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Ticket #370: invalid_amplitude.log

File invalid_amplitude.log, 168.0 KB (added by Johannes Krause, 8 years ago)
log file

Line
1	[1491825946.489512] sys.c:741 MXM WARN Conflicting CPU frequencies detected, using: 2501.00
2	Welcome to Sherpa, s0118321. Initialization of framework underway.
3	The local time is Mon Apr 10 14:05:47 2017.
4	Run_Parameter::Init(): Seed mode '*'
5	Run_Parameter::Init(): Setting memory limit to 62.7199 GB.
6	Random::SetSeed(): Seed set to 1234
7	-----------------------------------------------------------------------------
8	----------- Event generation run with SHERPA started ....... -----------
9	-----------------------------------------------------------------------------
10	................................................ \| +
11	................................................ \|\| \| + +
12	................................... .... \| \| / +
13	................. ................ _,_ \| .... \|\| +\| + +
14	............................... __.' ,\\| ... \|\| / +\| +
15	.............................. ( \ \ ... \| \| \| + + \ +
16	............................. ( \ -/ .... \|\| + \| +
17	........ ................... <S /()))))~~~~~~~~## + /\ +
18	............................ (!H (~~)))))~~~~~~#/ + + \| +
19	................ ........... (!E (~~~))))) /\|/ + +
20	............................ (!R (~~~))))) \|\|\| + + +
21	..... ...................... (!P (~~~~))) /\| + + +
22	............................ (!A> (~~~~~~~~~## + + +
23	............................. ~~(! '~~~~~~~ \ + + + +
24	............................... `~~~QQQQQDb // \| + + + +
25	........................ .......... IDDDDP\|\| \ + + + + + +
26	.................................... IDDDI\|\| \ +
27	.................................... IHD HD\|\| \ + + + + + + + +
28	................................... IHD ##\| :-) + +\ +
29	......... ............... ......... IHI ## / / + + + + +\ +
30	................................... IHI/ / / + + + + +
31	................................... ## \| \| / / + + + + / +
32	....................... /TT\ ..... ##/ /// / + + + + + + +/ +
33	......................./TTT/T\ ... /TT\/\\\ / + + + + + + +/ \ +
34	....................../TTT/TTTT\...\|TT/T\\\/ + ++ + /
35	-----------------------------------------------------------------------------
36
37	SHERPA version 2.2.2 (Cho Oyu)
38
39	Authors: Enrico Bothmann, Stefan Hoeche, Frank Krauss,
40	Silvan Kuttimalai, Marek Schoenherr, Holger Schulz,
41	Steffen Schumann, Frank Siegert, Korinna Zapp
42	Former Authors: Timo Fischer, Tanju Gleisberg, Hendrik Hoeth,
43	Ralf Kuhn, Thomas Laubrich, Andreas Schaelicke,
44	Jan Winter
45
46	This program uses a lot of genuine and original research work
47	by other people. Users are encouraged to refer to
48	the various original publications.
49
50	Users are kindly asked to refer to the documentation
51	published under JHEP 02(2009)007
52
53	Please visit also our homepage
54
55	http://sherpa.hepforge.org
56
57	for news, bugreports, updates and new releases.
58
59	-----------------------------------------------------------------------------
60
61	SVN branch branches/rel-2-2-2, revision 29489.
62
63	Beam_Spectra_Handler :
64	type = Monochromatic*Monochromatic
65	for P+ ((6500,0,0,6500))
66	and P+ ((6500,0,0,-6500))
67	PDF set 'NNPDF30NNLO' loaded for beam 1 (P+).
68	PDF set 'NNPDF30NNLO' loaded for beam 2 (P+).
69	Initialized the ISR: (SF)*(SF)
70	One_Running_AlphaS::One_Running_AlphaS() {
71	Setting \alpha_s according to PDF
72	perturbative order 2
73	\alpha_s(M_Z) = 0.118
74	}
75	One_Running_AlphaS::One_Running_AlphaS() {
76	Setting \alpha_s according to PDF
77	perturbative order 2
78	\alpha_s(M_Z) = 0.118
79	}
80	List of Particle Data
81	IDName kfc MASS[<kfc>] WIDTH[<kfc>] STABLE[<kfc>] MASSIVE[<kfc>] ACTIVE[<kfc>] YUKAWA[<kfc>]
82	d 1 0.01 0 1 0 1 0
83	u 2 0.005 0 1 0 1 0
84	s 3 0.2 0 1 0 1 0
85	c 4 1.42 0 1 0 1 0
86	b 5 4.8 0 1 0 1 0
87	t 6 173.21 2 0 1 1 173.21
88	e- 11 0.000511 0 1 0 1 0
89	ve 12 0 0 1 0 1 0
90	mu- 13 0.105 0 1 0 1 0
91	vmu 14 0 0 1 0 1 0
92	tau- 15 1.777 2.26735e-12 0 0 1 0
93	vtau 16 0 0 1 0 1 0
94	G 21 0 0 1 0 1 0
95	P 22 0 0 1 0 1 0
96	Z 23 91.1876 2.4952 0 1 1 91.1876
97	W+ 24 80.385 2.085 0 1 1 80.385
98	h0 25 125 0.00407 0 1 1 125
99
100	List of Particle Containers
101	IDName kfc Constituents
102	l 90 {e-,e+,mu-,mu+,tau-,tau+}
103	v 91 {ve,veb,vmu,vmub,vtau,vtaub}
104	j 93 {d,db,u,ub,s,sb,c,cb,b,bb,G}
105	Q 94 {d,db,u,ub,s,sb,c,cb,b,bb}
106	r 99 {d,db,u,ub,s,sb,c,cb,b,bb,G}
107
108	Initialized the Fragmentation_Handler.
109	Initialized the Soft_Collision_Handler.
110	CS_Shower::CS_Shower(): Set respect Q2 mode 0
111	CS_Shower::CS_Shower(): Set color setter mode 0
112	CS_Shower::CS_Shower(): Set respect Q2 mode 0
113	CS_Shower::CS_Shower(): Set color setter mode 0
114	Initialized the Shower_Handler.
115	+-----------------------------------------+
116	\| X X X XXXX XXX XXX XXX \|
117	\| X X XX XX X X X X X X \|
118	\| X X X X X XXX X XXX X X XXX XXX \|
119	\| XXXXX X X X X X X X X X \|
120	\| X X X X XXXX XXX XXX XXX \|
121	+-----------------------------------------+
122	\| please cite: JHEP 0202:044,2002 \|
123	+-----------------------------------------+
124	ME_Generators::ME_Generators(): Try loading 'OpenLoops' from 'libSherpaOpenLoops'.
125	ME_Generator_Base::SetPSMasses(): Massive PS flavours for Comix: (c,cb,b,bb,e-,e+,mu-,mu+,tau-,tau+)
126	+----------------------------------+
127	\| \|
128	\| [31mCCC[0m [32mOOO[0m [34mM[0m [34mM[0m I [33mX[0m [33mX[0m \|
129	\| [31mC[0m [32mO[0m [32mO[0m [34mMM[0m [34mMM[0m I [33mX[0m [33mX[0m \|
130	\| [31mC[0m [32mO[0m [32mO[0m [34mM[0m [34mM[0m [34mM[0m I [33mX[0m \|
131	\| [31mC[0m [32mO[0m [32mO[0m [34mM[0m [34mM[0m I [33mX[0m [33mX[0m \|
132	\| [31mCCC[0m [32mOOO[0m [34mM[0m [34mM[0m I [33mX[0m [33mX[0m \|
133	\| \|
134	+==================================+
135	\| Color dressed Matrix Elements \|
136	\| http://comix.freacafe.de \|
137	\| please cite JHEP12(2008)039 \|
138	+----------------------------------+
139	ME_Generator_Base::SetPSMasses(): Massive PS flavours for Amegic: (c,cb,b,bb,e-,e+,mu-,mu+,tau-,tau+)
140	Amegic::Initialize(): Set gauge 1.
141	Initialising OpenLoops generator from /home/s0118321/software/openloops/OpenLoops131
142	#########################################################
143	# ___ version 1.3.1 #
144	# / \ ___ ____ _ _ \| __ __ ___ __ #
145	# \| \| \|__\| \|__ \|\ \| \| / \ / \ \|__\| /__ #
146	# \___/ \| \|___ \| \\| \|___ \__/ \__/ \| __/ #
147	# #
148	#########################################################
149	# You are using OpenLoops to evaluate loop amplitudes #
150	# Authors: #
151	# F. Cascioli, J. Lindert, P. Maierhoefer, S. Pozzorini #
152	# Please cite Phys. Rev. Lett. 108 (2012) 111601 #
153	#########################################################
154
155	Matrix_Element_Handler::BuildProcesses(): Looking for processes ......................
156	------------------------------------------------------------------------
157	\| You are using CutTools - Version 1.9.5 \|
158	\| Authors: G. Ossola, C. Papadopoulos, R. Pittau \|
159	\| Published in JHEP 0803:042,2008 \|
160	\| http://www.ugr.es/~pittau/CutTools \|
161	\| \|
162	\| Compiler with 34 significant digits detetected \|
163	----------------------------------------------------------------------
164
165	########################################################################
166	# #
167	# You are using OneLOop-3.6.1 #
168	# #
169	# for the evaluation of 1-loop scalar 1-, 2-, 3- and 4-point functions #
170	# #
171	# author: Andreas van Hameren <hamerenREMOVETHIS@ifj.edu.pl> #
172	# date: 11-12-2015 #
173	# #
174	# Please cite #
175	# A. van Hameren, #
176	# Comput.Phys.Commun. 182 (2011) 2427-2438, arXiv:1007.4716 #
177	# A. van Hameren, C.G. Papadopoulos and R. Pittau, #
178	# JHEP 0909:106,2009, arXiv:0903.4665 #
179	# in publications with results obtained with the help of this program. #
180	# #
181	########################################################################
182	.................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................. done ( 252 MB, 5s / 2s ).
183	Matrix_Element_Handler::InitializeProcesses(): Performing tests ........................................................................................................................................................................................................................................................................................ done ( 262 MB, 0s / 0s ).
184	Initialized the Matrix_Element_Handler for the hard processes.
185	Initialized the Beam_Remnant_Handler.
186	Initialized the Soft_Photon_Handler.
187	[31mVariations::InitialiseParametersVector([32m0 variations[31m)[0m[31m{[0m
188	Named variations:
189	[31m}[0m
190	Read in channels from directory : .//Results/Amegic/MC_2_3__j__j__e-__e+__P__QCD(BVI)
191	Process_Group::CalculateTotalXSec(): Calculate xs for '2_3__j__j__e-__e+__P__QCD(BVI)' (Amegic)
192	[1m2_3__j__j__e-__e+__P__QCD(BVI)[0m : [34m[1m180.009 pb[0m +- ( [31m0.665988 pb = 0.369975 %[0m ) [1m exp. eff: [31m0.224245 %[0m
193	Read in channels from directory : .//Results/Comix/MC_2_4__j__j__e-__e+__P__j__QCD(RS)
194	Process_Group::CalculateTotalXSec(): Calculate xs for '2_4__j__j__e-__e+__P__j__QCD(RS)' (Comix)
195	[1m2_4__j__j__e-__e+__P__j__QCD(RS)[0m : [34m[1m24.5122 pb[0m +- ( [31m1.14363 pb = 4.66555 %[0m ) [1m exp. eff: [31m0.00357298 %[0m
196	reduce max for 2_3__j__j__e-__e+__P__QCD(BVI) to 0.0862579 ( eps = 0.001 )
197	reduce max for 2_4__j__j__e-__e+__P__j__QCD(RS) to 0.29664 ( eps = 0.001 )
198	Read in channels from directory : .//Results/Amegic/MC_2_4__j__j__e-__e+__P__j__QCD(BVI)
199	Process_Group::CalculateTotalXSec(): Calculate xs for '2_4__j__j__e-__e+__P__j__QCD(BVI)' (Amegic)
200	[1m2_4__j__j__e-__e+__P__j__QCD(BVI)[0m : [34m[1m79.9277 pb[0m +- ( [31m0.791066 pb = 0.989727 %[0m ) [1m exp. eff: [31m0.00868857 %[0m
201	Read in channels from directory : .//Results/Comix/MC_2_5__j__j__e-__e+__P__j__j__QCD(RS)
202	Process_Group::CalculateTotalXSec(): Calculate xs for '2_5__j__j__e-__e+__P__j__j__QCD(RS)' (Comix)
203	[1m2_5__j__j__e-__e+__P__j__j__QCD(RS)[0m : [34m[1m15.9505 pb[0m +- ( [31m0.795351 pb = 4.98637 %[0m ) [1m exp. eff: [31m0.000468225 %[0m
204	reduce max for 2_4__j__j__e-__e+__P__j__QCD(BVI) to 0.912076 ( eps = 0.001 )
205	reduce max for 2_5__j__j__e-__e+__P__j__j__QCD(RS) to 0.609276 ( eps = 0.001 )
206	Read in channels from directory : .//Results/Comix/MC_2_5__j__j__e-__e+__P__j__j
207	Process_Group::CalculateTotalXSec(): Calculate xs for '2_5__j__j__e-__e+__P__j__j' (Comix)
208	[1m2_5__j__j__e-__e+__P__j__j[0m : [34m[1m40.7908 pb[0m +- ( [31m0.186441 pb = 0.457065 %[0m ) [1m exp. eff: [31m0.0151014 %[0m
209	reduce max for 2_5__j__j__e-__e+__P__j__j to 0.849752 ( eps = 0.001 )
210	Read in channels from directory : .//Results/Comix/MC_2_6__j__j__e-__e+__P__j__j__j
211	Process_Group::CalculateTotalXSec(): Calculate xs for '2_6__j__j__e-__e+__P__j__j__j' (Comix)
212	[1m2_6__j__j__e-__e+__P__j__j__j[0m : [34m[1m21.5073 pb[0m +- ( [31m0.0767386 pb = 0.356803 %[0m ) [1m exp. eff: [31m0.00126041 %[0m
213	reduce max for 2_6__j__j__e-__e+__P__j__j__j to 0.807551 ( eps = 0.001 )
214	Exception_Handler::ReadInStatus(): Reading status from './' {
215	Random::ReadInStatus(): Reading status from './random.dat'.
216	}
217	----------------------------------------------------------
218	-- SHERPA generates events with the following structure --
219	----------------------------------------------------------
220	Perturbative : Signal_Processes
221	Perturbative : Hard_Decays
222	Perturbative : Jet_Evolution:CSS
223	Perturbative : Lepton_FS_QED_Corrections:Photons
224	Perturbative : Multiple_Interactions:None
225	Perturbative : Minimum_Bias:Off
226	Hadronization : Beam_Remnants
227	Hadronization : Hadronization:Off
228	Hadronization : Hadron_Decays
229	---------------------------------------------------------
230	[31mEvent_Handler::GenerateEvent([32m0[31m) [0m[31m{[0m
231	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
232	[31mSingle_Process::Differential([32m2_5__ub__u__e-__e+__P__G__G__QCD(RS), RS:0x7e66980[31m) [0m[31m{[0m
233	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
234	[31mCS_Shower::JetVeto([32mmode = 1[31m) [0m[31m{[0m
235	(0xafc7580): 2 -> 5 {
236	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
237	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
238	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
239	(0) u (-68.6923,-0,-0,-68.6923) 0 (-1,-1) [0\|0]
240	(1) ub (-198.495,-0,-0,198.495) 0 (-1,-1) [0\|0]
241	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
242	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
243	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
244	(5) G (20.951,8.85912,8.07434,17.1833) -4.12953e-07 (-1,-1) [0\|0]
245	(6) G (7.38957,-5.03775,-2.36039,-4.86368) 8.42937e-08 (-1,-1) [0\|0]
246	}
247	noem = (<no entry>), nospec = (<no entry>)
248	No kernel for ub e- <-> u (22)
249	No kernel for ub e- <-> e+ (21)
250	No kernel for ub e- <-> P (21)
251	No kernel for ub e- <-> G (21)
252	No kernel for ub e- <-> G (21)
253	No kernel for ub e+ <-> u (22)
254	No kernel for ub e+ <-> e- (21)
255	No kernel for ub e+ <-> P (21)
256	No kernel for ub e+ <-> G (21)
257	No kernel for ub e+ <-> G (21)
258	No kernel for ub P <-> u (22)
259	No kernel for ub P <-> e- (21)
260	No kernel for ub P <-> e+ (21)
261	No kernel for ub P <-> G (21)
262	No kernel for ub P <-> G (21)
263	Q_{(0)(5),(1)} = 13.3697
264	No kernel for ub G <-> e- (21)
265	No kernel for ub G <-> e+ (21)
266	No kernel for ub G <-> P (21)
267	Q_{(0)(5),(6)} = 19.6511
268	Q_{(0)(6),(1)} = 9.18615
269	No kernel for ub G <-> e- (21)
270	No kernel for ub G <-> e+ (21)
271	No kernel for ub G <-> P (21)
272	Q_{(0)(6),(5)} = 66.6306
273	No kernel for u e- <-> ub (22)
274	No kernel for u e- <-> e+ (21)
275	No kernel for u e- <-> P (21)
276	No kernel for u e- <-> G (21)
277	No kernel for u e- <-> G (21)
278	No kernel for u e+ <-> ub (22)
279	No kernel for u e+ <-> e- (21)
280	No kernel for u e+ <-> P (21)
281	No kernel for u e+ <-> G (21)
282	No kernel for u e+ <-> G (21)
283	No kernel for u P <-> ub (22)
284	No kernel for u P <-> e- (21)
285	No kernel for u P <-> e+ (21)
286	No kernel for u P <-> G (21)
287	No kernel for u P <-> G (21)
288	Q_{(1)(5),(0)} = 66.1665
289	No kernel for u G <-> e- (21)
290	No kernel for u G <-> e+ (21)
291	No kernel for u G <-> P (21)
292	Q_{(1)(5),(6)} = 485.593
293	Q_{(1)(6),(0)} = 7.13293
294	No kernel for u G <-> e- (21)
295	No kernel for u G <-> e+ (21)
296	No kernel for u G <-> P (21)
297	Q_{(1)(6),(5)} = 10.5065
298	No kernel for e- e+ <-> ub (12)
299	No kernel for e- e+ <-> u (12)
300	No kernel for e- e+ <-> P (11)
301	No kernel for e- e+ <-> G (11)
302	No kernel for e- e+ <-> G (11)
303	No kernel for e- P <-> ub (12)
304	No kernel for e- P <-> u (12)
305	No kernel for e- P <-> e+ (11)
306	No kernel for e- P <-> G (11)
307	No kernel for e- P <-> G (11)
308	No kernel for e- G <-> ub (12)
309	No kernel for e- G <-> u (12)
310	No kernel for e- G <-> e+ (11)
311	No kernel for e- G <-> P (11)
312	No kernel for e- G <-> G (11)
313	No kernel for e- G <-> ub (12)
314	No kernel for e- G <-> u (12)
315	No kernel for e- G <-> e+ (11)
316	No kernel for e- G <-> P (11)
317	No kernel for e- G <-> G (11)
318	No kernel for e+ P <-> ub (12)
319	No kernel for e+ P <-> u (12)
320	No kernel for e+ P <-> e- (11)
321	No kernel for e+ P <-> G (11)
322	No kernel for e+ P <-> G (11)
323	No kernel for e+ G <-> ub (12)
324	No kernel for e+ G <-> u (12)
325	No kernel for e+ G <-> e- (11)
326	No kernel for e+ G <-> P (11)
327	No kernel for e+ G <-> G (11)
328	No kernel for e+ G <-> ub (12)
329	No kernel for e+ G <-> u (12)
330	No kernel for e+ G <-> e- (11)
331	No kernel for e+ G <-> P (11)
332	No kernel for e+ G <-> G (11)
333	No kernel for P G <-> ub (12)
334	No kernel for P G <-> u (12)
335	No kernel for P G <-> e- (11)
336	No kernel for P G <-> e+ (11)
337	No kernel for P G <-> G (11)
338	No kernel for P G <-> ub (12)
339	No kernel for P G <-> u (12)
340	No kernel for P G <-> e- (11)
341	No kernel for P G <-> e+ (11)
342	No kernel for P G <-> G (11)
343	Q_{(5)(6),(0)} = 18.7043
344	Q_{(5)(6),(1)} = 7.9811
345	Q_{(5)(6),(2)} = 11.4231
346	Q_{(5)(6),(3)} = 11.1322
347	Q_{(5)(6),(4)} = 13.2193
348	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
349	(0xd8479b0): 2 -> 4 {
350	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
351	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
352	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
353	(0) u (-68.6923,-0,-0,-68.6923) 0 (-1,-1) [0\|0]
354	(1,6) ub (-188.719,-0,-0,188.719) 0 (-1,-1) [0\|0] <-> (0)
355	(2) e- (52.0868,-27.5029,19.8449,-39.5324) 9.53674e-07 (-1,-1) [0\|0]
356	(3) e+ (62.769,-51.7863,-35.47,0.0501487) 1.78416e-06 (-1,-1) [0\|0]
357	(4) P (121.58,71.1577,7.89167,-98.2653) 1.3487e-06 (-1,-1) [0\|0]
358	(5) G (20.9751,8.13154,7.73344,17.7209) -4.12953e-07 (-1,-1) [0\|0]
359	}
360	noem = (<no entry>), nospec = (<no entry>)
361	No kernel for ub e- <-> u (22)
362	No kernel for ub e- <-> e+ (21)
363	No kernel for ub e- <-> P (21)
364	No kernel for ub e- <-> G (21)
365	No kernel for ub e+ <-> u (22)
366	No kernel for ub e+ <-> e- (21)
367	No kernel for ub e+ <-> P (21)
368	No kernel for ub e+ <-> G (21)
369	No kernel for ub P <-> u (22)
370	No kernel for ub P <-> e- (21)
371	No kernel for ub P <-> e+ (21)
372	No kernel for ub P <-> G (21)
373	Q_{(0)(5),(1,6)} = 12.4985
374	[31m}[0m
375	[31m}[0m
376	} -> 0
377	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
378	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
379	(0xafc7580): 2 -> 4 {
380	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
381	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
382	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
383	(0) u (-68.6923,1.33227e-15,1.77636e-15,-68.6923) 3.9321e-06 (-1,-1) [0\|0]
384	(1,5) ub (-141.514,-2.66454e-15,-3.55271e-15,141.514) 4.26496e-06 (-1,-1) [0\|0] <-> (0)
385	(2) e- (41.4963,-25.0017,21.7521,-24.974) 1.50789e-06 (-1,-1) [0\|0]
386	(3) e+ (60.7005,-47.2382,-32.0098,20.6997) 2.4314e-06 (-1,-1) [0\|0]
387	(4) P (102.155,77.0295,12.3918,-65.9443) -2.33602e-06 (-1,-1) [0\|0]
388	(6) G (5.85411,-4.7895,-2.13412,-2.60323) 2.38419e-07 (-1,-1) [0\|0]
389	}
390	noem = (<no entry>), nospec = (<no entry>)
391	No kernel for ub e- <-> u (22)
392	No kernel for ub e- <-> e+ (21)
393	No kernel for ub e- <-> P (21)
394	No kernel for ub e- <-> G (21)
