st. Perturbative_Interface::SetColours(): { Blob [6]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 1 G 3 ( 1 -> ) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 1 G 4 ( 1 -> ) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 1 s 5 ( 1 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 1 sb 6 ( 1 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * Renormalization_Scale (4.589) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) } CS_Shower::PrepareShower(): { k_{T,min} / k_{T,max} = { (0) -> 0 / 2.717 (1) -> 0 / 2.717 (2) -> 0 / 2.717 (3) -> 0 / 2.717 (4) -> 0 / 2.717 (5) -> 0 / 2.717 } (0x1b4cf500): 2 -> 4 { \mu_r = 2.142, \mu_f = 91.02, \mu = 1.679 k_T = 2.717, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () cols = { 601->1 602->2 603->3 } (0) e+ (-45.6,-0,-0,-45.6) 0 (0,0) [1|5,0] (1) e- (-45.42,-0,-0,45.42) 1.168e-06 (0,0) [1|5,0] (2) G (40.5,37.91,14.23,-0.8755) 6.743e-07 (601,602) [1|5,0] (3) G (31.21,-28.87,-9.795,6.693) -5.84e-07 (602,603) [1|5,0] (4) s (14.39,-13.43,-3.808,-3.51) -4.46e-07 (603,0) [1|5,0] (5) sb (4.918,4.39,-0.6287,-2.126) 0 (0,601) [1|5,0] } Singlet lists: Singlet parton list from CS_Shower : 0x1b649080 Parton 0x1b646890 (0x1b649080), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a083220 (0x1b649080), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1b649080), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1a0a66e0,0x1b657a70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b657a70 (0x1b649080), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b659220 (0x1b649080), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b657a70,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a0a66e0 (0x1b649080), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- } Jet_Evolution::AttachShowers(): Setting scale for MI { (0x1b4cf500): 2 -> 4 { \mu_r = 2.142, \mu_f = 91.02, \mu = 1.679 k_T = 2.717, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () cols = { 601->1 602->2 603->3 } (0) e+ (-45.6,-0,-0,-45.6) 0 (0,0) [1|5,0] (1) e- (-45.42,-0,-0,45.42) 1.168e-06 (0,0) [1|5,0] (2) G (40.5,37.91,14.23,-0.8755) 6.743e-07 (601,602) [1|5,0] (3) G (31.21,-28.87,-9.795,6.693) -5.84e-07 (602,603) [1|5,0] (4) s (14.39,-13.43,-3.808,-3.51) -4.46e-07 (603,0) [1|5,0] (5) sb (4.918,4.39,-0.6287,-2.126) 0 (0,601) [1|5,0] } } -> p_T = 40.49 Jet_Evolution::DefineInitialConditions(): { } before shower step Singlet parton list from CS_Shower : 0x1b649080 Parton 0x1b646890 (0x1b649080), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a083220 (0x1b649080), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1b649080), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1a0a66e0,0x1b657a70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b657a70 (0x1b649080), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b659220 (0x1b649080), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b657a70,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a0a66e0 (0x1b649080), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- Emission G -> G G at kt = 2.075( 0 .. 2.717 ), z = 0.8935, y = 0.009038 for Parton 0x1b657a70 (0x1b649080), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 2.075 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1b649080), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1a0a66e0,0x1b657a70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Shower::MakeKinematics(2) { Singlet::SetColours(): (602,603) -> (604,603) Singlet::JetVeto() { Singlet parton list from CS_Shower : 0x1b6425f0 Parton 0x1b63e110 (0x1b6425f0), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b4c0ab0 (0x1b6425f0), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64ce00 (0x1b6425f0), stat=0, kin=0 [(2)]: G : (40.13,37.56,14.1,-0.8676) (601,602)[601,602] (Final state parton) Colour partners (0x1b6577b0,0x1b64edb0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a081e30 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (27.78,-25.32,-10.38,4.781) (602,603)[602,603] (Final state parton) Colour partners (0x1b64ce00,0x1b64cba0), t_min = 0 k_T start : 2.717 k_T test : 2.075 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64cba0 (0x1b6425f0), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b64e070,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b6577b0 (0x1b6425f0), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b64ce00), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64edb0 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (3.795,-3.204,0.7158,1.903) (602,604)[602,604] (Final state parton) Colour partners (0x1b64ce00,0x1b64e070), t_min = 0 k_T start : 2.075 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- s <-> e+ (22) No kernel for e- s <-> G (21) No kernel for e- s <-> G (21) No kernel for e- s <-> sb (21) No kernel for e- s <-> G (21) No kernel for e- sb <-> e+ (22) No kernel for e- sb <-> G (21) No kernel for e- sb <-> G (21) No kernel for e- sb <-> s (21) No kernel for e- sb <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ s <-> e- (22) No kernel for e+ s <-> G (21) No kernel for e+ s <-> G (21) No kernel for e+ s <-> sb (21) No kernel for e+ s <-> G (21) No kernel for e+ sb <-> e- (22) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> s (21) No kernel for e+ sb <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(4)} = 92.92 Q_{(2)(3),(5)} = 186.5 Q_{(2)(3),(3)} = 186.8 No kernel for G s <-> e- (12) No kernel for G s <-> e+ (12) Q_{(2)(4),(3)} = 67.11 Q_{(2)(4),(5)} = 100.1 Q_{(2)(4),(3)} = 68.82 No kernel for G sb <-> e- (12) No kernel for G sb <-> e+ (12) Q_{(2)(5),(3)} = 11.87 Q_{(2)(5),(4)} = 11.94 Q_{(2)(5),(3)} = 11.87 No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(3)} = 8.264 } Singlet::SetColours(): (604,603) -> (602,603) Save history for Parton 0x1a081e30 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (27.78,-25.32,-10.38,4.781) (602,603)[602,603] (Final state parton) Colour partners (0x1b64ce00,0x1b64cba0), t_min = 0 k_T start : 2.717 k_T test : 2.075 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64ce00 (0x1b6425f0), stat=0, kin=0 [(2)]: G : (40.13,37.56,14.1,-0.8676) (601,602)[601,602] (Final state parton) Colour partners (0x1b6577b0,0x1a081e30), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 } Shower::MakeKinematics(0) { Singlet::SetColours(): (602,603) -> (605,603) sw = 1, w = 1 } nem = 1 vs. maxem = 18446744073709551615 Emission G -> G G at kt = 1.869( 0 .. 2.075 ), z = 0.05185, y = 0.1345 for Parton 0x1b64e070 (0x1b649080), stat=0, kin=0 [(3)]: G : (3.795,-3.204,0.7158,1.903) (602,605)[602,605] (Final state parton) Colour partners (0x1b65dd70,0x1b64edb0), t_min = 0 k_T start : 2.075 k_T test : 1.869 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.075 k_T next : 0 Parton 0x1b65dd70 (0x1b649080), stat=0, kin=0 [(2)]: G : (40.13,37.56,14.1,-0.8676) (601,602)[601,602] (Final state parton) Colour partners (0x1a0a66e0,0x1b64e070), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.075 k_T next : 0 Shower::MakeKinematics(2) { Singlet::SetColours(): (602,603) -> (606,603) Singlet::JetVeto() { Singlet parton list from CS_Shower : 0x1b6425f0 Parton 0x1b63e110 (0x1b6425f0), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b4c0ab0 (0x1b6425f0), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64ce00 (0x1b6425f0), stat=0, kin=0 [(2)]: G : (39.92,37.37,14.03,-0.8631) (601,602)[601,602] (Final state parton) Colour partners (0x1b6577b0,0x1b657a70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a081e30 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (2.316,-1.272,0.9584,1.681) (602,603)[602,603] (Final state parton) Colour partners (0x1b64ce00,0x1b64cba0), t_min = 0 k_T start : 2.717 k_T test : 1.869 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64cba0 (0x1b6425f0), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b654620,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b6577b0 (0x1b6425f0), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b64ce00), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b657a70 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (29.47,-27.06,-10.55,4.999) (602,606)[602,606] (Final state parton) Colour partners (0x1b64ce00,0x1b654620), t_min = 0 k_T start : 1.869 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- s <-> e+ (22) No kernel for e- s <-> G (21) No kernel for e- s <-> G (21) No kernel for e- s <-> sb (21) No kernel for e- s <-> G (21) No kernel for e- sb <-> e+ (22) No kernel for e- sb <-> G (21) No kernel for e- sb <-> G (21) No kernel for e- sb <-> s (21) No kernel for e- sb <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ s <-> e- (22) No kernel for e+ s <-> G (21) No kernel for e+ s <-> G (21) No kernel for e+ s <-> sb (21) No kernel for e+ s <-> G (21) No kernel for e+ sb <-> e- (22) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> s (21) No kernel for e+ sb <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(4)} = 5.903 } Singlet::SetColours(): (606,603) -> (602,603) Save history for Parton 0x1a081e30 (0x1b6425f0), stat=0, kin=0 [(3)]: G : (2.316,-1.272,0.9584,1.681) (602,603)[602,603] (Final state parton) Colour partners (0x1b64ce00,0x1b64cba0), t_min = 0 k_T start : 2.717 k_T test : 1.869 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64ce00 (0x1b6425f0), stat=0, kin=0 [(2)]: G : (39.92,37.37,14.03,-0.8631) (601,602)[601,602] (Final state parton) Colour partners (0x1b6577b0,0x1a081e30), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 } Shower::MakeKinematics(0) { Singlet::SetColours(): (602,605) -> (607,605) sw = 1, w = 1 } nem = 2 vs. maxem = 18446744073709551615 after shower step with 2 of 2 emission(s) Singlet parton list from CS_Shower : 0x1b649080 Parton 0x1b646890 (0x1b649080), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1a083220 (0x1b649080), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 0.996 k_T prev : 1.869 k_T next : 0 Parton 0x1b65dd70 (0x1b649080), stat=0, kin=0 [(2)]: G : (34.73,32.51,12.21,-0.7509) (601,602)[601,602] (Final state parton) Colour partners (0x1a0a66e0,0x1b654620), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1b64edb0 (0x1b649080), stat=0, kin=0 [(3)]: G : (27.78,-25.32,-10.38,4.781) (605,603)[605,603] (Final state parton) Colour partners (0x1b657a70,0x1b659220), t_min = 0 k_T start : 2.075 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1b657a70 (0x1b649080), stat=0, kin=0 [(3)]: G : (5.917,4.551,3.767,0.3369) (607,605)[607,605] (Final state parton) Colour partners (0x1b654620,0x1b64edb0), t_min = 0 k_T start : 1.869 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1b654620 (0x1b649080), stat=0, kin=0 [(3)]: G : (3.276,-2.702,-1.154,1.45) (602,607)[602,607] (Final state parton) Colour partners (0x1b65dd70,0x1b657a70), t_min = 0 k_T start : 1.869 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1b659220 (0x1b649080), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b64edb0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 Parton 0x1a0a66e0 (0x1b649080), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 1.869 k_T next : 0 ------------------------------------------------------------------------- Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 2 elements { Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [172]( 2, Shower , 6 -> 8 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 1 e- 7 ( -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 1 e+ 8 ( -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 1 G 9 ( 2 -> ) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 1 G 10 ( 2 -> ) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 1 G 11 ( 2 -> ) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 1 G 12 ( 2 -> ) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 1 s 13 ( 2 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 1 sb 14 ( 2 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 6 elements { Blob [0]( 6, Bunch , from Beam 0, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( -> 6) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [0]( 5, Bunch , from Beam 1, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( -> 5) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [48]( 4, Beam , from Beam 1, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [B] 1 P 18 ( 4 -> ) [( 1.8098e-01, 0.0000e+00, 0.0000e+00,-1.8098e-01), p^2=-5.1487e-15, m= 0.0000e+00] ( 0, 0) Blob [48]( 3, Beam , from Beam 0, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [B] 1 P 17 ( 3 -> ) [( 7.3884e-05, 0.0000e+00, 0.0000e+00, 7.3884e-05), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [36]( 2, Shower , 6 -> 8 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 1 G 9 ( 2 -> ) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 1 G 10 ( 2 -> ) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 1 G 11 ( 2 -> ) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 1 G 12 ( 2 -> ) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 1 s 13 ( 2 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 1 sb 14 ( 2 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent(): run 'Hadronization:Ahadic' ########################################################################## ###################################### IN ################################ ########################################################################## Blob [32]( 7, Fragmentation , 6 -> 0 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : ########################################################################## ================================================================== ================================================================== ================================================================== In Cluster_Formation_Handler::FormClusters: hadronize 6 partons. Blob [32]( 7, Cluster Formation , 6 -> 0 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : ======= Cluster_Formation_Handler::FormOriginalClusters for : Proto_Particle_List with 6 elements: L : s (14.39,-13.42,-3.807,-3.51) 0.375, kt_max = 0 l : G (27.78,-25.32,-10.38,4.78) 0, kt_max = 0 l : G (5.916,4.55,3.766,0.3368) 1.192e-07, kt_max = 0 l : G (3.275,-2.701,-1.154,1.449) 0, kt_max = 0 l : G (34.73,32.5,12.2,-0.7508) 4.768e-07, kt_max = 0 L : sb (4.931,4.389,-0.6286,-2.125) 0.375, kt_max = 0 ------------------------------------------------------------ ------------------------------------------------------------ Gluon_Decayer::DecayList : incoming particle list. Proto_Particle_List with 6 elements: L : s (14.39,-13.42,-3.807,-3.51) 0.375, kt_max = 0 l : G (27.78,-25.32,-10.38,4.78) 0, kt_max = 0 l : G (5.916,4.55,3.766,0.3368) 1.192e-07, kt_max = 0 l : G (3.275,-2.701,-1.154,1.449) 0, kt_max = 0 l : G (34.73,32.5,12.2,-0.7508) 4.768e-07, kt_max = 0 L : sb (4.931,4.389,-0.6286,-2.125) 0.375, kt_max = 0 Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 25.18) : G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61; G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61. Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 25.18) : G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61; G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61. Dipole(1, 8.429) : G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61; G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 25.18) : G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61; G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61. Dipole(1, 8.429) : G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61; G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 20.82) : G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61; G((34.73,32.5,12.2,-0.7508)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 25.18) : G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61; G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61. Dipole(1, 8.429) : G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61; G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 20.82) : G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61; G((34.73,32.5,12.2,-0.7508)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 8.334) : G((34.73,32.5,12.2,-0.7508)), 0 vs. 4.768e-07 --> kt^2_max = 3.61; sb((4.931,4.389,-0.6286,-2.125)), 0.375 vs. 0.375 --> kt^2_max = 3.61. ------------------------------------------------------------ -------------------------------------------------- Gluon_Decayer::FillDipoleList: yields dipole list: Dipole(1, 8.632) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 25.18) : G((27.78,-25.32,-10.38,4.78)), 0 vs. 0 --> kt^2_max = 3.61; G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61. Dipole(1, 8.429) : G((5.916,4.55,3.766,0.3368)), 0 vs. 1.192e-07 --> kt^2_max = 3.61; G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 20.82) : G((3.275,-2.701,-1.154,1.449)), 0 vs. 0 --> kt^2_max = 3.61; G((34.73,32.5,12.2,-0.7508)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 8.334) : G((34.73,32.5,12.2,-0.7508)), 0 vs. 4.768e-07 --> kt^2_max = 3.61; sb((4.931,4.389,-0.6286,-2.125)), 0.375 vs. 0.375 --> kt^2_max = 3.61. ------------------------------------------------------------ ------------------------------------------------------------ Gluon_Decayer::DecayDipoles for 5 dipoles: 0x1b64ed10 : --- Dipole[s, G], (mass = 8.632, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) --- 0x1b65da00 : --- Dipole[G, G], (mass = 25.18, decay = 1) --- --- (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) + (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) --- 0x1b658430 : --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- 0x1b658460 : --- Dipole[G, G], (mass = 20.82, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (34.73,32.5,12.2,-0.7508) m = 4.768e-07 (2.274e-13) --- 0x1b65d9d0 : --- Dipole[G, sb], (mass = 8.334, decay = 1) --- --- (34.73,32.5,12.2,-0.7508) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b65d9d0 --- Dipole[G, sb], (mass = 8.334, decay = 1) --- --- (34.73,32.5,12.2,-0.7508) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 69.46) for G(l) sb(L) (34.73,32.5,12.2,-0.7508) ( 3.61 ) (4.931,4.389,-0.6286,-2.125) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 8.334): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = dd_1b. kt2min = 15.58, z in [0.408, 0.592]. ... Splitting_Tools::UpdateRanges(z = 0.5728) --> kt_max = 3.786. ... first: lL(G sb): kt_max = 1.337 from pt(kin) = 8.706, p_min = 4.917 and cos = 0.7999, red. mass = 8.185. correct to kt^2_min,max = 0.4469, 1.787. Splitting_Tools::KinCheck(kt^2 = 1.655, z = 0.5728). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 1.655 and z = 0.5728 for dd_1b. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (8.334,0,0,0) = (4.176,0,0,4.159) (0.375) + (4.159,3.331e-15,-2.376e-14,-4.159) (0) ~~ (3.484,0,0,3.464) (0.375) + (2.173,0.01749,-1.286,-1.378) (1.08) + (2.678,-0.01749,1.286,-2.085) (1.08). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 1.655, z = 0.5728 for dd_1b. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : dd_1 (16.46,15.13,6.374,0.5078) 1.08, kt_max = 1.287 l : dd_1b (19.06,18.08,5.716,-1.612) 1.08, kt_max = 1.287 ::: split initial gluon with kt = 1.287, z = 0.5728, dipole mass = 8.334. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt q-g-g-q 1 --- Gluon_Decayer::SplitIt check this: test = begin 0 --- Dipole[ no flav , sb], (mass = 8.334, decay = 1) --- --- XXX + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[ no flav , sb], (mass = 8.334, decay = 1) --- --- XXX + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Gluon_Decayer::SplitIt check for neighbour after (switched): --- Dipole[G, no flav ], (mass = 20.82, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + XXX --- --- Gluon_Decayer::SplitIt check for neighbour after setting: --- Dipole[G, dd_1], (mass = 20.82, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 8.334, decay = 1) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, G], (mass = 8.632, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) --- --- Dipole[G, G], (mass = 25.18, decay = 1) --- --- (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) + (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) --- --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- --- Dipole[G, dd_1], (mass = 14.28, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 5 dipoles: --- Dipole[s, G], (mass = 8.632, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) --- --- Dipole[G, G], (mass = 25.18, decay = 1) --- --- (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) + (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) --- --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- --- Dipole[G, dd_1], (mass = 14.28, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b64ed10 --- Dipole[s, G], (mass = 8.632, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (27.78,-25.32,-10.38,4.78) m = 0 (-1.137e-13) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 74.52) for s(L) G(l) (14.39,-13.42,-3.807,-3.51) ( 3.61 ) (27.78,-25.32,-10.38,4.78) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 8.632): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 15.58, z in [0.2996, 0.7004]. ... Splitting_Tools::UpdateRanges(z = 0.5689) --> kt_max = 4.086. ... first: lL(G s): kt_max = 1.989 from pt(kin) = 36.6, p_min = 14.39 and cos = 0.9073, red. mass = 8.621. correct to kt^2_min,max = 0.9446, 3.778. Splitting_Tools::KinCheck(kt^2 = 1.534, z = 0.5689). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 1.534 and z = 0.5689 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (8.632,0,0,0) = (4.324,2.22e-16,4.441e-16,4.308) (0.375) + (4.308,0,9.104e-15,-4.308) (0) ~~ (3.955,2.029e-16,4.059e-16,3.937) (0.375) + (2.067,-0.8651,0.8861,-1.646) (0.175) + (2.61,0.8651,-0.8861,-2.291) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 1.534, z = 0.5689 for u. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (17.34,-16.3,-5.596,1.884) 0.175, kt_max = 1.238 l : u (11.67,-10.16,-5.107,2.594) 0.175, kt_max = 1.238 ::: split initial gluon with kt = 1.238, z = 0.5689, dipole mass = 8.632. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt g-g-g-g 0 --- Dipole[u, G], (mass = 16.35, decay = 1) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) --- --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- --- Dipole[G, dd_1], (mass = 14.28, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 5 dipoles: --- Dipole[u, G], (mass = 16.35, decay = 1) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) --- --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- --- Dipole[G, dd_1], (mass = 14.28, decay = 1) --- --- (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b658430 --- Dipole[G, G], (mass = 8.429, decay = 1) --- --- (5.916,4.55,3.766,0.3368) m = 1.192e-07 (1.421e-14) + (3.275,-2.701,-1.154,1.449) m = 0 (-8.882e-15) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 71.05) for G(l) G(l) (5.916,4.55,3.766,0.3368) ( 3.61 ) (3.275,-2.701,-1.154,1.449) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 8.429): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.74, z in [0.01097, 0.989]. ... Splitting_Tools::UpdateRanges(z = 0.4448) --> kt_max = 4.185. ... first: ll(G G): kt_max = 1.101 from pt(kin) = 3.279, p_min = 3.275 and cos = -0.8333, red. mass = 8.425. Splitting_Tools::KinCheck(kt^2 = 0.8585, z = 0.4448). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.8585 and z = 0.4448 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (8.429,0,0,0) = (4.214,0,0,4.214) (0) + (4.214,2.22e-16,2.22e-16,-4.214) (0) ~~ (4.001,0,0,4.001) (0) + (2.435,-0.2006,-0.9046,-2.245) (0.175) + (1.993,0.2006,0.9046,-1.756) (0.175). ___ Splitting_Tools::ConstructKinematics summary: Masses: m_m2 = m_m3 = 0.175 = 0.175 --> s23 = 0. ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.8585, z = 0.4448 for u. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (3.091,2.7,1.422,-0.4594) 0.175, kt_max = 0.9265 l : u (2.991,1.713,2.286,0.8697) 0.175, kt_max = 0.9265 ::: split initial gluon with kt = 0.9265, z = 0.4448, dipole mass = 8.429. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt q-g-g-q 1 --- Gluon_Decayer::SplitIt check this: test = begin 0 --- Dipole[ no flav , G], (mass = 8.429, decay = 1) --- --- XXX + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- --- Dipole[ no flav , G], (mass = 8.429, decay = 1) --- --- XXX + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- --- Gluon_Decayer::SplitIt check for neighbour after (switched): --- Dipole[u, no flav ], (mass = 16.35, decay = 1) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + XXX --- --- Gluon_Decayer::SplitIt check for neighbour after setting: --- Dipole[u, ub], (mass = 16.35, decay = 1) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (3.091,2.7,1.422,-0.4594) m = 0.175 (0.03063) --- --- Dipole[u, G], (mass = 8.429, decay = 1) --- --- (2.991,1.713,2.286,0.8697) m = 0.175 (0.03062) + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- --- Dipole[u, ub], (mass = 12, decay = 0) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (3.091,2.7,1.422,-0.4594) m = 0.175 (0.03063) --- --- Dipole[u, G], (mass = 5.48, decay = 1) --- --- (2.991,1.713,2.286,0.8697) m = 0.175 (0.03062) + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- --- Dipole[G, dd_1], (mass = 13.92, decay = 1) --- --- (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 5 dipoles: --- Dipole[u, ub], (mass = 12, decay = 0) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (3.091,2.7,1.422,-0.4594) m = 0.175 (0.03063) --- --- Dipole[u, G], (mass = 5.48, decay = 1) --- --- (2.991,1.713,2.286,0.8697) m = 0.175 (0.03062) + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- --- Dipole[G, dd_1], (mass = 13.92, decay = 1) --- --- (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b658430 --- Dipole[u, G], (mass = 5.48, decay = 1) --- --- (2.991,1.713,2.286,0.8697) m = 0.175 (0.03062) + (3.109,-2.564,-1.095,1.376) m = 0 (-1.421e-14) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 30.03) for u(l) G(l) (2.991,1.713,2.286,0.8697) ( 0.8585 ) (3.109,-2.564,-1.095,1.376) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 5.48): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = uu_1b. kt2min = 0.74, z in [0.06819, 0.9318]. ... Splitting_Tools::UpdateRanges(z = 0.3212) --> kt_max = 2.229. ... first: ll(G u): kt_max = 0.917 from pt(kin) = 5.556, p_min = 2.986 and cos = -0.6139, red. mass = 5.26. correct to kt^2_min,max = 0.2102, 0.8408. Splitting_Tools::KinCheck(kt^2 = 0.5753, z = 0.3212). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.5753 and z = 0.3212 for uu_1b. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (5.48,0,0,0) = (2.743,0,0,2.737) (0.175) + (2.737,-3.608e-16,-2.776e-16,-2.737) (0) ~~ (2.014,0,0,2.006) (0.175) + (2.092,-0.7543,0.07645,-1.624) (1.08) + (1.374,0.7543,-0.07645,-0.3829) (1.08). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.5748, z = 0.321 for uu_1b. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : uu_1 (2.729,-1.912,-0.06636,1.619) 1.08, kt_max = 0.7585 l : uu_1b (1.175,-0.1943,-0.4195,-0.01266) 1.08, kt_max = 0.7585 ::: split initial gluon with kt = 0.7582, z = 0.321, dipole mass = 5.48. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt q-g-g-q 0 --- Gluon_Decayer::SplitIt check this: test = begin 0 --- Dipole[u, no flav ], (mass = 5.48, decay = 1) --- --- (2.196,1.255,1.676,0.6389) m = 0.175 (0.03063) + XXX --- --- Dipole[u, no flav ], (mass = 5.48, decay = 1) --- --- (2.196,1.255,1.676,0.6389) m = 0.175 (0.03063) + XXX --- --- Gluon_Decayer::SplitIt check for neighbour after (original): --- Dipole[ no flav , dd_1], (mass = 13.92, decay = 1) --- --- XXX + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Gluon_Decayer::SplitIt check for neighbour after setting: --- Dipole[uu_1b, dd_1], (mass = 13.92, decay = 1) --- --- (1.175,-0.1943,-0.4195,-0.01266) m = 1.08 (1.166) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[u, uu_1], (mass = 5.48, decay = 1) --- --- (2.196,1.255,1.676,0.6389) m = 0.175 (0.03063) + (2.729,-1.912,-0.06636,1.619) m = 1.08 (1.166) --- --- Dipole[u, ub], (mass = 12, decay = 0) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (3.091,2.7,1.422,-0.4594) m = 0.175 (0.03063) --- --- Dipole[u, uu_1], (mass = 4.017, decay = 0) --- --- (2.196,1.255,1.676,0.6389) m = 0.175 (0.03063) + (2.729,-1.912,-0.06636,1.619) m = 1.08 (1.166) --- --- Dipole[uu_1b, dd_1], (mass = 7.229, decay = 0) --- --- (1.175,-0.1943,-0.4195,-0.01266) m = 1.08 (1.166) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 5 dipoles: --- Dipole[u, ub], (mass = 12, decay = 0) --- --- (11.67,-10.16,-5.107,2.594) m = 0.175 (0.03062) + (3.091,2.7,1.422,-0.4594) m = 0.175 (0.03063) --- --- Dipole[u, uu_1], (mass = 4.017, decay = 0) --- --- (2.196,1.255,1.676,0.6389) m = 0.175 (0.03063) + (2.729,-1.912,-0.06636,1.619) m = 1.08 (1.166) --- --- Dipole[uu_1b, dd_1], (mass = 7.229, decay = 0) --- --- (1.175,-0.1943,-0.4195,-0.01266) m = 1.08 (1.166) + (16.46,15.13,6.374,0.5078) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 5.099, decay = 0) --- --- (19.06,18.08,5.716,-1.612) m = 1.08 (1.166) + (4.136,3.683,-0.5149,-1.772) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 5.43, decay = 0) --- --- (13.17,-12.28,-3.484,-3.207) m = 0.375 (0.1406) + (17.34,-16.3,-5.596,1.884) m = 0.175 (0.03062) --- Gluon_Decayer::DecayDipoles : all dipoles done! Gluon_Decayer::DecayList : outgoing particle list. Proto_Particle_List with 10 elements: l : u (11.67,-10.16,-5.107,2.594) 0.175, kt_max = 1.238 l : ub (3.091,2.7,1.422,-0.4594) 0.175, kt_max = 0.9265 l : u (2.196,1.255,1.676,0.6389) 0.175, kt_max = 0.9265 l : uu_1 (2.729,-1.912,-0.06636,1.619) 1.08, kt_max = 0.7585 l : uu_1b (1.175,-0.1943,-0.4195,-0.01266) 1.08, kt_max = 0.7585 l : dd_1 (16.46,15.13,6.374,0.5078) 1.08, kt_max = 1.287 l : dd_1b (19.06,18.08,5.716,-1.612) 1.08, kt_max = 1.287 L : sb (4.136,3.683,-0.5149,-1.772) 0.375, kt_max = 1.9 L : s (13.17,-12.28,-3.484,-3.207) 0.375, kt_max = 1.9 l : ub (17.34,-16.3,-5.596,1.884) 0.175, kt_max = 1.238 ------------------------------------------------------------------------------------------------------------------------ ======= Cluster_Formation_Handler::FormOriginalClusters for : Cluster List with 5 elements: ------------------------------------------------------------- Cluster [cluster, 1, 0] ((14.76,-7.462,-3.685,2.134),12 ) [> 5] [< 2] : l : u (11.67,-10.16,-5.107,2.594) 0.175, kt_max = 1.238 l : ub (3.091,2.7,1.422,-0.4594) 0.175, kt_max = 0.9265 ------------------------------------------------------------- Cluster [cluster, 2, 0] ((4.926,-0.657,1.61,2.258),4.017 ) [> 1] [< 3] : l : u (2.196,1.255,1.676,0.6389) 0.175, kt_max = 0.9265 l : uu_1 (2.729,-1.912,-0.06636,1.619) 1.08, kt_max = 0.7585 ------------------------------------------------------------- Cluster [cluster, 3, 0] ((17.64,14.94,5.954,0.4952),7.229 ) [> 2] [< 4] : l : uu_1b (1.175,-0.1943,-0.4195,-0.01266) 1.08, kt_max = 0.7585 l : dd_1 (16.46,15.13,6.374,0.5078) 1.08, kt_max = 1.287 ------------------------------------------------------------- Cluster [cluster, 4, 0] ((23.2,21.76,5.201,-3.384),5.099 ) [> 3] : l : dd_1b (19.06,18.08,5.716,-1.612) 1.08, kt_max = 1.287 L : sb (4.136,3.683,-0.5149,-1.772) 0.375, kt_max = 1.9 ------------------------------------------------------------- Cluster [cluster, 5, 0] ((30.5,-28.58,-9.08,-1.323),5.43 ) [< 1] : L : s (13.17,-12.28,-3.484,-3.207) 0.375, kt_max = 1.9 l : ub (17.34,-16.3,-5.596,1.884) 0.175, kt_max = 1.238 Soft_Cluster_Handler::TreatClusterList----------------------------------------------------- @@ --> too heavy, no decay. @@ Soft_Cluster_Handler::TransformWeight for cluster 5 (s, ub, mass = 5.43): @@ Heavy = K(0)*(1430)- (1.429), light = K- (0.4937), enforce = 0, lighter = 0 for no_particle. @@ --> too heavy, no decay. @@ Soft_Cluster_Handler::TransformWeight for cluster 4 (dd_1b, sb, mass = 5.099): @@ Heavy = Sigma(1660)-b (1.66), light = Sigma-b (1.197), enforce = 0, lighter = 0 for no_particle. @@ --> too heavy, no decay. @@ --> too heavy, no decay. @@ Soft_Cluster_Handler::TransformWeight for cluster 2 (u, uu_1, mass = 4.017): @@ Heavy = Delta(1232)++ (1.232), light = Delta(1232)++ (1.232), enforce = 0, lighter = 0 for no_particle. @@ --> too heavy, no decay. @@ Soft_Cluster_Handler::TransformWeight for cluster 1 (u, ub, mass = 12): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. Passed cluster formation now (0th trial). +++++++++++++++++++++++++++++++++++++++++++++++++++++ +++ Cluster_Decay_Handler::DecayClusters for 5 clusters. +++ Test cluster [s(L), ub(l)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 5 (s ub, mass = 5.43) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 5.43): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 0.74, z in [0.02696, 0.9741]. ... Splitting_Tools::UpdateRanges(z = 0.6485) --> kt_max = 2.411. ... first: lL(ub s): kt_max = 1.238 from pt(kin) = 21.39, p_min = 13.16 and cos = 0.9362, red. mass = 5.414. correct to kt^2_min,max = 0.3834, 1.534. Splitting_Tools::KinCheck(kt^2 = 0.7445, z = 0.6485). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.7445 and z = 0.6485 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (5.43,0,0,0) = (2.725,-4.996e-16,-7.772e-16,2.699) (0.375) + (2.705,-2.831e-15,3.542e-14,-2.699) (0.175) ~~ (2.419,-4.424e-16,-6.881e-16,2.39) (0.375) + (1.147,0.8656,0.06448,-0.7501) (1.264e-07) + (1.864,-0.8656,-0.06448,-1.64) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.7534, z = 0.6487 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 0, m^2 = 3.353) for G(l) ub(l) (7.005,-6.312,-3.022,0.3005) ( 0.7445 ) (11.81,-11.36,-2.962,1.218) ( 0.7445 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 1.831): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = ud_1b. ~~ Splitting_Tools::ProduceKinematics. flav = d. kt2min = 0.74, z in [0.3656, 0.6344]. ... Splitting_Tools::UpdateRanges(z = 0.4585) --> kt_max = 0.8065. ... first: ll(G ub): kt_max = 0.5504 from pt(kin) = 5.513, p_min = 7.005 and cos = 0.98, red. mass = 1.806. correct to kt^2_min,max = 0.07574, 0.303. Splitting_Tools::KinCheck(kt^2 = 0.1756, z = 0.4585). ... Splitting_Tools::UpdateRanges(z = 0.4748) --> kt_max = 0.8083. ... first: ll(G ub): kt_max = 0.551 from pt(kin) = 5.513, p_min = 7.005 and cos = 0.98, red. mass = 1.806. correct to kt^2_min,max = 0.07591, 0.3036. Splitting_Tools::KinCheck(kt^2 = 0.1366, z = 0.4748). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.1366 and z = 0.4748 for d. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (1.831,0,0,0) = (0.9239,0,0,0.9072) (0.175) + (0.9072,-2.587e-14,-1.607e-14,-0.9072) (1.345e-07) ~~ (0.7408,0,0,0.7198) (0.175) + (0.5634,-0.02625,0.3687,-0.3875) (0.175) + (0.5269,0.02625,-0.3687,-0.3323) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.1366, z = 0.4747 for d. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : db (3.049,-2.802,-1.179,-0.1638) 0.175, kt_max = 0.3696 l : d (6.315,-5.783,-2.43,0.7094) 0.175, kt_max = 0.3696 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 5, 0] ((30.5,-28.58,-9.08,-1.323),5.43 ) [< 1] : L : s (13.17,-12.28,-3.484,-3.207) 0.375, kt_max = 1.9 l : ub (17.34,-16.3,-5.596,1.884) 0.175, kt_max = 1.238 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 7, 0] ((15.76,-14.87,-4.805,1.682),1.149 ) : l : d (6.315,-5.783,-2.43,0.7094) 0.175, kt_max = 0.3696 l : ub (9.446,-9.088,-2.376,0.9726) 0.175, kt_max = 0.8628 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 6, 0] ((14.74,-13.71,-4.275,-3.005),1.463 ) : L : s (11.69,-10.91,-3.095,-2.841) 0.375, kt_max = 1.9 l : db (3.049,-2.802,-1.179,-0.1638) 0.175, kt_max = 0.3696 ::: Cluster_Part::TestDecay : decay of (30.5,-28.58,-9.08,-1.323) succeded. ------------------------------------------------------------- Cluster [cluster, 7, 0] ((15.76,-14.87,-4.805,1.682),1.149 ) : l : d (6.315,-5.783,-2.43,0.7094) 0.175, kt_max = 0.3696 l : ub (9.446,-9.088,-2.376,0.9726) 0.175, kt_max = 0.8628 ------------------------------------------------------------- Cluster [cluster, 6, 0] ((14.74,-13.71,-4.275,-3.005),1.463 ) : L : s (11.69,-10.91,-3.095,-2.841) 0.375, kt_max = 1.9 l : db (3.049,-2.802,-1.179,-0.1638) 0.175, kt_max = 0.3696 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 5(5.43): 7 (1.149) 6 (1.463), popped ub. @@ Soft_Cluster_Handler::DecayWeight for cluster 7 (d, ub, mass = 1.149): @@ Heavy = Xi(1690)- + Xi(1690)b (3.392), light = pi- + pi (0.2745), enforce = 0. @@ --> omega(782) + pi- ( waves = 0.3744, max = 0.3744 from pi + rho(770)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 7 (d, ub, mass = 1.149): @@ Heavy = a(2)(1320)- (1.318), light = pi- (0.1396), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (7:d(l), ub(l), m = 1.149) --> @@ Soft_Cluster_Handler::DecayWeight for cluster 6 (s, db, mass = 1.463): @@ Heavy = Omega- + Xi(1690)-b (3.368), light = Kb + pi (0.6326), enforce = 0. @@ --> K*(892)b + eta ( waves = 0.2405, max = 0.8103 from K(1)(1270)- + pi+) @@ Soft_Cluster_Handler::TransformWeight for cluster 6 (s, db, mass = 1.463): @@ Heavy = K(2)*(1430)b (1.432), light = Kb (0.4977), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (6:s(L), db(l), m = 1.463) --> Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 1.149 + 1.463, original cluster: mass = 5.43. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (omega(782), (9.721,-9.085,-3.154,1.186)) (pi-, (6.039,-5.786,-1.651,0.4964)) from cluster 7 : (15.76,-14.87,-4.805,1.682). $$ attach two hadrons (K*(892)b, (8.738,-8.15,-2.428,-1.798)) (eta, (6.005,-5.558,-1.847,-1.207)) from cluster 6 : (14.74,-13.71,-4.275,-3.005). ++++ After popping front cluster list has now size = 4. +++ Test cluster [dd_1b(l), sb(L)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 4 (dd_1b sb, mass = 5.099) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 5.099): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 2.471, z in [0.1587, 0.8864]. ... Splitting_Tools::UpdateRanges(z = 0.5705) --> kt_max = 2.229. ... first: lL(dd_1b sb): kt_max = 1.287 from pt(kin) = 4.758, p_min = 4.119 and cos = 0.8483, red. mass = 4.969. correct to kt^2_min,max = 0.4139, 1.655. Splitting_Tools::KinCheck(kt^2 = 1.077, z = 0.5705). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 1.077 and z = 0.5705 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (5.099,0,0,0) = (2.449,0,1.11e-16,2.42) (0.375) + (2.65,-1.332e-15,4.774e-15,-2.42) (1.08) ~~ (1.866,0,8.385e-17,1.828) (0.375) + (1.373,0.5922,-0.9438,-0.8015) (1.505e-07) + (1.86,-0.5922,0.9438,-1.026) (1.08). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 1.242, z = 0.5704 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 1, m^2 = 7.111) for dd_1b(l) G(l) (7.861,7.148,3.06,-0.4103) ( 1.077 ) (12.14,11.76,2.513,-1.624) ( 1.077 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 2.667): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = s. kt2min = 0.74, z in [0.1808, 0.8192]. ... Splitting_Tools::UpdateRanges(z = 0.3933) --> kt_max = 0.6784. ... first: ll(G dd_1b): kt_max = 0.4193 from pt(kin) = 2.624, p_min = 7.786 and cos = 0.9781, red. mass = 2.38. correct to kt^2_min,max = 0.04395, 0.1758. Splitting_Tools::KinCheck(kt^2 = 0.1541, z = 0.3933). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.1541 and z = 0.3933 for s. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (2.667,0,0,0) = (1.552,0,5.551e-17,1.115) (1.08) + (1.115,-2.659e-14,-2.143e-14,-1.115) (2.901e-07) ~~ (1.321,0,3.784e-17,0.7598) (1.08) + (0.7673,0.1509,-0.3555,-0.5468) (0.375) + (0.5789,-0.1509,0.3555,-0.213) (0.375). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.1491, z = 0.376 for s. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : sb (6.939,6.776,1.334,-0.5718) 0.375, kt_max = 0.3925 l : s (5.732,5.401,1.604,-0.9828) 0.375, kt_max = 0.3925 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 4, 0] ((23.2,21.76,5.201,-3.384),5.099 ) [> 3] : l : dd_1b (19.06,18.08,5.716,-1.612) 1.08, kt_max = 1.287 L : sb (4.136,3.683,-0.5149,-1.772) 0.375, kt_max = 1.9 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 12, 0] ((14.27,13.51,3.969,-1.052),2.041 ) : l : dd_1b (7.327,6.734,2.634,-0.48) 1.08, kt_max = 1.038 l : sb (6.939,6.776,1.334,-0.5718) 0.375, kt_max = 0.3925 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 13, 0] ((8.93,8.252,1.232,-2.332),2.165 ) : l : s (5.732,5.401,1.604,-0.9828) 0.375, kt_max = 0.3925 L : sb (3.198,2.851,-0.3723,-1.349) 0.375, kt_max = 1.9 ::: Cluster_Part::TestDecay : decay of (23.2,21.76,5.201,-3.384) succeded. ------------------------------------------------------------- Cluster [cluster, 12, 0] ((14.27,13.51,3.969,-1.052),2.041 ) : l : dd_1b (7.327,6.734,2.634,-0.48) 1.08, kt_max = 1.038 l : sb (6.939,6.776,1.334,-0.5718) 0.375, kt_max = 0.3925 ------------------------------------------------------------- Cluster [cluster, 13, 0] ((8.93,8.252,1.232,-2.332),2.165 ) : l : s (5.732,5.401,1.604,-0.9828) 0.375, kt_max = 0.3925 L : sb (3.198,2.851,-0.3723,-1.349) 0.375, kt_max = 1.9 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 4(5.099): 12 (2.041) 13 (2.165), popped sb. @@ Soft_Cluster_Handler::DecayWeight for cluster 12 (dd_1b, sb, mass = 2.041): @@ Heavy = Sigma(1660)-b + f(2)'(1525) (3.185), light = nb + K+ (1.433), enforce = 0. @@ --> nb + K*(892)+ ( waves = 0.5402, max = 1.08 from Delta(1232)-b + K) @@ Soft_Cluster_Handler::TransformWeight for cluster 12 (dd_1b, sb, mass = 2.041): @@ Heavy = Sigma(1660)-b (1.66), light = Sigma-b (1.197), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (12:dd_1b(l), sb(l), m = 2.041) --> @@ Soft_Cluster_Handler::DecayWeight for cluster 13 (s, sb, mass = 2.165): @@ Heavy = Xi(1690)- + Xi(1690)-b (3.392), light = K- + K+ (0.9874), enforce = 0. @@ --> K- + K(2)*(1430)+ ( waves = 1.35, max = 2.431 from K*(892)- + K(1)(1270)+) @@ Soft_Cluster_Handler::TransformWeight for cluster 13 (s, sb, mass = 2.165): @@ Heavy = f(2)'(1525) (1.525), light = eta (0.5473), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (13:s(l), sb(L), m = 2.165) --> Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 2.041 + 2.165, original cluster: mass = 5.099. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (nb, (7.792,7.276,2.472,-0.8819)) (K*(892)+, (6.475,6.233,1.497,-0.1699)) from cluster 12 : (14.27,13.51,3.969,-1.052). $$ attach two hadrons (K-, (4.216,3.9,0.7676,-1.315)) (K(2)*(1430)+, (4.714,4.352,0.4645,-1.017)) from cluster 13 : (8.93,8.252,1.232,-2.332). ++++ After popping front cluster list has now size = 3. +++ Test cluster [uu_1b(l), dd_1(l)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 3 (uu_1b dd_1, mass = 7.229) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 7.229): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 0.4695, z in [0.03233, 0.9905]. ... Splitting_Tools::UpdateRanges(z = 0.101) --> kt_max = 1.544. ... first: ll(dd_1 uu_1b): kt_max = 1.287 from pt(kin) = 0.09681, p_min = 0.4624 and cos = -0.7398, red. mass = 7.065. Splitting_Tools::KinCheck(kt^2 = 1.539, z = 0.101). ... Splitting_Tools::UpdateRanges(z = 0.2832) --> kt_max = 2.615. ... first: ll(dd_1 uu_1b): kt_max = 1.287 from pt(kin) = 0.09681, p_min = 0.4624 and cos = -0.7398, red. mass = 7.065. Splitting_Tools::KinCheck(kt^2 = 0.9502, z = 0.2832). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.9502 and z = 0.2832 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (7.229,0,0,0) = (3.614,1.388e-17,6.939e-18,3.449) (1.08) + (3.614,4.857e-16,-9.159e-16,-3.449) (1.08) ~~ (3.259,1.237e-17,6.185e-18,3.075) (1.08) + (2.576,-0.4823,0.4505,-2.49) (1.712e-07) + (1.394,0.4823,-0.4505,-0.5849) (1.08). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.4355, z = 0.281 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 1, m^2 = 6.308) for G(l) dd_1(l) (11.67,10.5,5.099,0.1369) ( 0.9502 ) (4.825,4.532,1.199,0.367) ( 0.9502 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 2.511): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.74, z in [0.1836, 0.8164]. ... Splitting_Tools::UpdateRanges(z = 0.7658) --> kt_max = 0.5804. ... first: ll(G dd_1): kt_max = 0.2976 from pt(kin) = 0.9099, p_min = 4.703 and cos = 0.9792, red. mass = 2.254. correct to kt^2_min,max = 0.02215, 0.08858. Splitting_Tools::KinCheck(kt^2 = 0.03034, z = 0.7658). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.03034 and z = 0.7658 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (2.511,0,0,0) = (1.488,1.388e-17,0,1.024) (1.08) + (1.024,2.276e-15,-4.163e-16,-1.024) (6.664e-08) ~~ (1.42,1.251e-17,0,0.9224) (1.08) + (0.2915,-0.1047,-0.1327,-0.1606) (0.175) + (0.7997,0.1047,0.1327,-0.7618) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.02857, z = 0.7755 for u. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (2.364,2.128,1.006,-0.1237) 0.175, kt_max = 0.1742 l : u (9.266,8.346,4.013,0.2809) 0.175, kt_max = 0.1742 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 3, 0] ((17.64,14.94,5.954,0.4952),7.229 ) [> 2] [< 19] : l : uu_1b (1.175,-0.1943,-0.4195,-0.01266) 1.08, kt_max = 0.7585 l : dd_1 (16.46,15.13,6.374,0.5078) 1.08, kt_max = 1.287 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 19, 0] ((14.14,12.91,5.292,0.6276),2.208 ) : l : u (9.266,8.346,4.013,0.2809) 0.175, kt_max = 0.1742 l : dd_1 (4.87,4.56,1.279,0.3467) 1.08, kt_max = 0.9748 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 18, 0] ((3.501,2.032,0.6622,-0.1324),2.77 ) : l : uu_1b (1.137,-0.09677,-0.3434,-0.008748) 1.08, kt_max = 0.7585 l : ub (2.364,2.128,1.006,-0.1237) 0.175, kt_max = 0.1742 ::: Cluster_Part::TestDecay : decay of (17.64,14.94,5.954,0.4952) succeded. ------------------------------------------------------------- Cluster [cluster, 19, 0] ((14.14,12.91,5.292,0.6276),2.208 ) : l : u (9.266,8.346,4.013,0.2809) 0.175, kt_max = 0.1742 l : dd_1 (4.87,4.56,1.279,0.3467) 1.08, kt_max = 0.9748 ------------------------------------------------------------- Cluster [cluster, 18, 0] ((3.501,2.032,0.6622,-0.1324),2.77 ) : l : uu_1b (1.137,-0.09677,-0.3434,-0.008748) 1.08, kt_max = 0.7585 l : ub (2.364,2.128,1.006,-0.1237) 0.175, kt_max = 0.1742 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 3(7.229): 19 (2.208) 18 (2.77), popped dd_1. @@ Soft_Cluster_Handler::DecayWeight for cluster 19 (u, dd_1, mass = 2.208): @@ Heavy = K(0)*(1430)+ + Sigma(1660)- (3.089), light = pi + n (1.075), enforce = 0. @@ --> rho(770)+ + Delta(1232)- ( waves = 3.241, max = 3.241 from rho(770)+ + Delta(1232)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 19 (u, dd_1, mass = 2.208): @@ Heavy = N(1440) (1.44), light = n (0.9396), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (19:u(l), dd_1(l), m = 2.208) --> @@ Soft_Cluster_Handler::DecayWeight for cluster 18 (uu_1b, ub, mass = 2.77): @@ Heavy = Sigma(1660)+b + K(0)*(1430)- (3.089), light = P+b + pi- (1.078), enforce = 0. @@ --> Delta(1232)+b + b(1)(1235)- ( waves = 1.08, max = 2.496 from Delta(1232)++b + a(2)(1320)) @@ Soft_Cluster_Handler::TransformWeight for cluster 18 (uu_1b, ub, mass = 2.77): @@ Heavy = Delta(1232)++b (1.232), light = Delta(1232)++b (1.232), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (18:uu_1b(l), ub(l), m = 2.77) --> Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 2.208 + 2.77, original cluster: mass = 7.229. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (rho(770)+, (6.093,5.419,2.673,0.09926)) (Delta(1232)-, (8.043,7.486,2.619,0.5283)) from cluster 19 : (14.14,12.91,5.292,0.6276). $$ attach two hadrons (Delta(1232)+b, (1.507,0.7223,0.0468,0.4782)) (b(1)(1235)-, (1.994,1.309,0.6154,-0.6106)) from cluster 18 : (3.501,2.032,0.6622,-0.1324). ++++ After popping front cluster list has now size = 2. +++ Test cluster [u(l), uu_1(l)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 2 (u uu_1, mass = 4.017) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 4.017): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 0.74, z in [0.05431, 0.9477]. ... Splitting_Tools::UpdateRanges(z = 0.877) --> kt_max = 0.9627. ... first: ll(u uu_1): kt_max = 0.9265 from pt(kin) = 5.828, p_min = 2.189 and cos = -0.269, red. mass = 3.866. correct to kt^2_min,max = 0.2146, 0.8585. Splitting_Tools::KinCheck(kt^2 = 0.4382, z = 0.877). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.4382 and z = 0.877 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (4.017,1.11e-16,-4.441e-16,-4.441e-16) = (2.15,0,0,1.859) (1.08) + (1.867,0,0,-1.859) (0.175) ~~ (1.617,6.221e-18,-2.488e-17,1.204) (1.08) + (0.696,0.429,0.3845,0.3905) (1.054e-08) + (1.704,-0.429,-0.3845,-1.594) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.3319, z = 0.9152 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 1, m^2 = 4.312) for u(l) G(l) (1.645,1.04,1.262,-0.04028) ( 0.4382 ) (1.238,-0.4225,0.3011,1.124) ( 0.4382 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 2.076): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.74, z in [0.2354, 0.7646]. ... Splitting_Tools::UpdateRanges(z = 0.3218) --> kt_max = 0.8709. ... first: ll(G u): kt_max = 0.4771 from pt(kin) = 2.668, p_min = 1.238 and cos = -0.05176, red. mass = 2.054. correct to kt^2_min,max = 0.05691, 0.2276. Splitting_Tools::KinCheck(kt^2 = 0.06992, z = 0.3218). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.06992 and z = 0.3218 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (2.076,-1.11e-16,-4.441e-16,-2.22e-16) = (1.046,1.665e-16,5.551e-17,1.031) (0.175) + (1.031,5.551e-17,5.551e-17,-1.031) (2.98e-08) ~~ (0.9347,1.481e-16,4.872e-17,0.9182) (0.175) + (0.7348,0.1213,-0.2348,-0.6629) (0.175) + (0.407,-0.1213,0.2348,-0.2552) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.06987, z = 0.3215 for u. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (0.7755,-0.1242,-0.01336,0.7451) 0.175, kt_max = 0.2644 l : u (0.6372,-0.1855,0.4499,0.3723) 0.175, kt_max = 0.2644 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 2, 0] ((4.926,-0.657,1.61,2.258),4.017 ) [> 1] [< 3] : l : u (2.196,1.255,1.676,0.6389) 0.175, kt_max = 0.9265 l : uu_1 (2.729,-1.912,-0.06636,1.619) 1.08, kt_max = 0.7585 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 24, 0] ((2.245,0.8033,1.113,0.711),1.629 ) : l : u (1.47,0.9275,1.126,-0.0341) 0.175, kt_max = 0.6619 l : ub (0.7755,-0.1242,-0.01336,0.7451) 0.175, kt_max = 0.2644 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 25, 0] ((2.68,-1.46,0.4972,1.547),1.553 ) : l : u (0.6372,-0.1855,0.4499,0.3723) 0.175, kt_max = 0.2644 l : uu_1 (2.043,-1.275,0.04725,1.175) 1.08, kt_max = 0.7585 ::: Cluster_Part::TestDecay : decay of (4.926,-0.657,1.61,2.258) succeded. ------------------------------------------------------------- Cluster [cluster, 24, 0] ((2.245,0.8033,1.113,0.711),1.629 ) : l : u (1.47,0.9275,1.126,-0.0341) 0.175, kt_max = 0.6619 l : ub (0.7755,-0.1242,-0.01336,0.7451) 0.175, kt_max = 0.2644 ------------------------------------------------------------- Cluster [cluster, 25, 0] ((2.68,-1.46,0.4972,1.547),1.553 ) : l : u (0.6372,-0.1855,0.4499,0.3723) 0.175, kt_max = 0.2644 l : uu_1 (2.043,-1.275,0.04725,1.175) 1.08, kt_max = 0.7585 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 2(4.017): 24 (1.629) 25 (1.553), popped ub. @@ Soft_Cluster_Handler::DecayWeight for cluster 24 (u, ub, mass = 1.629): @@ Heavy = Xi(1690) + Xi(1690)b (3.392), light = pi + pi (0.27), enforce = 0. @@ --> rho(770) + rho(770) ( waves = 0.5191, max = 2.431 from rho(770)+ + rho(770)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 24 (u, ub, mass = 1.629): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (24:u(l), ub(l), m = 1.629) --> @@ Soft_Cluster_Handler::DecayWeight for cluster 25 (u, uu_1, mass = 1.553): @@ Heavy = K(0)*(1430)+ + Sigma(1660)+ (3.089), light = pi+ + P+ (1.078), enforce = 0. @@ --> pi + Delta(1232)++ ( waves = 0.4993, max = 0.4993 from pi + Delta(1232)++) @@ Soft_Cluster_Handler::TransformWeight for cluster 25 (u, uu_1, mass = 1.553): @@ Heavy = Delta(1232)++ (1.232), light = Delta(1232)++ (1.232), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (25:u(l), uu_1(l), m = 1.553) --> Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 1.629 + 1.553, original cluster: mass = 4.017. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (rho(770), (1.016,0.3447,0.5617,0.07583)) (rho(770), (1.229,0.4586,0.5512,0.6351)) from cluster 24 : (2.245,0.8033,1.113,0.711). $$ attach two hadrons (pi, (0.3089,-0.1246,0.2443,0.04462)) (Delta(1232)++, (2.372,-1.336,0.2529,1.503)) from cluster 25 : (2.68,-1.46,0.4972,1.547). ++++ After popping front cluster list has now size = 1. +++ Test cluster [u(l), ub(l)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 1 (u ub, mass = 12) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 12): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 17.88, z in [0.1456, 0.8546]. ... Splitting_Tools::UpdateRanges(z = 0.5214) --> kt_max = 5.905. ... first: ll(u ub): kt_max = 1.238 from pt(kin) = 0.05642, p_min = 3.086 and cos = -0.997, red. mass = 12. correct to kt^2_min,max = 0.3834, 1.534. Splitting_Tools::KinCheck(kt^2 = 1.08, z = 0.5214). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 1.08 and z = 0.5214 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (12,0,0,0) = (5.999,2.22e-16,0,5.996) (0.175) + (5.999,-2.22e-16,1.11e-16,-5.996) (0.175) ~~ (5.817,2.153e-16,0,5.815) (0.175) + (2.965,-0.4274,-0.9478,-2.776) (0) + (3.216,0.4274,0.9478,-3.038) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 1.081, z = 0.5214 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 0, m^2 = 4.39) for u(l) G(l) (6.104,-5.69,-2.133,0.5478) ( 1.08 ) (5.656,-4.39,-2.931,2.032) ( 1.08 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 2.095): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.74, z in [0.2294, 0.7706]. ... Splitting_Tools::UpdateRanges(z = 0.7255) --> kt_max = 0.8389. ... first: ll(G u): kt_max = 0.5343 from pt(kin) = 4.525, p_min = 5.656 and cos = 0.9372, red. mass = 2.073. correct to kt^2_min,max = 0.07138, 0.2855. Splitting_Tools::KinCheck(kt^2 = 0.1442, z = 0.7255). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.1442 and z = 0.7255 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (2.095,0,0,0) = (1.055,-1.11e-16,1.11e-16,1.04) (0.175) + (1.04,-2.276e-15,-6.606e-15,-1.04) (0) ~~ (0.8454,-8.827e-17,8.827e-17,0.8271) (0.175) + (0.4376,-0.1389,0.3529,-0.1304) (0.175) + (0.8123,0.1389,-0.3529,-0.6967) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.1438, z = 0.7265 for u. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (0.9393,-0.6492,-0.6436,0.1264) 0.175, kt_max = 0.3798 l : u (5.93,-4.875,-2.708,2.01) 0.175, kt_max = 0.3798 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 1, 0] ((14.76,-7.462,-3.685,2.134),12 ) [> 459603424] [< 2] : l : u (11.67,-10.16,-5.107,2.594) 0.175, kt_max = 1.238 l : ub (3.091,2.7,1.422,-0.4594) 0.175, kt_max = 0.9265 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 30, 0] ((5.829,-5.205,-2.355,0.5701),1.008 ) : l : u (4.89,-4.556,-1.712,0.4438) 0.175, kt_max = 1.039 l : ub (0.9393,-0.6492,-0.6436,0.1264) 0.175, kt_max = 0.3798 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 31, 0] ((8.927,-2.257,-1.33,1.564),8.39 ) : l : u (5.93,-4.875,-2.708,2.01) 0.175, kt_max = 0.3798 l : ub (2.997,2.618,1.378,-0.4455) 0.175, kt_max = 0.9265 ::: Cluster_Part::TestDecay : decay of (14.76,-7.462,-3.685,2.134) succeded. ------------------------------------------------------------- Cluster [cluster, 30, 0] ((5.829,-5.205,-2.355,0.5701),1.008 ) : l : u (4.89,-4.556,-1.712,0.4438) 0.175, kt_max = 1.039 l : ub (0.9393,-0.6492,-0.6436,0.1264) 0.175, kt_max = 0.3798 ------------------------------------------------------------- Cluster [cluster, 31, 0] ((8.927,-2.257,-1.33,1.564),8.39 ) : l : u (5.93,-4.875,-2.708,2.01) 0.175, kt_max = 0.3798 l : ub (2.997,2.618,1.378,-0.4455) 0.175, kt_max = 0.9265 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 1(12): 30 (1.008) 31 (8.39), popped ub. @@ Soft_Cluster_Handler::DecayWeight for cluster 30 (u, ub, mass = 1.008): @@ Heavy = Xi(1690) + Xi(1690)b (3.392), light = pi + pi (0.27), enforce = 0. @@ --> pi + rho(770) ( waves = 0.173, max = 0.8103 from pi+ + rho(770)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 30 (u, ub, mass = 1.008): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (30:u(l), ub(l), m = 1.008) --> @@ --> too heavy, no decay. @@ Soft_Cluster_Handler::TransformWeight for cluster 31 (u, ub, mass = 8.39): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 1.008 + 8.39, original cluster: mass = 12. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (pi, (1.176,-1.096,-0.3428,0.215)) (rho(770), (4.653,-4.109,-2.012,0.3551)) from cluster 30 : (5.829,-5.205,-2.355,0.5701). ++++ After popping front cluster list has now size = 1. +++ Test cluster [u(l), ub(l)]. ::::::::::::::::::::::::::::::::::::::::::::::: ::: Cluster_Part::TestDecay : Try 31 (u ub, mass = 8.39) --> Splitting_Tools::PrepareKinematics(glusplit = 0, Q = 8.39): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1). ~~ Splitting_Tools::ProduceKinematics. flav = G. kt2min = 0.74, z in [0.01107, 0.9894]. ... Splitting_Tools::UpdateRanges(z = 0.3766) --> kt_max = 3.978. ... first: ll(ub u): kt_max = 0.9265 from pt(kin) = 1.354, p_min = 2.992 and cos = -0.9805, red. mass = 8.386. correct to kt^2_min,max = 0.2146, 0.8585. Splitting_Tools::KinCheck(kt^2 = 0.5253, z = 0.3766). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.5253 and z = 0.3766 for G. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (8.39,0,0,0) = (4.195,-1.11e-16,-1.11e-16,4.191) (0.175) + (4.195,1.11e-16,1.11e-16,-4.191) (0.175) ~~ (4.06,-1.075e-16,-1.075e-16,4.057) (0.175) + (2.663,0.03326,-0.7188,-2.564) (0) + (1.666,-0.03326,0.7188,-1.492) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.5177, z = 0.3766 for G. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 1) -> succeeded. =============================================================== === Dipole_Splitter::SplitDipole(first = 0, veto = 0, m^2 = 2.287) for G(l) ub(l) (1.913,1.816,0.2218,-0.5596) ( 0.5253 ) (1.274,0.6456,1.07,0.1786) ( 0.5253 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 1.512): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.1333, z in [0.07891, 0.9211]. ... Splitting_Tools::UpdateRanges(z = 0.5591) --> kt_max = 0.6404. ... first: ll(G ub): kt_max = 0.3296 from pt(kin) = 1.124, p_min = 1.262 and cos = 0.5424, red. mass = 1.481. correct to kt^2_min,max = 0.02716, 0.1087. Splitting_Tools::KinCheck(kt^2 = 0.06758, z = 0.5591). ... Splitting_Tools::UpdateRanges(z = 0.8534) --> kt_max = 0.4394. ... first: ll(G ub): kt_max = 0.2731 from pt(kin) = 1.124, p_min = 1.262 and cos = 0.5424, red. mass = 1.481. correct to kt^2_min,max = 0.01864, 0.07456. Splitting_Tools::KinCheck(kt^2 = 0.02527, z = 0.8534). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.02527 and z = 0.8534 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (1.512,0,0,0) = (0.7662,5.551e-17,-2.776e-17,0.746) (0.175) + (0.746,-8.327e-17,8.327e-17,-0.746) (2.788e-08) ~~ (0.6185,4.415e-17,-2.207e-17,0.5932) (0.175) + (0.2354,-0.02909,-0.1532,0.02185) (0.175) + (0.6582,0.02909,0.1532,-0.6151) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.02432, z = 0.8564 for u. ~~ Splitting_Tools::DetermineSplitting(first = 0, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (0.2653,0.1866,0.04043,0.05753) 0.175, kt_max = 0.159 l : u (1.889,1.746,0.3925,-0.5782) 0.175, kt_max = 0.159 === Dipole_Splitter::SplitDipole(out): succeded to split dipole. ------------------------------------------------------------- Cluster [cluster, 31, 0] ((8.927,-2.257,-1.33,1.564),8.39 ) : l : u (5.93,-4.875,-2.708,2.01) 0.175, kt_max = 0.3798 l : ub (2.997,2.618,1.378,-0.4455) 0.175, kt_max = 0.9265 ---- Left ----> ------------------------------------------------------------- Cluster [cluster, 35, 0] ((2.922,2.275,1.251,-0.4385),1.267 ) : l : u (1.889,1.746,0.3925,-0.5782) 0.175, kt_max = 0.159 l : ub (1.033,0.5284,0.8586,0.1397) 0.175, kt_max = 0.7248 ---- Right ----> ------------------------------------------------------------- Cluster [cluster, 34, 0] ((6.006,-4.532,-2.581,2.003),2.204 ) : l : u (5.74,-4.719,-2.621,1.945) 0.175, kt_max = 0.3798 l : ub (0.2653,0.1866,0.04043,0.05753) 0.175, kt_max = 0.159 ::: Cluster_Part::TestDecay : decay of (8.927,-2.257,-1.33,1.564) succeded. ------------------------------------------------------------- Cluster [cluster, 35, 0] ((2.922,2.275,1.251,-0.4385),1.267 ) : l : u (1.889,1.746,0.3925,-0.5782) 0.175, kt_max = 0.159 l : ub (1.033,0.5284,0.8586,0.1397) 0.175, kt_max = 0.7248 ------------------------------------------------------------- Cluster [cluster, 34, 0] ((6.006,-4.532,-2.581,2.003),2.204 ) : l : u (5.74,-4.719,-2.621,1.945) 0.175, kt_max = 0.3798 l : ub (0.2653,0.1866,0.04043,0.05753) 0.175, kt_max = 0.159 ::::::::::::::::::::::::::::::::::::::::::::::: ++++ From 31(8.39): 35 (1.267) 34 (2.204), popped ub. @@ Soft_Cluster_Handler::DecayWeight for cluster 35 (u, ub, mass = 1.267): @@ Heavy = Xi(1690) + Xi(1690)b (3.392), light = pi + pi (0.27), enforce = 0. @@ --> K+ + K- ( waves = 0.108, max = 0.8103 from pi+ + rho(770)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 35 (u, ub, mass = 1.267): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (35:u(l), ub(l), m = 1.267) --> @@ Soft_Cluster_Handler::DecayWeight for cluster 34 (u, ub, mass = 2.204): @@ Heavy = Xi(1690) + Xi(1690)b (3.392), light = pi + pi (0.27), enforce = 0. @@ --> b(1)(1235)+ + rho(770)- ( waves = 2.431, max = 4.051 from rho(770)+ + a(2)(1320)-) @@ Soft_Cluster_Handler::TransformWeight for cluster 34 (u, ub, mass = 2.204): @@ Heavy = f(2)'(1525) (1.525), light = pi (0.135), enforce = 0, lighter = 0 for no_particle. @@@@ Soft_Cluster_Handler::CheckCluster for cluster (34:u(l), ub(l), m = 2.204) --> Soft_Cluster_Handler::TreatClusterDecay------------------------------------------------------ for 2 clusters with masses 1.267 + 2.204, original cluster: mass = 8.39. $$$$$$ Soft_Cluster_Handler::AttachHadronsToBlob for 2 clusters. $$ attach two hadrons (K+, (1.566,1.427,0.3356,-0.2406)) (K-, (1.356,0.8474,0.9155,-0.198)) from cluster 35 : (2.922,2.275,1.251,-0.4385). $$ attach two hadrons (b(1)(1235)+, (4.283,-3.517,-1.612,1.367)) (rho(770)-, (1.722,-1.015,-0.969,0.6351)) from cluster 34 : (6.006,-4.532,-2.581,2.003). ++++ After popping front cluster list has now size = 0. Passed cluster decays now (0th trial). Ahadic::CleanUp: 2 remaining Proto_Particle_Lists found: Passed Ahadic::SanityCheck with protoparticles = 0/ parts = 22 vs. 22 : (-1.155e-14,1.243e-14,4.885e-15,1.887e-15) Blob [32]( 7, Cluster Formation , 6 -> 22 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : [P] 1 omega(782) 19 ( 7 -> ) [( 9.7210e+00,-9.0848e+00,-3.1539e+00, 1.1856e+00), p^2= 6.1143e-01, m= 7.8194e-01] ( 0, 0) [P] 1 pi- 20 ( 7 -> ) [( 6.0395e+00,-5.7864e+00,-1.6513e+00, 4.9640e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [P] 1 K*(892)b 21 ( 7 -> ) [( 8.7377e+00,-8.1495e+00,-2.4282e+00,-1.7980e+00), p^2= 8.0300e-01, m= 8.9610e-01] ( 0, 0) [P] 1 eta 22 ( 7 -> ) [( 6.0052e+00,-5.5585e+00,-1.8466e+00,-1.2069e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) [P] 1 nb 23 ( 7 -> ) [( 7.7919e+00, 7.2763e+00, 2.4715e+00,-8.8189e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [P] 1 K*(892)+ 24 ( 7 -> ) [( 6.4746e+00, 6.2334e+00, 1.4971e+00,-1.6993e-01), p^2= 7.9506e-01, m= 8.9166e-01] ( 0, 0) [P] 1 K- 25 ( 7 -> ) [( 4.2156e+00, 3.9000e+00, 7.6762e-01,-1.3147e+00), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K(2)*(1430)+ 26 ( 7 -> ) [( 4.7140e+00, 4.3519e+00, 4.6450e-01,-1.0173e+00), p^2= 2.0323e+00, m= 1.4256e+00] ( 0, 0) [P] 1 rho(770)+ 27 ( 7 -> ) [( 6.0927e+00, 5.4195e+00, 2.6733e+00, 9.9255e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 Delta(1232)- 28 ( 7 -> ) [( 8.0432e+00, 7.4859e+00, 2.6187e+00, 5.2835e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 Delta(1232)+b 29 ( 7 -> ) [( 1.5068e+00, 7.2227e-01, 4.6801e-02, 4.7817e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 b(1)(1235)- 30 ( 7 -> ) [( 1.9943e+00, 1.3093e+00, 6.1536e-01,-6.1059e-01), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770) 31 ( 7 -> ) [( 1.0164e+00, 3.4472e-01, 5.6168e-01, 7.5828e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 rho(770) 32 ( 7 -> ) [( 1.2290e+00, 4.5860e-01, 5.5122e-01, 6.3513e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 pi 33 ( 7 -> ) [( 3.0886e-01,-1.2459e-01, 2.4426e-01, 4.4624e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 Delta(1232)++ 34 ( 7 -> ) [( 2.3716e+00,-1.3357e+00, 2.5289e-01, 1.5028e+00), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 pi 35 ( 7 -> ) [( 1.1761e+00,-1.0960e+00,-3.4285e-01, 2.1499e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 rho(770) 36 ( 7 -> ) [( 4.6533e+00,-4.1091e+00,-2.0123e+00, 3.5514e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 K+ 37 ( 7 -> ) [( 1.5657e+00, 1.4273e+00, 3.3564e-01,-2.4057e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K- 38 ( 7 -> ) [( 1.3562e+00, 8.4744e-01, 9.1547e-01,-1.9796e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 b(1)(1235)+ 39 ( 7 -> ) [( 4.2834e+00,-3.5167e+00,-1.6121e+00, 1.3675e+00), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770)- 40 ( 7 -> ) [( 1.7222e+00,-1.0153e+00,-9.6897e-01, 6.3512e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 7 elements { Blob [0]( 6, Bunch , from Beam 0, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( -> 6) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [0]( 5, Bunch , from Beam 1, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( -> 5) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [16]( 4, Beam , from Beam 1, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [B] 1 P 18 ( 4 -> ) [( 1.8098e-01, 0.0000e+00, 0.0000e+00,-1.8098e-01), p^2=-5.1487e-15, m= 0.0000e+00] ( 0, 0) Blob [16]( 3, Beam , from Beam 0, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [B] 1 P 17 ( 3 -> ) [( 7.3884e-05, 0.0000e+00, 0.0000e+00, 7.3884e-05), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [4]( 2, Shower , 6 -> 8 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Blob [64]( 7, Fragmentation , 6 -> 22 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : [P] 1 omega(782) 19 ( 7 -> ) [( 9.7210e+00,-9.0848e+00,-3.1539e+00, 1.1856e+00), p^2= 6.1143e-01, m= 7.8194e-01] ( 0, 0) [P] 1 pi- 20 ( 7 -> ) [( 6.0395e+00,-5.7864e+00,-1.6513e+00, 4.9640e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [P] 1 K*(892)b 21 ( 7 -> ) [( 8.7377e+00,-8.1495e+00,-2.4282e+00,-1.7980e+00), p^2= 8.0300e-01, m= 8.9610e-01] ( 0, 0) [P] 1 eta 22 ( 7 -> ) [( 6.0052e+00,-5.5585e+00,-1.8466e+00,-1.2069e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) [P] 1 nb 23 ( 7 -> ) [( 7.7919e+00, 7.2763e+00, 2.4715e+00,-8.8189e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [P] 1 K*(892)+ 24 ( 7 -> ) [( 6.4746e+00, 6.2334e+00, 1.4971e+00,-1.6993e-01), p^2= 7.9506e-01, m= 8.9166e-01] ( 0, 0) [P] 1 K- 25 ( 7 -> ) [( 4.2156e+00, 3.9000e+00, 7.6762e-01,-1.3147e+00), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K(2)*(1430)+ 26 ( 7 -> ) [( 4.7140e+00, 4.3519e+00, 4.6450e-01,-1.0173e+00), p^2= 2.0323e+00, m= 1.4256e+00] ( 0, 0) [P] 1 rho(770)+ 27 ( 7 -> ) [( 6.0927e+00, 5.4195e+00, 2.6733e+00, 9.9255e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 Delta(1232)- 28 ( 7 -> ) [( 8.0432e+00, 7.4859e+00, 2.6187e+00, 5.2835e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 Delta(1232)+b 29 ( 7 -> ) [( 1.5068e+00, 7.2227e-01, 