395	No kernel for ub e+ <-> u (22)
396	No kernel for ub e+ <-> e- (21)
397	No kernel for ub e+ <-> P (21)
398	No kernel for ub e+ <-> G (21)
399	No kernel for ub P <-> u (22)
400	No kernel for ub P <-> e- (21)
401	No kernel for ub P <-> e+ (21)
402	No kernel for ub P <-> G (21)
403	Q_{(0)(6),(1,5)} = 7.97742
404	[31m}[0m
405	} -> 0
406	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
407	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
408	(0xafc7580): 2 -> 4 {
409	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
410	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
411	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
412	(0) u (-68.6923,-8.88178e-16,-2.22045e-16,-68.6923) -4.76837e-06 (-1,-1) [0\|0]
413	(1,6) ub (-188.719,1.33227e-15,4.44089e-16,188.719) 4.67203e-06 (-1,-1) [0\|0] <-> (0)
414	(2) e- (52.0868,-27.5029,19.8449,-39.5324) -9.53674e-07 (-1,-1) [0\|0]
415	(3) e+ (62.769,-51.7863,-35.47,0.0501487) -1.90735e-06 (-1,-1) [0\|0]
416	(4) P (121.58,71.1577,7.89167,-98.2653) -2.33602e-06 (-1,-1) [0\|0]
417	(5) G (20.9751,8.13154,7.73344,17.7209) -1.32746e-06 (-1,-1) [0\|0]
418	}
419	noem = (<no entry>), nospec = (<no entry>)
420	No kernel for ub e- <-> u (22)
421	No kernel for ub e- <-> e+ (21)
422	No kernel for ub e- <-> P (21)
423	No kernel for ub e- <-> G (21)
424	No kernel for ub e+ <-> u (22)
425	No kernel for ub e+ <-> e- (21)
426	No kernel for ub e+ <-> P (21)
427	No kernel for ub e+ <-> G (21)
428	No kernel for ub P <-> u (22)
429	No kernel for ub P <-> e- (21)
430	No kernel for ub P <-> e+ (21)
431	No kernel for ub P <-> G (21)
432	Q_{(0)(5),(1,6)} = 12.4985
433	[31m}[0m
434	} -> 0
435	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
436	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
437	(0xafc7580): 2 -> 4 {
438	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
439	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
440	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
441	(0) u (-49.8368,4.44089e-16,8.88178e-16,-49.8368) 0 (-1,-1) [0\|0]
442	(1) ub (-198.495,-0,-0,198.495) 0 (-1,-1) [0\|0]
443	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
444	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
445	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
446	(5,6) G (9.48517,3.82137,5.71395,-6.53578) 1.68587e-07 (-1,-1) [0\|0] <-> (0)
447	}
448	noem = (<no entry>), nospec = (<no entry>)
449	No kernel for ub e- <-> u (22)
450	No kernel for ub e- <-> e+ (21)
451	No kernel for ub e- <-> P (21)
452	No kernel for ub e- <-> G (21)
453	No kernel for ub e+ <-> u (22)
454	No kernel for ub e+ <-> e- (21)
455	No kernel for ub e+ <-> P (21)
456	No kernel for ub e+ <-> G (21)
457	No kernel for ub P <-> u (22)
458	No kernel for ub P <-> e- (21)
459	No kernel for ub P <-> e+ (21)
460	No kernel for ub P <-> G (21)
461	Q_{(0)(5,6),(1)} = 10.7172
462	[31m}[0m
463	} -> 0
464	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
465	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
466	(0xafc7580): 2 -> 4 {
467	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
468	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
469	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
470	(0,5) u (-48.9732,-2.66454e-15,-2.66454e-15,-48.9732) -4.10191e-06 (-1,-1) [0\|0] <-> (1)
471	(1) ub (-198.495,2.66454e-15,2.66454e-15,198.495) 2.6974e-06 (-1,-1) [0\|0]
472	(2) e- (52.477,-25.0866,21.6747,-40.678) 9.53674e-07 (-1,-1) [0\|0]
473	(3) e+ (56.6357,-46.9012,-31.7026,1.68203) 3.01578e-06 (-1,-1) [0\|0]
474	(4) P (131.304,76.7817,12.166,-105.817) 0 (-1,-1) [0\|0]
475	(6) G (7.05171,-4.79392,-2.13816,-4.70885) 2.38419e-07 (-1,-1) [0\|0]
476	}
477	noem = (<no entry>), nospec = (<no entry>)
478	No kernel for ub e- <-> u (22)
479	No kernel for ub e- <-> e+ (21)
480	No kernel for ub e- <-> P (21)
481	No kernel for ub e- <-> G (21)
482	No kernel for ub e+ <-> u (22)
483	No kernel for ub e+ <-> e- (21)
484	No kernel for ub e+ <-> P (21)
485	No kernel for ub e+ <-> G (21)
486	No kernel for ub P <-> u (22)
487	No kernel for ub P <-> e- (21)
488	No kernel for ub P <-> e+ (21)
489	No kernel for ub P <-> G (21)
490	Q_{(0,5)(6),(1)} = 7.94398
491	[31m}[0m
492	} -> 0
493	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
494	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
495	(0xafc7580): 2 -> 4 {
496	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
497	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
498	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
499	(0,6) u (-65.3091,-8.88178e-16,-6.66134e-16,-65.3091) 3.9321e-06 (-1,-1) [0\|0] <-> (1)
500	(1) ub (-198.495,8.88178e-16,4.44089e-16,198.495) -6.03157e-06 (-1,-1) [0\|0]
501	(2) e- (54.1566,-27.4933,19.8494,-42.2263) -1.3487e-06 (-1,-1) [0\|0]
502	(3) e+ (62.8689,-51.8048,-35.4787,-3.16556) -1.50789e-06 (-1,-1) [0\|0]
503	(4) P (126.676,71.1839,7.90397,-104.485) -3.01578e-06 (-1,-1) [0\|0]
504	(5) G (20.1027,8.11418,7.7253,16.6913) -6.7435e-07 (-1,-1) [0\|0]
505	}
506	noem = (<no entry>), nospec = (<no entry>)
507	No kernel for ub e- <-> u (22)
508	No kernel for ub e- <-> e+ (21)
509	No kernel for ub e- <-> P (21)
510	No kernel for ub e- <-> G (21)
511	No kernel for ub e+ <-> u (22)
512	No kernel for ub e+ <-> e- (21)
513	No kernel for ub e+ <-> P (21)
514	No kernel for ub e+ <-> G (21)
515	No kernel for ub P <-> u (22)
516	No kernel for ub P <-> e- (21)
517	No kernel for ub P <-> e+ (21)
518	No kernel for ub P <-> G (21)
519	Q_{(0,6)(5),(1)} = 12.4777
520	[31m}[0m
521	} -> 0
522	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
523	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
524	(0xafc7580): 2 -> 4 {
525	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
526	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
527	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
528	(0) u (-68.6923,-0,-0,-68.6923) 0 (-1,-1) [0\|0]
529	(1) ub (-191.066,1.33227e-15,2.22045e-15,191.066) 0 (-1,-1) [0\|0]
530	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
531	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
532	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
533	(5,6) G (20.9112,3.82137,5.71395,19.7491) 2.27437e-06 (-1,-1) [0\|0] <-> (1)
534	}
535	noem = (<no entry>), nospec = (<no entry>)
536	No kernel for ub e- <-> u (22)
537	No kernel for ub e- <-> e+ (21)
538	No kernel for ub e- <-> P (21)
539	No kernel for ub e- <-> G (21)
540	No kernel for ub e+ <-> u (22)
541	No kernel for ub e+ <-> e- (21)
542	No kernel for ub e+ <-> P (21)
543	No kernel for ub e+ <-> G (21)
544	No kernel for ub P <-> u (22)
545	No kernel for ub P <-> e- (21)
546	No kernel for ub P <-> e+ (21)
547	No kernel for ub P <-> G (21)
548	Q_{(0)(5,6),(1)} = 7.58758
549	[31m}[0m
550	} -> 0
551	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
552	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
553	(0xafc7580): 2 -> 4 {
554	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
555	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
556	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
557	(0,6) u (-49.8368,-2.22045e-16,0,-49.8368) 0 (-1,-1) [0\|0] <-> (5)
558	(1) ub (-198.495,-0,-0,198.495) 0 (-1,-1) [0\|0]
559	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
560	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
561	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
562	(5) G (9.48517,3.82137,5.71395,-6.53578) -5.96046e-07 (-1,-1) [0\|0]
563	}
564	noem = (<no entry>), nospec = (<no entry>)
565	No kernel for ub e- <-> u (22)
566	No kernel for ub e- <-> e+ (21)
567	No kernel for ub e- <-> P (21)
568	No kernel for ub e- <-> G (21)
569	No kernel for ub e+ <-> u (22)
570	No kernel for ub e+ <-> e- (21)
571	No kernel for ub e+ <-> P (21)
572	No kernel for ub e+ <-> G (21)
573	No kernel for ub P <-> u (22)
574	No kernel for ub P <-> e- (21)
575	No kernel for ub P <-> e+ (21)
576	No kernel for ub P <-> G (21)
577	Q_{(0,6)(5),(1)} = 10.7172
578	[31m}[0m
579	} -> 0
580	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
581	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
582	(0xafc7580): 2 -> 4 {
583	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
584	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
585	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
586	(0) u (-68.6923,-0,-0,-68.6923) 0 (-1,-1) [0\|0]
587	(1,6) ub (-191.066,0,0,191.066) 0 (-1,-1) [0\|0] <-> (5)
588	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
589	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
590	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
591	(5) G (20.9112,3.82137,5.71395,19.7491) 7.15256e-07 (-1,-1) [0\|0]
592	}
593	noem = (<no entry>), nospec = (<no entry>)
594	No kernel for ub e- <-> u (22)
595	No kernel for ub e- <-> e+ (21)
596	No kernel for ub e- <-> P (21)
597	No kernel for ub e- <-> G (21)
598	No kernel for ub e+ <-> u (22)
599	No kernel for ub e+ <-> e- (21)
600	No kernel for ub e+ <-> P (21)
601	No kernel for ub e+ <-> G (21)
602	No kernel for ub P <-> u (22)
603	No kernel for ub P <-> e- (21)
604	No kernel for ub P <-> e+ (21)
605	No kernel for ub P <-> G (21)
606	Q_{(0)(5),(1,6)} = 7.58758
607	[31m}[0m
608	} -> 0
609	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
610	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
611	(0xafc7580): 2 -> 4 {
612	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
613	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
614	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
615	(0,5) u (-49.8368,0,0,-49.8368) 9.53674e-07 (-1,-1) [0\|0] <-> (6)
616	(1) ub (-198.495,-0,-0,198.495) 0 (-1,-1) [0\|0]
617	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
618	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
619	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
620	(6) G (9.48517,3.82137,5.71395,-6.53578) 7.25122e-07 (-1,-1) [0\|0]
621	}
622	noem = (<no entry>), nospec = (<no entry>)
623	No kernel for ub e- <-> u (22)
624	No kernel for ub e- <-> e+ (21)
625	No kernel for ub e- <-> P (21)
626	No kernel for ub e- <-> G (21)
627	No kernel for ub e+ <-> u (22)
628	No kernel for ub e+ <-> e- (21)
629	No kernel for ub e+ <-> P (21)
630	No kernel for ub e+ <-> G (21)
631	No kernel for ub P <-> u (22)
632	No kernel for ub P <-> e- (21)
633	No kernel for ub P <-> e+ (21)
634	No kernel for ub P <-> G (21)
635	Q_{(0,5)(6),(1)} = 10.7172
636	[31m}[0m
637	} -> 0
638	Jet_Finder::JetTrigger(): '2_5__ub__u__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
639	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
640	(0xafc7580): 2 -> 4 {
641	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
642	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
643	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
644	(0) u (-68.6923,-0,-0,-68.6923) 0 (-1,-1) [0\|0]
645	(1,5) ub (-191.066,0,0,191.066) 0 (-1,-1) [0\|0] <-> (6)
646	(2) e- (52.3973,-26.6622,20.2388,-40.3112) 9.53674e-07 (-1,-1) [0\|0]
647	(3) e+ (61.0849,-50.2396,-34.7453,-0.331143) 1.90735e-06 (-1,-1) [0\|0]
648	(4) P (125.364,73.0804,8.79256,-101.48) 0 (-1,-1) [0\|0]
649	(6) G (20.9112,3.82137,5.71395,19.7491) 7.15256e-07 (-1,-1) [0\|0]
650	}
651	noem = (<no entry>), nospec = (<no entry>)
652	No kernel for ub e- <-> u (22)
653	No kernel for ub e- <-> e+ (21)
654	No kernel for ub e- <-> P (21)
655	No kernel for ub e- <-> G (21)
656	No kernel for ub e+ <-> u (22)
657	No kernel for ub e+ <-> e- (21)
658	No kernel for ub e+ <-> P (21)
659	No kernel for ub e+ <-> G (21)
660	No kernel for ub P <-> u (22)
661	No kernel for ub P <-> e- (21)
662	No kernel for ub P <-> e+ (21)
663	No kernel for ub P <-> G (21)
664	Q_{(0)(6),(1,5)} = 7.58758
665	[31m}[0m
666	} -> 0
667	0: wgt=0
668	1: wgt=0
669	2: wgt=0
670	3: wgt=0
671	4: wgt=0
672	5: wgt=0
673	6: wgt=0
674	7: wgt=0
675	8: wgt=0
676	9: wgt=0
677	10: wgt=0
678	[31m}[0m
679	[31m}[0m
680	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
681	[31mSingle_Process::Differential([32m2_5__G__ub__e-__e+__P__G__ub__QCD(RS), RS:0x851ace0[31m) [0m[31m{[0m
682	0: wgt=0
683	1: wgt=0
684	2: wgt=0
685	3: wgt=0
686	4: wgt=0
687	5: wgt=0
688	6: wgt=0
689	7: wgt=0
690	8: wgt=0
691	[31m}[0m
692	[31m}[0m
693	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
694	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
695	in EEG: #1 = 0.475835, #2 = 0.577278, #3 = 0.27305
696	Born point {
697	(139.348,0,0,139.348)
698	(19.5518,0,0,-19.5518)
699	(34.9719,-27.8187,-19.3191,8.71364)
700	(96.4242,20.9246,26.9494,90.186)
701	(12.7062,2.72618,3.38597,11.9395)
702	(14.797,4.1679,-11.0163,8.95664)
703	}
704	selected FI_5[5,6]_1[1]
705	[31mFI_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
706	vegased : x = 0.875686, z = 0.525042, phi = 0.270725, xmin = 0.00300797
707	transformed : x = 0.778813, z = 0.521636, phi = 1.70102
708	[31m}[0m
709	[31m}[0m
710	[31m}[0m
711	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
712	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
713	in EEG: #1 = 0.505147, #2 = 0.717045, #3 = 0.754368
714	Born point {
715	(13.0554,0,0,13.0554)
716	(71.2094,0,0,-71.2094)
717	(21.6277,-15.1057,-4.96547,-14.6601)
718	(8.65709,4.24129,-4.57461,6.00247)
719	(4.27152,-2.49108,-1.78654,-2.97468)
720	(49.7085,13.3555,11.3266,-46.5217)
721	}
722	selected II_0[0,6]_1[1]
723	[31mII_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
724	vegased : x = 0.709777, v = 0.648358, phi = 0.583315, xmin = 0.00200852
725	transformed : x = 0.522417, v = 0.200792, phi = 3.66507
726	[31mII_Dipole::Construct([32m[31m) [0m[31m{[0m
727	(0):(13.0554,0,0,13.0554) -> (0):(24.9903,0,0,24.9903) (6):(21.2154,-9.94296,-17.2264,-7.38118)
728	(1):(71.2094,0,0,-71.2094) -> (1):(71.2094,0,0,-71.2094)
729	(2):(21.6277,-15.1057,-4.96547,-14.6601) -> (2):(14.5153,-12.8053,-0.979985,-6.7644)
730	(3):(8.65709,4.24129,-4.57461,6.00247) -> (3):(11.2605,7.45574,0.99449,8.37987)
731	(4):(4.27152,-2.49108,-1.78654,-2.97468) -> (4):(2.65432,-2.06305,-1.04498,-1.30279)
732	(5):(49.7085,13.3555,11.3266,-46.5217) -> (5):(46.5542,17.3556,18.2569,-39.1506)
733	[31m}[0m
734	[31m}[0m
735	[31m}[0m
736	[31m}[0m
737	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
738	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
739	in EEG: #1 = 0.785276, #2 = 0.550563, #3 = 0.0826713
740	Born point {
741	(3299.9,0,0,3299.9)
742	(0.857278,0,0,-0.857278)
743	(2369.16,-19.7163,7.44018,2369.06)
744	(511.837,33.767,-14.6152,510.512)
745	(363.177,-12.1219,6.16601,362.923)
746	(56.5906,-1.92878,1.00905,56.5487)
747	}
748	selected IF_1[1,6]_5[5]
749	[31mIF_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
750	vegased : x = 0.960733, u = 0.440531, phi = 0.122697, xmin = 0.000131889
751	transformed : x = 0.923874, u = 0.194117, phi = 0.770929
752	[31m}[0m
753	[31m}[0m
754	[31m}[0m
755	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
756	[31mSingle_Process::Differential([32m2_4__G__u__e-__e+__P__u__QCD(RS), RS:0x29e54c0[31m) [0m[31m{[0m
757	0: wgt=0
758	1: wgt=0
759	[31m}[0m
760	[31m}[0m
761	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
762	[31mSingle_Process::Differential([32m2_5__G__u__e-__e+__P__G__u__QCD(RS), RS:0x84c3390[31m) [0m[31m{[0m
763	0: wgt=0
764	1: wgt=0
765	2: wgt=0
766	3: wgt=0
767	4: wgt=0
768	5: wgt=0
769	6: wgt=0
770	7: wgt=0
771	8: wgt=0
772	[31m}[0m
773	[31m}[0m
774	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
775	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
776	in EEG: #1 = 0.00274356, #2 = 0.166242, #3 = 0.592985
777	Born point {
778	(409.989,0,0,409.989)
779	(4.96923,0,0,-4.96923)
780	(126.268,14.3368,-6.34688,125.291)
781	(101.997,-35.1989,15.6717,94.4392)
782	(186.693,20.8621,-9.32478,185.289)
783	}
784	selected II_1[1,5]_0[0]
785	[31mII_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
786	vegased : x = 0.0215908, v = 0.23299, phi = 0.529998, xmin = 0.000764497
787	transformed : x = 0.00236617, v = 0.0541914, phi = 3.33008
788	[31mII_Dipole::Construct([32m[31m) [0m[31m{[0m
789	(1):(4.96923,0,0,-4.96923) -> (1):(2100.11,0,0,-2100.11) (5):(2003.55,-78.6248,-412.192,-1959.12)
790	(0):(409.989,0,0,409.989) -> (0):(409.989,0,0,409.989)
791	(2):(126.268,14.3368,-6.34688,125.291) -> (2):(50.1516,22.1855,34.8,28.4947)
792	(3):(101.997,-35.1989,15.6717,94.4392) -> (3):(384.097,24.2752,327.466,199.267)
793	(4):(186.693,20.8621,-9.32478,185.289) -> (4):(72.2998,32.1641,49.9264,41.2321)
794	[31m}[0m
795	[31m}[0m
796	[31m}[0m
797	[31m}[0m
798	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
799	[31mSingle_Process::Differential([32m2_5__u__ub__e-__e+__P__G__G__QCD(RS), RS:0x7bd2d40[31m) [0m[31m{[0m
800	0: wgt=0
801	1: wgt=0
802	2: wgt=0
803	3: wgt=0
804	4: wgt=0
805	5: wgt=0
806	6: wgt=0
807	7: wgt=0
808	8: wgt=0
809	9: wgt=0
810	10: wgt=0
811	[31m}[0m
812	[31m}[0m
813	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
814	[31mSingle_Process::Differential([32m2_5__u__G__e-__e+__P__G__u__QCD(RS), RS:0x7cf6c80[31m) [0m[31m{[0m
815	0: wgt=0
816	1: wgt=0
817	2: wgt=0
818	3: wgt=0
819	4: wgt=0
820	5: wgt=0
821	6: wgt=0
822	7: wgt=0
823	8: wgt=0
824	[31m}[0m
825	[31m}[0m
826	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
827	[31mSingle_Process::Differential([32m2_5__d__G__e-__e+__P__G__d__QCD(RS), RS:0x774fcd0[31m) [0m[31m{[0m
828	0: wgt=0
829	1: wgt=0
830	2: wgt=0
831	3: wgt=0
832	4: wgt=0
833	5: wgt=0
834	6: wgt=0
835	7: wgt=0
836	8: wgt=0
837	[31m}[0m
838	[31m}[0m
839	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
840	[31mSingle_Process::Differential([32m2_5__G__d__e-__e+__P__G__d__QCD(RS), RS:0x8413840[31m) [0m[31m{[0m
841	0: wgt=0
842	1: wgt=0
843	2: wgt=0
844	3: wgt=0
845	4: wgt=0
846	5: wgt=0
847	6: wgt=0
848	7: wgt=0
849	8: wgt=0
850	[31m}[0m
851	[31m}[0m
852	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
853	[31mSingle_Process::Differential([32m2_5__G__d__e-__e+__P__G__d__QCD(RS), RS:0x8413840[31m) [0m[31m{[0m
854	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
855	[31mCS_Shower::JetVeto([32mmode = 1[31m) [0m[31m{[0m
856	(0xaffd100): 2 -> 5 {
857	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
858	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
859	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
860	(0) G (-10.1294,-0,-0,-10.1294) 1.19804e-06 (-1,-1) [0\|0]
861	(1) db (-319.667,-0,-0,319.667) 0 (-1,-1) [0\|0]
862	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
863	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
864	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
865	(5) G (41.7669,-3.96585,-2.31028,-41.5139) -6.7435e-07 (-1,-1) [0\|0]
866	(6) d (73.4994,0.37913,0.971355,-73.492) 0 (-1,-1) [0\|0]
867	}
868	noem = (<no entry>), nospec = (<no entry>)
869	No kernel for G e- <-> d (22)
870	No kernel for G e- <-> e+ (21)
871	No kernel for G e- <-> P (21)
872	No kernel for G e- <-> G (21)
873	No kernel for G e- <-> d (21)
874	No kernel for G e+ <-> d (22)
875	No kernel for G e+ <-> e- (21)
876	No kernel for G e+ <-> P (21)
877	No kernel for G e+ <-> G (21)
878	No kernel for G e+ <-> d (21)
879	No kernel for G P <-> d (22)
880	No kernel for G P <-> e- (21)
881	No kernel for G P <-> e+ (21)
882	No kernel for G P <-> G (21)
883	No kernel for G P <-> d (21)
884	Q_{(0)(5),(1)} = 15.6042
885	No kernel for G G <-> e- (21)
886	No kernel for G G <-> e+ (21)
887	No kernel for G G <-> P (21)
888	Q_{(0)(5),(6)} = 31.4799
889	Q_{(0)(6),(1)} = 26.1906
890	No kernel for G d <-> e- (21)
891	No kernel for G d <-> e+ (21)
892	No kernel for G d <-> P (21)
893	Q_{(0)(6),(5)} = 73.3887
894	No kernel for d e- <-> G (22)
895	No kernel for d e- <-> e+ (21)
896	No kernel for d e- <-> P (21)
897	No kernel for d e- <-> G (21)
898	No kernel for d e- <-> d (21)
899	No kernel for d e+ <-> G (22)
900	No kernel for d e+ <-> e- (21)
901	No kernel for d e+ <-> P (21)
902	No kernel for d e+ <-> G (21)
903	No kernel for d e+ <-> d (21)
904	No kernel for d P <-> G (22)
905	No kernel for d P <-> e- (21)
906	No kernel for d P <-> e+ (21)
907	No kernel for d P <-> G (21)
908	No kernel for d P <-> d (21)
909	Q_{(1)(5),(0)} = 5.09057
910	No kernel for d G <-> e- (21)
911	No kernel for d G <-> e+ (21)
912	No kernel for d G <-> P (21)
913	Q_{(1)(5),(6)} = 19.6257
914	Q_{(1)(6),(0)} = 1.13942
915	No kernel for d d <-> e- (21)
916	No kernel for d d <-> e+ (21)
917	No kernel for d d <-> P (21)
918	Q_{(1)(6),(5)} = 1.32311
919	No kernel for e- e+ <-> G (12)
920	No kernel for e- e+ <-> d (12)
921	No kernel for e- e+ <-> P (11)
922	No kernel for e- e+ <-> G (11)
923	No kernel for e- e+ <-> d (11)
924	No kernel for e- P <-> G (12)
925	No kernel for e- P <-> d (12)
926	No kernel for e- P <-> e+ (11)
927	No kernel for e- P <-> G (11)
928	No kernel for e- P <-> d (11)
929	No kernel for e- G <-> G (12)
930	No kernel for e- G <-> d (12)
931	No kernel for e- G <-> e+ (11)
932	No kernel for e- G <-> P (11)
933	No kernel for e- G <-> d (11)
934	No kernel for e- d <-> G (12)
935	No kernel for e- d <-> d (12)
936	No kernel for e- d <-> e+ (11)
937	No kernel for e- d <-> P (11)
938	No kernel for e- d <-> G (11)
939	No kernel for e+ P <-> G (12)
940	No kernel for e+ P <-> d (12)
941	No kernel for e+ P <-> e- (11)
942	No kernel for e+ P <-> G (11)
943	No kernel for e+ P <-> d (11)
944	No kernel for e+ G <-> G (12)
945	No kernel for e+ G <-> d (12)
946	No kernel for e+ G <-> e- (11)
947	No kernel for e+ G <-> P (11)
948	No kernel for e+ G <-> d (11)
949	No kernel for e+ d <-> G (12)
950	No kernel for e+ d <-> d (12)
951	No kernel for e+ d <-> e- (11)
952	No kernel for e+ d <-> P (11)
953	No kernel for e+ d <-> G (11)
954	No kernel for P G <-> G (12)
955	No kernel for P G <-> d (12)
956	No kernel for P G <-> e- (11)
957	No kernel for P G <-> e+ (11)
958	No kernel for P G <-> d (11)
959	No kernel for P d <-> G (12)
960	No kernel for P d <-> d (12)
961	No kernel for P d <-> e- (11)
962	No kernel for P d <-> e+ (11)
963	No kernel for P d <-> G (11)
964	Q_{(5)(6),(0)} = 4.45999
965	Q_{(5)(6),(1)} = 3.72977
966	Q_{(5)(6),(2)} = 4.69478
967	Q_{(5)(6),(3)} = 4.10173
968	Q_{(5)(6),(4)} = 4.32067
969	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
970	(0xd8479b0): 2 -> 4 {
971	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
972	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
973	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
974	(0) G (-10.1294,-0,-0,-10.1294) 1.19804e-06 (-1,-1) [0\|0]
975	(1,6) G (-246.054,-0,-0,246.054) 0 (-1,-1) [0\|0] <-> (0)
976	(2) e- (19.1833,14.5138,8.41485,-9.30261) 3.37175e-07 (-1,-1) [0\|0]
977	(3) e+ (37.835,-22.9516,-10.3443,-28.2436) 6.7435e-07 (-1,-1) [0\|0]
978	(4) P (157.511,12.3694,4.15171,-156.97) -1.90735e-06 (-1,-1) [0\|0]
979	(5) G (41.6544,-3.93148,-2.22222,-41.4089) -4.76837e-07 (-1,-1) [0\|0]
980	}
981	noem = (<no entry>), nospec = (<no entry>)
982	No kernel for G e- <-> G (22)
983	No kernel for G e- <-> e+ (21)
984	No kernel for G e- <-> P (21)
985	No kernel for G e- <-> G (21)
986	No kernel for G e+ <-> G (22)
987	No kernel for G e+ <-> e- (21)
988	No kernel for G e+ <-> P (21)
989	No kernel for G e+ <-> G (21)
990	No kernel for G P <-> G (22)
991	No kernel for G P <-> e- (21)
992	No kernel for G P <-> e+ (21)
993	No kernel for G P <-> G (21)
994	Q_{(0)(5),(1,6)} = 17.5378
995	No kernel for G G <-> e- (21)
996	No kernel for G G <-> e+ (21)
997	No kernel for G G <-> P (21)
998	No kernel for G e- <-> G (22)
999	No kernel for G e- <-> e+ (21)
1000	No kernel for G e- <-> P (21)
1001	No kernel for G e- <-> G (21)
1002	No kernel for G e+ <-> G (22)
1003	No kernel for G e+ <-> e- (21)
1004	No kernel for G e+ <-> P (21)
1005	No kernel for G e+ <-> G (21)
1006	No kernel for G P <-> G (22)
1007	No kernel for G P <-> e- (21)
1008	No kernel for G P <-> e+ (21)
1009	No kernel for G P <-> G (21)
1010	Q_{(1,6)(5),(0)} = 5.02
1011	[31m}[0m
1012	[31m}[0m
1013	} -> 0
1014	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1015	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1016	(0xaffd100): 2 -> 4 {
1017	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1018	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1019	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1020	(0) G (-10.1294,-1.11022e-15,-4.44089e-16,-10.1294) 4.79956e-06 (-1,-1) [0\|0]
1021	(1,5) db (-274.035,4.44089e-16,2.22045e-16,274.035) -5.3948e-06 (-1,-1) [0\|0] <-> (0)
1022	(2) e- (16.8596,13.3536,7.53483,-7.01086) 1.23886e-06 (-1,-1) [0\|0]
1023	(3) e+ (40.9804,-24.2774,-11.3453,-31.0047) 1.71926e-06 (-1,-1) [0\|0]
1024	(4) P (153.872,11.0729,3.1469,-153.44) 3.30362e-06 (-1,-1) [0\|0]
1025	(6) d (72.453,-0.149152,0.663608,-72.4498) 1.65181e-06 (-1,-1) [0\|0]
1026	}
1027	noem = (<no entry>), nospec = (<no entry>)
1028	No kernel for G e- <-> d (22)
1029	No kernel for G e- <-> e+ (21)
1030	No kernel for G e- <-> P (21)
1031	No kernel for G e- <-> d (21)
1032	No kernel for G e+ <-> d (22)
1033	No kernel for G e+ <-> e- (21)
1034	No kernel for G e+ <-> P (21)
1035	No kernel for G e+ <-> d (21)
1036	No kernel for G P <-> d (22)
1037	No kernel for G P <-> e- (21)
1038	No kernel for G P <-> e+ (21)
1039	No kernel for G P <-> d (21)
1040	Q_{(0)(6),(1,5)} = 27.8691
1041	No kernel for G d <-> e- (21)
1042	No kernel for G d <-> e+ (21)
1043	No kernel for G d <-> P (21)
1044	No kernel for d e- <-> G (22)
1045	No kernel for d e- <-> e+ (21)
1046	No kernel for d e- <-> P (21)
1047	No kernel for d e- <-> d (21)
1048	No kernel for d e+ <-> G (22)
1049	No kernel for d e+ <-> e- (21)
1050	No kernel for d e+ <-> P (21)
1051	No kernel for d e+ <-> d (21)
1052	No kernel for d P <-> G (22)
1053	No kernel for d P <-> e- (21)
1054	No kernel for d P <-> e+ (21)
1055	No kernel for d P <-> d (21)
1056	Q_{(1,5)(6),(0)} = 0.746496
1057	[31m}[0m
1058	} -> 0
1059	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1060	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1061	(0xaffd100): 2 -> 4 {
1062	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1063	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1064	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1065	(0) G (-10.0311,-6.66134e-16,-2.22045e-16,-10.0311) 7.53946e-07 (-1,-1) [0\|0]
1066	(1) db (-319.667,-0,-0,319.667) 0 (-1,-1) [0\|0]
1067	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
1068	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
1069	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
1070	(5,6) d (115.168,-3.58672,-1.33893,-115.104) 0 (-1,-1) [0\|0] <-> (0)
1071	}
1072	noem = (<no entry>), nospec = (<no entry>)
1073	No kernel for G e- <-> d (22)
1074	No kernel for G e- <-> e+ (21)
1075	No kernel for G e- <-> P (21)
1076	No kernel for G e- <-> d (21)
1077	No kernel for G e+ <-> d (22)
1078	No kernel for G e+ <-> e- (21)
1079	No kernel for G e+ <-> P (21)
1080	No kernel for G e+ <-> d (21)
1081	No kernel for G P <-> d (22)
1082	No kernel for G P <-> e- (21)
1083	No kernel for G P <-> e+ (21)
1084	No kernel for G P <-> d (21)
1085	Q_{(0)(5,6),(1)} = 41.0182
1086	No kernel for G d <-> e- (21)
1087	No kernel for G d <-> e+ (21)
1088	No kernel for G d <-> P (21)
1089	No kernel for d e- <-> G (22)
1090	No kernel for d e- <-> e+ (21)
1091	No kernel for d e- <-> P (21)
1092	No kernel for d e- <-> d (21)
1093	No kernel for d e+ <-> G (22)
1094	No kernel for d e+ <-> e- (21)
1095	No kernel for d e+ <-> P (21)
1096	No kernel for d e+ <-> d (21)
1097	No kernel for d P <-> G (22)
1098	No kernel for d P <-> e- (21)
1099	No kernel for d P <-> e+ (21)
1100	No kernel for d P <-> d (21)
1101	Q_{(1)(5,6),(0)} = 4.18723
1102	[31m}[0m
1103	} -> 0
1104	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1105	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1106	(0xaffd100): 2 -> 4 {
1107	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1108	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1109	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1110	(0,5) G (-8.68349,5.77316e-15,3.10862e-15,-8.68349) -8.31309e-06 (-1,-1) [0\|0] <-> (1)
1111	(1) db (-319.667,-9.54792e-15,-5.32907e-15,319.667) 6.60725e-06 (-1,-1) [0\|0]
1112	(2) e- (17.993,13.2861,7.4955,-9.54169) -1.56342e-06 (-1,-1) [0\|0]
1113	(3) e+ (46.5258,-24.3323,-11.3773,-37.9888) -9.53674e-07 (-1,-1) [0\|0]
1114	(4) P (179.317,11.155,3.19476,-178.941) 1.90735e-06 (-1,-1) [0\|0]
1115	(6) d (84.515,-0.108883,0.687066,-84.5121) 1.65181e-06 (-1,-1) [0\|0]
1116	}
1117	noem = (<no entry>), nospec = (<no entry>)
1118	No kernel for G e- <-> d (22)
1119	No kernel for G e- <-> e+ (21)
1120	No kernel for G e- <-> P (21)
1121	No kernel for G e- <-> d (21)
1122	No kernel for G e+ <-> d (22)
1123	No kernel for G e+ <-> e- (21)
1124	No kernel for G e+ <-> P (21)
1125	No kernel for G e+ <-> d (21)
1126	No kernel for G P <-> d (22)
1127	No kernel for G P <-> e- (21)
1128	No kernel for G P <-> e+ (21)
1129	No kernel for G P <-> d (21)
1130	Q_{(0,5)(6),(1)} = 27.8688
1131	No kernel for G d <-> e- (21)
1132	No kernel for G d <-> e+ (21)
1133	No kernel for G d <-> P (21)
1134	No kernel for d e- <-> G (22)
1135	No kernel for d e- <-> e+ (21)
1136	No kernel for d e- <-> P (21)
1137	No kernel for d e- <-> d (21)
1138	No kernel for d e+ <-> G (22)
1139	No kernel for d e+ <-> e- (21)
1140	No kernel for d e+ <-> P (21)
1141	No kernel for d e+ <-> d (21)
1142	No kernel for d P <-> G (22)
1143	No kernel for d P <-> e- (21)
1144	No kernel for d P <-> e+ (21)
1145	No kernel for d P <-> d (21)
1146	Q_{(1)(6),(0,5)} = 0.763492
1147	[31m}[0m
1148	} -> 0
1149	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1150	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1151	(0xaffd100): 2 -> 4 {
1152	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1153	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1154	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1155	(0,6) d (-7.79685,-8.88178e-16,-2.22045e-15,-7.79685) 1.3328e-06 (-1,-1) [0\|0] <-> (1)
1156	(1) db (-319.667,8.32667e-16,2.10942e-15,319.667) 5.3948e-06 (-1,-1) [0\|0]
1157	(2) e- (22.3624,14.5244,8.442,-14.7599) 3.14496e-06 (-1,-1) [0\|0]
1158	(3) e+ (46.5388,-22.9433,-10.3229,-39.1523) 3.69356e-06 (-1,-1) [0\|0]
1159	(4) P (204.526,12.3542,4.11301,-204.111) 5.3948e-06 (-1,-1) [0\|0]
1160	(5) G (54.0364,-3.93535,-2.23212,-53.8466) 1.3487e-06 (-1,-1) [0\|0]
1161	}
1162	noem = (<no entry>), nospec = (<no entry>)
1163	No kernel for db e- <-> d (22)
1164	No kernel for db e- <-> e+ (21)
1165	No kernel for db e- <-> P (21)
1166	No kernel for db e- <-> G (21)
1167	No kernel for db e+ <-> d (22)
1168	No kernel for db e+ <-> e- (21)
1169	No kernel for db e+ <-> P (21)
1170	No kernel for db e+ <-> G (21)
1171	No kernel for db P <-> d (22)
1172	No kernel for db P <-> e- (21)
1173	No kernel for db P <-> e+ (21)
1174	No kernel for db P <-> G (21)
1175	Q_{(0,6)(5),(1)} = 17.5357
1176	No kernel for db G <-> e- (21)
1177	No kernel for db G <-> e+ (21)
1178	No kernel for db G <-> P (21)
1179	No kernel for d e- <-> db (22)
1180	No kernel for d e- <-> e+ (21)
1181	No kernel for d e- <-> P (21)
1182	No kernel for d e- <-> G (21)
1183	No kernel for d e+ <-> db (22)
1184	No kernel for d e+ <-> e- (21)
1185	No kernel for d e+ <-> P (21)
1186	No kernel for d e+ <-> G (21)
1187	No kernel for d P <-> db (22)
1188	No kernel for d P <-> e- (21)
1189	No kernel for d P <-> e+ (21)
1190	No kernel for d P <-> G (21)
1191	Q_{(1)(5),(0,6)} = 5.02977
1192	[31m}[0m
1193	} -> 0
1194	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1195	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1196	(0xaffd100): 2 -> 4 {
1197	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1198	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1199	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1200	(0) G (-10.1294,-0,-0,-10.1294) 1.19804e-06 (-1,-1) [0\|0]
1201	(1) db (-232.681,-5.86198e-14,-2.18714e-14,232.681) 3.8147e-06 (-1,-1) [0\|0]
1202	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
1203	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
1204	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
1205	(5,6) d (28.2804,-3.58672,-1.33893,-28.02) 1.16801e-06 (-1,-1) [0\|0] <-> (1)
1206	}
1207	noem = (<no entry>), nospec = (<no entry>)
1208	No kernel for G e- <-> d (22)
1209	No kernel for G e- <-> e+ (21)
1210	No kernel for G e- <-> P (21)
1211	No kernel for G e- <-> d (21)
1212	No kernel for G e+ <-> d (22)
1213	No kernel for G e+ <-> e- (21)
1214	No kernel for G e+ <-> P (21)
1215	No kernel for G e+ <-> d (21)
1216	No kernel for G P <-> d (22)
1217	No kernel for G P <-> e- (21)
1218	No kernel for G P <-> e+ (21)
1219	No kernel for G P <-> d (21)
1220	Q_{(0)(5,6),(1)} = 12.4254
1221	[31m}[0m
1222	} -> 0
1223	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1224	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1225	(0xaffd100): 2 -> 4 {
1226	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1227	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1228	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1229	(0,6) d (-10.0311,2.22045e-16,0,-10.0311) 1.25028e-06 (-1,-1) [0\|0] <-> (5)
1230	(1) db (-319.667,-0,-0,319.667) 0 (-1,-1) [0\|0]
1231	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
1232	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
1233	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
1234	(5) G (115.168,-3.58672,-1.33893,-115.104) 0 (-1,-1) [0\|0]
1235	}
1236	noem = (<no entry>), nospec = (<no entry>)
1237	No kernel for db e- <-> d (22)
1238	No kernel for db e- <-> e+ (21)
1239	No kernel for db e- <-> P (21)
1240	No kernel for db e- <-> G (21)
1241	No kernel for db e+ <-> d (22)
1242	No kernel for db e+ <-> e- (21)
1243	No kernel for db e+ <-> P (21)
1244	No kernel for db e+ <-> G (21)
1245	No kernel for db P <-> d (22)
1246	No kernel for db P <-> e- (21)
1247	No kernel for db P <-> e+ (21)
1248	No kernel for db P <-> G (21)
1249	Q_{(0,6)(5),(1)} = 41.0182
1250	No kernel for db G <-> e- (21)
1251	No kernel for db G <-> e+ (21)
1252	No kernel for db G <-> P (21)
1253	No kernel for d e- <-> db (22)
1254	No kernel for d e- <-> e+ (21)
1255	No kernel for d e- <-> P (21)
1256	No kernel for d e- <-> G (21)
1257	No kernel for d e+ <-> db (22)
1258	No kernel for d e+ <-> e- (21)
1259	No kernel for d e+ <-> P (21)
1260	No kernel for d e+ <-> G (21)
1261	No kernel for d P <-> db (22)
1262	No kernel for d P <-> e- (21)
1263	No kernel for d P <-> e+ (21)
1264	No kernel for d P <-> G (21)
1265	Q_{(1)(5),(0,6)} = 4.18723
1266	[31m}[0m
1267	} -> 0
1268	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1269	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1270	(0xaffd100): 2 -> 4 {
1271	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1272	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1273	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1274	(0,5) G (-10.0311,2.22045e-16,0,-10.0311) 1.25028e-06 (-1,-1) [0\|0] <-> (6)
1275	(1) db (-319.667,-0,-0,319.667) 0 (-1,-1) [0\|0]
1276	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
1277	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
1278	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
1279	(6) d (115.168,-3.58672,-1.33893,-115.104) 0 (-1,-1) [0\|0]
1280	}
1281	noem = (<no entry>), nospec = (<no entry>)
1282	No kernel for G e- <-> d (22)
1283	No kernel for G e- <-> e+ (21)
1284	No kernel for G e- <-> P (21)
1285	No kernel for G e- <-> d (21)
1286	No kernel for G e+ <-> d (22)
1287	No kernel for G e+ <-> e- (21)
1288	No kernel for G e+ <-> P (21)
1289	No kernel for G e+ <-> d (21)
1290	No kernel for G P <-> d (22)
1291	No kernel for G P <-> e- (21)
1292	No kernel for G P <-> e+ (21)
1293	No kernel for G P <-> d (21)
1294	Q_{(0,5)(6),(1)} = 41.0182
1295	No kernel for G d <-> e- (21)
1296	No kernel for G d <-> e+ (21)
1297	No kernel for G d <-> P (21)
1298	No kernel for d e- <-> G (22)
1299	No kernel for d e- <-> e+ (21)
1300	No kernel for d e- <-> P (21)
1301	No kernel for d e- <-> d (21)
1302	No kernel for d e+ <-> G (22)
1303	No kernel for d e+ <-> e- (21)
1304	No kernel for d e+ <-> P (21)
1305	No kernel for d e+ <-> d (21)
1306	No kernel for d P <-> G (22)
1307	No kernel for d P <-> e- (21)
1308	No kernel for d P <-> e+ (21)
1309	No kernel for d P <-> d (21)
1310	Q_{(1)(6),(0,5)} = 4.18723
1311	[31m}[0m
1312	} -> 0
1313	Jet_Finder::JetTrigger(): '2_5__G__d__e-__e+__P__G__d__QCD(RS)' Q_cut = 15 {
1314	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1315	(0xaffd100): 2 -> 4 {
1316	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1317	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1318	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1319	(0) G (-10.1294,-0,-0,-10.1294) 1.19804e-06 (-1,-1) [0\|0]
1320	(1,5) db (-232.681,-2.22045e-16,0,232.681) 0 (-1,-1) [0\|0] <-> (6)
1321	(2) e- (18.8395,14.4106,8.15057,-8.99045) 4.12953e-07 (-1,-1) [0\|0]
1322	(3) e+ (38.333,-23.0672,-10.6404,-28.7072) 6.7435e-07 (-1,-1) [0\|0]
1323	(4) P (157.358,12.2433,3.82873,-156.834) -1.90735e-06 (-1,-1) [0\|0]
1324	(6) d (28.2804,-3.58672,-1.33893,-28.02) -2.47772e-06 (-1,-1) [0\|0]
1325	}
1326	noem = (<no entry>), nospec = (<no entry>)
1327	No kernel for G e- <-> d (22)
1328	No kernel for G e- <-> e+ (21)
1329	No kernel for G e- <-> P (21)
1330	No kernel for G e- <-> d (21)
1331	No kernel for G e+ <-> d (22)
1332	No kernel for G e+ <-> e- (21)
1333	No kernel for G e+ <-> P (21)
1334	No kernel for G e+ <-> d (21)
1335	No kernel for G P <-> d (22)
1336	No kernel for G P <-> e- (21)