4.6801e-02, 4.7817e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 b(1)(1235)- 30 ( 7 -> ) [( 1.9943e+00, 1.3093e+00, 6.1536e-01,-6.1059e-01), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770) 31 ( 7 -> ) [( 1.0164e+00, 3.4472e-01, 5.6168e-01, 7.5828e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 rho(770) 32 ( 7 -> ) [( 1.2290e+00, 4.5860e-01, 5.5122e-01, 6.3513e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 pi 33 ( 7 -> ) [( 3.0886e-01,-1.2459e-01, 2.4426e-01, 4.4624e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 Delta(1232)++ 34 ( 7 -> ) [( 2.3716e+00,-1.3357e+00, 2.5289e-01, 1.5028e+00), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 pi 35 ( 7 -> ) [( 1.1761e+00,-1.0960e+00,-3.4285e-01, 2.1499e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 rho(770) 36 ( 7 -> ) [( 4.6533e+00,-4.1091e+00,-2.0123e+00, 3.5514e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 K+ 37 ( 7 -> ) [( 1.5657e+00, 1.4273e+00, 3.3564e-01,-2.4057e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K- 38 ( 7 -> ) [( 1.3562e+00, 8.4744e-01, 9.1547e-01,-1.9796e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 b(1)(1235)+ 39 ( 7 -> ) [( 4.2834e+00,-3.5167e+00,-1.6121e+00, 1.3675e+00), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770)- 40 ( 7 -> ) [( 1.7222e+00,-1.0153e+00,-9.6897e-01, 6.3512e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent(): run 'Hadronization:Ahadic' WARNING in Lund_Interface::PrepareFragmentationBlob: No coloured particle found leaving shower blobs. Event_Handler::GenerateEvent(): run 'Hadron_Decays,Photons' Hadron_Decays::Treat(bloblist->size()=7) { 66:*blob=Blob [64]( 7, Fragmentation , 6 -> 22 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-2.2737e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2=-7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : [P] 1 omega(782) 19 ( 7 -> ) [( 9.7210e+00,-9.0848e+00,-3.1539e+00, 1.1856e+00), p^2= 6.1143e-01, m= 7.8194e-01] ( 0, 0) [P] 1 pi- 20 ( 7 -> ) [( 6.0395e+00,-5.7864e+00,-1.6513e+00, 4.9640e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [P] 1 K*(892)b 21 ( 7 -> ) [( 8.7377e+00,-8.1495e+00,-2.4282e+00,-1.7980e+00), p^2= 8.0300e-01, m= 8.9610e-01] ( 0, 0) [P] 1 eta 22 ( 7 -> ) [( 6.0052e+00,-5.5585e+00,-1.8466e+00,-1.2069e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) [P] 1 nb 23 ( 7 -> ) [( 7.7919e+00, 7.2763e+00, 2.4715e+00,-8.8189e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [P] 1 K*(892)+ 24 ( 7 -> ) [( 6.4746e+00, 6.2334e+00, 1.4971e+00,-1.6993e-01), p^2= 7.9506e-01, m= 8.9166e-01] ( 0, 0) [P] 1 K- 25 ( 7 -> ) [( 4.2156e+00, 3.9000e+00, 7.6762e-01,-1.3147e+00), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K(2)*(1430)+ 26 ( 7 -> ) [( 4.7140e+00, 4.3519e+00, 4.6450e-01,-1.0173e+00), p^2= 2.0323e+00, m= 1.4256e+00] ( 0, 0) [P] 1 rho(770)+ 27 ( 7 -> ) [( 6.0927e+00, 5.4195e+00, 2.6733e+00, 9.9255e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 Delta(1232)- 28 ( 7 -> ) [( 8.0432e+00, 7.4859e+00, 2.6187e+00, 5.2835e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 Delta(1232)+b 29 ( 7 -> ) [( 1.5068e+00, 7.2227e-01, 4.6801e-02, 4.7817e-01), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 b(1)(1235)- 30 ( 7 -> ) [( 1.9943e+00, 1.3093e+00, 6.1536e-01,-6.1059e-01), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770) 31 ( 7 -> ) [( 1.0164e+00, 3.4472e-01, 5.6168e-01, 7.5828e-02), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 rho(770) 32 ( 7 -> ) [( 1.2290e+00, 4.5860e-01, 5.5122e-01, 6.3513e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 pi 33 ( 7 -> ) [( 3.0886e-01,-1.2459e-01, 2.4426e-01, 4.4624e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 Delta(1232)++ 34 ( 7 -> ) [( 2.3716e+00,-1.3357e+00, 2.5289e-01, 1.5028e+00), p^2= 1.5178e+00, m= 1.2320e+00] ( 0, 0) [P] 1 pi 35 ( 7 -> ) [( 1.1761e+00,-1.0960e+00,-3.4285e-01, 2.1499e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 1 rho(770) 36 ( 7 -> ) [( 4.6533e+00,-4.1091e+00,-2.0123e+00, 3.5514e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0) [P] 1 K+ 37 ( 7 -> ) [( 1.5657e+00, 1.4273e+00, 3.3564e-01,-2.4057e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K- 38 ( 7 -> ) [( 1.3562e+00, 8.4744e-01, 9.1547e-01,-1.9796e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 b(1)(1235)+ 39 ( 7 -> ) [( 4.2834e+00,-3.5167e+00,-1.6121e+00, 1.3675e+00), p^2= 1.5117e+00, m= 1.2295e+00] ( 0, 0) [P] 1 rho(770)- 40 ( 7 -> ) [( 1.7222e+00,-1.0153e+00,-9.6897e-01, 6.3512e-01), p^2= 5.9290e-01, m= 7.7000e-01] ( 0, 0)  Hadron_Decays::CreateDecayBlob(Delta(1232)-) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=8) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(K*(892)b) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=9) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(rho(770)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=10) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(omega(782)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=11) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(rho(770)+) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=12) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(rho(770)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=13) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(K(2)*(1430)+) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=14) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(Delta(1232)+b) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=15) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(b(1)(1235)-) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=16) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=17) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(K*(892)+) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=18) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(b(1)(1235)+) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=19) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(Delta(1232)++) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=20) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(rho(770)-) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=21) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=22) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(rho(770)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=23) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(eta) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=24) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(7) { Hadron_Decay_Handler::DiceMass(pi 0 88.46) { 70:decaymin=0 164:mass=0.135 } Hadron_Decay_Handler::DiceMass(pi 0 88.32) { 70:decaymin=0 164:mass=0.135 } Hadron_Decay_Handler::DiceMass(eta 0 88.19) { 70:decaymin=0.4049 164:mass=0.5473 } Hadron_Decay_Handler::DiceMass(omega(782) 0 87.64) { 70:decaymin=0.4141 164:mass=0.7792 } Hadron_Decay_Handler::DiceMass(K*(892)b 0 86.86) { 70:decaymin=0.6326 164:mass=0.8905 } Hadron_Decay_Handler::DiceMass(K*(892)+ 0 85.97) { 70:decaymin=0.6287 164:mass=0.8459 } Hadron_Decay_Handler::DiceMass(K(2)*(1430)+ 0 85.13) { 70:decaymin=1.036 164:mass=1.568 } Hadron_Decay_Handler::DiceMass(Delta(1232)- 0 83.56) { 70:decaymin=1.079 164:mass=1.178 } Hadron_Decay_Handler::DiceMass(Delta(1232)+b 0 82.38) { 70:decaymin=1.079 164:mass=1.208 } Hadron_Decay_Handler::DiceMass(Delta(1232)++ 0 81.17) { 70:decaymin=1.078 164:mass=1.621 } Hadron_Decay_Handler::DiceMass(b(1)(1235)+ 0 79.55) { 70:decaymin=0.1396 164:mass=1.245 } Hadron_Decay_Handler::DiceMass(b(1)(1235)- 0 78.31) { 70:decaymin=0.9215 164:mass=1.088 } Hadron_Decay_Handler::DiceMass(rho(770) 0 77.22) { 70:decaymin=0.2791 164:mass=0.6865 } Hadron_Decay_Handler::DiceMass(rho(770) 0 76.53) { 70:decaymin=0.2791 164:mass=0.6936 } Hadron_Decay_Handler::DiceMass(rho(770) 0 75.84) { 70:decaymin=0.2791 164:mass=0.8689 } Hadron_Decay_Handler::DiceMass(rho(770)+ 0 74.97) { 70:decaymin=0.2745 164:mass=0.7427 } Hadron_Decay_Handler::DiceMass(rho(770)- 0 74.23) { 70:decaymin=0.2745 164:mass=0.7568 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::Treat(Blob [64]( 8, Hadron Decay , 1 -> 0 @ (2.383e-12,2.218e-12,7.758e-13,1.565e-13) Incoming particles : [P] 1 Delta(1232)- 28 ( 7 -> 8) [( 8.0203e+00, 7.4718e+00, 2.6138e+00, 5.2734e-01), p^2= 1.3867e+00, m= 1.1776e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a268630) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=8) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=8) { 91:*blob=Blob [64]( 8, Hadron Decay , 1 -> 2 @ (2.383e-12,2.218e-12,7.758e-13,1.565e-13) Incoming particles : [P] 2 Delta(1232)- 28 ( 7 -> 8) [( 1.2320e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.5178e+00, m= 1.1776e+00] ( 0, 0) Outgoing particles : [D] 1 n 41 ( 8 -> ) [( 9.6637e-01,-1.6324e-01, 3.6284e-02, 1.5205e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 42 ( 8 -> ) [( 2.6563e-01, 1.6324e-01,-3.6284e-02,-1.5205e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a268630)  } } Hadron_Decays::CreateDecayBlob(n) { } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(8) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(8, (8.02,7.472,2.614,0.5273)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(8) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 9, Hadron Decay , 1 -> 0 @ (1.568e-10,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [P] 1 K*(892)b 21 ( 7 -> 9) [( 8.7208e+00,-8.1342e+00,-2.4236e+00,-1.7946e+00), p^2= 7.9297e-01, m= 8.9049e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a1924a0) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=9) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=9) { 91:*blob=Blob [64]( 9, Hadron Decay , 1 -> 2 @ (1.568e-10,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [P] 2 K*(892)b 21 ( 7 -> 9) [( 8.9610e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 8.0300e-01, m= 8.9049e-01] ( 0, 0) Outgoing particles : [D] 1 Kb 43 ( 9 -> ) [( 5.7608e-01, 2.0301e-01,-2.0556e-01,-2.6972e-02), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) [D] 1 pi 44 ( 9 -> ) [( 3.2002e-01,-2.0301e-01, 2.0556e-01, 2.6972e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1924a0)  } } Hadron_Decays::CreateDecayBlob(Kb) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=25) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=26) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(9) { Hadron_Decay_Handler::DiceMass(Kb 0 0.8905) { } Hadron_Decay_Handler::DiceMass(pi 0 0.3928) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(9, (8.721,-8.134,-2.424,-1.795)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(9) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 25, Hadron Decay , 1 -> 0 @ (1.568e-10,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [D] 1 Kb 43 ( 9 -> 25) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0ddd20) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=25) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=25) { 91:*blob=Blob [64]( 25, Hadron Decay , 1 -> 1 @ (1.568e-10,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [D] 2 Kb 43 ( 9 -> 25) [( 4.9767e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 1 K(S) 45 ( 25 -> ) [( 4.9767e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Data_Container: * hdc (0x1a0ddd20)  } } Hadron_Decays::CreateDecayBlob(K(S)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=27) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(25) { } Hadron_Decays::BoostAndStretch(25, (4.399,-4.008,-1.457,-0.9551)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(25) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 27, Hadron Decay , 1 -> 0 @ (73.42,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [D] 1 K(S) 45 ( 25 -> 27) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0e1160) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=27) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=27) { 91:*blob=Blob [64]( 27, Hadron Decay , 1 -> 2 @ (73.42,-1.462e-10,-4.357e-11,-3.226e-11) Incoming particles : [D] 2 K(S) 45 ( 25 -> 27) [( 4.9767e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 46 ( 27 -> ) [( 2.4884e-01,-1.7454e-01,-9.5945e-02, 5.2624e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 47 ( 27 -> ) [( 2.4883e-01, 1.7454e-01, 9.5945e-02,-5.2624e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a0e1160)  } } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::SetMasses(27) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(27, (4.399,-4.008,-1.457,-0.9551)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(27) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 26, Hadron Decay , 1 -> 0 @ (3.652e-05,-2.317e-05,2.346e-05,3.078e-06) Incoming particles : [D] 1 pi 44 ( 9 -> 26) [( 4.3222e+00,-4.1259e+00,-9.6693e-01,-8.3951e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=26) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=26) { 91:*blob=Blob [64]( 26, Hadron Decay , 1 -> 2 @ (3.652e-05,-2.317e-05,2.346e-05,3.078e-06) Incoming particles : [D] 2 pi 44 ( 9 -> 26) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 48 ( 26 -> ) [( 6.7488e-02,-3.7995e-02, 1.9730e-02, 5.2170e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 49 ( 26 -> ) [( 6.7488e-02, 3.7995e-02,-1.9730e-02,-5.2170e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(26) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(26, (4.322,-4.126,-0.9669,-0.8395)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(26) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 10, Hadron Decay , 1 -> 0 @ (2.127e-12,7.214e-13,1.176e-12,1.587e-13) Incoming particles : [P] 1 rho(770) 31 ( 7 -> 10) [( 1.0924e+00, 3.4407e-01, 5.6063e-01, 7.5841e-02), p^2= 7.5498e-01, m= 8.6890e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a185790) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=10) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=10) { 91:*blob=Blob [64]( 10, Hadron Decay , 1 -> 2 @ (2.127e-12,7.214e-13,1.176e-12,1.587e-13) Incoming particles : [P] 2 rho(770) 31 ( 7 -> 10) [( 7.7000e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 5.9290e-01, m= 8.6890e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 50 ( 10 -> ) [( 3.8500e-01, 8.1962e-04,-3.5548e-01, 4.8748e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 51 ( 10 -> ) [( 3.8500e-01,-8.1962e-04, 3.5548e-01,-4.8748e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790)  } } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(10) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(10, (1.092,0.3441,0.5606,0.07584)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(10) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 11, Hadron Decay , 1 -> 0 @ (2.279e-10,-2.13e-10,-7.393e-11,2.779e-11) Incoming particles : [P] 1 omega(782) 19 ( 7 -> 11) [( 9.7026e+00,-9.0677e+00,-3.1480e+00, 1.1834e+00), p^2= 6.0722e-01, m= 7.7924e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a191980) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=11) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=11) { 91:*blob=Blob [64]( 11, Hadron Decay , 1 -> 3 @ (2.279e-10,-2.13e-10,-7.393e-11,2.779e-11) Incoming particles : [P] 2 omega(782) 19 ( 7 -> 11) [( 7.8194e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 6.1143e-01, m= 7.7924e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 52 ( 11 -> ) [( 3.2337e-01, 2.2686e-01,-1.8299e-01,-1.1854e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 53 ( 11 -> ) [( 2.5376e-01,-7.4885e-02, 1.9538e-01, 3.3716e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi 54 ( 11 -> ) [( 2.0481e-01,-1.5197e-01,-1.2389e-02,-2.1862e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980)  } } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=28) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(11) { Hadron_Decay_Handler::DiceMass(pi 0 0.5001) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(11, (9.703,-9.068,-3.148,1.183)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(11) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 28, Hadron Decay , 1 -> 0 @ (4.078e-06,-3.026e-06,-2.468e-07,-4.353e-07) Incoming particles : [D] 1 pi 54 ( 11 -> 28) [( 4.3197e+00,-4.0648e+00,-1.3710e+00, 4.8898e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=28) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=28) { 91:*blob=Blob [64]( 28, Hadron Decay , 1 -> 2 @ (4.078e-06,-3.026e-06,-2.468e-07,-4.353e-07) Incoming particles : [D] 2 pi 54 ( 11 -> 28) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 55 ( 28 -> ) [( 6.7488e-02, 6.5553e-02, 9.7429e-03, 1.2747e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) [D] 1 P 56 ( 28 -> ) [( 6.7488e-02,-6.5553e-02,-9.7429e-03,-1.2747e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(28) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(28, (4.32,-4.065,-1.371,0.489)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(28) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 12, Hadron Decay , 1 -> 0 @ (4.644e-11,4.131e-11,2.038e-11,7.565e-13) Incoming particles : [P] 1 rho(770)+ 27 ( 7 -> 12) [( 6.0780e+00, 5.4093e+00, 2.6683e+00, 9.9062e-02), p^2= 5.5166e-01, m= 7.4274e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a1fa760) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=12) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=12) { 91:*blob=Blob [64]( 12, Hadron Decay , 1 -> 2 @ (4.644e-11,4.131e-11,2.038e-11,7.565e-13) Incoming particles : [P] 2 rho(770)+ 27 ( 7 -> 12) [( 7.7000e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 5.9290e-01, m= 7.4274e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 57 ( 12 -> ) [( 3.8582e-01,-9.0934e-02, 3.2649e-01, 1.2048e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi 58 ( 12 -> ) [( 3.8418e-01, 9.0934e-02,-3.2649e-01,-1.2048e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760)  } } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=29) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(12) { Hadron_Decay_Handler::DiceMass(pi 0 0.6032) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(12, (6.078,5.409,2.668,0.09906)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(12) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 29, Hadron Decay , 1 -> 0 @ (7.053e-05,1.669e-05,-5.994e-05,-2.212e-05) Incoming particles : [D] 1 pi 58 ( 12 -> 29) [( 2.5268e+00, 2.3850e+00, 8.2023e-01,-7.3498e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=29) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=29) { 91:*blob=Blob [64]( 29, Hadron Decay , 1 -> 2 @ (7.053e-05,1.669e-05,-5.994e-05,-2.212e-05) Incoming particles : [D] 2 pi 58 ( 12 -> 29) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 59 ( 29 -> ) [( 6.7488e-02,-5.0733e-02,-4.4226e-02,-4.9873e-03), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 60 ( 29 -> ) [( 6.7488e-02, 5.0733e-02, 4.4226e-02, 4.9873e-03), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(29) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(29, (2.527,2.385,0.8202,-0.0735)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(29) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 13, Hadron Decay , 1 -> 0 @ (1.212e-11,-1.07e-11,-5.242e-12,9.251e-13) Incoming particles : [P] 1 rho(770) 36 ( 7 -> 13) [( 4.6327e+00,-4.1014e+00,-2.0085e+00, 3.5445e-01), p^2= 4.8102e-01, m= 6.9356e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a185790) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=13) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=13) { 91:*blob=Blob [64]( 13, Hadron Decay , 1 -> 2 @ (1.212e-11,-1.07e-11,-5.242e-12,9.251e-13) Incoming particles : [P] 2 rho(770) 36 ( 7 -> 13) [( 7.7000e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 5.9290e-01, m= 6.9356e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 61 ( 13 -> ) [( 3.8500e-01, 3.3286e-01, 9.7911e-02,-9.1431e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 62 ( 13 -> ) [( 3.8500e-01,-3.3286e-01,-9.7911e-02, 9.1431e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790)  } } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::SetMasses(13) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(13, (4.633,-4.101,-2.009,0.3545)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(13) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 14, Hadron Decay , 1 -> 0 @ (2.026e-12,1.87e-12,1.996e-13,-4.372e-13) Incoming particles : [P] 1 K(2)*(1430)+ 26 ( 7 -> 14) [( 4.7511e+00, 4.3437e+00, 4.6363e-01,-1.0153e+00), p^2= 2.4595e+00, m= 1.5683e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a215830) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=14) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=14) { 91:*blob=Blob [64]( 14, Hadron Decay , 1 -> 2 @ (2.026e-12,1.87e-12,1.996e-13,-4.372e-13) Incoming particles : [P] 2 K(2)*(1430)+ 26 ( 7 -> 14) [( 1.4256e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 2.0323e+00, m= 1.5683e+00] ( 0, 0) Outgoing particles : [D] 1 K*(892) 63 ( 14 -> ) [( 9.8760e-01,-9.7281e-02, 3.5602e-04,-4.0361e-01), p^2= 8.0300e-01, m= 8.9610e-01] ( 0, 0) [D] 1 pi+ 64 ( 14 -> ) [( 4.3800e-01, 9.7281e-02,-3.5602e-04, 4.0361e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a215830)  } } Hadron_Decays::CreateDecayBlob(K*(892)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=30) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::SetMasses(14) { Hadron_Decay_Handler::DiceMass(K*(892) 0 1.429) { 70:decaymin=0.6332 164:mass=0.9035 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(14, (4.751,4.344,0.4636,-1.015)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(14) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 30, Hadron Decay , 1 -> 0 @ (9.329e-12,1.151e-12,2.023e-13,-3.422e-12) Incoming particles : [D] 1 K*(892) 63 ( 14 -> 30) [( 3.1353e+00, 2.7489e+00, 3.0663e-01,-1.1677e+00), p^2= 8.1634e-01, m= 9.0351e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a192300) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=30) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=30) { 91:*blob=Blob [64]( 30, Hadron Decay , 1 -> 2 @ (9.329e-12,1.151e-12,2.023e-13,-3.422e-12) Incoming particles : [D] 2 K*(892) 63 ( 14 -> 30) [( 8.9610e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 8.0300e-01, m= 9.0351e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 65 ( 30 -> ) [( 5.7317e-01,-1.3579e-01,-1.8441e-01, 1.7989e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 1 pi- 66 ( 30 -> ) [( 3.2293e-01, 1.3579e-01, 1.8441e-01,-1.7989e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a192300)  } } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::CreateDecayBlob(K+) { } Hadron_Decays::SetMasses(30) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(30, (3.135,2.749,0.3066,-1.168)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(30) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 15, Hadron Decay , 1 -> 0 @ (2e-12,9.589e-13,6.213e-14,6.348e-13) Incoming particles : [P] 1 Delta(1232)+b 29 ( 7 -> 15) [( 1.4863e+00, 7.2091e-01, 4.6713e-02, 4.7724e-01), p^2= 1.4595e+00, m= 1.2081e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a2699b0) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=15) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=15) { 91:*blob=Blob [64]( 15, Hadron Decay , 1 -> 2 @ (2e-12,9.589e-13,6.213e-14,6.348e-13) Incoming particles : [P] 2 Delta(1232)+b 29 ( 7 -> 15) [( 1.2320e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.5178e+00, m= 1.2081e+00] ( 0, 0) Outgoing particles : [D] 1 nb 67 ( 15 -> ) [( 9.6637e-01,-1.6858e-01,-1.2948e-01,-7.6777e-02), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 68 ( 15 -> ) [( 2.6563e-01, 1.6858e-01, 1.2948e-01, 7.6777e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a2699b0)  } } Hadron_Decays::CreateDecayBlob(nb) { } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(15) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(15, (1.486,0.7209,0.04671,0.4772)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(15) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 16, Hadron Decay , 1 -> 0 @ (7.585e-14,4.979e-14,2.34e-14,-2.322e-14) Incoming particles : [P] 1 b(1)(1235)- 30 ( 7 -> 16) [( 1.9077e+00, 1.3068e+00, 6.1420e-01,-6.0961e-01), p^2= 1.1828e+00, m= 1.0876e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a226ca0) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=16) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=16) { 91:*blob=Blob [64]( 16, Hadron Decay , 1 -> 2 @ (7.585e-14,4.979e-14,2.34e-14,-2.322e-14) Incoming particles : [P] 2 b(1)(1235)- 30 ( 7 -> 16) [( 1.2295e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.5117e+00, m= 1.0876e+00] ( 0, 0) Outgoing particles : [D] 1 omega(782) 69 ( 16 -> ) [( 8.5548e-01,-7.7897e-02,-1.8681e-01,-2.8186e-01), p^2= 6.1143e-01, m= 7.8194e-01] ( 0, 0) [D] 1 pi- 70 ( 16 -> ) [( 3.7402e-01, 7.7897e-02, 1.8681e-01, 2.8186e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a226ca0)  } } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::CreateDecayBlob(omega(782)) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=31) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(16) { Hadron_Decay_Handler::DiceMass(omega(782) 0 0.948) { 70:decaymin=0.4141 164:mass=0.7837 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(16, (1.908,1.307,0.6142,-0.6096)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(16) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 31, Hadron Decay , 1 -> 0 @ (3.697e-11,-3.31e-12,-8.034e-12,-1.218e-11) Incoming particles : [D] 1 omega(782) 69 ( 16 -> 31) [( 1.4061e+00, 9.1804e-01, 3.3127e-01,-6.4055e-01), p^2= 6.1426e-01, m= 7.8375e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a191980) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=31) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=31) { 91:*blob=Blob [64]( 31, Hadron Decay , 1 -> 3 @ (3.697e-11,-3.31e-12,-8.034e-12,-1.218e-11) Incoming particles : [D] 2 omega(782) 69 ( 16 -> 31) [( 7.8194e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 6.1143e-01, m= 7.8375e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 71 ( 31 -> ) [( 2.3806e-01,-1.0416e-01, 1.5731e-01,-3.9979e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 72 ( 31 -> ) [( 2.9033e-01, 9.7865e-02,-5.4919e-02, 2.2851e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi 73 ( 31 -> ) [( 2.5355e-01, 6.2954e-03,-1.0239e-01,-1.8854e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980)  } } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=32) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(31) { Hadron_Decay_Handler::DiceMass(pi 0 0.5046) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(31, (1.406,0.918,0.3313,-0.6406)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(31) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 32, Hadron Decay , 1 -> 0 @ (2.102e-05,5.219e-07,-8.488e-06,-1.563e-05) Incoming particles : [D] 1 pi 73 ( 31 -> 32) [( 5.7450e-01, 3.5370e-01, 2.2637e-02,-4.3153e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=32) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=32) { 91:*blob=Blob [64]( 32, Hadron Decay , 1 -> 2 @ (2.102e-05,5.219e-07,-8.488e-06,-1.563e-05) Incoming particles : [D] 2 pi 73 ( 31 -> 32) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 74 ( 32 -> ) [( 6.7488e-02, 2.1612e-02, 5.0644e-02, 3.9022e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 75 ( 32 -> ) [( 6.7488e-02,-2.1612e-02,-5.0644e-02,-3.9022e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(32) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(32, (0.5745,0.3537,0.02264,-0.4315)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(32) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 17, Hadron Decay , 1 -> 0 @ (0.0001248,-0.0001163,-3.639e-05,2.282e-05) Incoming particles : [P] 1 pi 35 ( 7 -> 17) [( 1.1739e+00,-1.0939e+00,-3.4220e-01, 2.1459e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=17) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=17) { 91:*blob=Blob [64]( 17, Hadron Decay , 1 -> 2 @ (0.0001248,-0.0001163,-3.639e-05,2.282e-05) Incoming particles : [P] 2 pi 35 ( 7 -> 17) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 76 ( 17 -> ) [( 6.7488e-02, 3.4439e-02, 4.8213e-02,-3.2313e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) [D] 1 P 77 ( 17 -> ) [( 6.7488e-02,-3.4439e-02,-4.8213e-02, 3.2313e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(17) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(17, (1.174,-1.094,-0.3422,0.2146)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(17) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 18, Hadron Decay , 1 -> 0 @ (6.214e-12,5.983e-12,1.437e-12,-1.631e-13) Incoming particles : [P] 1 K*(892)+ 24 ( 7 -> 18) [( 6.4565e+00, 6.2217e+00, 1.4943e+00,-1.6962e-01), p^2= 7.1549e-01, m= 8.4587e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a192b30) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=18) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=18) { 91:*blob=Blob [64]( 18, Hadron Decay , 1 -> 2 @ (6.214e-12,5.983e-12,1.437e-12,-1.631e-13) Incoming particles : [P] 2 K*(892)+ 24 ( 7 -> 18) [( 8.9166e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 7.9506e-01, m= 8.4587e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 78 ( 18 -> ) [( 5.7228e-01,-3.0422e-02, 2.8566e-01, 3.5457e-02), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 1 pi 79 ( 18 -> ) [( 3.1938e-01, 3.0422e-02,-2.8566e-01,-3.5457e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a192b30)  } } Hadron_Decays::CreateDecayBlob(K+) { } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=33) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(18) { Hadron_Decay_Handler::DiceMass(pi 0 0.3522) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(18, (6.457,6.222,1.494,-0.1696)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(18) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 33, Hadron Decay , 1 -> 0 @ (7.009e-06,6.676e-07,-6.269e-06,-7.781e-07) Incoming particles : [D] 1 pi 79 ( 18 -> 33) [( 1.9684e+00, 1.9508e+00, 2.0917e-01,-8.3842e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=33) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=33) { 91:*blob=Blob [64]( 33, Hadron Decay , 1 -> 2 @ (7.009e-06,6.676e-07,-6.269e-06,-7.781e-07) Incoming particles : [D] 2 pi 79 ( 18 -> 33) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 80 ( 33 -> ) [( 6.7488e-02, 5.5428e-02,-1.1807e-02,-3.6647e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 81 ( 33 -> ) [( 6.7488e-02,-5.5428e-02, 1.1807e-02, 3.6647e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(33) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(33, (1.968,1.951,0.2092,-0.08384)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(33) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 19, Hadron Decay , 1 -> 0 @ (7.805e-12,-6.408e-12,-2.937e-12,2.492e-12) Incoming particles : [P] 1 b(1)(1235)+ 39 ( 7 -> 19) [( 4.2804e+00,-3.5101e+00,-1.6091e+00, 1.3649e+00), p^2= 1.5492e+00, m= 1.2446e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a226e80) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=19) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=19) { 91:*blob=Blob [64]( 19, Hadron Decay , 1 -> 2 @ (7.805e-12,-6.408e-12,-2.937e-12,2.492e-12) Incoming particles : [P] 2 b(1)(1235)+ 39 ( 7 -> 19) [( 1.2295e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.5117e+00, m= 1.2446e+00] ( 0, 0) Outgoing particles : [D] 1 pi+ 82 ( 19 -> ) [( 6.2267e-01, 1.2597e-01, 2.3624e-01,-5.4457e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 P 83 ( 19 -> ) [( 6.0683e-01,-1.2597e-01,-2.3624e-01, 5.4457e-01), p^2=-5.5511e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a226e80)  } } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(19) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(19, (4.28,-3.51,-1.609,1.365)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(19) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 20, Hadron Decay , 1 -> 0 @ (8.908e-13,-5.017e-13,9.499e-14,5.645e-13) Incoming particles : [P] 1 Delta(1232)++ 34 ( 7 -> 20) [( 2.5926e+00,-1.3332e+00, 2.5242e-01, 1.5004e+00), p^2= 2.6292e+00, m= 1.6215e+00] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a26a250) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=20) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=20) { 91:*blob=Blob [64]( 20, Hadron Decay , 1 -> 2 @ (8.908e-13,-5.017e-13,9.499e-14,5.645e-13) Incoming particles : [P] 2 Delta(1232)++ 34 ( 7 -> 20) [( 1.2320e+00, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.5178e+00, m= 1.6215e+00] ( 0, 0) Outgoing particles : [D] 1 P+ 84 ( 20 -> ) [( 9.6538e-01,-1.5617e-01,-1.6468e-01,-9.9560e-03), p^2= 8.8035e-01, m= 9.3827e-01] ( 0, 0) [D] 1 pi+ 85 ( 20 -> ) [( 2.6662e-01, 1.5617e-01, 1.6468e-01, 9.9560e-03), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a26a250)  } } Hadron_Decays::CreateDecayBlob(P+) { } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::SetMasses(20) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(20, (2.593,-1.333,0.2524,1.5)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(20) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 21, Hadron Decay , 1 -> 0 @ (8.796e-13,-5.185e-13,-4.949e-13,3.244e-13) Incoming particles : [P] 1 rho(770)- 40 ( 7 -> 21) [( 1.7137e+00,-1.0133e+00,-9.6715e-01, 6.3391e-01), p^2= 5.7269e-01, m= 7.5676e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a1fa760) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=21) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=21) { 91:*blob=Blob [64]( 21, Hadron Decay , 1 -> 2 @ (8.796e-13,-5.185e-13,-4.949e-13,3.244e-13) Incoming particles : [P] 2 rho(770)- 40 ( 7 -> 21) [( 7.7000e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 5.9290e-01, m= 7.5676e-01] ( 0, 0) Outgoing particles : [D] 1 pi- 86 ( 21 -> ) [( 3.8582e-01,-1.3168e-01, 4.9649e-02, 3.3102e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi 87 ( 21 -> ) [( 3.8418e-01, 1.3168e-01,-4.9649e-02,-3.3102e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760)  } } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=34) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(21) { Hadron_Decay_Handler::DiceMass(pi 0 0.6172) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(21, (1.714,-1.013,-0.9671,0.6339)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(21) { Define_Dipole::Define_Dipole(){ Dipole_FI(1,0,1,1) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 34, Hadron Decay , 1 -> 0 @ (6.294e-05,2.157e-05,-8.134e-06,-5.423e-05) Incoming particles : [D] 1 pi 87 ( 21 -> 34) [( 4.7250e-01,-2.1959e-01,-3.8145e-01,-1.0637e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=34) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=34) { 91:*blob=Blob [64]( 34, Hadron Decay , 1 -> 2 @ (6.294e-05,2.157e-05,-8.134e-06,-5.423e-05) Incoming particles : [D] 2 pi 87 ( 21 -> 34) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 88 ( 34 -> ) [( 6.7488e-02,-5.5887e-02, 3.6033e-02,-1.1530e-02), p^2= 8.6736e-19, m= 0.0000e+00] ( 0, 0) [D] 1 P 89 ( 34 -> ) [( 6.7488e-02, 5.5887e-02,-3.6033e-02, 1.1530e-02), p^2= 8.6736e-19, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(34) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(34, (0.4725,-0.2196,-0.3815,-0.1064)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(34) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 22, Hadron Decay , 1 -> 0 @ (0.000146,-5.89e-05,0.0001155,2.11e-05) Incoming particles : [P] 1 pi 33 ( 7 -> 22) [( 3.0839e-01,-1.2436e-01, 2.4380e-01, 4.4540e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=22) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=22) { 91:*blob=Blob [64]( 22, Hadron Decay , 1 -> 2 @ (0.000146,-5.89e-05,0.0001155,2.11e-05) Incoming particles : [P] 2 pi 33 ( 7 -> 22) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 90 ( 22 -> ) [( 6.7488e-02, 4.5694e-02, 4.0564e-02, 2.8657e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 91 ( 22 -> ) [( 6.7488e-02,-4.5694e-02,-4.0564e-02,-2.8657e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(22) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(22, (0.3084,-0.1244,0.2438,0.04454)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(22) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 23, Hadron Decay , 1 -> 0 @ (4.305e-12,1.606e-12,1.931e-12,2.225e-12) Incoming particles : [P] 1 rho(770) 32 ( 7 -> 23) [( 1.1770e+00, 4.5774e-01, 5.5019e-01, 6.3384e-01), p^2= 4.7128e-01, m= 6.8650e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a185790) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=23) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=23) { 91:*blob=Blob [64]( 23, Hadron Decay , 1 -> 2 @ (4.305e-12,1.606e-12,1.931e-12,2.225e-12) Incoming particles : [P] 2 rho(770) 32 ( 7 -> 23) [( 7.7000e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 5.9290e-01, m= 6.8650e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 92 ( 23 -> ) [( 3.8500e-01, 1.4734e-01,-3.1447e-02,-3.2565e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 93 ( 23 -> ) [( 3.8500e-01,-1.4734e-01, 3.1447e-02, 3.2565e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790)  } } Hadron_Decays::CreateDecayBlob(pi+) { } Hadron_Decays::CreateDecayBlob(pi-) { } Hadron_Decays::SetMasses(23) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(23, (1.177,0.4577,0.5502,0.6338)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(23) { Define_Dipole::Define_Dipole(){ Dipole_FF(0,1,2,0) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 24, Hadron Decay , 1 -> 0 @ (3.562e-07,-3.297e-07,-1.095e-07,-7.158e-08) Incoming particles : [P] 1 eta 22 ( 7 -> 24) [( 5.9940e+00,-5.5480e+00,-1.8431e+00,-1.2046e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0ca320) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=24) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=24) { 91:*blob=Blob [64]( 24, Hadron Decay , 1 -> 3 @ (3.562e-07,-3.297e-07,-1.095e-07,-7.158e-08) Incoming particles : [P] 2 eta 22 ( 7 -> 24) [( 5.4730e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) Outgoing particles : [D] 1 pi 94 ( 24 -> ) [( 1.8989e-01, 7.3487e-02,-1.1131e-01, 6.9795e-03), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 1 pi 95 ( 24 -> ) [( 1.8900e-01,-1.2644e-01, 2.8002e-02,-2.7017e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 1 pi 96 ( 24 -> ) [( 1.6842e-01, 5.2954e-02, 8.3306e-02, 2.0038e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a0ca320)  } } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=35) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=36) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::CreateDecayBlob(pi) { Hadron_Decay_Handler::CreateDecayBlob(blob->Id()=37) { Hadron_Decay_Handler::CreateDecayBlob:104("with Sherpa.") } Hadron_Decays::CreateDecayBlob:207("succeeded.") } Hadron_Decays::SetMasses(24) { Hadron_Decay_Handler::DiceMass(pi 0 0.5473) { 70:decaymin=0 164:mass=0.135 } Hadron_Decay_Handler::DiceMass(pi 0 0.4123) { 70:decaymin=0 164:mass=0.135 } Hadron_Decay_Handler::DiceMass(pi 0 0.2773) { 70:decaymin=0 164:mass=0.135 } Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(24, (5.994,-5.548,-1.843,-1.205)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(24) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,3) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat(Blob [64]( 35, Hadron Decay , 1 -> 0 @ (3.505e-06,8.888e-07,-1.955e-06,4.415e-08) Incoming particles : [D] 1 pi 94 ( 24 -> 35) [( 1.6942e+00,-1.5245e+00,-6.4217e-01,-3.3999e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=35) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=35) { 91:*blob=Blob [64]( 35, Hadron Decay , 1 -> 2 @ (3.505e-06,8.888e-07,-1.955e-06,4.415e-08) Incoming particles : [D] 2 pi 94 ( 24 -> 35) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 97 ( 35 -> ) [( 6.7488e-02,-4.4285e-02, 2.0840e-03,-5.0884e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) [D] 1 P 98 ( 35 -> ) [( 6.7488e-02, 4.4285e-02,-2.0840e-03, 5.0884e-02), p^2=-8.6736e-19, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(35) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(35, (1.694,-1.524,-0.6422,-0.34)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(35) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 36, Hadron Decay , 1 -> 0 @ (5.824e-05,-3.905e-05,8.467e-06,-8.346e-06) Incoming particles : [D] 1 pi 95 ( 24 -> 36) [( 3.3168e+00,-3.0999e+00,-9.5980e-01,-6.7264e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=36) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=36) { 91:*blob=Blob [64]( 36, Hadron Decay , 1 -> 2 @ (5.824e-05,-3.905e-05,8.467e-06,-8.346e-06) Incoming particles : [D] 2 pi 95 ( 24 -> 36) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 99 ( 36 -> ) [( 6.7488e-02,-6.5329e-02, 1.6743e-02, 2.5367e-03), p^2= 8.6736e-19, m= 0.0000e+00] ( 0, 0) [D] 1 P 100 ( 36 -> ) [( 6.7488e-02, 6.5329e-02,-1.6743e-02,-2.5367e-03), p^2= 8.6736e-19, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(36) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(36, (3.317,-3.1,-0.9598,-0.6726)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(36) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat(Blob [64]( 37, Hadron Decay , 1 -> 0 @ (2.343e-05,6.924e-06,1.13e-05,2.673e-06) Incoming particles : [D] 1 pi 96 ( 24 -> 37) [( 9.8305e-01,-9.2366e-01,-2.4113e-01,-1.9201e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : Data_Container: * hdc (0x1a0d1150) ) { Hadron_Decay_Handler::FillDecayBlob(blob->Id()=37) { Hadron_Decay_Handler::FillDecayBlob:126("with Sherpa.") Hadrons::FillDecayBlob(blob->Id()=37) { 91:*blob=Blob [64]( 37, Hadron Decay , 1 -> 2 @ (2.343e-05,6.924e-06,1.13e-05,2.673e-06) Incoming particles : [D] 2 pi 96 ( 24 -> 37) [( 1.3498e-01, 0.0000e+00, 0.0000e+00, 0.0000e+00), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 101 ( 37 -> ) [( 6.7488e-02, 1.3775e-02, 1.2509e-02, 6.4872e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 102 ( 37 -> ) [( 6.7488e-02,-1.3775e-02,-1.2509e-02,-6.4872e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150)  } } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::CreateDecayBlob(P) { } Hadron_Decays::SetMasses(37) { Hadron_Decays::SetMasses:253("succeeded.") } Hadron_Decays::BoostAndStretch(37, (0.983,-0.9237,-0.2411,-0.192)) { Hadron_Decays::BoostAndStretch:282("succeeded.") } Hadron_Decays::AttachExtraQED(37) { Define_Dipole::Define_Dipole(){ Undefined(0,1,0,2) } Hadron_Decays::AttachExtraQED:353("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:187("succeeded.") } Hadron_Decays::Treat:121("bloblist->size()=37 succeeded.") } Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 37 elements { Blob [0]( 6, Bunch , from Beam 0, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( -> 6) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [0]( 5, Bunch , from Beam 1, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( -> 5) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [16]( 4, Beam , from Beam 1, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [B] 1 P 18 ( 4 -> ) [( 1.8098e-01, 0.0000e+00, 0.0000e+00,-1.8098e-01), p^2=-5.1487e-15, m= 0.0000e+00] ( 0, 0) Blob [16]( 3, Beam , from Beam 0, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [B] 1 P 17 ( 3 -> ) [( 7.3884e-05, 0.0000e+00, 0.0000e+00, 7.3884e-05), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [4]( 2, Shower , 6 -> 8 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-1.1369e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2= 7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Blob [0]( 7, Fragmentation , 6 -> 22 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-1.1369e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2= 7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : [P] 2 omega(782) 19 ( 7 -> 11) [( 9.7026e+00,-9.0677e+00,-3.1480e+00, 1.1834e+00), p^2= 6.0722e-01, m= 7.7924e-01] ( 0, 0) [P] 1 pi- 20 ( 7 -> ) [( 6.0281e+00,-5.7755e+00,-1.6482e+00, 4.9547e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [P] 2 K*(892)b 21 ( 7 -> 9) [( 8.7208e+00,-8.1342e+00,-2.4236e+00,-1.7946e+00), p^2= 7.9297e-01, m= 8.9049e-01] ( 0, 0) [P] 2 eta 22 ( 7 -> 24) [( 5.9940e+00,-5.5480e+00,-1.8431e+00,-1.2046e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) [P] 1 nb 23 ( 7 -> ) [( 7.7775e+00, 7.2627e+00, 2.4669e+00,-8.8023e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [P] 2 K*(892)+ 24 ( 7 -> 18) [( 6.4565e+00, 6.2217e+00, 1.4943e+00,-1.6962e-01), p^2= 7.1549e-01, m= 8.4587e-01] ( 0, 0) [P] 1 K- 25 ( 7 -> ) [( 4.2078e+00, 3.8927e+00, 7.6617e-01,-1.3123e+00), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 2 K(2)*(1430)+ 26 ( 7 -> 14) [( 4.7511e+00, 4.3437e+00, 4.6363e-01,-1.0153e+00), p^2= 2.4595e+00, m= 1.5683e+00] ( 0, 0) [P] 2 rho(770)+ 27 ( 7 -> 12) [( 6.0780e+00, 5.4093e+00, 2.6683e+00, 9.9062e-02), p^2= 5.5166e-01, m= 7.4274e-01] ( 0, 0) [P] 2 Delta(1232)- 28 ( 7 -> 8) [( 8.0203e+00, 7.4718e+00, 2.6138e+00, 5.2734e-01), p^2= 