1337	No kernel for G P <-> e+ (21)
1338	No kernel for G P <-> d (21)
1339	Q_{(0)(6),(1,5)} = 12.4254
1340	[31m}[0m
1341	} -> 0
1342	0: wgt=0
1343	1: wgt=0
1344	2: wgt=0
1345	3: wgt=0
1346	4: wgt=0
1347	5: wgt=0
1348	6: wgt=0
1349	7: wgt=0
1350	8: wgt=0
1351	[31m}[0m
1352	[31m}[0m
1353	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1354	[31mSingle_Process::Differential([32m2_5__u__G__e-__e+__P__G__u__QCD(RS), RS:0x7cf6c80[31m) [0m[31m{[0m
1355	0: wgt=0
1356	1: wgt=0
1357	2: wgt=0
1358	3: wgt=0
1359	4: wgt=0
1360	5: wgt=0
1361	6: wgt=0
1362	7: wgt=0
1363	8: wgt=0
1364	[31m}[0m
1365	[31m}[0m
1366	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1367	[31mSingle_Process::Differential([32m2_5__G__d__e-__e+__P__G__d__QCD(RS), RS:0x8413840[31m) [0m[31m{[0m
1368	0: wgt=0
1369	1: wgt=0
1370	2: wgt=0
1371	3: wgt=0
1372	4: wgt=0
1373	5: wgt=0
1374	6: wgt=0
1375	7: wgt=0
1376	8: wgt=0
1377	[31m}[0m
1378	[31m}[0m
1379	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1380	[31mSingle_Process::Differential([32m2_4__db__d__e-__e+__P__G__QCD(RS), RS:0x27277a0[31m) [0m[31m{[0m
1381	0: wgt=0
1382	1: wgt=0
1383	2: wgt=0
1384	[31m}[0m
1385	[31m}[0m
1386	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1387	[31mSingle_Process::Differential([32m2_5__d__G__e-__e+__P__G__d__QCD(RS), RS:0x774fcd0[31m) [0m[31m{[0m
1388	0: wgt=0
1389	1: wgt=0
1390	2: wgt=0
1391	3: wgt=0
1392	4: wgt=0
1393	5: wgt=0
1394	6: wgt=0
1395	7: wgt=0
1396	8: wgt=0
1397	[31m}[0m
1398	[31m}[0m
1399	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1400	[31mSingle_Process::Differential([32m2_5__db__d__e-__e+__P__G__G__QCD(RS), RS:0x78507a0[31m) [0m[31m{[0m
1401	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1402	[31mCS_Shower::JetVeto([32mmode = 1[31m) [0m[31m{[0m
1403	(0xaf60700): 2 -> 5 {
1404	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1405	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1406	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1407	(0) d (-26.0263,-0,-0,-26.0263) 2.50056e-06 (-1,-1) [0\|0]
1408	(1) db (-505.976,-0,-0,505.976) 7.62939e-06 (-1,-1) [0\|0]
1409	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1410	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1411	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1412	(5) G (11.859,1.72912,-0.658431,-11.7137) -1.68587e-07 (-1,-1) [0\|0]
1413	(6) G (22.4809,-8.26707,-1.11519,20.8759) 2.00895e-06 (-1,-1) [0\|0]
1414	}
1415	noem = (<no entry>), nospec = (<no entry>)
1416	No kernel for db e- <-> d (22)
1417	No kernel for db e- <-> e+ (21)
1418	No kernel for db e- <-> P (21)
1419	No kernel for db e- <-> G (21)
1420	No kernel for db e- <-> G (21)
1421	No kernel for db e+ <-> d (22)
1422	No kernel for db e+ <-> e- (21)
1423	No kernel for db e+ <-> P (21)
1424	No kernel for db e+ <-> G (21)
1425	No kernel for db e+ <-> G (21)
1426	No kernel for db P <-> d (22)
1427	No kernel for db P <-> e- (21)
1428	No kernel for db P <-> e+ (21)
1429	No kernel for db P <-> G (21)
1430	No kernel for db P <-> G (21)
1431	Q_{(0)(5),(1)} = 5.66508
1432	No kernel for db G <-> e- (21)
1433	No kernel for db G <-> e+ (21)
1434	No kernel for db G <-> P (21)
1435	Q_{(0)(5),(6)} = 36.8657
1436	Q_{(0)(6),(1)} = 4.03191
1437	No kernel for db G <-> e- (21)
1438	No kernel for db G <-> e+ (21)
1439	No kernel for db G <-> P (21)
1440	Q_{(0)(6),(5)} = 4.47347
1441	No kernel for d e- <-> db (22)
1442	No kernel for d e- <-> e+ (21)
1443	No kernel for d e- <-> P (21)
1444	No kernel for d e- <-> G (21)
1445	No kernel for d e- <-> G (21)
1446	No kernel for d e+ <-> db (22)
1447	No kernel for d e+ <-> e- (21)
1448	No kernel for d e+ <-> P (21)
1449	No kernel for d e+ <-> G (21)
1450	No kernel for d e+ <-> G (21)
1451	No kernel for d P <-> db (22)
1452	No kernel for d P <-> e- (21)
1453	No kernel for d P <-> e+ (21)
1454	No kernel for d P <-> G (21)
1455	No kernel for d P <-> G (21)
1456	Q_{(1)(5),(0)} = 1.98049
1457	No kernel for d G <-> e- (21)
1458	No kernel for d G <-> e+ (21)
1459	No kernel for d G <-> P (21)
1460	Q_{(1)(5),(6)} = 2.0255
1461	Q_{(1)(6),(0)} = 191.433
1462	No kernel for d G <-> e- (21)
1463	No kernel for d G <-> e+ (21)
1464	No kernel for d G <-> P (21)
1465	Q_{(1)(6),(5)} = 1004.03
1466	No kernel for e- e+ <-> db (12)
1467	No kernel for e- e+ <-> d (12)
1468	No kernel for e- e+ <-> P (11)
1469	No kernel for e- e+ <-> G (11)
1470	No kernel for e- e+ <-> G (11)
1471	No kernel for e- P <-> db (12)
1472	No kernel for e- P <-> d (12)
1473	No kernel for e- P <-> e+ (11)
1474	No kernel for e- P <-> G (11)
1475	No kernel for e- P <-> G (11)
1476	No kernel for e- G <-> db (12)
1477	No kernel for e- G <-> d (12)
1478	No kernel for e- G <-> e+ (11)
1479	No kernel for e- G <-> P (11)
1480	No kernel for e- G <-> G (11)
1481	No kernel for e- G <-> db (12)
1482	No kernel for e- G <-> d (12)
1483	No kernel for e- G <-> e+ (11)
1484	No kernel for e- G <-> P (11)
1485	No kernel for e- G <-> G (11)
1486	No kernel for e+ P <-> db (12)
1487	No kernel for e+ P <-> d (12)
1488	No kernel for e+ P <-> e- (11)
1489	No kernel for e+ P <-> G (11)
1490	No kernel for e+ P <-> G (11)
1491	No kernel for e+ G <-> db (12)
1492	No kernel for e+ G <-> d (12)
1493	No kernel for e+ G <-> e- (11)
1494	No kernel for e+ G <-> P (11)
1495	No kernel for e+ G <-> G (11)
1496	No kernel for e+ G <-> db (12)
1497	No kernel for e+ G <-> d (12)
1498	No kernel for e+ G <-> e- (11)
1499	No kernel for e+ G <-> P (11)
1500	No kernel for e+ G <-> G (11)
1501	No kernel for P G <-> db (12)
1502	No kernel for P G <-> d (12)
1503	No kernel for P G <-> e- (11)
1504	No kernel for P G <-> e+ (11)
1505	No kernel for P G <-> G (11)
1506	No kernel for P G <-> db (12)
1507	No kernel for P G <-> d (12)
1508	No kernel for P G <-> e- (11)
1509	No kernel for P G <-> e+ (11)
1510	No kernel for P G <-> G (11)
1511	Q_{(5)(6),(0)} = 30.6132
1512	Q_{(5)(6),(1)} = 5.34897
1513	Q_{(5)(6),(2)} = 8.91262
1514	Q_{(5)(6),(3)} = 12.7357
1515	Q_{(5)(6),(4)} = 7.50804
1516	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1517	(0xd8479b0): 2 -> 4 {
1518	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1519	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1520	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1521	(0) d (-26.0263,-0,-0,-26.0263) 2.50056e-06 (-1,-1) [0\|0]
1522	(1,5) db (-492.778,-0,-0,492.778) 7.62939e-06 (-1,-1) [0\|0] <-> (0)
1523	(2) e- (159.41,12.5312,-3.27117,-158.883) -3.30362e-06 (-1,-1) [0\|0]
1524	(3) e+ (101.589,-12.7101,32.7116,-95.3343) 0 (-1,-1) [0\|0]
1525	(4) P (235.396,7.72366,-28.0502,-233.591) -2.6974e-06 (-1,-1) [0\|0]
1526	(5) G (22.4103,-7.54475,-1.39024,21.0562) 1.99475e-06 (-1,-1) [0\|0]
1527	}
1528	noem = (<no entry>), nospec = (<no entry>)
1529	No kernel for db e- <-> d (22)
1530	No kernel for db e- <-> e+ (21)
1531	No kernel for db e- <-> P (21)
1532	No kernel for db e- <-> G (21)
1533	No kernel for db e+ <-> d (22)
1534	No kernel for db e+ <-> e- (21)
1535	No kernel for db e+ <-> P (21)
1536	No kernel for db e+ <-> G (21)
1537	No kernel for db P <-> d (22)
1538	No kernel for db P <-> e- (21)
1539	No kernel for db P <-> e+ (21)
1540	No kernel for db P <-> G (21)
1541	Q_{(0)(5),(1,5)} = 3.67531
1542	[31m}[0m
1543	[31m}[0m
1544	} -> 0
1545	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1546	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1547	(0xaf60700): 2 -> 4 {
1548	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1549	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1550	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1551	(0) d (-26.0263,5.55112e-16,-1.66533e-16,-26.0263) -1.14093e-05 (-1,-1) [0\|0]
1552	(1,5) db (-492.778,0,0,492.778) 1.32145e-05 (-1,-1) [0\|0] <-> (0)
1553	(2) e- (159.41,12.5312,-3.27117,-158.883) 0 (-1,-1) [0\|0]
1554	(3) e+ (101.589,-12.7101,32.7116,-95.3343) 0 (-1,-1) [0\|0]
1555	(4) P (235.396,7.72366,-28.0502,-233.591) 4.67203e-06 (-1,-1) [0\|0]
1556	(6) G (22.4103,-7.54475,-1.39024,21.0562) -4.66594e-06 (-1,-1) [0\|0]
1557	}
1558	noem = (<no entry>), nospec = (<no entry>)
1559	No kernel for db e- <-> d (22)
1560	No kernel for db e- <-> e+ (21)
1561	No kernel for db e- <-> P (21)
1562	No kernel for db e- <-> G (21)
1563	No kernel for db e+ <-> d (22)
1564	No kernel for db e+ <-> e- (21)
1565	No kernel for db e+ <-> P (21)
1566	No kernel for db e+ <-> G (21)
1567	No kernel for db P <-> d (22)
1568	No kernel for db P <-> e- (21)
1569	No kernel for db P <-> e+ (21)
1570	No kernel for db P <-> G (21)
1571	Q_{(0)(6),(1,5)} = 3.67531
1572	[31m}[0m
1573	} -> 0
1574	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1575	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1576	(0xaf60700): 2 -> 4 {
1577	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1578	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1579	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1580	(0) d (-26.0263,3.33067e-15,3.88578e-16,-26.0263) 9.65522e-06 (-1,-1) [0\|0]
1581	(1,6) db (-83.7248,7.10543e-15,9.99201e-16,83.7248) 5.80097e-06 (-1,-1) [0\|0] <-> (0)
1582	(2) e- (27.2636,9.95806,-3.46978,-25.1416) -1.26159e-06 (-1,-1) [0\|0]
1583	(3) e+ (36.0107,-15.2529,32.5117,2.66572) 5.04637e-06 (-1,-1) [0\|0]
1584	(4) P (44.1839,3.74801,-28.3589,-33.6741) -1.58149e-06 (-1,-1) [0\|0]
1585	(5) G (2.29285,1.54685,-0.683018,-1.54851) 2.58096e-07 (-1,-1) [0\|0]
1586	}
1587	noem = (<no entry>), nospec = (<no entry>)
1588	No kernel for db e- <-> d (22)
1589	No kernel for db e- <-> e+ (21)
1590	No kernel for db e- <-> P (21)
1591	No kernel for db e- <-> G (21)
1592	No kernel for db e+ <-> d (22)
1593	No kernel for db e+ <-> e- (21)
1594	No kernel for db e+ <-> P (21)
1595	No kernel for db e+ <-> G (21)
1596	No kernel for db P <-> d (22)
1597	No kernel for db P <-> e- (21)
1598	No kernel for db P <-> e+ (21)
1599	No kernel for db P <-> G (21)
1600	Q_{(0)(5),(1,6)} = 2.74777
1601	[31m}[0m
1602	} -> 0
1603	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1604	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1605	(0xaf60700): 2 -> 4 {
1606	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1607	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1608	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1609	(0) d (-5.18661,-1.59872e-14,-4.21885e-15,-5.18661) -6.13667e-07 (-1,-1) [0\|0]
1610	(1) db (-505.976,-0,-0,505.976) 7.62939e-06 (-1,-1) [0\|0]
1611	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1612	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1613	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1614	(5,6) G (13.5002,-6.53795,-1.77362,-11.6775) -6.7435e-07 (-1,-1) [0\|0] <-> (0)
1615	}
1616	noem = (<no entry>), nospec = (<no entry>)
1617	No kernel for db e- <-> d (22)
1618	No kernel for db e- <-> e+ (21)
1619	No kernel for db e- <-> P (21)
1620	No kernel for db e- <-> G (21)
1621	No kernel for db e+ <-> d (22)
1622	No kernel for db e+ <-> e- (21)
1623	No kernel for db e+ <-> P (21)
1624	No kernel for db e+ <-> G (21)
1625	No kernel for db P <-> d (22)
1626	No kernel for db P <-> e- (21)
1627	No kernel for db P <-> e+ (21)
1628	No kernel for db P <-> G (21)
1629	Q_{(0)(5,6),(1)} = 7.77876
1630	[31m}[0m
1631	} -> 0
1632	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1633	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1634	(0xaf60700): 2 -> 4 {
1635	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1636	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1637	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1638	(0,5) d (-25.3474,-5.55112e-16,2.22045e-16,-25.3474) -7.20797e-06 (-1,-1) [0\|0] <-> (1)
1639	(1) db (-505.976,1.44329e-15,-5.55112e-16,505.976) 1.07896e-05 (-1,-1) [0\|0]
1640	(2) e- (163.668,12.5276,-3.26981,-163.155) 1.90735e-06 (-1,-1) [0\|0]
1641	(3) e+ (104.139,-12.711,32.712,-98.047) -1.90735e-06 (-1,-1) [0\|0]
1642	(4) P (241.657,7.71862,-28.0483,-239.899) 0 (-1,-1) [0\|0]
1643	(6) G (21.86,-7.53522,-1.39387,20.4728) -6.17131e-06 (-1,-1) [0\|0]
1644	}
1645	noem = (<no entry>), nospec = (<no entry>)
1646	No kernel for db e- <-> d (22)
1647	No kernel for db e- <-> e+ (21)
1648	No kernel for db e- <-> P (21)
1649	No kernel for db e- <-> G (21)
1650	No kernel for db e+ <-> d (22)
1651	No kernel for db e+ <-> e- (21)
1652	No kernel for db e+ <-> P (21)
1653	No kernel for db e+ <-> G (21)
1654	No kernel for db P <-> d (22)
1655	No kernel for db P <-> e- (21)
1656	No kernel for db P <-> e+ (21)
1657	No kernel for db P <-> G (21)
1658	Q_{(0,5)(6),(1)} = 3.67106
1659	[31m}[0m
1660	} -> 0
1661	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1662	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1663	(0xaf60700): 2 -> 4 {
1664	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1665	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1666	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1667	(0,6) d (-4.30661,1.06581e-14,1.22125e-15,-4.30661) 7.94711e-06 (-1,-1) [0\|0] <-> (1)
1668	(1) db (-505.976,-3.9968e-14,-5.10703e-15,505.976) 0 (-1,-1) [0\|0]
1669	(2) e- (155.157,10.7438,-3.36379,-154.748) 2.6974e-06 (-1,-1) [0\|0]
1670	(3) e+ (107.935,-16.8393,32.2977,-101.603) 4.8628e-06 (-1,-1) [0\|0]
1671	(4) P (236.022,4.52596,-28.254,-234.281) -4.67203e-06 (-1,-1) [0\|0]
1672	(5) G (11.1693,1.56948,-0.679965,-11.0376) 0 (-1,-1) [0\|0]
1673	}
1674	noem = (<no entry>), nospec = (<no entry>)
1675	No kernel for db e- <-> d (22)
1676	No kernel for db e- <-> e+ (21)
1677	No kernel for db e- <-> P (21)
1678	No kernel for db e- <-> G (21)
1679	No kernel for db e+ <-> d (22)
1680	No kernel for db e+ <-> e- (21)
1681	No kernel for db e+ <-> P (21)
1682	No kernel for db e+ <-> G (21)
1683	No kernel for db P <-> d (22)
1684	No kernel for db P <-> e- (21)
1685	No kernel for db P <-> e+ (21)
1686	No kernel for db P <-> G (21)
1687	Q_{(0,6)(5),(1)} = 2.68878
1688	[31m}[0m
1689	} -> 0
1690	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1691	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1692	(0xaf60700): 2 -> 4 {
1693	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1694	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1695	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1696	(0) d (-26.0263,-0,-0,-26.0263) 2.50056e-06 (-1,-1) [0\|0]
1697	(1) db (-493.915,-3.10862e-15,-8.88178e-16,493.915) 1.07896e-05 (-1,-1) [0\|0]
1698	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1699	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1700	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1701	(5,6) G (22.2784,-6.53795,-1.77362,21.2235) 4.31136e-06 (-1,-1) [0\|0] <-> (1)
1702	}
1703	noem = (<no entry>), nospec = (<no entry>)
1704	No kernel for db e- <-> d (22)
1705	No kernel for db e- <-> e+ (21)
1706	No kernel for db e- <-> P (21)
1707	No kernel for db e- <-> G (21)
1708	No kernel for db e+ <-> d (22)
1709	No kernel for db e+ <-> e- (21)
1710	No kernel for db e+ <-> P (21)
1711	No kernel for db e+ <-> G (21)
1712	No kernel for db P <-> d (22)
1713	No kernel for db P <-> e- (21)
1714	No kernel for db P <-> e+ (21)
1715	No kernel for db P <-> G (21)
1716	Q_{(0)(5,6),(1)} = 3.23374
1717	[31m}[0m
1718	} -> 0
1719	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1720	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1721	(0xaf60700): 2 -> 4 {
1722	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1723	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1724	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1725	(0,6) d (-5.18661,-4.44089e-16,0,-5.18661) 4.98688e-07 (-1,-1) [0\|0] <-> (5)
1726	(1) db (-505.976,-0,-0,505.976) 7.62939e-06 (-1,-1) [0\|0]
1727	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1728	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1729	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1730	(5) G (13.5002,-6.53795,-1.77362,-11.6775) -9.97376e-07 (-1,-1) [0\|0]
1731	}
1732	noem = (<no entry>), nospec = (<no entry>)
1733	No kernel for db e- <-> d (22)
1734	No kernel for db e- <-> e+ (21)
1735	No kernel for db e- <-> P (21)
1736	No kernel for db e- <-> G (21)
1737	No kernel for db e+ <-> d (22)
1738	No kernel for db e+ <-> e- (21)
1739	No kernel for db e+ <-> P (21)
1740	No kernel for db e+ <-> G (21)
1741	No kernel for db P <-> d (22)
1742	No kernel for db P <-> e- (21)
1743	No kernel for db P <-> e+ (21)
1744	No kernel for db P <-> G (21)
1745	Q_{(0,6)(5),(1)} = 7.77876
1746	[31m}[0m
1747	} -> 0
1748	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1749	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1750	(0xaf60700): 2 -> 4 {
1751	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1752	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1753	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1754	(0) d (-26.0263,-0,-0,-26.0263) 2.50056e-06 (-1,-1) [0\|0]
1755	(1,6) db (-493.915,4.44089e-16,1.11022e-16,493.915) 7.62939e-06 (-1,-1) [0\|0] <-> (5)
1756	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1757	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1758	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1759	(5) G (22.2784,-6.53795,-1.77362,21.2235) -1.96605e-06 (-1,-1) [0\|0]
1760	}
1761	noem = (<no entry>), nospec = (<no entry>)
1762	No kernel for db e- <-> d (22)
1763	No kernel for db e- <-> e+ (21)
1764	No kernel for db e- <-> P (21)
1765	No kernel for db e- <-> G (21)
1766	No kernel for db e+ <-> d (22)
1767	No kernel for db e+ <-> e- (21)
1768	No kernel for db e+ <-> P (21)
1769	No kernel for db e+ <-> G (21)
1770	No kernel for db P <-> d (22)
1771	No kernel for db P <-> e- (21)
1772	No kernel for db P <-> e+ (21)
1773	No kernel for db P <-> G (21)
1774	Q_{(0)(5),(1,6)} = 3.23374
1775	[31m}[0m
1776	} -> 0
1777	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1778	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1779	(0xaf60700): 2 -> 4 {
1780	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1781	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1782	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1783	(0,5) d (-5.18661,-4.44089e-16,0,-5.18661) 4.98688e-07 (-1,-1) [0\|0] <-> (6)
1784	(1) db (-505.976,-0,-0,505.976) 7.62939e-06 (-1,-1) [0\|0]
1785	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1786	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1787	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1788	(6) G (13.5002,-6.53795,-1.77362,-11.6775) -9.97376e-07 (-1,-1) [0\|0]
1789	}
1790	noem = (<no entry>), nospec = (<no entry>)
1791	No kernel for db e- <-> d (22)
1792	No kernel for db e- <-> e+ (21)
1793	No kernel for db e- <-> P (21)
1794	No kernel for db e- <-> G (21)
1795	No kernel for db e+ <-> d (22)
1796	No kernel for db e+ <-> e- (21)
1797	No kernel for db e+ <-> P (21)
1798	No kernel for db e+ <-> G (21)
1799	No kernel for db P <-> d (22)
1800	No kernel for db P <-> e- (21)
1801	No kernel for db P <-> e+ (21)
1802	No kernel for db P <-> G (21)
1803	Q_{(0,5)(6),(1)} = 7.77876
1804	[31m}[0m
1805	} -> 0
1806	Jet_Finder::JetTrigger(): '2_5__db__d__e-__e+__P__G__G__QCD(RS)' Q_cut = 15 {
1807	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1808	(0xaf60700): 2 -> 4 {
1809	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1810	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1811	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1812	(0) d (-26.0263,-0,-0,-26.0263) 2.50056e-06 (-1,-1) [0\|0]
1813	(1,5) db (-493.915,-4.44089e-16,-1.11022e-16,493.915) 1.07896e-05 (-1,-1) [0\|0] <-> (6)
1814	(2) e- (159.621,12.2432,-3.16152,-159.119) -3.30362e-06 (-1,-1) [0\|0]
1815	(3) e+ (102.302,-12.9876,32.8173,-96.021) -1.3487e-06 (-1,-1) [0\|0]
1816	(4) P (235.74,7.28227,-27.8822,-233.972) -2.6974e-06 (-1,-1) [0\|0]
1817	(6) G (22.2784,-6.53795,-1.77362,21.2235) -1.11828e-06 (-1,-1) [0\|0]
1818	}
1819	noem = (<no entry>), nospec = (<no entry>)
1820	No kernel for db e- <-> d (22)
1821	No kernel for db e- <-> e+ (21)
1822	No kernel for db e- <-> P (21)
1823	No kernel for db e- <-> G (21)
1824	No kernel for db e+ <-> d (22)
1825	No kernel for db e+ <-> e- (21)
1826	No kernel for db e+ <-> P (21)
1827	No kernel for db e+ <-> G (21)
1828	No kernel for db P <-> d (22)
1829	No kernel for db P <-> e- (21)
1830	No kernel for db P <-> e+ (21)
1831	No kernel for db P <-> G (21)
1832	Q_{(0)(6),(1,5)} = 3.23374
1833	[31m}[0m
1834	} -> 0
1835	0: wgt=0
1836	1: wgt=0
1837	2: wgt=0
1838	3: wgt=0
1839	4: wgt=0
1840	5: wgt=0
1841	6: wgt=0
1842	7: wgt=0
1843	8: wgt=0
1844	9: wgt=0
1845	10: wgt=0
1846	[31m}[0m
1847	[31m}[0m
1848	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
1849	[31mSingle_Process::Differential([32m2_5__G__cb__e-__e+__P__G__cb__QCD(RS), RS:0x8593dd0[31m) [0m[31m{[0m
1850	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
1851	[31mCS_Shower::JetVeto([32mmode = 1[31m) [0m[31m{[0m
1852	(0xb00a770): 2 -> 5 {
1853	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1854	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1855	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1856	(0) G (-86.9341,-0,-0,-86.9341) -2.13248e-06 (-1,-1) [0\|0]
1857	(1) u (-35.4418,-0,-0,35.4418) -6.7435e-07 (-1,-1) [0\|0]
1858	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
1859	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
1860	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
1861	(5) G (4.26666,-2.68474,-2.90387,-1.60128) 0 (-1,-1) [0\|0]
1862	(6) ub (8.18265,-1.71772,-1.53089,-7.85249) -1.68587e-07 (-1,-1) [0\|0]
1863	}
1864	noem = (<no entry>), nospec = (<no entry>)
1865	No kernel for G e- <-> ub (22)
1866	No kernel for G e- <-> e+ (21)
1867	No kernel for G e- <-> P (21)
1868	No kernel for G e- <-> G (21)
1869	No kernel for G e- <-> ub (21)
1870	No kernel for G e+ <-> ub (22)
1871	No kernel for G e+ <-> e- (21)
1872	No kernel for G e+ <-> P (21)
1873	No kernel for G e+ <-> G (21)
1874	No kernel for G e+ <-> ub (21)
1875	No kernel for G P <-> ub (22)
1876	No kernel for G P <-> e- (21)
1877	No kernel for G P <-> e+ (21)
1878	No kernel for G P <-> G (21)
1879	No kernel for G P <-> ub (21)
1880	Q_{(0)(5),(1)} = 10.0753
1881	No kernel for G G <-> e- (21)
1882	No kernel for G G <-> e+ (21)
1883	No kernel for G G <-> P (21)
1884	Q_{(0)(5),(6)} = 19.64
1885	Q_{(0)(6),(1)} = 25.2383
1886	No kernel for G ub <-> e- (21)
1887	No kernel for G ub <-> e+ (21)
1888	No kernel for G ub <-> P (21)
1889	Q_{(0)(6),(5)} = 87.9934
1890	No kernel for ub e- <-> G (22)
1891	No kernel for ub e- <-> e+ (21)
1892	No kernel for ub e- <-> P (21)
1893	No kernel for ub e- <-> G (21)
1894	No kernel for ub e- <-> ub (21)
1895	No kernel for ub e+ <-> G (22)
1896	No kernel for ub e+ <-> e- (21)
1897	No kernel for ub e+ <-> P (21)
1898	No kernel for ub e+ <-> G (21)
1899	No kernel for ub e+ <-> ub (21)
1900	No kernel for ub P <-> G (22)
1901	No kernel for ub P <-> e- (21)
1902	No kernel for ub P <-> e+ (21)
1903	No kernel for ub P <-> G (21)
1904	No kernel for ub P <-> ub (21)
1905	Q_{(1)(5),(0)} = 4.47432
1906	No kernel for ub G <-> e- (21)
1907	No kernel for ub G <-> e+ (21)
1908	No kernel for ub G <-> P (21)
1909	Q_{(1)(5),(6)} = 35.1467
1910	Q_{(1)(6),(0)} = 2.52055
1911	No kernel for ub ub <-> e- (21)
1912	No kernel for ub ub <-> e+ (21)
1913	No kernel for ub ub <-> P (21)
1914	Q_{(1)(6),(5)} = 2.62646
1915	No kernel for e- e+ <-> G (12)
1916	No kernel for e- e+ <-> ub (12)
1917	No kernel for e- e+ <-> P (11)
1918	No kernel for e- e+ <-> G (11)
1919	No kernel for e- e+ <-> ub (11)
1920	No kernel for e- P <-> G (12)
1921	No kernel for e- P <-> ub (12)
1922	No kernel for e- P <-> e+ (11)
1923	No kernel for e- P <-> G (11)
1924	No kernel for e- P <-> ub (11)
1925	No kernel for e- G <-> G (12)
1926	No kernel for e- G <-> ub (12)
1927	No kernel for e- G <-> e+ (11)
1928	No kernel for e- G <-> P (11)
1929	No kernel for e- G <-> ub (11)
1930	No kernel for e- ub <-> G (12)
1931	No kernel for e- ub <-> ub (12)
1932	No kernel for e- ub <-> e+ (11)
1933	No kernel for e- ub <-> P (11)
1934	No kernel for e- ub <-> G (11)
1935	No kernel for e+ P <-> G (12)
1936	No kernel for e+ P <-> ub (12)
1937	No kernel for e+ P <-> e- (11)
1938	No kernel for e+ P <-> G (11)
1939	No kernel for e+ P <-> ub (11)
1940	No kernel for e+ G <-> G (12)
1941	No kernel for e+ G <-> ub (12)
1942	No kernel for e+ G <-> e- (11)
1943	No kernel for e+ G <-> P (11)
1944	No kernel for e+ G <-> ub (11)
1945	No kernel for e+ ub <-> G (12)
1946	No kernel for e+ ub <-> ub (12)
1947	No kernel for e+ ub <-> e- (11)
1948	No kernel for e+ ub <-> P (11)
1949	No kernel for e+ ub <-> G (11)
1950	No kernel for P G <-> G (12)
1951	No kernel for P G <-> ub (12)
1952	No kernel for P G <-> e- (11)
1953	No kernel for P G <-> e+ (11)
1954	No kernel for P G <-> ub (11)
1955	No kernel for P ub <-> G (12)
1956	No kernel for P ub <-> ub (12)
1957	No kernel for P ub <-> e- (11)
1958	No kernel for P ub <-> e+ (11)
1959	No kernel for P ub <-> G (11)
1960	Q_{(5)(6),(0)} = 2.96289
1961	Q_{(5)(6),(1)} = 2.6132
1962	Q_{(5)(6),(2)} = 3.32336
1963	Q_{(5)(6),(3)} = 2.14569
1964	Q_{(5)(6),(4)} = 3.28231
1965	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
1966	(0xd8479b0): 2 -> 4 {
1967	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
1968	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
1969	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
1970	(0) G (-86.9341,-0,-0,-86.9341) -2.13248e-06 (-1,-1) [0\|0]
1971	(1) u (-35.4418,-0,-0,35.4418) -6.7435e-07 (-1,-1) [0\|0]
1972	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
1973	(3) e+ (39.2722,-36.1203,-14.9597,3.71943) 0 (-1,-1) [0\|0]
1974	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
1975	(5,6) ub (10.7032,-2.79648,-3.76961,-9.61914) -2.92002e-07 (-1,-1) [0\|0] <-> (3)
1976	}
1977	noem = (<no entry>), nospec = (<no entry>)
1978	No kernel for G e- <-> ub (22)
1979	No kernel for G e- <-> e+ (21)
1980	No kernel for G e- <-> P (21)
1981	No kernel for G e- <-> ub (21)
1982	No kernel for G e+ <-> ub (22)
1983	No kernel for G e+ <-> e- (21)
1984	No kernel for G e+ <-> P (21)
1985	No kernel for G e+ <-> ub (21)
1986	No kernel for G P <-> ub (22)
1987	No kernel for G P <-> e- (21)
1988	No kernel for G P <-> e+ (21)
1989	No kernel for G P <-> ub (21)
1990	Q_{(0)(5,6),(1)} = 32.2499
1991	No kernel for G ub <-> e- (21)
1992	No kernel for G ub <-> e+ (21)
1993	No kernel for G ub <-> P (21)
1994	No kernel for ub e- <-> G (22)
1995	No kernel for ub e- <-> e+ (21)
1996	No kernel for ub e- <-> P (21)
1997	No kernel for ub e- <-> ub (21)
1998	No kernel for ub e+ <-> G (22)
1999	No kernel for ub e+ <-> e- (21)
2000	No kernel for ub e+ <-> P (21)
2001	No kernel for ub e+ <-> ub (21)
2002	No kernel for ub P <-> G (22)
2003	No kernel for ub P <-> e- (21)
2004	No kernel for ub P <-> e+ (21)
2005	No kernel for ub P <-> ub (21)
2006	Q_{(1)(5,6),(0)} = 5.2076
2007	[31m}[0m
2008	[31m}[0m
2009	} -> 0
2010	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
2011	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2012	(0xb00a770): 2 -> 4 {
2013	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2014	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2015	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2016	(0) G (-86.3277,3.10862e-15,2.66454e-15,-86.3277) -2.13248e-06 (-1,-1) [0\|0]
2017	(1) u (-35.4418,-0,-0,35.4418) -6.7435e-07 (-1,-1) [0\|0]
2018	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
2019	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
2020	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
2021	(5,6) ub (11.8429,-4.40246,-4.43476,-10.0601) -1.5543e-06 (-1,-1) [0\|0] <-> (0)
2022	}
2023	noem = (<no entry>), nospec = (<no entry>)
2024	No kernel for G e- <-> ub (22)
2025	No kernel for G e- <-> e+ (21)
2026	No kernel for G e- <-> P (21)
2027	No kernel for G e- <-> ub (21)
2028	No kernel for G e+ <-> ub (22)
2029	No kernel for G e+ <-> e- (21)
2030	No kernel for G e+ <-> P (21)
2031	No kernel for G e+ <-> ub (21)
2032	No kernel for G P <-> ub (22)
2033	No kernel for G P <-> e- (21)
2034	No kernel for G P <-> e+ (21)
2035	No kernel for G P <-> ub (21)
2036	Q_{(0)(5,6),(1)} = 34.8865
2037	No kernel for G ub <-> e- (21)
2038	No kernel for G ub <-> e+ (21)
2039	No kernel for G ub <-> P (21)
2040	No kernel for ub e- <-> G (22)
2041	No kernel for ub e- <-> e+ (21)
2042	No kernel for ub e- <-> P (21)
2043	No kernel for ub e- <-> ub (21)
2044	No kernel for ub e+ <-> G (22)
2045	No kernel for ub e+ <-> e- (21)
2046	No kernel for ub e+ <-> P (21)
2047	No kernel for ub e+ <-> ub (21)
2048	No kernel for ub P <-> G (22)
2049	No kernel for ub P <-> e- (21)
2050	No kernel for ub P <-> e+ (21)
2051	No kernel for ub P <-> ub (21)
2052	Q_{(1)(5,6),(0)} = 6.96562
2053	[31m}[0m
2054	} -> 0
2055	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
2056	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2057	(0xb00a770): 2 -> 4 {
2058	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2059	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2060	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2061	(0) G (-86.9341,-0,-0,-86.9341) -2.13248e-06 (-1,-1) [0\|0]
2062	(1) u (-31.0081,4.88498e-15,4.88498e-15,31.0081) 0 (-1,-1) [0\|0]
2063	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
2064	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
2065	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
2066	(5,6) ub (8.01558,-4.40246,-4.43476,-5.02004) -3.37175e-07 (-1,-1) [0\|0] <-> (1)
2067	}
2068	noem = (<no entry>), nospec = (<no entry>)
2069	No kernel for G e- <-> ub (22)
2070	No kernel for G e- <-> e+ (21)
2071	No kernel for G e- <-> P (21)
2072	No kernel for G e- <-> ub (21)
2073	No kernel for G e+ <-> ub (22)
2074	No kernel for G e+ <-> e- (21)
2075	No kernel for G e+ <-> P (21)
2076	No kernel for G e+ <-> ub (21)
2077	No kernel for G P <-> ub (22)
2078	No kernel for G P <-> e- (21)
2079	No kernel for G P <-> e+ (21)
2080	No kernel for G P <-> ub (21)
2081	Q_{(0)(5,6),(1)} = 22.8636
2082	No kernel for G ub <-> e- (21)
2083	No kernel for G ub <-> e+ (21)
2084	No kernel for G ub <-> P (21)
2085	No kernel for ub e- <-> G (22)
2086	No kernel for ub e- <-> e+ (21)
2087	No kernel for ub e- <-> P (21)
2088	No kernel for ub e- <-> ub (21)
2089	No kernel for ub e+ <-> G (22)
2090	No kernel for ub e+ <-> e- (21)
2091	No kernel for ub e+ <-> P (21)
2092	No kernel for ub e+ <-> ub (21)
2093	No kernel for ub P <-> G (22)
2094	No kernel for ub P <-> e- (21)
2095	No kernel for ub P <-> e+ (21)
2096	No kernel for ub P <-> ub (21)
2097	Q_{(1)(5,6),(0)} = 7.05418
2098	[31m}[0m
2099	} -> 0
2100	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
2101	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2102	(0xb00a770): 2 -> 4 {
2103	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2104	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2105	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2106	(0,6) ub (-86.3277,0,0,-86.3277) -2.13248e-06 (-1,-1) [0\|0] <-> (5)
2107	(1) u (-35.4418,-0,-0,35.4418) -6.7435e-07 (-1,-1) [0\|0]
2108	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
2109	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
2110	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
2111	(5) G (11.8429,-4.40246,-4.43476,-10.0601) 3.37175e-07 (-1,-1) [0\|0]
2112	}
2113	noem = (<no entry>), nospec = (<no entry>)
2114	No kernel for u e- <-> ub (22)
2115	No kernel for u e- <-> e+ (21)
2116	No kernel for u e- <-> P (21)
2117	No kernel for u e- <-> G (21)
2118	No kernel for u e+ <-> ub (22)
2119	No kernel for u e+ <-> e- (21)
2120	No kernel for u e+ <-> P (21)
2121	No kernel for u e+ <-> G (21)
2122	No kernel for u P <-> ub (22)
2123	No kernel for u P <-> e- (21)
2124	No kernel for u P <-> e+ (21)
2125	No kernel for u P <-> G (21)
2126	Q_{(0,6)(5),(1)} = 34.8865
2127	No kernel for u G <-> e- (21)
2128	No kernel for u G <-> e+ (21)
2129	No kernel for u G <-> P (21)
2130	No kernel for ub e- <-> u (22)
2131	No kernel for ub e- <-> e+ (21)
2132	No kernel for ub e- <-> P (21)
2133	No kernel for ub e- <-> G (21)
2134	No kernel for ub e+ <-> u (22)
2135	No kernel for ub e+ <-> e- (21)
2136	No kernel for ub e+ <-> P (21)
2137	No kernel for ub e+ <-> G (21)
2138	No kernel for ub P <-> u (22)
2139	No kernel for ub P <-> e- (21)
2140	No kernel for ub P <-> e+ (21)
2141	No kernel for ub P <-> G (21)
2142	Q_{(1)(5),(0,6)} = 6.96562
2143	[31m}[0m
2144	} -> 0
2145	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
2146	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2147	(0xb00a770): 2 -> 4 {
2148	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2149	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2150	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2151	(0,5) G (-86.3277,0,0,-86.3277) -2.13248e-06 (-1,-1) [0\|0] <-> (6)
2152	(1) u (-35.4418,-0,-0,35.4418) -6.7435e-07 (-1,-1) [0\|0]
2153	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
2154	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
2155	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
2156	(6) ub (11.8429,-4.40246,-4.43476,-10.0601) 3.37175e-07 (-1,-1) [0\|0]
2157	}
2158	noem = (<no entry>), nospec = (<no entry>)
2159	No kernel for G e- <-> ub (22)
2160	No kernel for G e- <-> e+ (21)
2161	No kernel for G e- <-> P (21)
2162	No kernel for G e- <-> ub (21)
2163	No kernel for G e+ <-> ub (22)
2164	No kernel for G e+ <-> e- (21)
2165	No kernel for G e+ <-> P (21)
2166	No kernel for G e+ <-> ub (21)
2167	No kernel for G P <-> ub (22)
2168	No kernel for G P <-> e- (21)
2169	No kernel for G P <-> e+ (21)
2170	No kernel for G P <-> ub (21)
2171	Q_{(0,5)(6),(1)} = 34.8865
2172	No kernel for G ub <-> e- (21)
2173	No kernel for G ub <-> e+ (21)
2174	No kernel for G ub <-> P (21)
2175	No kernel for ub e- <-> G (22)
2176	No kernel for ub e- <-> e+ (21)
2177	No kernel for ub e- <-> P (21)
2178	No kernel for ub e- <-> ub (21)
2179	No kernel for ub e+ <-> G (22)
2180	No kernel for ub e+ <-> e- (21)
2181	No kernel for ub e+ <-> P (21)
2182	No kernel for ub e+ <-> ub (21)
2183	No kernel for ub P <-> G (22)
2184	No kernel for ub P <-> e- (21)
2185	No kernel for ub P <-> e+ (21)
2186	No kernel for ub P <-> ub (21)
2187	Q_{(1)(6),(0,5)} = 6.96562
2188	[31m}[0m
2189	} -> 0
2190	Jet_Finder::JetTrigger(): '2_5__G__ub__e-__e+__P__G__ub__QCD(RS)' Q_cut = 15 {
2191	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2192	(0xb00a770): 2 -> 4 {
2193	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2194	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2195	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2196	(0) G (-86.9341,-0,-0,-86.9341) -2.13248e-06 (-1,-1) [0\|0]
2197	(1,5) u (-31.0081,-4.44089e-16,0,31.0081) 0 (-1,-1) [0\|0] <-> (6)
2198	(2) e- (49.9962,30.4086,13.3088,37.3874) -6.7435e-07 (-1,-1) [0\|0]
2199	(3) e+ (37.526,-34.5143,-14.2946,3.55406) -4.76837e-07 (-1,-1) [0\|0]
2200	(4) P (22.4044,8.50812,5.4205,20.0046) -4.12953e-07 (-1,-1) [0\|0]
2201	(6) ub (8.01558,-4.40246,-4.43476,-5.02004) 3.76973e-07 (-1,-1) [0\|0]
2202	}
2203	noem = (<no entry>), nospec = (<no entry>)
2204	No kernel for G e- <-> ub (22)
2205	No kernel for G e- <-> e+ (21)
2206	No kernel for G e- <-> P (21)
2207	No kernel for G e- <-> ub (21)
2208	No kernel for G e+ <-> ub (22)
2209	No kernel for G e+ <-> e- (21)
2210	No kernel for G e+ <-> P (21)
2211	No kernel for G e+ <-> ub (21)
2212	No kernel for G P <-> ub (22)
2213	No kernel for G P <-> e- (21)
2214	No kernel for G P <-> e+ (21)
2215	No kernel for G P <-> ub (21)
2216	Q_{(0)(6),(1,5)} = 22.8636
2217	No kernel for G ub <-> e- (21)
2218	No kernel for G ub <-> e+ (21)
2219	No kernel for G ub <-> P (21)
2220	No kernel for ub e- <-> G (22)
2221	No kernel for ub e- <-> e+ (21)
2222	No kernel for ub e- <-> P (21)
2223	No kernel for ub e- <-> ub (21)
2224	No kernel for ub e+ <-> G (22)
2225	No kernel for ub e+ <-> e- (21)
2226	No kernel for ub e+ <-> P (21)
2227	No kernel for ub e+ <-> ub (21)
2228	No kernel for ub P <-> G (22)
2229	No kernel for ub P <-> e- (21)
2230	No kernel for ub P <-> e+ (21)
2231	No kernel for ub P <-> ub (21)
2232	Q_{(1,5)(6),(0)} = 7.05418
2233	[31m}[0m
2234	} -> 0
2235	0: wgt=0
2236	1: wgt=0
2237	2: wgt=0
2238	3: wgt=0
2239	4: wgt=0
2240	5: wgt=0
2241	6: wgt=0
2242	7: wgt=0
2243	8: wgt=0
2244	[31m}[0m
2245	[31m}[0m
2246	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2247	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2248	in EEG: #1 = 0.38658, #2 = 0.994245, #3 = 0.92831
2249	Born point {
2250	(94.1711,0,0,94.1711)
2251	(13.948,0,0,-13.948)
2252	(21.9924,-3.09142,-21.1955,4.98591)
2253	(81.5564,2.33308,19.135,79.2455)
2254	(4.57028,0.758342,2.06053,-4.00832)
2255	}
2256	selected II_1[1,5]_0[0]
2257	[31mII_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2258	vegased : x = 0.387372, v = 0.990833, phi = 0.907564, xmin = 0.00214584
2259	transformed : x = 0.172849, v = 0.812057, phi = 5.70239
2260	[31mII_Dipole::Construct([32m[31m) [0m[31m{[0m
2261	(1):(13.948,0,0,-13.948) -> (1):(80.6946,0,0,-80.6946) (5):(77.6903,-10.5907,16.137,75.2543)
2262	(0):(94.1711,0,0,94.1711) -> (0):(94.1711,0,0,94.1711)
2263	(2):(21.9924,-3.09142,-21.1955,4.98591) -> (2):(54.3888,2.77915,-30.1405,-45.1881)
2264	(3):(81.5564,2.33308,19.135,79.2455) -> (3):(18.3233,4.29511,16.1455,7.52461)
2265	(4):(4.57028,0.758342,2.06053,-4.00832) -> (4):(24.4633,3.51647,-2.14201,-24.1143)
2266	[31m}[0m
2267	[31m}[0m
2268	[31m}[0m
2269	[31m}[0m