1.3867e+00, m= 1.1776e+00] ( 0, 0) [P] 2 Delta(1232)+b 29 ( 7 -> 15) [( 1.4863e+00, 7.2091e-01, 4.6713e-02, 4.7724e-01), p^2= 1.4595e+00, m= 1.2081e+00] ( 0, 0) [P] 2 b(1)(1235)- 30 ( 7 -> 16) [( 1.9077e+00, 1.3068e+00, 6.1420e-01,-6.0961e-01), p^2= 1.1828e+00, m= 1.0876e+00] ( 0, 0) [P] 2 rho(770) 31 ( 7 -> 10) [( 1.0924e+00, 3.4407e-01, 5.6063e-01, 7.5841e-02), p^2= 7.5498e-01, m= 8.6890e-01] ( 0, 0) [P] 2 rho(770) 32 ( 7 -> 23) [( 1.1770e+00, 4.5774e-01, 5.5019e-01, 6.3384e-01), p^2= 4.7128e-01, m= 6.8650e-01] ( 0, 0) [P] 2 pi 33 ( 7 -> 22) [( 3.0839e-01,-1.2436e-01, 2.4380e-01, 4.4540e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 2 Delta(1232)++ 34 ( 7 -> 20) [( 2.5926e+00,-1.3332e+00, 2.5242e-01, 1.5004e+00), p^2= 2.6292e+00, m= 1.6215e+00] ( 0, 0) [P] 2 pi 35 ( 7 -> 17) [( 1.1739e+00,-1.0939e+00,-3.4220e-01, 2.1459e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 2 rho(770) 36 ( 7 -> 13) [( 4.6327e+00,-4.1014e+00,-2.0085e+00, 3.5445e-01), p^2= 4.8102e-01, m= 6.9356e-01] ( 0, 0) [P] 1 K+ 37 ( 7 -> ) [( 1.5631e+00, 1.4246e+00, 3.3501e-01,-2.4012e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K- 38 ( 7 -> ) [( 1.3539e+00, 8.4585e-01, 9.1375e-01,-1.9758e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 2 b(1)(1235)+ 39 ( 7 -> 19) [( 4.2804e+00,-3.5101e+00,-1.6091e+00, 1.3649e+00), p^2= 1.5492e+00, m= 1.2446e+00] ( 0, 0) [P] 2 rho(770)- 40 ( 7 -> 21) [( 1.7137e+00,-1.0133e+00,-9.6715e-01, 6.3391e-01), p^2= 5.7269e-01, m= 7.5676e-01] ( 0, 0) Blob [0]( 8, Hadron Decay , 1 -> 2 @ (2.376e-12,2.214e-12,7.744e-13,1.562e-13) Incoming particles : [P] 2 Delta(1232)- 28 ( 7 -> 8) [( 8.0203e+00, 7.4718e+00, 2.6138e+00, 5.2734e-01), p^2= 1.3867e+00, m= 1.1776e+00] ( 0, 0) Outgoing particles : [D] 1 n 41 ( 8 -> ) [( 5.8278e+00, 5.3853e+00, 1.9554e+00, 5.0525e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 42 ( 8 -> ) [( 2.1924e+00, 2.0865e+00, 6.5843e-01, 2.2095e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a268630) Blob [0]( 9, Hadron Decay , 1 -> 2 @ (1.565e-10,-1.459e-10,-4.349e-11,-3.22e-11) Incoming particles : [P] 2 K*(892)b 21 ( 7 -> 9) [( 8.7208e+00,-8.1342e+00,-2.4236e+00,-1.7946e+00), p^2= 7.9297e-01, m= 8.9049e-01] ( 0, 0) Outgoing particles : [D] 2 Kb 43 ( 9 -> 25) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) [D] 2 pi 44 ( 9 -> 26) [( 4.3222e+00,-4.1259e+00,-9.6693e-01,-8.3951e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1924a0) Blob [0]( 10, Hadron Decay , 1 -> 2 @ (2.286e-12,7.201e-13,1.173e-12,1.587e-13) Incoming particles : [P] 2 rho(770) 31 ( 7 -> 10) [( 1.0924e+00, 3.4407e-01, 5.6063e-01, 7.5841e-02), p^2= 7.5498e-01, m= 8.6890e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 50 ( 10 -> ) [( 2.8848e-01, 1.2776e-01,-2.0096e-01, 8.3849e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 51 ( 10 -> ) [( 8.0396e-01, 2.1631e-01, 7.6159e-01,-8.0084e-03), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 11, Hadron Decay , 1 -> 3 @ (2.274e-10,-2.126e-10,-7.379e-11,2.774e-11) Incoming particles : [P] 2 omega(782) 19 ( 7 -> 11) [( 9.7026e+00,-9.0677e+00,-3.1480e+00, 1.1834e+00), p^2= 6.0722e-01, m= 7.7924e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 52 ( 11 -> ) [( 2.1012e+00,-1.8706e+00,-9.0988e-01, 2.6179e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 53 ( 11 -> ) [( 3.2817e+00,-3.1323e+00,-8.6710e-01, 4.3260e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 54 ( 11 -> 28) [( 4.3197e+00,-4.0648e+00,-1.3710e+00, 4.8898e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980) Blob [0]( 12, Hadron Decay , 1 -> 2 @ (4.633e-11,4.123e-11,2.034e-11,7.551e-13) Incoming particles : [P] 2 rho(770)+ 27 ( 7 -> 12) [( 6.0780e+00, 5.4093e+00, 2.6683e+00, 9.9062e-02), p^2= 5.5166e-01, m= 7.4274e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 57 ( 12 -> ) [( 3.5512e+00, 3.0243e+00, 1.8481e+00, 1.7256e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 58 ( 12 -> 29) [( 2.5268e+00, 2.3850e+00, 8.2023e-01,-7.3498e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760) Blob [0]( 13, Hadron Decay , 1 -> 2 @ (1.207e-11,-1.068e-11,-5.232e-12,9.233e-13) Incoming particles : [P] 2 rho(770) 36 ( 7 -> 13) [( 4.6327e+00,-4.1014e+00,-2.0085e+00, 3.5445e-01), p^2= 4.8102e-01, m= 6.9356e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 61 ( 13 -> ) [( 2.8264e-01,-1.9017e-01,-1.5073e-01,-3.9006e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 62 ( 13 -> ) [( 4.3501e+00,-3.9112e+00,-1.8578e+00, 3.9346e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 14, Hadron Decay , 1 -> 2 @ (2.042e-12,1.867e-12,1.993e-13,-4.364e-13) Incoming particles : [P] 2 K(2)*(1430)+ 26 ( 7 -> 14) [( 4.7511e+00, 4.3437e+00, 4.6363e-01,-1.0153e+00), p^2= 2.4595e+00, m= 1.5683e+00] ( 0, 0) Outgoing particles : [D] 2 K*(892) 63 ( 14 -> 30) [( 3.1353e+00, 2.7489e+00, 3.0663e-01,-1.1677e+00), p^2= 8.1634e-01, m= 9.0351e-01] ( 0, 0) [D] 1 pi+ 64 ( 14 -> ) [( 1.6158e+00, 1.5948e+00, 1.5699e-01, 1.5236e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a215830) Blob [0]( 15, Hadron Decay , 1 -> 2 @ (1.973e-12,9.571e-13,6.202e-14,6.336e-13) Incoming particles : [P] 2 Delta(1232)+b 29 ( 7 -> 15) [( 1.4863e+00, 7.2091e-01, 4.6713e-02, 4.7724e-01), p^2= 1.4595e+00, m= 1.2081e+00] ( 0, 0) Outgoing particles : [D] 1 nb 67 ( 15 -> ) [( 1.0604e+00, 3.8913e-01,-8.1534e-02, 2.8895e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 68 ( 15 -> ) [( 4.2598e-01, 3.3178e-01, 1.2825e-01, 1.8828e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a2699b0) Blob [0]( 16, Hadron Decay , 1 -> 2 @ (7.255e-14,4.97e-14,2.336e-14,-2.318e-14) Incoming particles : [P] 2 b(1)(1235)- 30 ( 7 -> 16) [( 1.9077e+00, 1.3068e+00, 6.1420e-01,-6.0961e-01), p^2= 1.1828e+00, m= 1.0876e+00] ( 0, 0) Outgoing particles : [D] 2 omega(782) 69 ( 16 -> 31) [( 1.4061e+00, 9.1804e-01, 3.3127e-01,-6.4055e-01), p^2= 6.1426e-01, m= 7.8375e-01] ( 0, 0) [D] 1 pi- 70 ( 16 -> ) [( 5.0162e-01, 3.8876e-01, 2.8293e-01, 3.0943e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a226ca0) Blob [0]( 17, Hadron Decay , 1 -> 2 @ (0.0001246,-0.0001161,-3.632e-05,2.277e-05) Incoming particles : [P] 2 pi 35 ( 7 -> 17) [( 1.1739e+00,-1.0939e+00,-3.4220e-01, 2.1459e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 76 ( 17 -> ) [( 1.3423e-01,-1.3415e-01,-4.5261e-03, 7.5837e-04), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 77 ( 17 -> ) [( 1.0397e+00,-9.5978e-01,-3.3768e-01, 2.1383e-01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 18, Hadron Decay , 1 -> 2 @ (6.197e-12,5.972e-12,1.434e-12,-1.628e-13) Incoming particles : [P] 2 K*(892)+ 24 ( 7 -> 18) [( 6.4565e+00, 6.2217e+00, 1.4943e+00,-1.6962e-01), p^2= 7.1549e-01, m= 8.4587e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 78 ( 18 -> ) [( 4.4881e+00, 4.2708e+00, 1.2851e+00,-8.5779e-02), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 2 pi 79 ( 18 -> 33) [( 1.9684e+00, 1.9508e+00, 2.0917e-01,-8.3842e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a192b30) Blob [0]( 19, Hadron Decay , 1 -> 2 @ (7.799e-12,-6.396e-12,-2.932e-12,2.487e-12) Incoming particles : [P] 2 b(1)(1235)+ 39 ( 7 -> 19) [( 4.2804e+00,-3.5101e+00,-1.6091e+00, 1.3649e+00), p^2= 1.5492e+00, m= 1.2446e+00] ( 0, 0) Outgoing particles : [D] 1 pi+ 82 ( 19 -> ) [( 8.9335e-01,-8.4032e-01,-2.0446e-01,-1.7510e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 P 83 ( 19 -> ) [( 3.3870e+00,-2.6698e+00,-1.4046e+00, 1.5400e+00), p^2= 3.5527e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a226e80) Blob [0]( 20, Hadron Decay , 1 -> 2 @ (9.738e-13,-5.008e-13,9.481e-14,5.636e-13) Incoming particles : [P] 2 Delta(1232)++ 34 ( 7 -> 20) [( 2.5926e+00,-1.3332e+00, 2.5242e-01, 1.5004e+00), p^2= 2.6292e+00, m= 1.6215e+00] ( 0, 0) Outgoing particles : [D] 1 P+ 84 ( 20 -> ) [( 1.9378e+00,-1.3159e+00,-2.0157e-01, 1.0500e+00), p^2= 8.8035e-01, m= 9.3827e-01] ( 0, 0) [D] 1 pi+ 85 ( 20 -> ) [( 6.5476e-01,-1.7303e-02, 4.5399e-01, 4.5036e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a26a250) Blob [0]( 21, Hadron Decay , 1 -> 2 @ (8.753e-13,-5.176e-13,-4.94e-13,3.238e-13) Incoming particles : [P] 2 rho(770)- 40 ( 7 -> 21) [( 1.7137e+00,-1.0133e+00,-9.6715e-01, 6.3391e-01), p^2= 5.7269e-01, m= 7.5676e-01] ( 0, 0) Outgoing particles : [D] 1 pi- 86 ( 21 -> ) [( 1.2412e+00,-7.9376e-01,-5.8570e-01, 7.4028e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 87 ( 21 -> 34) [( 4.7250e-01,-2.1959e-01,-3.8145e-01,-1.0637e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760) Blob [0]( 22, Hadron Decay , 1 -> 2 @ (0.0001458,-5.879e-05,0.0001153,2.106e-05) Incoming particles : [P] 2 pi 33 ( 7 -> 22) [( 3.0839e-01,-1.2436e-01, 2.4380e-01, 4.4540e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 90 ( 22 -> ) [( 1.9482e-01,-2.7879e-02, 1.8481e-01, 5.5008e-02), p^2= 1.3878e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 91 ( 22 -> ) [( 1.1357e-01,-9.6478e-02, 5.8998e-02,-1.0468e-02), p^2= 1.7347e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 23, Hadron Decay , 1 -> 2 @ (4.123e-12,1.603e-12,1.927e-12,2.22e-12) Incoming particles : [P] 2 rho(770) 32 ( 7 -> 23) [( 1.1770e+00, 4.5774e-01, 5.5019e-01, 6.3384e-01), p^2= 4.7128e-01, m= 6.8650e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 92 ( 23 -> ) [( 3.8954e-01, 3.0878e-01, 1.8887e-01,-3.5355e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 93 ( 23 -> ) [( 7.8743e-01, 1.4896e-01, 3.6132e-01, 6.6920e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 24, Hadron Decay , 1 -> 3 @ (3.555e-07,-3.291e-07,-1.093e-07,-7.145e-08) Incoming particles : [P] 2 eta 22 ( 7 -> 24) [( 5.9940e+00,-5.5480e+00,-1.8431e+00,-1.2046e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) Outgoing particles : [D] 2 pi 94 ( 24 -> 35) [( 1.6942e+00,-1.5245e+00,-6.4217e-01,-3.3999e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 2 pi 95 ( 24 -> 36) [( 3.3168e+00,-3.0999e+00,-9.5980e-01,-6.7264e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 2 pi 96 ( 24 -> 37) [( 9.8305e-01,-9.2366e-01,-2.4113e-01,-1.9201e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a0ca320) Blob [0]( 25, Hadron Decay , 1 -> 1 @ (1.565e-10,-1.459e-10,-4.349e-11,-3.22e-11) Incoming particles : [D] 2 Kb 43 ( 9 -> 25) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 2 K(S) 45 ( 25 -> 27) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Data_Container: * hdc (0x1a0ddd20) Blob [0]( 26, Hadron Decay , 1 -> 2 @ (0.0004932,-0.0004708,-0.0001103,-9.58e-05) Incoming particles : [D] 2 pi 44 ( 9 -> 26) [( 4.3222e+00,-4.1259e+00,-9.6693e-01,-8.3951e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 48 ( 26 -> ) [( 2.8567e+00,-2.7449e+00,-6.1464e-01,-4.9860e-01), p^2=-3.5527e-15, m= 0.0000e+00] ( 0, 0) [D] 1 P 49 ( 26 -> ) [( 1.4655e+00,-1.3810e+00,-3.5229e-01,-3.4090e-01), p^2=-1.3323e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 27, Hadron Decay , 1 -> 2 @ (648.9,-591.3,-214.9,-140.9) Incoming particles : [D] 2 K(S) 45 ( 25 -> 27) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 46 ( 27 -> ) [( 3.7849e+00,-3.4767e+00,-1.2960e+00,-7.3423e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 47 ( 27 -> ) [( 6.1373e-01,-5.3158e-01,-1.6067e-01,-2.2088e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a0e1160) Blob [0]( 28, Hadron Decay , 1 -> 2 @ (8.601e-05,-8.094e-05,-2.73e-05,9.737e-06) Incoming particles : [D] 2 pi 54 ( 11 -> 28) [( 4.3197e+00,-4.0648e+00,-1.3710e+00, 4.8898e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 55 ( 28 -> ) [( 1.3292e-01,-1.1731e-01,-5.1934e-02, 3.4745e-02), p^2=-6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 56 ( 28 -> ) [( 4.1868e+00,-3.9475e+00,-1.3190e+00, 4.5424e-01), p^2=-7.1054e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 29, Hadron Decay , 1 -> 2 @ (0.0004639,0.0004378,0.0001506,-1.349e-05) Incoming particles : [D] 2 pi 58 ( 12 -> 29) [( 2.5268e+00, 2.3850e+00, 8.2023e-01,-7.3498e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 59 ( 29 -> ) [( 1.0091e-01, 1.0015e-01, 7.6662e-03,-9.6371e-03), p^2= 1.7347e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 60 ( 29 -> ) [( 2.4259e+00, 2.2848e+00, 8.1256e-01,-6.3860e-02), p^2= 2.6645e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 30, Hadron Decay , 1 -> 2 @ (2.523e-11,2.219e-11,2.467e-12,-9.071e-12) Incoming particles : [D] 2 K*(892) 63 ( 14 -> 30) [( 3.1353e+00, 2.7489e+00, 3.0663e-01,-1.1677e+00), p^2= 8.1634e-01, m= 9.0351e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 65 ( 30 -> ) [( 1.2773e+00, 1.1231e+00,-4.7031e-02,-3.5265e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 1 pi- 66 ( 30 -> ) [( 1.8580e+00, 1.6258e+00, 3.5366e-01,-8.1503e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a192300) Blob [0]( 31, Hadron Decay , 1 -> 3 @ (6.072e-11,3.965e-11,1.431e-11,-2.765e-11) Incoming particles : [D] 2 omega(782) 69 ( 16 -> 31) [( 1.4061e+00, 9.1804e-01, 3.3127e-01,-6.4055e-01), p^2= 6.1426e-01, m= 7.8375e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 71 ( 31 -> ) [( 4.0508e-01, 1.6534e-01, 2.5518e-01,-2.2838e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 72 ( 31 -> ) [( 4.2651e-01, 3.9900e-01, 5.3455e-02, 1.9356e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 73 ( 31 -> 32) [( 5.7450e-01, 3.5370e-01, 2.2637e-02,-4.3153e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980) Blob [0]( 32, Hadron Decay , 1 -> 2 @ (4.763e-05,2.932e-05,1.877e-06,-3.577e-05) Incoming particles : [D] 2 pi 73 ( 31 -> 32) [( 5.7450e-01, 3.5370e-01, 2.2637e-02,-4.3153e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 74 ( 32 -> ) [( 2.2762e-01, 1.6874e-01, 6.0060e-02,-1.4047e-01), p^2= 3.4694e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 75 ( 32 -> ) [( 3.4688e-01, 1.8496e-01,-3.7423e-02,-2.9105e-01), p^2= 2.7756e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 33, Hadron Decay , 1 -> 2 @ (4.32e-05,4.281e-05,4.59e-06,-1.84e-06) Incoming particles : [D] 2 pi 79 ( 18 -> 33) [( 1.9684e+00, 1.9508e+00, 2.0917e-01,-8.3842e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 80 ( 33 -> ) [( 1.7898e+00, 1.7780e+00, 1.7289e-01,-1.1068e-01), p^2= 8.8818e-16, m= 0.0000e+00] ( 0, 0) [D] 1 P 81 ( 33 -> ) [( 1.7865e-01, 1.7285e-01, 3.6284e-02, 2.6836e-02), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 34, Hadron Decay , 1 -> 2 @ (7.741e-05,-3.598e-05,-6.25e-05,-1.743e-05) Incoming particles : [D] 2 pi 87 ( 21 -> 34) [( 4.7250e-01,-2.1959e-01,-3.8145e-01,-1.0637e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 88 ( 34 -> ) [( 2.3443e-01,-1.6502e-01,-1.5355e-01,-6.4394e-02), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 89 ( 34 -> ) [( 2.3808e-01,-5.4569e-02,-2.2790e-01,-4.1974e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 35, Hadron Decay , 1 -> 2 @ (2.845e-05,-2.561e-05,-1.076e-05,-5.709e-06) Incoming particles : [D] 2 pi 94 ( 24 -> 35) [( 1.6942e+00,-1.5245e+00,-6.4217e-01,-3.3999e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 97 ( 35 -> ) [( 1.4655e+00,-1.3219e+00,-5.3611e-01,-3.3582e-01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 98 ( 35 -> ) [( 2.2866e-01,-2.0254e-01,-1.0605e-01,-4.1618e-03), p^2=-6.9389e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 36, Hadron Decay , 1 -> 2 @ (0.001016,-0.0009497,-0.0002941,-0.0002061) Incoming particles : [D] 2 pi 95 ( 24 -> 36) [( 3.3168e+00,-3.0999e+00,-9.5980e-01,-6.7264e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 99 ( 36 -> ) [( 3.0271e+00,-2.8444e+00,-8.4373e-01,-6.0049e-01), p^2=-1.7764e-15, m= 0.0000e+00] ( 0, 0) [D] 1 P 100 ( 36 -> ) [( 2.8974e-01,-2.5548e-01,-1.1607e-01,-7.2149e-02), p^2= 1.3878e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 37, Hadron Decay , 1 -> 2 @ (0.000135,-0.0001268,-3.314e-05,-2.637e-05) Incoming particles : [D] 2 pi 96 ( 24 -> 37) [( 9.8305e-01,-9.2366e-01,-2.4113e-01,-1.9201e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 101 ( 37 -> ) [( 2.8263e-01,-2.7547e-01,-6.3003e-02, 4.7422e-03), p^2=-1.3878e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 102 ( 37 -> ) [( 7.0042e-01,-6.4819e-01,-1.7813e-01,-1.9676e-01), p^2= 5.5511e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent(): run 'Hadronization:Ahadic' WARNING in Lund_Interface::PrepareFragmentationBlob: No coloured particle found leaving shower blobs. Event_Handler::GenerateEvent(): run 'Hadron_Decays,Photons' Hadron_Decays::Treat(bloblist->size()=37) { Hadron_Decays::Treat:121("bloblist->size()=37 succeeded.") } } ------------------------------------------------- Blob [0]( 6, Bunch , from Beam 0, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( -> 6) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [0]( 5, Bunch , from Beam 1, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( -> 5) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [16]( 4, Beam , from Beam 1, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e+ 16 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [B] 1 P 18 ( 4 -> ) [( 1.8098e-01, 0.0000e+00, 0.0000e+00,-1.8098e-01), p^2=-5.1487e-15, m= 0.0000e+00] ( 0, 0) Blob [16]( 3, Beam , from Beam 0, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e- 15 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [B] 1 P 17 ( 3 -> ) [( 7.3884e-05, 0.0000e+00, 0.0000e+00, 7.3884e-05), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (2) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [4]( 2, Shower , 6 -> 8 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-1.1369e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2= 7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Blob [0]( 7, Fragmentation , 6 -> 22 @ (0,0,0,0) Incoming particles : [F] 4 s 13 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.7784e+01,-2.5324e+01,-1.0382e+01, 4.7813e+00), p^2=-1.1369e-13, m= 0.0000e+00] (605,603) [F] 4 G 11 ( 2 -> 7) [( 5.9170e+00, 4.5506e+00, 3.7669e+00, 3.3687e-01), p^2= 7.1054e-15, m= 0.0000e+00] (607,605) [F] 4 G 12 ( 2 -> 7) [( 3.2761e+00,-2.7017e+00,-1.1541e+00, 1.4498e+00), p^2=-1.0658e-14, m= 0.0000e+00] (602,607) [F] 4 G 9 ( 2 -> 7) [( 3.4735e+01, 3.2511e+01, 1.2206e+01,-7.5092e-01), p^2= 4.5475e-13, m= 0.0000e+00] (601,602) [F] 4 sb 14 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) Outgoing particles : [P] 2 omega(782) 19 ( 7 -> 11) [( 9.7026e+00,-9.0677e+00,-3.1480e+00, 1.1834e+00), p^2= 6.0722e-01, m= 7.7924e-01] ( 0, 0) [P] 1 pi- 20 ( 7 -> ) [( 6.0281e+00,-5.7755e+00,-1.6482e+00, 4.9547e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [P] 2 K*(892)b 21 ( 7 -> 9) [( 8.7208e+00,-8.1342e+00,-2.4236e+00,-1.7946e+00), p^2= 7.9297e-01, m= 8.9049e-01] ( 0, 0) [P] 2 eta 22 ( 7 -> 24) [( 5.9940e+00,-5.5480e+00,-1.8431e+00,-1.2046e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) [P] 1 nb 23 ( 7 -> ) [( 7.7775e+00, 7.2627e+00, 2.4669e+00,-8.8023e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [P] 2 K*(892)+ 24 ( 7 -> 18) [( 6.4565e+00, 6.2217e+00, 1.4943e+00,-1.6962e-01), p^2= 7.1549e-01, m= 8.4587e-01] ( 0, 0) [P] 1 K- 25 ( 7 -> ) [( 4.2078e+00, 3.8927e+00, 7.6617e-01,-1.3123e+00), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 2 K(2)*(1430)+ 26 ( 7 -> 14) [( 4.7511e+00, 4.3437e+00, 4.6363e-01,-1.0153e+00), p^2= 2.4595e+00, m= 1.5683e+00] ( 0, 0) [P] 2 rho(770)+ 27 ( 7 -> 12) [( 6.0780e+00, 5.4093e+00, 2.6683e+00, 9.9062e-02), p^2= 5.5166e-01, m= 7.4274e-01] ( 0, 0) [P] 2 Delta(1232)- 28 ( 7 -> 8) [( 8.0203e+00, 7.4718e+00, 2.6138e+00, 5.2734e-01), p^2= 1.3867e+00, m= 1.1776e+00] ( 0, 0) [P] 2 Delta(1232)+b 29 ( 7 -> 15) [( 1.4863e+00, 7.2091e-01, 4.6713e-02, 4.7724e-01), p^2= 1.4595e+00, m= 1.2081e+00] ( 0, 0) [P] 2 b(1)(1235)- 30 ( 7 -> 16) [( 1.9077e+00, 1.3068e+00, 6.1420e-01,-6.0961e-01), p^2= 1.1828e+00, m= 1.0876e+00] ( 0, 0) [P] 2 rho(770) 31 ( 7 -> 10) [( 1.0924e+00, 3.4407e-01, 5.6063e-01, 7.5841e-02), p^2= 7.5498e-01, m= 8.6890e-01] ( 0, 0) [P] 2 rho(770) 32 ( 7 -> 23) [( 1.1770e+00, 4.5774e-01, 5.5019e-01, 6.3384e-01), p^2= 4.7128e-01, m= 6.8650e-01] ( 0, 0) [P] 2 pi 33 ( 7 -> 22) [( 3.0839e-01,-1.2436e-01, 2.4380e-01, 4.4540e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 2 Delta(1232)++ 34 ( 7 -> 20) [( 2.5926e+00,-1.3332e+00, 2.5242e-01, 1.5004e+00), p^2= 2.6292e+00, m= 1.6215e+00] ( 0, 0) [P] 2 pi 35 ( 7 -> 17) [( 1.1739e+00,-1.0939e+00,-3.4220e-01, 2.1459e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [P] 2 rho(770) 36 ( 7 -> 13) [( 4.6327e+00,-4.1014e+00,-2.0085e+00, 3.5445e-01), p^2= 4.8102e-01, m= 6.9356e-01] ( 0, 0) [P] 1 K+ 37 ( 7 -> ) [( 1.5631e+00, 1.4246e+00, 3.3501e-01,-2.4012e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 1 K- 38 ( 7 -> ) [( 1.3539e+00, 8.4585e-01, 9.1375e-01,-1.9758e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [P] 2 b(1)(1235)+ 39 ( 7 -> 19) [( 4.2804e+00,-3.5101e+00,-1.6091e+00, 1.3649e+00), p^2= 1.5492e+00, m= 1.2446e+00] ( 0, 0) [P] 2 rho(770)- 40 ( 7 -> 21) [( 1.7137e+00,-1.0133e+00,-9.6715e-01, 6.3391e-01), p^2= 5.7269e-01, m= 7.5676e-01] ( 0, 0) Blob [0]( 8, Hadron Decay , 1 -> 2 @ (2.376e-12,2.214e-12,7.744e-13,1.562e-13) Incoming particles : [P] 2 Delta(1232)- 28 ( 7 -> 8) [( 8.0203e+00, 7.4718e+00, 2.6138e+00, 5.2734e-01), p^2= 1.3867e+00, m= 1.1776e+00] ( 0, 0) Outgoing particles : [D] 1 n 41 ( 8 -> ) [( 5.8278e+00, 5.3853e+00, 1.9554e+00, 5.0525e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 42 ( 8 -> ) [( 2.1924e+00, 2.0865e+00, 6.5843e-01, 2.2095e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a268630) Blob [0]( 9, Hadron Decay , 1 -> 2 @ (1.565e-10,-1.459e-10,-4.349e-11,-3.22e-11) Incoming particles : [P] 2 K*(892)b 21 ( 7 -> 9) [( 8.7208e+00,-8.1342e+00,-2.4236e+00,-1.7946e+00), p^2= 7.9297e-01, m= 8.9049e-01] ( 0, 0) Outgoing particles : [D] 2 Kb 43 ( 9 -> 25) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) [D] 2 pi 44 ( 9 -> 26) [( 4.3222e+00,-4.1259e+00,-9.6693e-01,-8.3951e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1924a0) Blob [0]( 10, Hadron Decay , 1 -> 2 @ (2.286e-12,7.201e-13,1.173e-12,1.587e-13) Incoming particles : [P] 2 rho(770) 31 ( 7 -> 10) [( 1.0924e+00, 3.4407e-01, 5.6063e-01, 7.5841e-02), p^2= 7.5498e-01, m= 8.6890e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 50 ( 10 -> ) [( 2.8848e-01, 1.2776e-01,-2.0096e-01, 8.3849e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 51 ( 10 -> ) [( 8.0396e-01, 2.1631e-01, 7.6159e-01,-8.0084e-03), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 11, Hadron Decay , 1 -> 3 @ (2.274e-10,-2.126e-10,-7.379e-11,2.774e-11) Incoming particles : [P] 2 omega(782) 19 ( 7 -> 11) [( 9.7026e+00,-9.0677e+00,-3.1480e+00, 1.1834e+00), p^2= 6.0722e-01, m= 