2270	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2271	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2272	in EEG: #1 = 0.852606, #2 = 0.097402, #3 = 0.381892
2273	Born point {
2274	(5330.92,0,0,5330.92)
2275	(2.19646,0,0,-2.19646)
2276	(754.882,-30.7408,-3.07489,754.249)
2277	(1498.76,38.197,-61.9594,1496.99)
2278	(469.308,11.9759,-19.3931,468.754)
2279	(2610.17,-19.4321,84.4274,2608.73)
2280	}
2281	selected IF_1[1,6]_5[5]
2282	[31mIF_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2283	vegased : x = 0.973052, u = 0.184215, phi = 0.488299, xmin = 0.000337917
2284	transformed : x = 0.947795, u = 0.0339654, phi = 3.06807
2285	[31m}[0m
2286	[31m}[0m
2287	[31m}[0m
2288	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2289	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2290	in EEG: #1 = 0.461605, #2 = 0.34809, #3 = 0.951868
2291	Born point {
2292	(5.74713,0,0,5.74713)
2293	(351.956,0,0,-351.956)
2294	(17.0484,-15.9468,1.09136,-5.92935)
2295	(276.593,13.0011,-0.880024,-276.286)
2296	(64.0613,2.94562,-0.211333,-63.9932)
2297	}
2298	selected II_0[0,5]_1[1]
2299	[31mII_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2300	vegased : x = 0.430766, v = 0.368783, phi = 0.972921, xmin = 0.000884174
2301	transformed : x = 0.200428, v = 0.108784, phi = 6.11304
2302	[31mII_Dipole::Construct([32m[31m) [0m[31m{[0m
2303	(0):(5.74713,0,0,5.74713) -> (0):(28.6743,0,0,28.6743) (5):(58.0951,-9.32606,54.2824,-18.4794)
2304	(1):(351.956,0,0,-351.956) -> (1):(351.956,0,0,-351.956)
2305	(2):(17.0484,-15.9468,1.09136,-5.92935) -> (2):(38.2933,-10.7514,-29.1483,-22.3866)
2306	(3):(276.593,13.0011,-0.880024,-276.286) -> (3):(230.803,16.3563,-20.4085,-229.316)
2307	(4):(64.0613,2.94562,-0.211333,-63.9932) -> (4):(53.4392,3.7212,-4.72558,-53.0996)
2308	[31m}[0m
2309	[31m}[0m
2310	[31m}[0m
2311	[31m}[0m
2312	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2313	[31mSingle_Process::Differential([32m2_5__c__G__e-__e+__P__G__c__QCD(RS), RS:0x827dbb0[31m) [0m[31m{[0m
2314	0: wgt=0
2315	1: wgt=0
2316	2: wgt=0
2317	3: wgt=0
2318	4: wgt=0
2319	5: wgt=0
2320	6: wgt=0
2321	7: wgt=0
2322	8: wgt=0
2323	[31m}[0m
2324	[31m}[0m
2325	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2326	[31mSingle_Process::Differential([32m2_5__u__d__e-__e+__P__d__u__QCD(RS), RS:0x7a64550[31m) [0m[31m{[0m
2327	0: wgt=0
2328	1: wgt=0
2329	2: wgt=0
2330	3: wgt=0
2331	4: wgt=0
2332	[31m}[0m
2333	[31m}[0m
2334	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2335	[31mSingle_Process::Differential([32m2_4__u__G__e-__e+__P__u__QCD(RS), RS:0x2958b60[31m) [0m[31m{[0m
2336	0: wgt=0
2337	1: wgt=0
2338	[31m}[0m
2339	[31m}[0m
2340	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2341	[31mSingle_Process::Differential([32m2_5__ub__u__e-__e+__P__G__G__QCD(RS), RS:0x7e66980[31m) [0m[31m{[0m
2342	0: wgt=0
2343	1: wgt=0
2344	2: wgt=0
2345	3: wgt=0
2346	4: wgt=0
2347	5: wgt=0
2348	6: wgt=0
2349	7: wgt=0
2350	8: wgt=0
2351	9: wgt=0
2352	10: wgt=0
2353	[31m}[0m
2354	[31m}[0m
2355	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2356	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2357	in EEG: #1 = 0.623403, #2 = 0.942279, #3 = 0.645196
2358	Born point {
2359	(300.309,0,0,300.309)
2360	(25.02,0,0,-25.02)
2361	(278.143,-30.6277,30.3459,274.781)
2362	(7.59265,4.32724,-5.24517,3.37808)
2363	(14.0854,8.16344,-9.64279,6.22684)
2364	(25.5079,18.137,-15.4579,-9.09691)
2365	}
2366	selected FI_5[5,6]_1[1]
2367	[31mFI_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2368	vegased : x = 0.905213, z = 0.908618, phi = 0.605769, xmin = 0.00384923
2369	transformed : x = 0.830092, z = 0.907739, phi = 3.80616
2370	[31m}[0m
2371	[31m}[0m
2372	[31m}[0m
2373	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2374	[31mSingle_Process::Differential([32m2_5__G__sb__e-__e+__P__G__sb__QCD(RS), RS:0x857d2f0[31m) [0m[31m{[0m
2375	0: wgt=0
2376	1: wgt=0
2377	2: wgt=0
2378	3: wgt=0
2379	4: wgt=0
2380	5: wgt=0
2381	6: wgt=0
2382	7: wgt=0
2383	8: wgt=0
2384	[31m}[0m
2385	[31m}[0m
2386	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2387	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2388	in EEG: #1 = 0.029453, #2 = 0.996249, #3 = 0.761705
2389	Born point {
2390	(114.463,0,0,114.463)
2391	(153.419,0,0,-153.419)
2392	(120.369,81.4372,-79.5998,-38.9953)
2393	(102.886,-90.8369,47.4738,8.96619)
2394	(6.99932,4.75811,-4.61265,-2.25261)
2395	(37.6273,4.64157,36.7387,-6.67405)
2396	}
2397	selected FI_5[5,6]_0[0]
2398	[31mFI_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2399	vegased : x = 0.532556, z = 0.993865, phi = 0.613255, xmin = 0.0176097
2400	transformed : x = 0.353533, z = 0.993803, phi = 3.8532
2401	[31m}[0m
2402	[31m}[0m
2403	[31m}[0m
2404	Jet_Finder::Trigger(): '2_6__u__d__e-__e+__P__G__d__u' Q_cut = 15 {
2405	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2406	(0xc8b9cf0): 2 -> 6 {
2407	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2408	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2409	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2410	(0) ub (-33.6189,-0,-0,-33.6189) 3.66266e-06 (-1,-1) [0\|0]
2411	(1) db (-1620.93,-0,-0,1620.93) 0 (-1,-1) [0\|0]
2412	(2) e- (33.7589,-9.07325,0.956347,-32.5026) 0 (-1,-1) [0\|0]
2413	(3) e+ (87.3123,16.6345,2.39912,-85.6795) 1.65181e-06 (-1,-1) [0\|0]
2414	(4) P (148.81,-71.1501,94.6602,-90.1189) 1.90735e-06 (-1,-1) [0\|0]
2415	(5) G (1140.82,58.1379,-96.0245,-1135.28) 1.52588e-05 (-1,-1) [0\|0]
2416	(6) d (224.878,6.37547,-2.01313,-224.778) 0 (-1,-1) [0\|0]
2417	(7) u (18.9728,-0.924531,0.0219895,-18.9503) 4.76837e-07 (-1,-1) [0\|0]
2418	}
2419	noem = (<no entry>), nospec = (<no entry>)
2420	No kernel for u e- <-> d (22)
2421	No kernel for u e- <-> e+ (21)
2422	No kernel for u e- <-> P (21)
2423	No kernel for u e- <-> G (21)
2424	No kernel for u e- <-> d (21)
2425	No kernel for u e- <-> u (21)
2426	No kernel for u e+ <-> d (22)
2427	No kernel for u e+ <-> e- (21)
2428	No kernel for u e+ <-> P (21)
2429	No kernel for u e+ <-> G (21)
2430	No kernel for u e+ <-> d (21)
2431	No kernel for u e+ <-> u (21)
2432	No kernel for u P <-> d (22)
2433	No kernel for u P <-> e- (21)
2434	No kernel for u P <-> e+ (21)
2435	No kernel for u P <-> G (21)
2436	No kernel for u P <-> d (21)
2437	No kernel for u P <-> u (21)
2438	Q_{(0)(5),(1)} = 354.081
2439	No kernel for u G <-> e- (21)
2440	No kernel for u G <-> e+ (21)
2441	No kernel for u G <-> P (21)
2442	Q_{(0)(5),(6)} = 888.186
2443	Q_{(0)(5),(7)} = 3037
2444	Q_{(0)(6),(1)} = 65.144
2445	No kernel for u d <-> e- (21)
2446	No kernel for u d <-> e+ (21)
2447	No kernel for u d <-> P (21)
2448	Q_{(0)(6),(5)} = 79.6291
2449	Q_{(0)(6),(7)} = 599.223
2450	Q_{(0)(7),(1)} = 5.54018
2451	[31m}[0m
2452	} -> 0
2453	[31mMCatNLO_Process::OneEvent([32m[31m) [0m[31m{[0m
2454	[31mBBar_Emission_Generator::GeneratePoint([32m[31m) [0m[31m{[0m
2455	in EEG: #1 = 0.293514, #2 = 0.166873, #3 = 0.296391
2456	Born point {
2457	(1227.65,0,0,1227.65)
2458	(88.2602,0,0,-88.2602)
2459	(17.6151,9.50634,-12.853,7.39737)
2460	(797.452,216.297,-202.668,740.318)
2461	(312.516,-140.914,134.497,244.377)
2462	(188.331,-84.8889,81.0234,147.301)
2463	}
2464	selected II_1[1,6]_0[0]
2465	[31mII_Dipole::GeneratePoint([32m[31m) [0m[31m{[0m
2466	vegased : x = 0.480621, v = 0.142807, phi = 0.450333, xmin = 0.0135785
2467	transformed : x = 0.292835, v = 0.0144424, phi = 2.82953
2468	[31mII_Dipole::Construct([32m[31m) [0m[31m{[0m
2469	(1):(88.2602,0,0,-88.2602) -> (1):(301.399,0,0,-301.399) (6):(226.516,37.3603,-115.808,-191.055)
2470	(0):(1227.65,0,0,1227.65) -> (0):(1227.65,0,0,1227.65)
2471	(2):(17.6151,9.50634,-12.853,7.39737) -> (2):(12.6256,8.29946,-9.11194,2.73795)
2472	(3):(797.452,216.297,-202.668,740.318) -> (3):(690.351,199.988,-152.116,643.001)
2473	(4):(312.516,-140.914,134.497,244.377) -> (4):(374.12,-153.299,172.888,294.236)
2474	(5):(188.331,-84.8889,81.0234,147.301) -> (5):(225.439,-92.3491,104.148,177.335)
2475	[31m}[0m
2476	[31m}[0m
2477	[31m}[0m
2478	Jet_Finder::Trigger(): '2_4__G__d__e-__e+__P__d__QCD(BVI)' Q_cut = 15 {
2479	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
2480	(0xa64dd50): 2 -> 4 {
2481	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2482	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2483	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2484	(0) G (-1227.65,-0,-0,-1227.65) 0 (-1,-1) [0\|0]
2485	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (-1,-1) [0\|0]
2486	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (-1,-1) [0\|0]
2487	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (-1,-1) [0\|0]
2488	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (-1,-1) [0\|0]
2489	(5) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (-1,-1) [0\|0]
2490	}
2491	noem = (<no entry>), nospec = (<no entry>)
2492	No kernel for G e- <-> d (22)
2493	No kernel for G e- <-> e+ (21)
2494	No kernel for G e- <-> P (21)
2495	No kernel for G e- <-> d (21)
2496	No kernel for G e+ <-> d (22)
2497	No kernel for G e+ <-> e- (21)
2498	No kernel for G e+ <-> P (21)
2499	No kernel for G e+ <-> d (21)
2500	No kernel for G P <-> d (22)
2501	No kernel for G P <-> e- (21)
2502	No kernel for G P <-> e+ (21)
2503	No kernel for G P <-> d (21)
2504	Q_{(0)(5),(1)} = 202.222
2505	No kernel for G d <-> e- (21)
2506	No kernel for G d <-> e+ (21)
2507	No kernel for G d <-> P (21)
2508	No kernel for d e- <-> G (22)
2509	No kernel for d e- <-> e+ (21)
2510	No kernel for d e- <-> P (21)
2511	No kernel for d e- <-> d (21)
2512	No kernel for d e+ <-> G (22)
2513	No kernel for d e+ <-> e- (21)
2514	No kernel for d e+ <-> P (21)
2515	No kernel for d e+ <-> d (21)
2516	No kernel for d P <-> G (22)
2517	No kernel for d P <-> e- (21)
2518	No kernel for d P <-> e+ (21)
2519	No kernel for d P <-> d (21)
2520	Q_{(1)(5),(0)} = 159.241
2521	No kernel for d d <-> e- (21)
2522	No kernel for d d <-> e+ (21)
2523	No kernel for d d <-> P (21)
2524	No kernel for e- e+ <-> G (12)
2525	No kernel for e- e+ <-> d (12)
2526	No kernel for e- e+ <-> P (11)
2527	No kernel for e- e+ <-> d (11)
2528	No kernel for e- P <-> G (12)
2529	No kernel for e- P <-> d (12)
2530	No kernel for e- P <-> e+ (11)
2531	No kernel for e- P <-> d (11)
2532	No kernel for e- d <-> G (12)
2533	No kernel for e- d <-> d (12)
2534	No kernel for e- d <-> e+ (11)
2535	No kernel for e- d <-> P (11)
2536	No kernel for e+ P <-> G (12)
2537	No kernel for e+ P <-> d (12)
2538	No kernel for e+ P <-> e- (11)
2539	No kernel for e+ P <-> d (11)
2540	No kernel for e+ d <-> G (12)
2541	No kernel for e+ d <-> d (12)
2542	No kernel for e+ d <-> e- (11)
2543	No kernel for e+ d <-> P (11)
2544	No kernel for P d <-> G (12)
2545	No kernel for P d <-> d (12)
2546	No kernel for P d <-> e- (11)
2547	No kernel for P d <-> e+ (11)
2548	--- Jet veto ---
2549	[31m}[0m
2550	} -> 1
2551	[31mBBar_Emission_Generator::GenerateWeight([32m[31m) [0m[31m{[0m
2552	Dipole II_1[1,6]_0[0] {
2553	(2):(12.6256,8.29946,-9.11194,2.73795) -> (2):(17.6151,9.50634,-12.853,7.39737)
2554	(3):(690.351,199.988,-152.116,643.001) -> (3):(797.452,216.297,-202.668,740.318)
2555	(4):(374.12,-153.299,172.888,294.236) -> (4):(312.516,-140.914,134.497,244.377)
2556	(5):(225.439,-92.3491,104.148,177.335) -> (5):(188.331,-84.8889,81.0234,147.301)
2557	again : x = 0.292835, v = 0.0144424, phi = 2.82953
2558	recovered : x = 0.480621, v = 0.142807, phi = 0.450333, xmin = 0.0135785
2559	} -> w = 4053.37 ( a = 0.1 )
2560	[31m}[0m
2561	[31mSingle_Process::Differential([32m2_4__G__d__e-__e+__P__d__QCD(BVI), RS:0[31m) [0m[31m{[0m
2562	[31mScale_Setter_Base::CalculateScale([32m2_4__G__d__e-__e+__P__d__QCD(BVI)[31m) [0m[31m{[0m
2563	[31mMETS_Scale_Setter::CalculateStrict([32m2_4__G__d__e-__e+__P__d__QCD(BVI) from 2_4__G__d__e-__e+__P__d__QCD(BVI), mcmode = 0[31m) [0m[31m{[0m
2564	no ampl, ask generator
2565	METS_Scale_Setter::CalculateStrict(): Clustering 2_4__G__d__e-__e+__P__d__QCD(BVI) with mode (9)
2566	[31mCluster_Algorithm::Cluster([32m[31m) [0m[31m{[0m
2567	[31mCombine_Table::CalcJet([32mmode = 512, nl = 6, complete = 1[31m) [0m[31m{[0m
2568
2569	Combine_Table (0x1073cbd0) 1 [OQCD=1] (up=#)
2570	idcontent flav cut qcd qed mom
2571	0 (0) G 0 0/0 0/0 (1227.65,0,0,1227.65)
2572	1 (1) d 0 0/0 0/0 (88.2602,0,0,-88.2602)
2573	2 (2) e- 0 0/0 0/0 (17.6151,9.50634,-12.853,7.39737)
2574	3 (3) e+ 0 0/0 0/0 (797.452,216.297,-202.668,740.318)
2575	4 (4) P 0 0/0 0/0 (312.516,-140.914,134.497,244.377)
2576	5 (5) d 0 0/0 0/0 (188.331,-84.8889,81.0234,147.301)
2577	---------------
2578	0&5%1[db ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 4,5,10,11,12,13,18,19
2579	0&5%4[db ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 4,5
2580	1&4%0[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 16,17
2581	1&4%2[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 16,17,18,19
2582	1&4%3[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 16,17,18,19
2583	1&4%5[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 16,17,18,19
2584	2&3%1[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,3,5,15,17,19
2585	2&3%1[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,2,4,14,16,18
2586	2&3%4[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,3,5,15,17,19
2587	2&3%4[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,2,4,14,16,18
2588	2&3%5[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,3,5,15,17,19
2589	2&3%5[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,2,4,14,16,18
2590	2&4%1[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7,10,11
2591	2&4%3[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7,10,11
2592	2&4%5[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7,10,11
2593	3&4%1[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 8,9,12,13
2594	3&4%2[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 8,9,12,13
2595	3&4%5[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 8,9,12,13
2596	4&5%0[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 2,3
2597	4&5%1[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1,2,3
2598	4&5%2[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1,2,3
2599	4&5%3[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1,2,3
2600	k_{T,min}
2601	(0,1,2,3,4,5) -> 0
2602
2603	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2604	Set fixed n_perp
2605	Kernel weight (A=0/NLO=16) [m=3,c=1] ( x = 0.119152 ) LF_VFF_II\|CF_QCD {
2606	(0) G (-1227.65,-0,-0,-1227.65) 0 (-1,-1) [0\|0]
2607	(5) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (-1,-1) [0\|0]
2608	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (-1,-1) [0\|0]
2609	} -> w = 7.42797e-06 (134626)
2610	[31m}[0m
2611	Calculate m_perp(0[G],5[d],1[d],db) -> CP{kt=317.397,op=366.915,x=0.630867,mu=148.339,k=1,m=0}
2612	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2613	Invalid spectator P
2614	[31m}[0m
2615	Calculate m_perp(0[G],5[d],4[P],db) -> CP{kt=317.397,op=-1,x=1,mu=317.397,k=1,m=0}
2616	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2617	Set fixed n_perp
2618	Invalid spectator G
2619	[31m}[0m
2620	Calculate m_perp(1[d],4[P],0[G],d) -> CP{kt=245.443,op=-1,x=0.387175,mu=245.443,k=1,m=0}
2621	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2622	No Kernel. Set weight -1.
2623	[31m}[0m
2624	Calculate m_perp(1[d],4[P],2[e-],d) -> CP{kt=113.796,op=-1,x=0.86827,mu=113.796,k=1,m=0}
2625	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2626	Invalid spectator e+
2627	[31m}[0m
2628	Calculate m_perp(1[d],4[P],3[e+],d) -> CP{kt=258.877,op=-1,x=0.318258,mu=258.877,k=1,m=0}
2629	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2630	No Kernel. Set weight -1.
2631	[31m}[0m
2632	Calculate m_perp(1[d],4[P],5[d],d) -> CP{kt=0.053679,op=-1,x=1,mu=1.41421,k=1,m=0}
2633	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2634	No splitting function (k)
2635	[31m}[0m
2636	Calculate m_perp(2[e-],3[e+],1[d],Z) -> CP{kt=88.4274,op=-1,x=0.971655,mu=88.4274,k=0,m=1}
2637	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2638	No Kernel. Set weight -1.
2639	[31m}[0m
2640	Calculate m_perp(2[e-],3[e+],1[d],P) -> CP{kt=88.4274,op=-1,x=0.971655,mu=88.4274,k=0,m=1}
2641	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2642	No splitting function (k)
2643	[31m}[0m
2644	Calculate m_perp(2[e-],3[e+],4[P],Z) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2645	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2646	Invalid spectator P
2647	[31m}[0m
2648	Calculate m_perp(2[e-],3[e+],4[P],P) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2649	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2650	No splitting function (k)
2651	[31m}[0m
2652	Calculate m_perp(2[e-],3[e+],5[d],Z) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2653	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2654	No Kernel. Set weight -1.
2655	[31m}[0m
2656	Calculate m_perp(2[e-],3[e+],5[d],P) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2657	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2658	No Kernel. Set weight -1.
2659	[31m}[0m
2660	Calculate m_perp(2[e-],4[P],1[d],e-) -> CP{kt=113.796,op=-1,x=0.86827,mu=113.796,k=0,m=1}
2661	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2662	No Kernel. Set weight -1.
2663	[31m}[0m
2664	Calculate m_perp(2[e-],4[P],3[e+],e-) -> CP{kt=114.56,op=-1,x=1,mu=114.56,k=0,m=1}
2665	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2666	Invalid spectator d
2667	[31m}[0m
2668	Calculate m_perp(2[e-],4[P],5[d],e-) -> CP{kt=0.087549,op=-1,x=1,mu=0.087549,k=0,m=1}
2669	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2670	Invalid spectator d
2671	[31m}[0m
2672	Calculate m_perp(3[e+],4[P],1[d],e+) -> CP{kt=258.877,op=-1,x=0.318258,mu=258.877,k=0,m=1}
2673	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2674	No Kernel. Set weight -1.
2675	[31m}[0m
2676	Calculate m_perp(3[e+],4[P],2[e-],e+) -> CP{kt=399.693,op=-1,x=1,mu=399.693,k=0,m=1}
2677	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2678	No Kernel. Set weight -1.
2679	[31m}[0m
2680	Calculate m_perp(3[e+],4[P],5[d],e+) -> CP{kt=0.0875605,op=-1,x=1,mu=1,k=0,m=1}
2681	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2682	Invalid spectator G
2683	[31m}[0m
2684	Calculate m_perp(4[P],5[d],0[G],d) -> CP{kt=0.053688,op=-1,x=1,mu=0.053688,k=1,m=0}
2685	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2686	No Kernel. Set weight -1.
2687	[31m}[0m
2688	Calculate m_perp(4[P],5[d],1[d],d) -> CP{kt=0.053679,op=-1,x=1,mu=1,k=1,m=0}
2689	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2690	Invalid spectator e-
2691	[31m}[0m
2692	Calculate m_perp(4[P],5[d],2[e-],d) -> CP{kt=0.0536822,op=-1,x=1,mu=0.0536822,k=1,m=0}
2693	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2694	No Kernel. Set weight -1.
2695	[31m}[0m
2696	Calculate m_perp(4[P],5[d],3[e+],d) -> CP{kt=0.0536848,op=-1,x=1,mu=1,k=1,m=0}
2697
2698	Combine_Table (0x1073cbd0) 1 [OQCD=1] (up=#)
2699	idcontent flav cut qcd qed mom
2700	0 (0) G 0 0/0 0/0 (1227.65,0,0,1227.65)
2701	1 (1) d 0 0/0 0/0 (88.2602,0,0,-88.2602)
2702	2 (2) e- 0 0/0 0/0 (17.6151,9.50634,-12.853,7.39737)
2703	3 (3) e+ 0 0/0 0/0 (797.452,216.297,-202.668,740.318)
2704	4 (4) P 0 0/0 0/0 (312.516,-140.914,134.497,244.377)
2705	5 (5) d 0 0/0 0/0 (188.331,-84.8889,81.0234,147.301)
2706	---------------
2707	0&5%1[db ] CP{kt=317.397,op=366.915,x=0.630867,mu=148.339,k=1,m=0} 0 4,5,10,11,12,13,18,19 <-
2708	0&5%4[db ] CP{kt=317.397,op=-1,x=1,mu=317.397,k=1,m=0} 0 4,5
2709	1&4%0[d ] CP{kt=245.443,op=-1,x=0.387175,mu=245.443,k=1,m=0} 0 16,17
2710	1&4%2[d ] CP{kt=113.796,op=-1,x=0.86827,mu=113.796,k=1,m=0} 0 16,17,18,19
2711	1&4%3[d ] CP{kt=258.877,op=-1,x=0.318258,mu=258.877,k=1,m=0} 0 16,17,18,19
2712	1&4%5[d ] CP{kt=0.053679,op=-1,x=1,mu=1.41421,k=1,m=0} 0 16,17,18,19
2713	2&3%1[Z ] CP{kt=88.4274,op=-1,x=0.971655,mu=88.4274,k=0,m=1} 0 1,3,5,15,17,19
2714	2&3%1[P ] CP{kt=88.4274,op=-1,x=0.971655,mu=88.4274,k=0,m=1} 0 0,2,4,14,16,18
2715	2&3%4[Z ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 1,3,5,15,17,19
2716	2&3%4[P ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 0,2,4,14,16,18
2717	2&3%5[Z ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 1,3,5,15,17,19
2718	2&3%5[P ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 0,2,4,14,16,18
2719	2&4%1[e- ] CP{kt=113.796,op=-1,x=0.86827,mu=113.796,k=0,m=1} 0 6,7,10,11
2720	2&4%3[e- ] CP{kt=114.56,op=-1,x=1,mu=114.56,k=0,m=1} 0 6,7,10,11
2721	2&4%5[e- ] CP{kt=0.087549,op=-1,x=1,mu=0.087549,k=0,m=1} 0 6,7,10,11
2722	3&4%1[e+ ] CP{kt=258.877,op=-1,x=0.318258,mu=258.877,k=0,m=1} 0 8,9,12,13
2723	3&4%2[e+ ] CP{kt=399.693,op=-1,x=1,mu=399.693,k=0,m=1} 0 8,9,12,13
2724	3&4%5[e+ ] CP{kt=0.0875605,op=-1,x=1,mu=1,k=0,m=1} 0 8,9,12,13
2725	4&5%0[d ] CP{kt=0.053688,op=-1,x=1,mu=0.053688,k=1,m=0} 0 2,3
2726	4&5%1[d ] CP{kt=0.053679,op=-1,x=1,mu=1,k=1,m=0} 0 0,1,2,3
2727	4&5%2[d ] CP{kt=0.0536822,op=-1,x=1,mu=0.0536822,k=1,m=0} 0 0,1,2,3
2728	4&5%3[d ] CP{kt=0.0536848,op=-1,x=1,mu=1,k=1,m=0} 0 0,1,2,3
2729	k_{T,min}
2730	(0,1,2,3,4,5) -> 0
2731
2732	set last k_T = 317.397 for (0,1,2,3,4,5) from (0,5)
2733	set last k_T = 317.397 for (0,1,2,3,4,5) from (0,5)
2734	[31mCombine_Table::CalcJet([32mmode = 512, nl = 5, complete = 1[31m) [0m[31m{[0m
2735
2736	Combine_Table (0xe30c750) 2 [OQCD=0] (up=1)
2737	idcontent flav cut qcd qed mom
2738	0 (0,5) db 0 1/3 0/0 (774.486,0,0,774.486)
2739	1 (1) d 0 0/0 0/0 (88.2602,0,0,-88.2602)
2740	2 (2) e- 0 0/0 0/0 (11.781,6.38423,-9.87307,-0.745012)
2741	3 (3) e+ 0 0/0 0/0 (526.602,169.769,-158.259,472.697)
2742	4 (4) P 0 0/0 0/0 (324.363,-176.153,168.132,214.274)
2743	---------------
2744	0&4%1[db ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1
2745	0&4%2[db ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1
2746	0&4%3[db ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,1
2747	1&4%0[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7
2748	1&4%2[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7
2749	1&4%3[d ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 6,7
2750	2&3%0[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,7
2751	2&3%0[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,6
2752	2&3%1[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,7
2753	2&3%1[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,6
2754	2&3%4[Z ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 1,7
2755	2&3%4[P ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 0,6
2756	2&4%0[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 2,3
2757	2&4%1[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 2,3
2758	2&4%3[e- ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 2,3
2759	3&4%0[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 4,5
2760	3&4%1[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 4,5
2761	3&4%2[e+ ] CP{kt=0,op=0,x=0,mu=0,k=0,m=0} 0 4,5
2762	k_{T,min}
2763	(0,1,2,3,4,5) -> 317.397
2764
2765	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2766	Set fixed n_perp
2767	No Kernel. Set weight -1.
2768	[31m}[0m
2769	Calculate m_perp(0[db],4[P],1[d],db) -> CP{kt=407,op=-1,x=0.028598,mu=407,k=1,m=0}
2770	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2771	Invalid spectator e-
2772	[31m}[0m
2773	Calculate m_perp(0[db],4[P],2[e-],db) -> CP{kt=110.221,op=-1,x=0.928757,mu=110.221,k=1,m=0}
2774	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2775	No Kernel. Set weight -1.
2776	[31m}[0m
2777	Calculate m_perp(0[db],4[P],3[e+],db) -> CP{kt=411.361,op=-1,x=0.00766888,mu=411.361,k=1,m=0}
2778	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2779	Set fixed n_perp
2780	No Kernel. Set weight -1.
2781	[31m}[0m
2782	Calculate m_perp(1[d],4[P],0[db],d) -> CP{kt=303.91,op=-1,x=0.028598,mu=303.91,k=1,m=0}
2783	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2784	No Kernel. Set weight -1.
2785	[31m}[0m
2786	Calculate m_perp(1[d],4[P],2[e-],d) -> CP{kt=115.149,op=-1,x=0.860546,mu=115.149,k=1,m=0}
2787	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 16[31m) [0m[31m{[0m
2788	Invalid spectator e+
2789	[31m}[0m
2790	Calculate m_perp(1[d],4[P],3[e+],d) -> CP{kt=297.128,op=-1,x=0.0714697,mu=297.128,k=1,m=0}
2791	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2792	No splitting function (k)
2793	[31m}[0m
2794	Calculate m_perp(2[e-],3[e+],0[db],Z) -> CP{kt=88.4274,op=-1,x=0.92401,mu=88.4274,k=0,m=1}
2795	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2796	No Kernel. Set weight -1.
2797	[31m}[0m
2798	Calculate m_perp(2[e-],3[e+],0[db],P) -> CP{kt=88.4274,op=-1,x=0.92401,mu=88.4274,k=0,m=1}
2799	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2800	No splitting function (k)
2801	[31m}[0m
2802	Calculate m_perp(2[e-],3[e+],1[d],Z) -> CP{kt=88.4274,op=-1,x=0.956156,mu=88.4274,k=0,m=1}
2803	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2804	No Kernel. Set weight -1.
2805	[31m}[0m
2806	Calculate m_perp(2[e-],3[e+],1[d],P) -> CP{kt=88.4274,op=-1,x=0.956156,mu=88.4274,k=0,m=1}
2807	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2808	No splitting function (k)
2809	[31m}[0m
2810	Calculate m_perp(2[e-],3[e+],4[P],Z) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2811	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2812	Invalid spectator P
2813	[31m}[0m
2814	Calculate m_perp(2[e-],3[e+],4[P],P) -> CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1}
2815	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2816	Invalid spectator db
2817	[31m}[0m
2818	Calculate m_perp(2[e-],4[P],0[db],e-) -> CP{kt=110.221,op=-1,x=0.928757,mu=110.221,k=0,m=1}
2819	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2820	No Kernel. Set weight -1.
2821	[31m}[0m
2822	Calculate m_perp(2[e-],4[P],1[d],e-) -> CP{kt=115.149,op=-1,x=0.860546,mu=115.149,k=0,m=1}
2823	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2824	No Kernel. Set weight -1.
2825	[31m}[0m
2826	Calculate m_perp(2[e-],4[P],3[e+],e-) -> CP{kt=114.56,op=-1,x=1,mu=114.56,k=0,m=1}
2827	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2828	No Kernel. Set weight -1.
2829	[31m}[0m
2830	Calculate m_perp(3[e+],4[P],0[db],e+) -> CP{kt=411.361,op=-1,x=0.00766888,mu=411.361,k=0,m=1}
2831	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2832	Invalid spectator d
2833	[31m}[0m
2834	Calculate m_perp(3[e+],4[P],1[d],e+) -> CP{kt=297.128,op=-1,x=0.0714697,mu=297.128,k=0,m=1}
2835	[31mCS_Cluster_Definitions::KPerp2([32mkin = -1, mode = 17[31m) [0m[31m{[0m
2836	No Kernel. Set weight -1.
2837	[31m}[0m
2838	Calculate m_perp(3[e+],4[P],2[e-],e+) -> CP{kt=399.693,op=-1,x=1,mu=399.693,k=0,m=1}
2839
2840	Combine_Table (0xe30c750) 2 [OQCD=0] (up=1)
2841	idcontent flav cut qcd qed mom
2842	0 (0,5) db 0 1/3 0/0 (774.486,0,0,774.486)
2843	1 (1) d 0 0/0 0/0 (88.2602,0,0,-88.2602)
2844	2 (2) e- 0 0/0 0/0 (11.781,6.38423,-9.87307,-0.745012)
2845	3 (3) e+ 0 0/0 0/0 (526.602,169.769,-158.259,472.697)
2846	4 (4) P 0 0/0 0/0 (324.363,-176.153,168.132,214.274)
2847	---------------
2848	0&4%1[db ] CP{kt=407,op=-1,x=0.028598,mu=407,k=1,m=0} 0 0,1
2849	0&4%2[db ] CP{kt=110.221,op=-1,x=0.928757,mu=110.221,k=1,m=0} 0 0,1
2850	0&4%3[db ] CP{kt=411.361,op=-1,x=0.00766888,mu=411.361,k=1,m=0} 0 0,1
2851	1&4%0[d ] CP{kt=303.91,op=-1,x=0.028598,mu=303.91,k=1,m=0} 0 6,7
2852	1&4%2[d ] CP{kt=115.149,op=-1,x=0.860546,mu=115.149,k=1,m=0} 0 6,7
2853	1&4%3[d ] CP{kt=297.128,op=-1,x=0.0714697,mu=297.128,k=1,m=0} 0 6,7
2854	2&3%0[Z ] CP{kt=88.4274,op=-1,x=0.92401,mu=88.4274,k=0,m=1} 0 1,7
2855	2&3%0[P ] CP{kt=88.4274,op=-1,x=0.92401,mu=88.4274,k=0,m=1} 0 0,6
2856	2&3%1[Z ] CP{kt=88.4274,op=-1,x=0.956156,mu=88.4274,k=0,m=1} 0 1,7
2857	2&3%1[P ] CP{kt=88.4274,op=-1,x=0.956156,mu=88.4274,k=0,m=1} 0 0,6
2858	2&3%4[Z ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 1,7
2859	2&3%4[P ] CP{kt=88.4274,op=-1,x=1,mu=88.4274,k=0,m=1} 0 0,6
2860	2&4%0[e- ] CP{kt=110.221,op=-1,x=0.928757,mu=110.221,k=0,m=1} 0 2,3
2861	2&4%1[e- ] CP{kt=115.149,op=-1,x=0.860546,mu=115.149,k=0,m=1} 0 2,3
2862	2&4%3[e- ] CP{kt=114.56,op=-1,x=1,mu=114.56,k=0,m=1} 0 2,3
2863	3&4%0[e+ ] CP{kt=411.361,op=-1,x=0.00766888,mu=411.361,k=0,m=1} 0 4,5
2864	3&4%1[e+ ] CP{kt=297.128,op=-1,x=0.0714697,mu=297.128,k=0,m=1} 0 4,5
2865	3&4%2[e+ ] CP{kt=399.693,op=-1,x=1,mu=399.693,k=0,m=1} 0 4,5
2866	k_{T,min}
2867	(0,1,2,3,4,5) -> 317.397
2868
2869	[31mDefault_Core_Scale::Calculate([32m[31m) [0m[31m{[0m
2870	(0xd8479b0): 2 -> 3 {
2871	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2872	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2873	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2874	(0,5) d (-774.486,-0,-0,-774.486) 0 (-1,-1) [0\|0]
2875	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (-1,-1) [0\|0]
2876	(2) e- (11.781,6.38423,-9.87307,-0.745012) 7.53946e-07 (-1,-1) [0\|0]
2877	(3) e+ (526.602,169.769,-158.259,472.697) -2.01855e-05 (-1,-1) [0\|0]
2878	(4) P (324.363,-176.153,168.132,214.274) 5.3948e-06 (-1,-1) [0\|0]
2879	}
2880	combine (2)&(3)->P (0)
2881	(0x107137a0): 2 -> 2 {
2882	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
2883	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
2884	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2885	(0,5) d (-774.486,-0,-0,-774.486) 0 (-1,-1) [0\|0]
2886	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (-1,-1) [0\|0]
2887	(2,3) P (538.383,176.153,-168.132,471.952) 88.4274 (-1,-1) [0\|0]
2888	(4) P (324.363,-176.153,168.132,214.274) 5.3948e-06 (-1,-1) [0\|0]
2889	}
2890	DY like
2891	\mu_f = 522.901
2892	\mu_r = 522.901
2893	\mu_q = 522.901
2894	[31m}[0m
2895	[31m}[0m
2896	[31m}[0m
2897	Cluster_Algorithm::Convert(): {
2898	[31mDefault_Core_Scale::Calculate([32m[31m) [0m[31m{[0m
2899	(0x107137a0): 2 -> 3 {
2900	\mu_r = 13000, \mu_f = 13000, \mu_q = 13000, \mu = 0
2901	k_T = 0, z = 0, phi = 0, kin = 1, K = 0
2902	oew = 3, oqcd = 1, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2903	(0,5) d (-774.486,-0,-0,-774.486) 0 (0,0) [1\|0] <-> (1)
2904	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [1\|0]
2905	(2) e- (11.781,6.38423,-9.87307,-0.745012) 7.53946e-07 (0,0) [1\|0]
2906	(3) e+ (526.602,169.769,-158.259,472.697) -2.01855e-05 (0,0) [1\|0]
2907	(4) P (324.363,-176.153,168.132,214.274) 5.3948e-06 (0,0) [1\|0]
2908	}
2909	combine (2)&(3)->P (0)
2910	(0x107128f0): 2 -> 2 {
2911	\mu_r = 13000, \mu_f = 13000, \mu_q = 13000, \mu = 0
2912	k_T = 0, z = 0, phi = 0, kin = 1, K = 0
2913	oew = 3, oqcd = 1, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2914	(0,5) d (-774.486,-0,-0,-774.486) 0 (0,0) [1\|0] <-> (1)
2915	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [1\|0]
2916	(2,3) P (538.383,176.153,-168.132,471.952) 88.4274 (0,0) [1\|0]
2917	(4) P (324.363,-176.153,168.132,214.274) 5.3948e-06 (0,0) [1\|0]
2918	}
2919	DY like
2920	\mu_f = 522.901
2921	\mu_r = 522.901
2922	\mu_q = 522.901
2923	[31m}[0m
2924	(0x107137a0): 2 -> 3 {
2925	\mu_r = 13000, \mu_f = 13000, \mu_q = 522.901, \mu = 522.901
2926	k_T = 522.901, z = 0, phi = 0, kin = 1, K = 0
2927	oew = 3, oqcd = 1, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
2928	(0,5) d (-774.486,-0,-0,-774.486) 0 (0,0) [1\|7] <-> (1)
2929	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [1\|7]
2930	(2) e- (11.781,6.38423,-9.87307,-0.745012) 7.53946e-07 (0,0) [1\|7]
2931	(3) e+ (526.602,169.769,-158.259,472.697) -2.01855e-05 (0,0) [1\|7]
2932	(4) P (324.363,-176.153,168.132,214.274) 5.3948e-06 (0,0) [1\|7]
2933	}
2934	(0xd8479b0): 2 -> 4 {
2935	\mu_r = 13000, \mu_f = 13000, \mu_q = 13000, \mu = 148.339
2936	k_T = 317.397, z = 0, phi = 0, kin = 0, K = 0
2937	oew = 3, oqcd = 2, nlo = 0, new = (5), ncl = 0, flag = 0
2938	(0) G (-1227.65,-0,-0,-1227.65) 0 (0,0) [0\|7]
2939	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [0\|7]
2940	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (0,0) [0\|7]
2941	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (0,0) [0\|7]
2942	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (0,0) [0\|7]
2943	(5) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (0,0) [0\|7]
2944	}
2945	}
2946	[31m}[0m
2947	[31mMETS_Scale_Setter::SetScales([32mkt=273425, #legs=6, mode=0[31m) [0m[31m{[0m
2948	Setting scales {
2949	\mu_{2} = 1 * 1 * 148.339, as = 0.109935, O(QCD) = 1
2950	} -> as = 0.109935 -> 148.339
2951	Core / QCD scale = 522.901 / 148.339
2952	METS_Scale_Setter::SetScales(): Set {
2953	\mu_f = 522.901
2954	\mu_r = 148.339
2955	\mu_q = 522.901
2956	\mu_3 = 522.901
2957	\mu_4 = 148.339
2958	\mu_5 = 317.397
2959	} <- 2_4__G__d__e-__e+__P__d__QCD(BVI)
2960	[31m}[0m
2961	[31m}[0m
2962	Coupling_Data::Calculate(0x3416a40): scl = 148.339 -> 'Alpha_QCD'{fac=0.931654,cpl=0.118}
2963	[31m}[0m
2964	Setting OpenLoops parameter: alpha = 0.00776384
2965	Setting OpenLoops parameter: alphas = 0.109935
2966	Setting OpenLoops parameter: mu = 148.339
2967	[34mOpenLoops_Virtual::Calc[0m:([32m"17.6151 (G,d,e-,e+,P,d) user=0.09 real=0.09 sys=0"[0m)
2968	[31mKP_Terms::Get([32m[31m) [0m[31m{[0m
2969	[31m}[0m
2970	PDF(fla=G, xa=0.18887, ta=273425) * PDF(flb=d, xb=0.0135785, tb=273425) -> 59.2513
2971	[31mSingle_Process::AddISR([32m2_4__G__d__e-__e+__P__d__QCD(BVI), \mu_F = 522.901, #ampls=1[31m) [0m[31m{[0m
2972	* [ PDF(fla=G, xa=0.18887, ta=100741) * PDF(flb=d, xb=0.0135785, tb=100741) -> 62.2916
2973	/ PDF(fla=G, xa=0.18887, ta=273425) * PDF(flb=d, xb=0.0135785, tb=273425) -> 59.2513 ] = 1.05131
2974	[31mSingle_Process::CollinearCounterTerms([32mQ = 317.397 / 522.901[31m) [0m[31m{[0m
2975	\mu_F = 522.901
2976	\mu_R = 148.339
2977	0.109935/(2\pi) * log(317.397/522.901) = -0.0174701
2978	Beam 0: z = 0.397441, f_{G}(0.18887,522.901) = 1.20669 {
2979	P_{d,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{d}(0.475215,522.901) = 0.0564825, f_{d}(0.18887,522.901) = 1.1289
2980	P_{db,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{db}(0.475215,522.901) = -0.00550721, f_{db}(0.18887,522.901) = 0.183887
2981	P_{u,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{u}(0.475215,522.901) = 0.202627, f_{u}(0.18887,522.901) = 2.42295
2982	P_{ub,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{ub}(0.475215,522.901) = 0.00398668, f_{ub}(0.18887,522.901) = 0.145859
2983	P_{s,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{s}(0.475215,522.901) = 0.00879155, f_{s}(0.18887,522.901) = 0.111149
2984	P_{sb,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{sb}(0.475215,522.901) = -0.000294858, f_{sb}(0.18887,522.901) = 0.0779546
2985	P_{c,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{c}(0.475215,522.901) = 0.000709005, f_{c}(0.18887,522.901) = 0.0528521
2986	P_{cb,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{cb}(0.475215,522.901) = 0.000715764, f_{cb}(0.18887,522.901) = 0.0534839
2987	P_{b,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{b}(0.475215,522.901) = 0.000295138, f_{b}(0.18887,522.901) = 0.0309328
2988	P_{bb,G}(0.397441) = {F=4.57285,S=0,I=0}, f_{bb}(0.475215,522.901) = 0.000297077, f_{bb}(0.18887,522.901) = 0.0311141
2989	P_{G,G}(0.397441) = {F=4.53348,S=9.95752,I=1.25596}, f_{G}(0.475215,522.901) = 0.0186356, f_{G}(0.18887,522.901) = 1.20669
2990	} -> 0.0518725
2991	[31m}[0m
2992	[31mSingle_Process::CollinearCounterTerms([32mQ = 317.397 / 522.901[31m) [0m[31m{[0m
2993	\mu_F = 522.901
2994	\mu_R = 148.339
2995	0.109935/(2\pi) * log(317.397/522.901) = -0.0174701
2996	Beam 1: z = 0.313706, f_{d}(0.0135785,522.901) = 49.1022 {
2997	P_{d,d}(0.313706) = {F=-1.75161,S=3.8856,I=0.0364574}, f_{d}(0.0432842,522.901) = 10.6243, f_{d}(0.0135785,522.901) = 49.1022
2998	P_{G,d}(0.313706) = {F=0.284706,S=0,I=0}, f_{G}(0.0432842,522.901) = 52.4448, f_{G}(0.0135785,522.901) = 490.659
2999	} -> -0.00941219
3000	[31m}[0m
3001	* [ PDF(fla=db, xa=0.119152, ta=273425) * PDF(flb=d, xb=0.0135785, tb=273425) -> 34.9082
3002	/ PDF(fla=db, xa=0.119152, ta=100741) * PDF(flb=d, xb=0.0135785, tb=100741) -> 35.3955 ] = 0.986234
3003	[31mSingle_Process::CollinearCounterTerms([32mQ = 522.901 / 317.397[31m) [0m[31m{[0m
3004	\mu_F = 522.901
3005	\mu_R = 148.339
3006	0.109935/(2\pi) * log(522.901/317.397) = 0.0174701