7.7924e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 52 ( 11 -> ) [( 2.1012e+00,-1.8706e+00,-9.0988e-01, 2.6179e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 53 ( 11 -> ) [( 3.2817e+00,-3.1323e+00,-8.6710e-01, 4.3260e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 54 ( 11 -> 28) [( 4.3197e+00,-4.0648e+00,-1.3710e+00, 4.8898e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980) Blob [0]( 12, Hadron Decay , 1 -> 2 @ (4.633e-11,4.123e-11,2.034e-11,7.551e-13) Incoming particles : [P] 2 rho(770)+ 27 ( 7 -> 12) [( 6.0780e+00, 5.4093e+00, 2.6683e+00, 9.9062e-02), p^2= 5.5166e-01, m= 7.4274e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 57 ( 12 -> ) [( 3.5512e+00, 3.0243e+00, 1.8481e+00, 1.7256e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 58 ( 12 -> 29) [( 2.5268e+00, 2.3850e+00, 8.2023e-01,-7.3498e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760) Blob [0]( 13, Hadron Decay , 1 -> 2 @ (1.207e-11,-1.068e-11,-5.232e-12,9.233e-13) Incoming particles : [P] 2 rho(770) 36 ( 7 -> 13) [( 4.6327e+00,-4.1014e+00,-2.0085e+00, 3.5445e-01), p^2= 4.8102e-01, m= 6.9356e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 61 ( 13 -> ) [( 2.8264e-01,-1.9017e-01,-1.5073e-01,-3.9006e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 62 ( 13 -> ) [( 4.3501e+00,-3.9112e+00,-1.8578e+00, 3.9346e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 14, Hadron Decay , 1 -> 2 @ (2.042e-12,1.867e-12,1.993e-13,-4.364e-13) Incoming particles : [P] 2 K(2)*(1430)+ 26 ( 7 -> 14) [( 4.7511e+00, 4.3437e+00, 4.6363e-01,-1.0153e+00), p^2= 2.4595e+00, m= 1.5683e+00] ( 0, 0) Outgoing particles : [D] 2 K*(892) 63 ( 14 -> 30) [( 3.1353e+00, 2.7489e+00, 3.0663e-01,-1.1677e+00), p^2= 8.1634e-01, m= 9.0351e-01] ( 0, 0) [D] 1 pi+ 64 ( 14 -> ) [( 1.6158e+00, 1.5948e+00, 1.5699e-01, 1.5236e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a215830) Blob [0]( 15, Hadron Decay , 1 -> 2 @ (1.973e-12,9.571e-13,6.202e-14,6.336e-13) Incoming particles : [P] 2 Delta(1232)+b 29 ( 7 -> 15) [( 1.4863e+00, 7.2091e-01, 4.6713e-02, 4.7724e-01), p^2= 1.4595e+00, m= 1.2081e+00] ( 0, 0) Outgoing particles : [D] 1 nb 67 ( 15 -> ) [( 1.0604e+00, 3.8913e-01,-8.1534e-02, 2.8895e-01), p^2= 8.8278e-01, m= 9.3957e-01] ( 0, 0) [D] 1 pi- 68 ( 15 -> ) [( 4.2598e-01, 3.3178e-01, 1.2825e-01, 1.8828e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a2699b0) Blob [0]( 16, Hadron Decay , 1 -> 2 @ (7.255e-14,4.97e-14,2.336e-14,-2.318e-14) Incoming particles : [P] 2 b(1)(1235)- 30 ( 7 -> 16) [( 1.9077e+00, 1.3068e+00, 6.1420e-01,-6.0961e-01), p^2= 1.1828e+00, m= 1.0876e+00] ( 0, 0) Outgoing particles : [D] 2 omega(782) 69 ( 16 -> 31) [( 1.4061e+00, 9.1804e-01, 3.3127e-01,-6.4055e-01), p^2= 6.1426e-01, m= 7.8375e-01] ( 0, 0) [D] 1 pi- 70 ( 16 -> ) [( 5.0162e-01, 3.8876e-01, 2.8293e-01, 3.0943e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a226ca0) Blob [0]( 17, Hadron Decay , 1 -> 2 @ (0.0001246,-0.0001161,-3.632e-05,2.277e-05) Incoming particles : [P] 2 pi 35 ( 7 -> 17) [( 1.1739e+00,-1.0939e+00,-3.4220e-01, 2.1459e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 76 ( 17 -> ) [( 1.3423e-01,-1.3415e-01,-4.5261e-03, 7.5837e-04), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 77 ( 17 -> ) [( 1.0397e+00,-9.5978e-01,-3.3768e-01, 2.1383e-01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 18, Hadron Decay , 1 -> 2 @ (6.197e-12,5.972e-12,1.434e-12,-1.628e-13) Incoming particles : [P] 2 K*(892)+ 24 ( 7 -> 18) [( 6.4565e+00, 6.2217e+00, 1.4943e+00,-1.6962e-01), p^2= 7.1549e-01, m= 8.4587e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 78 ( 18 -> ) [( 4.4881e+00, 4.2708e+00, 1.2851e+00,-8.5779e-02), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 2 pi 79 ( 18 -> 33) [( 1.9684e+00, 1.9508e+00, 2.0917e-01,-8.3842e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a192b30) Blob [0]( 19, Hadron Decay , 1 -> 2 @ (7.799e-12,-6.396e-12,-2.932e-12,2.487e-12) Incoming particles : [P] 2 b(1)(1235)+ 39 ( 7 -> 19) [( 4.2804e+00,-3.5101e+00,-1.6091e+00, 1.3649e+00), p^2= 1.5492e+00, m= 1.2446e+00] ( 0, 0) Outgoing particles : [D] 1 pi+ 82 ( 19 -> ) [( 8.9335e-01,-8.4032e-01,-2.0446e-01,-1.7510e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 P 83 ( 19 -> ) [( 3.3870e+00,-2.6698e+00,-1.4046e+00, 1.5400e+00), p^2= 3.5527e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a226e80) Blob [0]( 20, Hadron Decay , 1 -> 2 @ (9.738e-13,-5.008e-13,9.481e-14,5.636e-13) Incoming particles : [P] 2 Delta(1232)++ 34 ( 7 -> 20) [( 2.5926e+00,-1.3332e+00, 2.5242e-01, 1.5004e+00), p^2= 2.6292e+00, m= 1.6215e+00] ( 0, 0) Outgoing particles : [D] 1 P+ 84 ( 20 -> ) [( 1.9378e+00,-1.3159e+00,-2.0157e-01, 1.0500e+00), p^2= 8.8035e-01, m= 9.3827e-01] ( 0, 0) [D] 1 pi+ 85 ( 20 -> ) [( 6.5476e-01,-1.7303e-02, 4.5399e-01, 4.5036e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a26a250) Blob [0]( 21, Hadron Decay , 1 -> 2 @ (8.753e-13,-5.176e-13,-4.94e-13,3.238e-13) Incoming particles : [P] 2 rho(770)- 40 ( 7 -> 21) [( 1.7137e+00,-1.0133e+00,-9.6715e-01, 6.3391e-01), p^2= 5.7269e-01, m= 7.5676e-01] ( 0, 0) Outgoing particles : [D] 1 pi- 86 ( 21 -> ) [( 1.2412e+00,-7.9376e-01,-5.8570e-01, 7.4028e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 87 ( 21 -> 34) [( 4.7250e-01,-2.1959e-01,-3.8145e-01,-1.0637e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a1fa760) Blob [0]( 22, Hadron Decay , 1 -> 2 @ (0.0001458,-5.879e-05,0.0001153,2.106e-05) Incoming particles : [P] 2 pi 33 ( 7 -> 22) [( 3.0839e-01,-1.2436e-01, 2.4380e-01, 4.4540e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 90 ( 22 -> ) [( 1.9482e-01,-2.7879e-02, 1.8481e-01, 5.5008e-02), p^2= 1.3878e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 91 ( 22 -> ) [( 1.1357e-01,-9.6478e-02, 5.8998e-02,-1.0468e-02), p^2= 1.7347e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 23, Hadron Decay , 1 -> 2 @ (4.123e-12,1.603e-12,1.927e-12,2.22e-12) Incoming particles : [P] 2 rho(770) 32 ( 7 -> 23) [( 1.1770e+00, 4.5774e-01, 5.5019e-01, 6.3384e-01), p^2= 4.7128e-01, m= 6.8650e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 92 ( 23 -> ) [( 3.8954e-01, 3.0878e-01, 1.8887e-01,-3.5355e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 93 ( 23 -> ) [( 7.8743e-01, 1.4896e-01, 3.6132e-01, 6.6920e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a185790) Blob [0]( 24, Hadron Decay , 1 -> 3 @ (3.555e-07,-3.291e-07,-1.093e-07,-7.145e-08) Incoming particles : [P] 2 eta 22 ( 7 -> 24) [( 5.9940e+00,-5.5480e+00,-1.8431e+00,-1.2046e+00), p^2= 2.9954e-01, m= 5.4730e-01] ( 0, 0) Outgoing particles : [D] 2 pi 94 ( 24 -> 35) [( 1.6942e+00,-1.5245e+00,-6.4217e-01,-3.3999e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 2 pi 95 ( 24 -> 36) [( 3.3168e+00,-3.0999e+00,-9.5980e-01,-6.7264e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) [D] 2 pi 96 ( 24 -> 37) [( 9.8305e-01,-9.2366e-01,-2.4113e-01,-1.9201e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a0ca320) Blob [0]( 25, Hadron Decay , 1 -> 1 @ (1.565e-10,-1.459e-10,-4.349e-11,-3.22e-11) Incoming particles : [D] 2 Kb 43 ( 9 -> 25) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 2 K(S) 45 ( 25 -> 27) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Data_Container: * hdc (0x1a0ddd20) Blob [0]( 26, Hadron Decay , 1 -> 2 @ (0.0004932,-0.0004708,-0.0001103,-9.58e-05) Incoming particles : [D] 2 pi 44 ( 9 -> 26) [( 4.3222e+00,-4.1259e+00,-9.6693e-01,-8.3951e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 48 ( 26 -> ) [( 2.8567e+00,-2.7449e+00,-6.1464e-01,-4.9860e-01), p^2=-3.5527e-15, m= 0.0000e+00] ( 0, 0) [D] 1 P 49 ( 26 -> ) [( 1.4655e+00,-1.3810e+00,-3.5229e-01,-3.4090e-01), p^2=-1.3323e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 27, Hadron Decay , 1 -> 2 @ (648.9,-591.3,-214.9,-140.9) Incoming particles : [D] 2 K(S) 45 ( 25 -> 27) [( 4.3987e+00,-4.0083e+00,-1.4567e+00,-9.5511e-01), p^2= 2.4768e-01, m= 4.9767e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 46 ( 27 -> ) [( 3.7849e+00,-3.4767e+00,-1.2960e+00,-7.3423e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 47 ( 27 -> ) [( 6.1373e-01,-5.3158e-01,-1.6067e-01,-2.2088e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a0e1160) Blob [0]( 28, Hadron Decay , 1 -> 2 @ (8.601e-05,-8.094e-05,-2.73e-05,9.737e-06) Incoming particles : [D] 2 pi 54 ( 11 -> 28) [( 4.3197e+00,-4.0648e+00,-1.3710e+00, 4.8898e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 55 ( 28 -> ) [( 1.3292e-01,-1.1731e-01,-5.1934e-02, 3.4745e-02), p^2=-6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 56 ( 28 -> ) [( 4.1868e+00,-3.9475e+00,-1.3190e+00, 4.5424e-01), p^2=-7.1054e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 29, Hadron Decay , 1 -> 2 @ (0.0004639,0.0004378,0.0001506,-1.349e-05) Incoming particles : [D] 2 pi 58 ( 12 -> 29) [( 2.5268e+00, 2.3850e+00, 8.2023e-01,-7.3498e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 59 ( 29 -> ) [( 1.0091e-01, 1.0015e-01, 7.6662e-03,-9.6371e-03), p^2= 1.7347e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 60 ( 29 -> ) [( 2.4259e+00, 2.2848e+00, 8.1256e-01,-6.3860e-02), p^2= 2.6645e-15, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 30, Hadron Decay , 1 -> 2 @ (2.523e-11,2.219e-11,2.467e-12,-9.071e-12) Incoming particles : [D] 2 K*(892) 63 ( 14 -> 30) [( 3.1353e+00, 2.7489e+00, 3.0663e-01,-1.1677e+00), p^2= 8.1634e-01, m= 9.0351e-01] ( 0, 0) Outgoing particles : [D] 1 K+ 65 ( 30 -> ) [( 1.2773e+00, 1.1231e+00,-4.7031e-02,-3.5265e-01), p^2= 2.4372e-01, m= 4.9368e-01] ( 0, 0) [D] 1 pi- 66 ( 30 -> ) [( 1.8580e+00, 1.6258e+00, 3.5366e-01,-8.1503e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) Data_Container: * hdc (0x1a192300) Blob [0]( 31, Hadron Decay , 1 -> 3 @ (6.072e-11,3.965e-11,1.431e-11,-2.765e-11) Incoming particles : [D] 2 omega(782) 69 ( 16 -> 31) [( 1.4061e+00, 9.1804e-01, 3.3127e-01,-6.4055e-01), p^2= 6.1426e-01, m= 7.8375e-01] ( 0, 0) Outgoing particles : [D] 1 pi+ 71 ( 31 -> ) [( 4.0508e-01, 1.6534e-01, 2.5518e-01,-2.2838e-01), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 1 pi- 72 ( 31 -> ) [( 4.2651e-01, 3.9900e-01, 5.3455e-02, 1.9356e-02), p^2= 1.9480e-02, m= 1.3957e-01] ( 0, 0) [D] 2 pi 73 ( 31 -> 32) [( 5.7450e-01, 3.5370e-01, 2.2637e-02,-4.3153e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Data_Container: * hdc (0x1a191980) Blob [0]( 32, Hadron Decay , 1 -> 2 @ (4.763e-05,2.932e-05,1.877e-06,-3.577e-05) Incoming particles : [D] 2 pi 73 ( 31 -> 32) [( 5.7450e-01, 3.5370e-01, 2.2637e-02,-4.3153e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 74 ( 32 -> ) [( 2.2762e-01, 1.6874e-01, 6.0060e-02,-1.4047e-01), p^2= 3.4694e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 75 ( 32 -> ) [( 3.4688e-01, 1.8496e-01,-3.7423e-02,-2.9105e-01), p^2= 2.7756e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 33, Hadron Decay , 1 -> 2 @ (4.32e-05,4.281e-05,4.59e-06,-1.84e-06) Incoming particles : [D] 2 pi 79 ( 18 -> 33) [( 1.9684e+00, 1.9508e+00, 2.0917e-01,-8.3842e-02), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 80 ( 33 -> ) [( 1.7898e+00, 1.7780e+00, 1.7289e-01,-1.1068e-01), p^2= 8.8818e-16, m= 0.0000e+00] ( 0, 0) [D] 1 P 81 ( 33 -> ) [( 1.7865e-01, 1.7285e-01, 3.6284e-02, 2.6836e-02), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 34, Hadron Decay , 1 -> 2 @ (7.741e-05,-3.598e-05,-6.25e-05,-1.743e-05) Incoming particles : [D] 2 pi 87 ( 21 -> 34) [( 4.7250e-01,-2.1959e-01,-3.8145e-01,-1.0637e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 88 ( 34 -> ) [( 2.3443e-01,-1.6502e-01,-1.5355e-01,-6.4394e-02), p^2= 6.9389e-18, m= 0.0000e+00] ( 0, 0) [D] 1 P 89 ( 34 -> ) [( 2.3808e-01,-5.4569e-02,-2.2790e-01,-4.1974e-02), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 35, Hadron Decay , 1 -> 2 @ (2.845e-05,-2.561e-05,-1.076e-05,-5.709e-06) Incoming particles : [D] 2 pi 94 ( 24 -> 35) [( 1.6942e+00,-1.5245e+00,-6.4217e-01,-3.3999e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 97 ( 35 -> ) [( 1.4655e+00,-1.3219e+00,-5.3611e-01,-3.3582e-01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [D] 1 P 98 ( 35 -> ) [( 2.2866e-01,-2.0254e-01,-1.0605e-01,-4.1618e-03), p^2=-6.9389e-18, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 36, Hadron Decay , 1 -> 2 @ (0.001016,-0.0009497,-0.0002941,-0.0002061) Incoming particles : [D] 2 pi 95 ( 24 -> 36) [( 3.3168e+00,-3.0999e+00,-9.5980e-01,-6.7264e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 99 ( 36 -> ) [( 3.0271e+00,-2.8444e+00,-8.4373e-01,-6.0049e-01), p^2=-1.7764e-15, m= 0.0000e+00] ( 0, 0) [D] 1 P 100 ( 36 -> ) [( 2.8974e-01,-2.5548e-01,-1.1607e-01,-7.2149e-02), p^2= 1.3878e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) Blob [0]( 37, Hadron Decay , 1 -> 2 @ (0.000135,-0.0001268,-3.314e-05,-2.637e-05) Incoming particles : [D] 2 pi 96 ( 24 -> 37) [( 9.8305e-01,-9.2366e-01,-2.4113e-01,-1.9201e-01), p^2= 1.8219e-02, m= 1.3498e-01] ( 0, 0) Outgoing particles : [D] 1 P 101 ( 37 -> ) [( 2.8263e-01,-2.7547e-01,-6.3003e-02, 4.7422e-03), p^2=-1.3878e-17, m= 0.0000e+00] ( 0, 0) [D] 1 P 102 ( 37 -> ) [( 7.0042e-01,-6.4819e-01,-1.7813e-01,-1.9676e-01), p^2= 5.5511e-17, m= 0.0000e+00] ( 0, 0) Data_Container: * hdc (0x1a0d1150) ------------------------------------------------- Sherpa : Passed 1218 events. Event_Handler::GenerateEvent(1219) { Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 1 elements { Blob [6]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 1 G 3 ( 1 -> ) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] ( 0, 0) [H] 1 G 4 ( 1 -> ) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] ( 0, 0) [H] 1 s 5 ( 1 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] ( 0, 0) [H] 1 sb 6 ( 1 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * Renormalization_Scale (4.589) * Trials (0) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Single_Process::Cluster(): Found 1 amplitude(s) ... select 1st. Perturbative_Interface::SetColours(): { Blob [6]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 1 G 3 ( 1 -> ) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 1 G 4 ( 1 -> ) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 1 s 5 ( 1 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 1 sb 6 ( 1 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * Renormalization_Scale (4.589) * Trials (0) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) } CS_Shower::PrepareShower(): { k_{T,min} / k_{T,max} = { (0) -> 0 / 2.717 (1) -> 0 / 2.717 (2) -> 0 / 2.717 (3) -> 0 / 2.717 (4) -> 0 / 2.717 (5) -> 0 / 2.717 } (0x1b4cf500): 2 -> 4 { \mu_r = 2.142, \mu_f = 91.02, \mu = 1.679 k_T = 2.717, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () cols = { 601->1 602->2 603->3 } (0) e+ (-45.6,-0,-0,-45.6) 0 (0,0) [1|5,0] (1) e- (-45.42,-0,-0,45.42) 1.168e-06 (0,0) [1|5,0] (2) G (40.5,37.91,14.23,-0.8755) 6.743e-07 (601,602) [1|5,0] (3) G (31.21,-28.87,-9.795,6.693) -5.84e-07 (602,603) [1|5,0] (4) s (14.39,-13.43,-3.808,-3.51) -4.46e-07 (603,0) [1|5,0] (5) sb (4.918,4.39,-0.6287,-2.126) 0 (0,601) [1|5,0] } Singlet lists: Singlet parton list from CS_Shower : 0x1a087a10 Parton 0x1b646890 (0x1a087a10), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a083220 (0x1a087a10), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1a087a10), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1b657a70,0x1b6511c0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b6511c0 (0x1a087a10), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b659220 (0x1a087a10), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b6511c0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b657a70 (0x1a087a10), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- } Jet_Evolution::AttachShowers(): Setting scale for MI { (0x1b4cf500): 2 -> 4 { \mu_r = 2.142, \mu_f = 91.02, \mu = 1.679 k_T = 2.717, z = 0, phi = 0, kin = 0 oew = 2, oqcd = 2, nlo = 0, new = () cols = { 601->1 602->2 603->3 } (0) e+ (-45.6,-0,-0,-45.6) 0 (0,0) [1|5,0] (1) e- (-45.42,-0,-0,45.42) 1.168e-06 (0,0) [1|5,0] (2) G (40.5,37.91,14.23,-0.8755) 6.743e-07 (601,602) [1|5,0] (3) G (31.21,-28.87,-9.795,6.693) -5.84e-07 (602,603) [1|5,0] (4) s (14.39,-13.43,-3.808,-3.51) -4.46e-07 (603,0) [1|5,0] (5) sb (4.918,4.39,-0.6287,-2.126) 0 (0,601) [1|5,0] } } -> p_T = 40.49 Jet_Evolution::DefineInitialConditions(): { } before shower step Singlet parton list from CS_Shower : 0x1a087a10 Parton 0x1b646890 (0x1a087a10), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a083220 (0x1a087a10), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1a087a10), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1b657a70,0x1b6511c0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b6511c0 (0x1a087a10), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b659220 (0x1a087a10), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b6511c0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b657a70 (0x1a087a10), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- Emission G -> G G at kt = 2.663( 0 .. 2.717 ), z = 0.9561, y = 0.03371 for Parton 0x1b6511c0 (0x1a087a10), stat=0, kin=0 [(3)]: G : (31.21,-28.87,-9.795,6.693) (602,603)[602,603] (Final state parton) Colour partners (0x1b65dd70,0x1b659220), t_min = 0 k_T start : 2.717 k_T test : 2.663 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b65dd70 (0x1a087a10), stat=0, kin=0 [(2)]: G : (40.5,37.91,14.23,-0.8755) (601,602)[601,602] (Final state parton) Colour partners (0x1b657a70,0x1b6511c0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Shower::MakeKinematics(2) { Singlet::SetColours(): (602,603) -> (601,603) Singlet::JetVeto() { Singlet parton list from CS_Shower : 0x1b4cfaf0 Parton 0x1b63e110 (0x1b4cfaf0), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a0a66e0 (0x1b4cfaf0), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b4c0ab0 (0x1b4cfaf0), stat=0, kin=0 [(2)]: G : (39.13,36.63,13.75,-0.846) (601,602)[601,602] (Final state parton) Colour partners (0x1b654920,0x1b64cba0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64ce00 (0x1b4cfaf0), stat=0, kin=0 [(3)]: G : (29.68,-28.16,-8.49,3.941) (602,603)[602,603] (Final state parton) Colour partners (0x1b4c0ab0,0x1a081e30), t_min = 0 k_T start : 2.717 k_T test : 2.663 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1a081e30 (0x1b4cfaf0), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b654ea0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b654920 (0x1b4cfaf0), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b4c0ab0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b64cba0 (0x1b4cfaf0), stat=0, kin=0 [(3)]: G : (2.901,0.5698,-0.8247,2.722) (602,601)[602,601] (Final state parton) Colour partners (0x1b4c0ab0,0x1b654ea0), t_min = 0 k_T start : 2.663 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 ------------------------------------------------------------------------- No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e- G <-> G (21) No kernel for e- s <-> e+ (22) No kernel for e- s <-> G (21) No kernel for e- s <-> G (21) No kernel for e- s <-> sb (21) No kernel for e- s <-> G (21) No kernel for e- sb <-> e+ (22) No kernel for e- sb <-> G (21) No kernel for e- sb <-> G (21) No kernel for e- sb <-> s (21) No kernel for e- sb <-> G (21) No kernel for e- G <-> e+ (22) No kernel for e- G <-> G (21) No kernel for e- G <-> G (21) No kernel for e- G <-> s (21) No kernel for e- G <-> sb (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for e+ G <-> G (21) No kernel for e+ s <-> e- (22) No kernel for e+ s <-> G (21) No kernel for e+ s <-> G (21) No kernel for e+ s <-> sb (21) No kernel for e+ s <-> G (21) No kernel for e+ sb <-> e- (22) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> G (21) No kernel for e+ sb <-> s (21) No kernel for e+ sb <-> G (21) No kernel for e+ G <-> e- (22) No kernel for e+ G <-> G (21) No kernel for e+ G <-> G (21) No kernel for e+ G <-> s (21) No kernel for e+ G <-> sb (21) No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(4)} = 98.16 Q_{(2)(3),(5)} = 188 Q_{(2)(3),(3)} = 241.7 No kernel for G s <-> e- (12) No kernel for G s <-> e+ (12) Q_{(2)(4),(3)} = 66.3 Q_{(2)(4),(5)} = 98.75 Q_{(2)(4),(3)} = 76.85 No kernel for G sb <-> e- (12) No kernel for G sb <-> e+ (12) Q_{(2)(5),(3)} = 11.69 Q_{(2)(5),(4)} = 11.77 Q_{(2)(5),(3)} = 11.85 No kernel for G G <-> e- (12) No kernel for G G <-> e+ (12) Q_{(2)(3),(3)} = 4.18 } Singlet::SetColours(): (601,603) -> (602,603) Save history for Parton 0x1b64ce00 (0x1b4cfaf0), stat=0, kin=0 [(3)]: G : (29.68,-28.16,-8.49,3.941) (602,603)[602,603] (Final state parton) Colour partners (0x1b4c0ab0,0x1a081e30), t_min = 0 k_T start : 2.717 k_T test : 2.663 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 Parton 0x1b4c0ab0 (0x1b4cfaf0), stat=0, kin=0 [(2)]: G : (39.13,36.63,13.75,-0.846) (601,602)[601,602] (Final state parton) Colour partners (0x1b654920,0x1b64ce00), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.717 k_T next : 0 } Shower::MakeKinematics(0) { Singlet::SetColours(): (602,603) -> (602,603) sw = 1, w = 1 } nem = 1 vs. maxem = 18446744073709551615 after shower step with 1 of 1 emission(s) Singlet parton list from CS_Shower : 0x1a087a10 Parton 0x1b646890 (0x1a087a10), stat=0, kin=0 [(0)]: e- : (45.6,0,0,45.6) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 Parton 0x1a083220 (0x1a087a10), stat=0, kin=0 [(1)]: e+ : (45.42,0,0,-45.42) (0,0)[0,0] (Initial state parton) Colour partners (0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 0.996 k_T prev : 2.663 k_T next : 0 Parton 0x1b65dd70 (0x1a087a10), stat=0, kin=0 [(2)]: G : (39.13,36.63,13.75,-0.846) (601,602)[601,602] (Final state parton) Colour partners (0x1b657a70,0x1b654ea0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 Parton 0x1b64cba0 (0x1a087a10), stat=0, kin=0 [(3)]: G : (29.68,-28.16,-8.49,3.941) (602,603)[602,603] (Final state parton) Colour partners (0x1b654ea0,0x1b659220), t_min = 0 k_T start : 2.663 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 Parton 0x1b654ea0 (0x1a087a10), stat=0, kin=0 [(3)]: G : (2.901,0.5698,-0.8247,2.722) (602,602)[602,602] (Final state parton) Colour partners (0x1b65dd70,0x1b64cba0), t_min = 0 k_T start : 2.663 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 Parton 0x1b659220 (0x1a087a10), stat=0, kin=0 [(4)]: s : (14.39,-13.43,-3.808,-3.51) (603,0)[603,0] (Final state parton) Colour partners (0x1b64cba0,0), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 Parton 0x1b657a70 (0x1a087a10), stat=0, kin=0 [(5)]: sb : (4.918,4.39,-0.6287,-2.126) (0,601)[0,601] (Final state parton) Colour partners (0,0x1b65dd70), t_min = 0 k_T start : 2.717 k_T test : 0 k_T veto : 9.12(0) x_B : 1 k_T prev : 2.663 k_T next : 0 ------------------------------------------------------------------------- Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 2 elements { Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (0) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [172]( 2, Shower , 6 -> 7 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 1 e- 7 ( -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 1 e+ 8 ( -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 1 G 9 ( 2 -> ) [( 3.9134e+01, 3.6628e+01, 1.3751e+01,-8.4602e-01), p^2= 6.8212e-13, m= 0.0000e+00] (601,602) [F] 1 G 10 ( 2 -> ) [( 2.9677e+01,-2.8162e+01,-8.4902e+00, 3.9411e+00), p^2=-7.9581e-13, m= 0.0000e+00] (602,603) [F] 1 G 11 ( 2 -> ) [( 2.9006e+00, 5.6978e-01,-8.2467e-01, 2.7219e+00), p^2=-1.4211e-14, m= 0.0000e+00] (602,602) [F] 1 s 12 ( 2 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 1 sb 13 ( 2 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent:166("Success") 167:m_blobs.FourMomentumConservation()=1 Blob List with 6 elements { Blob [0]( 6, Bunch , from Beam 0, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e- 14 ( -> 6) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e- 14 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [0]( 5, Bunch , from Beam 1, 1 -> 1 @ (0,0,0,0) Incoming particles : [a] 2 e+ 15 ( -> 5) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [a] 2 e+ 15 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Blob [48]( 4, Beam , from Beam 1, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e+ 15 ( 5 -> 4) [( 4.5600e+01, 0.0000e+00, 0.0000e+00,-4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [B] 1 P 17 ( 4 -> ) [( 1.8098e-01, 0.0000e+00, 0.0000e+00,-1.8098e-01), p^2=-5.1487e-15, m= 0.0000e+00] ( 0, 0) Blob [48]( 3, Beam , from Beam 0, 1 -> 2 @ (0,0,0,0) Incoming particles : [a] 2 e- 14 ( 6 -> 3) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 5.1100e-04] ( 0, 0) Outgoing particles : [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [B] 1 P 16 ( 3 -> ) [( 7.3884e-05, 0.0000e+00, 0.0000e+00, 7.3884e-05), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) Blob [0]( 1, Signal Process , 2 -> 4 @ (0,0,0,0) Incoming particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) Data_Container: * Enhance (1) * Factorisation_Scale (8284) * ME_wgtinfo (0x19e357e8) * MI_Scale (40.49) * Renormalization_Scale (4.589) * Shower_Weight (1) * Sud_Weight (1) * Trials (0) * Weight (5.368e+06) * XF1 (7.396e+04) * XF2 (10.86) Blob [36]( 2, Shower , 6 -> 7 @ (0,0,0,0) Incoming particles : [H] 2 G 3 ( 1 -> 2) [( 4.0499e+01, 3.7906e+01, 1.4231e+01,-8.7554e-01), p^2= 4.5475e-13, m= 0.0000e+00] (501,502) [H] 2 G 4 ( 1 -> 2) [( 3.1213e+01,-2.8870e+01,-9.7946e+00, 6.6925e+00), p^2=-3.4106e-13, m= 0.0000e+00] (502,503) [H] 2 s 5 ( 1 -> 2) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (503, 0) [H] 2 sb 6 ( 1 -> 2) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,501) [I] 2 e- 7 ( 3 -> 2) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [I] 2 e+ 8 ( 4 -> 2) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) Outgoing particles : [G] 2 e- 1 ( 2 -> 1) [( 4.5600e+01, 0.0000e+00, 0.0000e+00, 4.5600e+01), p^2= 0.0000e+00, m= 0.0000e+00] ( 0, 0) [G] 2 e+ 2 ( 2 -> 1) [( 4.5419e+01, 0.0000e+00, 0.0000e+00,-4.5419e+01), p^2= 1.3642e-12, m= 0.0000e+00] ( 0, 0) [F] 1 G 9 ( 2 -> ) [( 3.9134e+01, 3.6628e+01, 1.3751e+01,-8.4602e-01), p^2= 6.8212e-13, m= 0.0000e+00] (601,602) [F] 1 G 10 ( 2 -> ) [( 2.9677e+01,-2.8162e+01,-8.4902e+00, 3.9411e+00), p^2=-7.9581e-13, m= 0.0000e+00] (602,603) [F] 1 G 11 ( 2 -> ) [( 2.9006e+00, 5.6978e-01,-8.2467e-01, 2.7219e+00), p^2=-1.4211e-14, m= 0.0000e+00] (602,602) [F] 1 s 12 ( 2 -> ) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 1 sb 13 ( 2 -> ) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) } Event_Handler::GenerateEvent(): run 'Signal_Processes' Event_Handler::GenerateEvent(): run 'Hard_Decays' Event_Handler::GenerateEvent(): run 'Jet_Evolution:CSS' Event_Handler::GenerateEvent(): run 'Lepton_FS_QED_Corrections:Photons' Event_Handler::GenerateEvent(): run 'Multiple_Interactions:None' Event_Handler::GenerateEvent(): run 'Beam_Remnants' Beam_Remnant_Handler::FillBeamBlobs() { } Event_Handler::GenerateEvent(): run 'Hadronization:Ahadic' ########################################################################## ###################################### IN ################################ ########################################################################## Blob [32]( 7, Fragmentation , 5 -> 0 @ (0,0,0,0) Incoming particles : [F] 4 s 12 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.9677e+01,-2.8162e+01,-8.4902e+00, 3.9411e+00), p^2=-7.9581e-13, m= 0.0000e+00] (602,603) [F] 4 G 9 ( 2 -> 7) [( 3.9134e+01, 3.6628e+01, 1.3751e+01,-8.4602e-01), p^2= 6.8212e-13, m= 0.0000e+00] (601,602) [F] 4 sb 13 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) [F] 4 G 11 ( 2 -> 7) [( 2.9006e+00, 5.6978e-01,-8.2467e-01, 2.7219e+00), p^2=-1.4211e-14, m= 0.0000e+00] (602,602) Outgoing particles : ########################################################################## ================================================================== ================================================================== ================================================================== In Cluster_Formation_Handler::FormClusters: hadronize 5 partons. Blob [32]( 7, Cluster Formation , 5 -> 0 @ (0,0,0,0) Incoming particles : [F] 4 s 12 ( 2 -> 7) [( 1.4390e+01,-1.3425e+01,-3.8079e+00,-3.5103e+00), p^2=-1.9895e-13, m= 0.0000e+00] (603, 0) [F] 4 G 10 ( 2 -> 7) [( 2.9677e+01,-2.8162e+01,-8.4902e+00, 3.9411e+00), p^2=-7.9581e-13, m= 0.0000e+00] (602,603) [F] 4 G 9 ( 2 -> 7) [( 3.9134e+01, 3.6628e+01, 1.3751e+01,-8.4602e-01), p^2= 6.8212e-13, m= 0.0000e+00] (601,602) [F] 4 sb 13 ( 2 -> 7) [( 4.9177e+00, 4.3897e+00,-6.2872e-01,-2.1258e+00), p^2= 0.0000e+00, m= 0.0000e+00] ( 0,601) [F] 4 G 11 ( 2 -> 7) [( 2.9006e+00, 5.6978e-01,-8.2467e-01, 2.7219e+00), p^2=-1.4211e-14, m= 0.0000e+00] (602,602) Outgoing particles : ======= Cluster_Formation_Handler::FormOriginalClusters for : Proto_Particle_List with 4 elements: L : s (14.39,-13.42,-3.807,-3.51) 0.375, kt_max = 0 l : G (29.67,-28.16,-8.488,3.94) 0, kt_max = 0 l : G (39.13,36.62,13.75,-0.8458) 4.768e-07, kt_max = 0 L : sb (4.931,4.389,-0.6286,-2.125) 0.375, kt_max = 0 ------------------------------------------------------------ ------------------------------------------------------------ Gluon_Decayer::DecayList : incoming particle list. Proto_Particle_List with 4 elements: L : s (14.39,-13.42,-3.807,-3.51) 0.375, kt_max = 0 l : G (29.67,-28.16,-8.488,3.94) 0, kt_max = 0 l : G (39.13,36.62,13.75,-0.8458) 4.768e-07, kt_max = 0 L : sb (4.931,4.389,-0.6286,-2.125) 0.375, kt_max = 0 Dipole(1, 7.831) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 7.831) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 68) : G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61; G((39.13,36.62,13.75,-0.8458)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 7.831) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 68) : G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61; G((39.13,36.62,13.75,-0.8458)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 8.845) : G((39.13,36.62,13.75,-0.8458)), 0 vs. 4.768e-07 --> kt^2_max = 3.61; sb((4.931,4.389,-0.6286,-2.125)), 0.375 vs. 0.375 --> kt^2_max = 3.61. ------------------------------------------------------------ -------------------------------------------------- Gluon_Decayer::FillDipoleList: yields dipole list: Dipole(1, 7.831) : s((14.39,-13.42,-3.807,-3.51)), 0.375 vs. 0.375 --> kt^2_max = 3.61; G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61. Dipole(1, 68) : G((29.67,-28.16,-8.488,3.94)), 0 vs. 0 --> kt^2_max = 3.61; G((39.13,36.62,13.75,-0.8458)), 0 vs. 4.768e-07 --> kt^2_max = 3.61. Dipole(1, 8.845) : G((39.13,36.62,13.75,-0.8458)), 0 vs. 4.768e-07 --> kt^2_max = 3.61; sb((4.931,4.389,-0.6286,-2.125)), 0.375 vs. 0.375 --> kt^2_max = 3.61. ------------------------------------------------------------ ------------------------------------------------------------ Gluon_Decayer::DecayDipoles for 3 dipoles: 0x1b64e0a0 : --- Dipole[s, G], (mass = 7.831, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (29.67,-28.16,-8.488,3.94) m = 0 (-6.821e-13) --- 0x1b64e070 : --- Dipole[G, G], (mass = 68, decay = 1) --- --- (29.67,-28.16,-8.488,3.94) m = 0 (-6.821e-13) + (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) --- 0x1b64e100 : --- Dipole[G, sb], (mass = 8.845, decay = 1) --- --- (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b64e0a0 --- Dipole[s, G], (mass = 7.831, decay = 1) --- --- (14.39,-13.42,-3.807,-3.51) m = 0.375 (0.1406) + (29.67,-28.16,-8.488,3.94) m = 0 (-6.821e-13) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 61.32) for s(L) G(l) (14.39,-13.42,-3.807,-3.51) ( 3.61 ) (29.67,-28.16,-8.488,3.94) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 7.831): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = u. kt2min = 0.74, z in [0.01276, 0.9872]. ... Splitting_Tools::UpdateRanges(z = 0.8135) --> kt_max = 2.899. ... first: lL(G s): kt_max = 1.573 from pt(kin) = 28.47, p_min = 14.39 and cos = 0.9287, red. mass = 7.818. correct to kt^2_min,max = 0.6188, 2.475. Splitting_Tools::KinCheck(kt^2 = 0.8875, z = 0.8135). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.8875 and z = 0.8135 for u. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (7.831,0,0,0) = (3.924,4.441e-16,1.665e-16,3.907) (0.375) + (3.907,-9.548e-15,-5.052e-15,-3.907) (0) ~~ (3.538,4e-16,1.5e-16,3.518) (0.375) + (1.043,-0.3208,0.8854,-0.4127) (0.175) + (3.25,0.3208,-0.8854,-3.106) (0.175). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.8868, z = 0.8136 for u. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : ub (7.538,-7.42,-1.243,0.4402) 0.175, kt_max = 0.9421 l : u (23.54,-22.05,-7.618,3.151) 0.175, kt_max = 0.9421 ::: split initial gluon with kt = 0.9417, z = 0.8136, dipole mass = 7.831. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt g-g-g-g 0 --- Dipole[u, G], (mass = 60.6, decay = 1) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) --- --- Dipole[G, sb], (mass = 8.845, decay = 1) --- --- (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 3.234, decay = 0) --- --- (12.98,-12.11,-3.435,-3.161) m = 0.375 (0.1406) + (7.538,-7.42,-1.243,0.4402) m = 0.175 (0.03062) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 3 dipoles: --- Dipole[u, G], (mass = 60.6, decay = 1) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) --- --- Dipole[G, sb], (mass = 8.845, decay = 1) --- --- (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 3.234, decay = 0) --- --- (12.98,-12.11,-3.435,-3.161) m = 0.375 (0.1406) + (7.538,-7.42,-1.243,0.4402) m = 0.175 (0.03062) --- --- Gluon_Decayer::DecayDipoles splits the following dipole :0x1b64e100 --- Dipole[G, sb], (mass = 8.845, decay = 1) --- --- (39.13,36.62,13.75,-0.8458) m = 4.768e-07 (2.274e-13) + (4.931,4.389,-0.6286,-2.125) m = 0.375 (0.1406) --- =============================================================== === Dipole_Splitter::SplitDipole(first = 1, veto = 0, m^2 = 78.24) for G(l) sb(L) (39.13,36.62,13.75,-0.8458) ( 3.61 ) (4.931,4.389,-0.6286,-2.125) ( 3.61 ). Splitting_Tools::PrepareKinematics(glusplit = 1, Q = 8.845): can in principle split. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0). ~~ Splitting_Tools::ProduceKinematics. flav = dd_1b. kt2min = 15.58, z in [0.3113, 0.6887]. ... Splitting_Tools::UpdateRanges(z = 0.666) --> kt_max = 3.846. ... first: lL(G sb): kt_max = 1.348 from pt(kin) = 8.706, p_min = 4.917 and cos = 0.7999, red. mass = 8.704. correct to kt^2_min,max = 0.4539, 1.816. Splitting_Tools::KinCheck(kt^2 = 0.9771, z = 0.666). ~~ Splitting_Tools::ProduceKinematics : exit inner loop with kt2 = 0.9771 and z = 0.666 for dd_1b. ~~ Splitting_Tools::ConstructKinematics: before boosting back. ~~ (8.845,0,0,0) = (4.431,0,2.22e-16,4.415) (0.375) + (4.415,5.995e-15,-5.174e-14,-4.415) (0) ~~ (3.886,0,1.945e-16,3.868) (0.375) + (1.837,-0.5854,0.7963,-1.11) (1.08) + (3.122,0.5854,-0.7963,-2.758) (1.08). ___ Splitting_Tools::ConstructKinematics(out): succeeded to build kinematics for kt^2 = 0.9768, z = 0.6661 for dd_1b. ~~ Splitting_Tools::DetermineSplitting(first = 1, veto = 0) -> succeeded. ___ Splitting_Tools::AftermathOfSplitting yields new particles : l : dd_1 (28.79,27.27,9.12,-0.9451) 1.08, kt_max = 0.9885 l : dd_1b (10.92,9.874,4.544,-0.1626) 1.08, kt_max = 0.9885 ::: split initial gluon with kt = 0.9883, z = 0.6661, dipole mass = 8.845. === Dipole_Splitter::SplitDipole(out): succeded to split dipole. --- Gluon_Decayer::SplitIt q-g-g-q 1 --- Gluon_Decayer::SplitIt check this: test = begin 0 --- Dipole[ no flav , sb], (mass = 8.845, decay = 1) --- --- XXX + (4.341,3.865,-0.5445,-1.863) m = 0.375 (0.1406) --- --- Dipole[ no flav , sb], (mass = 8.845, decay = 1) --- --- XXX + (4.341,3.865,-0.5445,-1.863) m = 0.375 (0.1406) --- --- Gluon_Decayer::SplitIt check for neighbour after (switched): --- Dipole[u, no flav ], (mass = 60.6, decay = 1) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + XXX --- --- Gluon_Decayer::SplitIt check for neighbour after setting: --- Dipole[u, dd_1], (mass = 60.6, decay = 1) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + (28.79,27.27,9.12,-0.9451) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 8.845, decay = 1) --- --- (10.92,9.874,4.544,-0.1626) m = 1.08 (1.166) + (4.341,3.865,-0.5445,-1.863) m = 0.375 (0.1406) --- --- Dipole[u, dd_1], (mass = 52, decay = 0) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + (28.79,27.27,9.12,-0.9451) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 4.917, decay = 0) --- --- (10.92,9.874,4.544,-0.1626) m = 1.08 (1.166) + (4.341,3.865,-0.5445,-1.863) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 3.234, decay = 0) --- --- (12.98,-12.11,-3.435,-3.161) m = 0.375 (0.1406) + (7.538,-7.42,-1.243,0.4402) m = 0.175 (0.03062) --- --- Gluon_Decayer::SplitIt(out). --- Gluon_Decayer::DecayDipoles (after splitting) for 3 dipoles: --- Dipole[u, dd_1], (mass = 52, decay = 0) --- --- (23.54,-22.05,-7.618,3.151) m = 0.175 (0.03062) + (28.79,27.27,9.12,-0.9451) m = 1.08 (1.166) --- --- Dipole[dd_1b, sb], (mass = 4.917, decay = 0) --- --- (10.92,9.874,4.544,-0.1626) m = 1.08 (1.166) + (4.341,3.865,-0.5445,-1.863) m = 0.375 (0.1406) --- --- Dipole[s, ub], (mass = 3.234, decay = 0) --- --- (12.98,-12.11,-3.435,-3.161) m = 0.375 (0.1406) + (7.538,-7.42,-1.243,0.4402) m = 0.175 (0.03062) --- Gluon_Decayer::DecayDipoles : all dipoles done! Gluon_Decayer::DecayList : outgoing particle list. Proto_Particle_List with 6 elements: l : u (23.54,-22.05,-7.618,3.151) 0.175, kt_max = 0.9421 l : dd_1 (28.79,27.27,9.12,-0.9451) 1.08, kt_max = 0.9885 l : dd_1b (10.92,9.874,4.544,-0.1626) 1.08, kt_max = 0.9885 L : sb (4.341,3.865,-0.5445,-1.863) 0.375, kt_max = 1.9 L : s (12.98,-12.11,-3.435,-3.161) 0.375, kt_max = 1.9 l : ub (7.538,-7.42,-1.243,0.4402) 0.175, kt_max = 0.9421 ------------------------------------------------------------------------------------------------------------------------ ======= Cluster_Formation_Handler::FormOriginalClusters for : Cluster List with 3 elements: ------------------------------------------------------------- Cluster [cluster, 1, 0] ((52.33,5.22,1.502,2.206),52 ) [> 3] [< 2] : l : u (23.54,-22.05,-7.618,3.151) 0.175, kt_max = 0.9421 l : dd_1 (28.79,27.27,9.12,-0.9451) 1.08, kt_max = 0.9885 ------------------------------------------------------------- Cluster [cluster, 2, 0] ((15.26,13.74,4,-2.026),4.917 ) [> 1] : l : dd_1b (10.92,9.874,4.544,-0.1626) 1.08, kt_max = 0.9885 L : sb (4.341,3.865,-0.5445,-1.863) 0.375, kt_max = 1.9 ------------------------------------------------------------- Cluster [cluster, 3, 0] ((20.52,-19.53,-4.677,-2.72),3.234 ) [< 1] : L : s (12.98,-12.11,-3.435,-3.161) 0.375, kt_max = 1.9 l : ub (7.538,-7.42,-1.243,0.4402) 0.175, kt_max = 0.9421 ======= Cluster_Formation_Handler::FormOriginalClusters for : Proto_Particle_List with 1 elements: l : G (2.9,0.5697,-0.8245,2.721) 0, kt_max = 0 ------------------------------------------------------------ ------------------------------------------------------------ Gluon_Decayer::DecayList : incoming particle list. Proto_Particle_List with 1 elements: l : G (2.9,0.5697,-0.8245,2.721) 0, kt_max = 0 Exception_Handler::SignalHandler: Signal (11) caught.  Exception_Handler::GenerateStackTrace(..): Generating stack trace  { 0x2ac813f5ded4 in 'ATOOLS::Exception_Handler::GenerateStackTrace(std::ostream&, bool, std::string const&)' (Exception_Handler.C:315) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac813f60471 in 'ATOOLS::Exception_Handler::SignalHandler(int)' (basic_string.h:283) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac813f607cb in 'ATOOLS::SignalHandler(int)' (Exception_Handler.C:245) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac81467b1f9 in 'AHADIC::Gluon_Decayer::FillDipoleList(AHADIC::Proto_Particle_List*)' (Gluon_Decayer.C:134) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac81467b868 in 'AHADIC::Gluon_Decayer::DecayList(AHADIC::Proto_Particle_List*)' (Gluon_Decayer.C:95) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac81466fb8c in 'AHADIC::Cluster_Formation_Handler::FormOriginalClusters()' (Cluster_Formation_Handler.C:318) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac8146716ae in 'AHADIC::Cluster_Formation_Handler::FormClusters(ATOOLS::Blob*)' (Cluster_Formation_Handler.C:75) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac8141bf9d0 in 'AHADIC::Ahadic::Hadronize(ATOOLS::Blob*, int)' (Ahadic.C:142) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicMain.so.0' 0x2ac8141c0c1c in 'AHADIC::Ahadic::Hadronize(ATOOLS::Blob_List*)' (Ahadic.C:81) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicMain.so.0' 0x2ac8124cac64 in 'SHERPA::Fragmentation_Handler::PerformFragmentation(ATOOLS::Blob_List*, ATOOLS::Particle_List*)' (Fragmentation_Handler.C:122) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaSoftPhysics.so.0' 0x2ac812050bc0 in 'SHERPA::Event_Handler::GenerateEvent(int)' (Event_Handler.C:154) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaSingleEvents.so.0' 0x2ac811c04589 in 'SHERPA::Sherpa::GenerateOneEvent(bool)' (Sherpa.C:170) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaMain.so.0' 0x40a90f in 'main' (Main.C:61) from '/cluster/share/dur007/sherpa/trunk/install/bin/Sherpa' } Cannot continue. Exception_Handler::GenerateStackTrace(..): Generating stack trace  { 0x2ac813f5ded4 in 'ATOOLS::Exception_Handler::GenerateStackTrace(std::ostream&, bool, std::string const&)' (Exception_Handler.C:315) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac813f5f87e in 'ATOOLS::Exception_Handler::Terminate()' (basic_string.h:283) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac813f60535 in 'ATOOLS::Exception_Handler::SignalHandler(int)' (Exception_Handler.C:302) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac813f607cb in 'ATOOLS::SignalHandler(int)' (Exception_Handler.C:245) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libToolsOrg.so.0' 0x2ac81467b1f9 in 'AHADIC::Gluon_Decayer::FillDipoleList(AHADIC::Proto_Particle_List*)' (Gluon_Decayer.C:134) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac81467b868 in 'AHADIC::Gluon_Decayer::DecayList(AHADIC::Proto_Particle_List*)' (Gluon_Decayer.C:95) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac81466fb8c in 'AHADIC::Cluster_Formation_Handler::FormOriginalClusters()' (Cluster_Formation_Handler.C:318) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac8146716ae in 'AHADIC::Cluster_Formation_Handler::FormClusters(ATOOLS::Blob*)' (Cluster_Formation_Handler.C:75) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicFormation.so.0' 0x2ac8141bf9d0 in 'AHADIC::Ahadic::Hadronize(ATOOLS::Blob*, int)' (Ahadic.C:142) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicMain.so.0' 0x2ac8141c0c1c in 'AHADIC::Ahadic::Hadronize(ATOOLS::Blob_List*)' (Ahadic.C:81) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libAhadicMain.so.0' 0x2ac8124cac64 in 'SHERPA::Fragmentation_Handler::PerformFragmentation(ATOOLS::Blob_List*, ATOOLS::Particle_List*)' (Fragmentation_Handler.C:122) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaSoftPhysics.so.0' 0x2ac812050bc0 in 'SHERPA::Event_Handler::GenerateEvent(int)' (Event_Handler.C:154) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaSingleEvents.so.0' 0x2ac811c04589 in 'SHERPA::Sherpa::GenerateOneEvent(bool)' (Sherpa.C:170) from '/cluster/share/dur007/sherpa/trunk/install/lib/SHERPA-MC/libSherpaMain.so.0' 0x40a90f in 'main' (Main.C:61) from '/cluster/share/dur007/sherpa/trunk/install/bin/Sherpa' } Exception_Handler::Terminate(): Pre-crash status saved to '/cluster/share/dur007/sherpa/benchmark/HL_LEPI/test/Status__Mon_Mar_28_14-48-09_2011'. Exception_Handler::ApproveTerminate(): Asking for termination ... ... approved. Exception_Handler::PrepareTerminate(): Preparing termination ... In Event_Handler::Finish : Summarizing the run may take some time. +-----------------------------------------------------+ | | | Total XS is 32726.1 pb +- ( 934.853 pb = 2.85 % ) | | | +-----------------------------------------------------+ ... prepared. ------------------------------------------------------------------------ Please cite the publications listed in 'Sherpa_References.tex'. Extract the bibtex list by running 'get_bibtex Sherpa_References.tex' or email the file to 'slaclib2@slac.stanford.edu', subject 'generate'. ------------------------------------------------------------------------ Exception_Handler::Exit: Exiting Sherpa with code (2)[?25h Return_Value::PrintStatistics(): Statistics { Generated events: 1219 New events { From "Jet_Evolution:CSS": 754 (2145) -> 35.1 % } Retried phases { From "Hadron_Decays::RejectExclusiveChannelsFromFragmentation": 4 (227) -> 1.7 % } Retried methods { From "Hadrons::DiceUncorrelatedKinematics": 3 (30472) -> 0 % } } Time: 41s on Mon Mar 28 14:48:09 2011 (User: 38s, System: 0s, Children User: 0s, Children System: 0s) @@@ Soft_Cluster_Handler::~Soft_Cluster_Handler: 435 transitions, 0 double transitions, 9681 decays and 223 forced decays. @@@ Soft_Cluster_Handler::~Soft_Cluster_Handler: 1042 transitions from original dipole list.