3007	Beam 0: z = 0.611225, f_{db}(0.119152,522.901) = 0.71093 {
3008	P_{db,db}(0.611225) = {F=-2.1483,S=6.85915,I=0.33832}, f_{db}(0.194939,522.901) = 0.163623, f_{db}(0.119152,522.901) = 0.71093
3009	P_{G,db}(0.611225) = {F=0.262371,S=0,I=0}, f_{G}(0.194939,522.901) = 1.08793, f_{G}(0.119152,522.901) = 4.73068
3010	} -> -0.039117
3011	[31m}[0m
3012	[31mSingle_Process::CollinearCounterTerms([32mQ = 522.901 / 317.397[31m) [0m[31m{[0m
3013	\mu_F = 522.901
3014	\mu_R = 148.339
3015	0.109935/(2\pi) * log(522.901/317.397) = 0.0174701
3016	Beam 1: z = 0.0914941, f_{d}(0.0135785,522.901) = 49.1022 {
3017	P_{d,d}(0.0914941) = {F=-1.45533,S=2.93522,I=0.0364574}, f_{d}(0.148408,522.901) = 1.79069, f_{d}(0.0135785,522.901) = 49.1022
3018	P_{G,d}(0.0914941) = {F=0.416877,S=0,I=0}, f_{G}(0.148408,522.901) = 2.54131, f_{G}(0.0135785,522.901) = 490.659
3019	} -> -0.00205009
3020	[31m}[0m
3021	[31m}[0m
3022	type=BVIKP\|METS, B=8.72148e-10, VI=-8.05529e-10, KP=7.46681e-10, K=0
3023	muR2=22004.6, muF2=273425, oqcd=2, oew=3, fl1=21, fl2=1, x1=1, x2=1, x1p=0.883335, x2p=0.35494
3024	wren=(5.84957e-11,2.08463e-26)
3025	wfac=(0,-4.91945e-11,2.48757e-09,-2.19112e-09,-1.27677e-11,4.72829e-11,0,6.76576e-12,-0,-1.89375e-11,5.97245e-10,-5.79771e-10,3.53114e-11,-3.50332e-11,-0,-4.07988e-12)
3026	Cluster sequence: pdfwgt=61.4341, flux=1.15364e-06, counter term=0.00129322, steps: (273425;21,0.18887\|1,0.0135785) (100741;21,0.18887\|1,0.0135785) (273425;-1,0.119152\|1,0.0135785)
3027	Calculating DADS terms
3028	[31mSingle_Process::Differential([32m2_5__G__G__e-__e+__P__d__db__QCD(S)_RS1_6_0, RS:0[31m) [0m[31m{[0m
3029	[31m}[0m
3030	DADS_0 = -0
3031	DADS: wgt=-0, x1=0.18887, x2=0.046369, fl1=21, fl2=21
3032	[31m}[0m
3033	2_4__G__d__e-__e+__P__d__QCD(BVI) ME = 4.98950678157637e-08 , PS = 0.0101940385500501 -> 5.08632244771257e-10
3034	p_lab[0]=Vec4D(1227.65342397119,0,0,1227.65342397119);
3035	p_lab[1]=Vec4D(88.260181569913,0,0,-88.2601815699131);
3036	p_lab[2]=Vec4D(17.6150896021364,9.50634156658818,-12.8530064325588,7.39736962407932);
3037	p_lab[3]=Vec4D(797.45167439499,216.296519701019,-202.66757276208,740.318069150907);
3038	p_lab[4]=Vec4D(312.515894416117,-140.913956721238,134.49722109087,244.376632644581);
3039	p_lab[5]=Vec4D(188.330947127864,-84.8889045463691,81.0233581037689,147.301170981714);
3040	==========================================================
3041	S event
3042	Jet_Finder::Trigger(): '2_4__G__d__e-__e+__P__d' Q_cut = 15 {
3043	[31mCS_Shower::JetVeto([32mmode = 0[31m) [0m[31m{[0m
3044	(0xb134e50): 2 -> 4 {
3045	\mu_r = 0, \mu_f = 0, \mu_q = 0, \mu = 0
3046	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
3047	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
3048	(0) G (-1227.65,-0,-0,-1227.65) 0 (-1,-1) [0\|0]
3049	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (-1,-1) [0\|0]
3050	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (-1,-1) [0\|0]
3051	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (-1,-1) [0\|0]
3052	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (-1,-1) [0\|0]
3053	(5) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (-1,-1) [0\|0]
3054	}
3055	noem = (<no entry>), nospec = (<no entry>)
3056	No kernel for G e- <-> d (22)
3057	No kernel for G e- <-> e+ (21)
3058	No kernel for G e- <-> P (21)
3059	No kernel for G e- <-> d (21)
3060	No kernel for G e+ <-> d (22)
3061	No kernel for G e+ <-> e- (21)
3062	No kernel for G e+ <-> P (21)
3063	No kernel for G e+ <-> d (21)
3064	No kernel for G P <-> d (22)
3065	No kernel for G P <-> e- (21)
3066	No kernel for G P <-> e+ (21)
3067	No kernel for G P <-> d (21)
3068	Q_{(0)(5),(1)} = 202.222
3069	No kernel for G d <-> e- (21)
3070	No kernel for G d <-> e+ (21)
3071	No kernel for G d <-> P (21)
3072	No kernel for d e- <-> G (22)
3073	No kernel for d e- <-> e+ (21)
3074	No kernel for d e- <-> P (21)
3075	No kernel for d e- <-> d (21)
3076	No kernel for d e+ <-> G (22)
3077	No kernel for d e+ <-> e- (21)
3078	No kernel for d e+ <-> P (21)
3079	No kernel for d e+ <-> d (21)
3080	No kernel for d P <-> G (22)
3081	No kernel for d P <-> e- (21)
3082	No kernel for d P <-> e+ (21)
3083	No kernel for d P <-> d (21)
3084	Q_{(1)(5),(0)} = 159.241
3085	No kernel for d d <-> e- (21)
3086	No kernel for d d <-> e+ (21)
3087	No kernel for d d <-> P (21)
3088	No kernel for e- e+ <-> G (12)
3089	No kernel for e- e+ <-> d (12)
3090	No kernel for e- e+ <-> P (11)
3091	No kernel for e- e+ <-> d (11)
3092	No kernel for e- P <-> G (12)
3093	No kernel for e- P <-> d (12)
3094	No kernel for e- P <-> e+ (11)
3095	No kernel for e- P <-> d (11)
3096	No kernel for e- d <-> G (12)
3097	No kernel for e- d <-> d (12)
3098	No kernel for e- d <-> e+ (11)
3099	No kernel for e- d <-> P (11)
3100	No kernel for e+ P <-> G (12)
3101	No kernel for e+ P <-> d (12)
3102	No kernel for e+ P <-> e- (11)
3103	No kernel for e+ P <-> d (11)
3104	No kernel for e+ d <-> G (12)
3105	No kernel for e+ d <-> d (12)
3106	No kernel for e+ d <-> e- (11)
3107	No kernel for e+ d <-> P (11)
3108	No kernel for P d <-> G (12)
3109	No kernel for P d <-> d (12)
3110	No kernel for P d <-> e- (11)
3111	No kernel for P d <-> e+ (11)
3112	--- Jet veto ---
3113	[31m}[0m
3114	} -> 1
3115	Single_Process::Cluster(): Found 1 amplitude(s) ... select 1st.
3116	[31mCS_MCatNLO::GeneratePoint([32m[31m) [0m[31m{[0m
3117	CS_MCatNLO::PrepareMCatNLO(): {
3118	(0xe300870): 2 -> 4 {
3119	\mu_r = 148.339, \mu_f = 522.901, \mu_q = 522.901, \mu = 148.339
3120	k_T = 317.397, z = 0, phi = 0, kin = 0, K = 0
3121	oew = 3, oqcd = 2, nlo = 0, new = (5), ncl = 0, flag = 0
3122	(0) G (-1227.65,-0,-0,-1227.65) 0 (0,0) [0\|7]
3123	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [0\|7]
3124	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (0,0) [0\|7]
3125	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (0,0) [0\|7]
3126	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (0,0) [0\|7]
3127	(5) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (0,0) [0\|7]
3128	}
3129
3130	Singlet lists:
3131
3132	Singlet parton list from CS_MCatNLO : 0xd9f3470
3133	IS Parton 0x114dd350 (1)[(0)]: G : (1227.65,0,0,1227.65) (0,0)[0,0]
3134	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 0.18887
3135	IS Parton 0x110ba150 (1)[(1)]: d : (88.2602,0,0,-88.2602) (0,0)[0,0]
3136	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 0.0135785
3137	FS Parton 0x110ba3c0 (1)[(2)]: e- : (17.6151,9.50634,-12.853,7.39737) (0,0)[0,0]
3138	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3139	FS Parton 0x11717dc0 (1)[(3)]: e+ : (797.452,216.297,-202.668,740.318) (0,0)[0,0]
3140	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3141	FS Parton 0x11718040 (1)[(4)]: P : (312.516,-140.914,134.497,244.377) (0,0)[0,0]
3142	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3143	FS Parton 0x110a9bc0 (1)[(5)]: d : (188.331,-84.8889,81.0234,147.301) (0,0)[0,0]
3144	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3145	-------------------------------------------------------------------------
3146
3147	}
3148	filling partner list for G(0) ... d(1) d(5) -> 2 dipole(s)
3149	filling partner list for d(1) ... G(0) d(5) -> 2 dipole(s)
3150	filling partner list for e-(2) ... -> 0 dipole(s)
3151	filling partner list for e+(3) ... -> 0 dipole(s)
3152	filling partner list for P(4) ... -> 0 dipole(s)
3153	filling partner list for d(5) ... G(0) d(1) -> 2 dipole(s)
3154	before mc@nlo step
3155	Singlet parton list from CS_MCatNLO : 0xd9f3470
3156	IS Parton 0x114dd350 (1)[(0)]: G : (1227.65,0,0,1227.65) (0,0)[0,0]
3157	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 0.18887
3158	IS Parton 0x110ba150 (1)[(1)]: d : (88.2602,0,0,-88.2602) (0,0)[0,0]
3159	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 0.0135785
3160	FS Parton 0x110ba3c0 (1)[(2)]: e- : (17.6151,9.50634,-12.853,7.39737) (0,0)[0,0]
3161	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3162	FS Parton 0x11717dc0 (1)[(3)]: e+ : (797.452,216.297,-202.668,740.318) (0,0)[0,0]
3163	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3164	FS Parton 0x11718040 (1)[(4)]: P : (312.516,-140.914,134.497,244.377) (0,0)[0,0]
3165	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3166	FS Parton 0x110a9bc0 (1)[(5)]: d : (188.331,-84.8889,81.0234,147.301) (0,0)[0,0]
3167	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3168	-------------------------------------------------------------------------
3169	Emission d -> d G at kt = 45.2176, z = 0.783231, y = 0.124695 for
3170	IS Parton 0x110ba150 (1)[(1)]: d : (88.2602,0,0,-88.2602) (0,0)[0,0]
3171	k_T start : 317.397 k_T test : 45.2176 k_T veto : 15(0) x_B : 0.0135785
3172	FS Parton 0x110a9bc0 (1)[(5)]: d : (188.331,-84.8889,81.0234,147.301) (0,0)[0,0]
3173	k_T start : 317.397 k_T test : 0 k_T veto : 15(0) x_B : 1
3174
3175	[31mShower::MakeKinematics([32m0[31m) [0m[31m{[0m
3176	Singlet::ArrangeColours for d --> d & G
3177	[31mCS_Gamma::TrialWeight([32m[31m) [0m[31m{[0m
3178	[31mCS_Gamma::CalculateWeight([32m0xe300e40[31m) [0m[31m{[0m
3179	(0x107128f0): 2 -> 5 {
3180	\mu_r = 148.339, \mu_f = 522.901, \mu_q = 522.901, \mu = 148.339
3181	k_T = 45.2176, z = 0, phi = 0, kin = 0, K = 0
3182	oew = 3, oqcd = 2, nlo = 0, new = (6), ncl = 0, flag = 0
3183	(0) G (-1227.65,-0,-0,-1227.65) 0 (0,0) [0\|7]
3184	(1) db (-112.687,-0,-0,112.687) -4.26496e-06 (0,0) [0\|7]
3185	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (0,0) [0\|7]
3186	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (0,0) [0\|7]
3187	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (0,0) [0\|7]
3188	(6) G (38.6662,28.7601,25.6473,3.18535) -6.7435e-07 (0,0) [0\|7]
3189	(5) d (174.092,-113.649,55.376,119.689) 1.90735e-06 (0,0) [0\|7]
3190	}
3191	[31mCS_Gamma::SingleWeight([32m(1),(5)<->(6)[31m) [0m[31m{[0m
3192	B config -> (0x10712cb0): 2 -> 4 {
3193	\mu_r = 148.339, \mu_f = 45.2176, \mu_q = 0, \mu = 0
3194	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
3195	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
3196	(0) G (-1227.65,-0,-0,-1227.65) 0 (0,0) [0\|0]
3197	(1,5) db (-88.2602,-0,-0,88.2602) -3.43852e-06 (0,0) [0\|0] <-> (6)
3198	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (0,0) [0\|0]
3199	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (0,0) [0\|0]
3200	(4) P (312.516,-140.914,134.497,244.377) 3.8147e-06 (0,0) [0\|0]
3201	(6) d (188.331,-84.8889,81.0234,147.301) 0 (0,0) [0\|0]
3202	} -> CS{kt=45.2176,z=0.783231,phi=-0.432444,mode=1,kin=1} ( d -> d G )
3203	add ( z = 0.783231, y = 0.124695, kt = 45.2176 ) {
3204	(1) db (-112.687,-0,-0,112.687) -4.26496e-06 (0,0) [0\|7]
3205	(5) G (38.6662,28.7601,25.6473,3.18535) -6.7435e-07 (0,0) [0\|7]
3206	(6) d (174.092,-113.649,55.376,119.689) 1.90735e-06 (0,0) [0\|7]
3207	} -> w = 0.000755999 * 0.00203151 -> 1.53582e-06 ( S = 1 )
3208	[31m}[0m
3209	[31m}[0m
3210	Accumulate weights {
3211	[(1,6),(5)] -> 1.53582e-06 2_4__G__d__e-__e+__P__d [ d -> d G ] ( \mu_F = 45.2176, \mu_R = 148.339 ) <- active
3212	} -> w = 1.53582e-06
3213	me / ecss = -1.91978e-07 / 1.53582e-06 = -0.125
3214	[31m}[0m
3215	w = 0.0416667 -> reject
3216	[34m120:p_gamma->Weight()[0m=[32m1.17391[0m
3217	Save history for
3218	IS Parton 0x110ba150 (1)[(1)]: d : (112.687,0,0,-112.687) (0,0)[0,0]
3219	k_T start : 45.2176 k_T test : 45.2176 k_T veto : 15(0) x_B : 0.0135785
3220	FS Parton 0x110a9bc0 (1)[(5)]: d : (174.092,-113.649,55.376,119.689) (0,0)[0,0]
3221	k_T start : 45.2176 k_T test : 0 k_T veto : 15(0) x_B : 1
3222
3223	[31m}[0m
3224	Emission G -> G G at kt = 20.496, z = 0.962599, y = 0.0249461 for
3225	IS Parton 0x114dd350 (1)[(0)]: G : (1227.65,0,0,1227.65) (0,0)[0,0]
3226	k_T start : 45.2176 k_T test : 20.496 k_T veto : 15(0) x_B : 0.18887
3227	IS Parton 0x110ba150 (1)[(1)]: d : (88.2602,0,0,-88.2602) (0,0)[0,0]
3228	k_T start : 45.2176 k_T test : 45.2176 k_T veto : 15(0) x_B : 0.0135785
3229
3230	[31mShower::MakeKinematics([32m0[31m) [0m[31m{[0m
3231	Singlet::ArrangeColours for G --> G & G
3232	[31mCS_Gamma::TrialWeight([32m[31m) [0m[31m{[0m
3233	[31mCS_Gamma::CalculateWeight([32m0xe300e40[31m) [0m[31m{[0m
3234	(0xe2aac60): 2 -> 5 {
3235	\mu_r = 148.339, \mu_f = 522.901, \mu_q = 522.901, \mu = 148.339
3236	k_T = 20.496, z = 0, phi = 0, kin = 0, K = 0
3237	oew = 3, oqcd = 2, nlo = 0, new = (6), ncl = 0, flag = 0
3238	(0) G (-1275.35,-0,-0,-1275.35) 0 (0,0) [0\|7]
3239	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [0\|7]
3240	(2) e- (17.4529,9.60764,-12.4688,7.53833) 7.15256e-07 (0,0) [0\|7]
3241	(3) e+ (811.524,217.729,-197.235,756.481) -1.86881e-05 (0,0) [0\|7]
3242	(4) P (322.314,-139.989,138.005,255.429) 3.8147e-06 (0,0) [0\|7]
3243	(6) G (18.0857,-3.0153,-11.4367,13.6822) -4.12953e-07 (0,0) [0\|7]
3244	(5) d (194.236,-84.3319,83.1361,153.961) 3.8147e-06 (0,0) [0\|7]
3245	}
3246	Set fixed n_perp
3247	[31mCS_Gamma::SingleWeight([32m(0),(5)<->(1)[31m) [0m[31m{[0m
3248	B config -> (0xe2ab040): 2 -> 4 {
3249	\mu_r = 148.339, \mu_f = 20.496, \mu_q = 0, \mu = 0
3250	k_T = 0, z = 0, phi = 0, kin = 0, K = 0
3251	oew = 0, oqcd = 0, nlo = 0, new = (<no entry>), ncl = 0, flag = 0
3252	(0,5) G (-1227.65,-0,-0,-1227.65) 0 (0,0) [0\|0] <-> (1)
3253	(1) db (-88.2602,-0,-0,88.2602) -3.9321e-06 (0,0) [0\|0]
3254	(2) e- (17.6151,9.50634,-12.853,7.39737) 7.53946e-07 (0,0) [0\|0]
3255	(3) e+ (797.452,216.297,-202.668,740.318) -1.86881e-05 (0,0) [0\|0]
3256	(4) P (312.516,-140.914,134.497,244.377) 0 (0,0) [0\|0]
3257	(6) d (188.331,-84.8889,81.0234,147.301) 3.8147e-06 (0,0) [0\|0]
3258	} -> CS{kt=20.496,z=0.962599,phi=-2.09841,mode=3,kin=1} ( G -> G G )
3259	zero matrix element
3260	[31m}[0m
3261	[31m}[0m
3262	[31m}[0m
3263	[31m}[0m
3264	[31m}[0m
3265	[31m}[0m
3266	[31m}[0m
3267	[1mSherpa: [0m[34mCS_Gamma::TrialWeight[0m throws [1m[31mfatal error[0m[1m:
3268	[0m[31mInvalid amplitude for 2_5__G__d__e-__e+__P__G__d[0m
3269	[1mException_Handler::GenerateStackTrace(..): [0m[34mGenerating stack trace [0m[1m
3270	{[0m
3271	0x7f1636357a7d in '[31mATOOLS::Exception_Handler::GenerateStackTrace(std::ostream&, bool, std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char> > const&)[0m' ([36mException_Handler.C:318[0m)
3272	from '[33m/home/s0118321/software/Sherpa/SHERPA-MC-2.2.2/lib/SHERPA-MC/libToolsOrg.so.0[0m'
3273	0x7f1636358d74 in '[31mATOOLS::Exception_Handler::Terminate()[0m' ([36mException_Handler.C:149[0m)
3274	from '[33m/home/s0118321/software/Sherpa/SHERPA-MC-2.2.2/lib/SHERPA-MC/libToolsOrg.so.0[0m'
3275	0x7f1636358fc0 in '[31mATOOLS::Terminate()[0m' ([36mException_Handler.C:135[0m)
3276	from '[33m/home/s0118321/software/Sherpa/SHERPA-MC-2.2.2/lib/SHERPA-MC/libToolsOrg.so.0[0m'
3277	0x4093d6 in '[31mmain[0m' ([36mMain.C:33[0m)
3278	from '[33m/home/s0118321/software/Sherpa/SHERPA-MC-2.2.2/bin/Sherpa[0m'
3279	[1m}[0m
3280	Exception_Handler::Terminate(): Pre-crash status saved to '/lustre/scratch2/s0118321/2.2.2/z-gamma/overlap_removal/13tev/log-combined/Status__Mon_Apr_10_14-05-59_2017'.
3281	Exception_Handler::ApproveTerminate(): Asking for termination ...
3282	... approved.
3283	Exception_Handler::PrepareTerminate(): Preparing termination ...
3284	Event 0 ( 0 s total ) = 0 evts/day
3285	In Event_Handler::Finish : Summarizing the run may take some time.
3286	[1m+-------------------------------------------------+
3287	\| \|
3288	\|[0m [1mTotal XS[0m is [34m[1m0 pb[0m +- ( [31m0 pb = -2.14748e+07 %[0m ) [1m\|
3289	\| \|
3290	+-------------------------------------------------+[0m
3291	... prepared.
3292	------------------------------------------------------------------------
3293	[1mPlease cite the publications listed in '[31mSherpa_References.tex[0m[1m'.[0m
3294	Extract the bibtex list by running 'get_bibtex Sherpa_References.tex'
3295	or email the file to 'slaclib2@slac.stanford.edu', subject 'generate'.
3296	------------------------------------------------------------------------
3297	[1mException_Handler::Exit: [0m[34mExiting Sherpa with code [0m[1m([31m1[0m[1m)[0m[?25h
3298	Thanks for using LHAPDF 6.1.6. Please make sure to cite the paper:
3299	Eur.Phys.J. C75 (2015) 3, 132 (http://arxiv.org/abs/1412.7420)
3300	--------------------------------------------------------------------------
3301	mpirun has exited due to process rank 0 with PID 12320 on
3302	node tauruslogin5 exiting improperly. There are two reasons this could occur:
3303
3304	1. this process did not call "init" before exiting, but others in
3305	the job did. This can cause a job to hang indefinitely while it waits
3306	for all processes to call "init". By rule, if one process calls "init",
3307	then ALL processes must call "init" prior to termination.
3308
3309	2. this process called "init", but exited without calling "finalize".
3310	By rule, all processes that call "init" MUST call "finalize" prior to
3311	exiting or it will be considered an "abnormal termination"
3312
3313	This may have caused other processes in the application to be
3314	terminated by signals sent by mpirun (as reported here).
3315	--------------------------------------------------------------------------

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Ticket #370: invalid_amplitude.log

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