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Ticket #15: test1.log

File test1.log, 51.9 KB (added by Oleg.Zenin@cern.ch, 16 years ago)
Output from the standalone example.

Line
1	Welcome to Sherpa, Oleg ZENIN. Initialization of framework underway.
2	Run_Parameter::Init(): Paths are {
3	SHERPA_INC_PATH = /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/include/SHERPA-MC
4	SHERPA_SHARE_PATH = /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/share/SHERPA-MC
5	SHERPA_CPP_PATH = /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC
6	SHERPA_LIB_PATH = /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Process/lib
7	SHERPA_DAT_PATH = /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC
8	}
9	Read_Write_Base::OpenInFile(): (0xbff07e60) checks buffer 'Run.dat' -> (0x8fba94c)
10	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
11	'(beam){'
12	'BEAM_1' '2212'
13	'BEAM_ENERGY_1' '7000.'
14	'BEAM_POL_1' '0.'
15	'BEAM_SPECTRUM_1' 'Monochromatic'
16	'K_PERP_MEAN_1' '0.2'
17	'K_PERP_SIGMA_1' '0.8'
18	'BEAM_2' '2212'
19	'BEAM_ENERGY_2' '7000.'
20	'BEAM_POL_2' '0.'
21	'BEAM_SPECTRUM_2' 'Monochromatic'
22	'K_PERP_MEAN_2' '0.2'
23	'K_PERP_SIGMA_2' '0.8'
24	'BEAM_SMIN' '1.e-10'
25	'BEAM_SMAX' '1.0'
26	'E_LASER_1' '1.17e-9'
27	'P_LASER_1' '0.'
28	'E_LASER_2' '1.17e-9'
29	'P_LASER_2' '0.'
30	'LASER_MODE' '0'
31	'LASER_ANGLES' 'Off'
32	'LASER_NONLINEARITY' 'On'
33	'}(beam)'
34	'(isr){'
35	'BUNCH_1' '2212'
36	'ISR_1' 'On'
37	'BUNCH_2' '2212'
38	'ISR_2' 'On'
39	'ISR_SMIN' '1.e-10'
40	'ISR_SMAX' '1.0'
41	'ISR_E_ORDER' '1'
42	'ISR_E_SCHEME' '2'
43	'PDF_SET' 'cteq6l.LHpdf'
44	'PDF_SET_VERSION' '1'
45	'PDF_GRID_PATH' 'PDFsets'
46	'}(isr)'
47	'(model){'
48	'MODEL' 'SM'
49	'EW_SCHEME' '0'
50	'ALPHAS(MZ)' '0.118'
51	'ALPHAS(default)' '0.0800'
52	'ORDER_ALPHAS' '1'
53	'1/ALPHAQED(0)' '137.036'
54	'1/ALPHAQED(default)' '132.51'
55	'SIN2THETAW' '0.2222'
56	'VEV' '246.'
57	'LAMBDA' '0.47591'
58	'CKMORDER' '0'
59	'CABIBBO' '0.22'
60	'A' '0.85'
61	'RHO' '0.50'
62	'ETA' '0.50'
63	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
64	'N_ED' '2'
65	'G_NEWTON' '6.707e-39'
66	'M_S' '2.5e3'
67	'M_CUT' '2.5e3'
68	'KK_CONVENTION' '1'
69	'}(model)'
70	'(me){'
71	'ME_SIGNAL_GENERATOR' 'Amegic'
72	'EVENT_GENERATION_MODE' 'Unweighted'
73	'COUPLING_SCHEME' 'Running_alpha_S'
74	'YUKAWA_MASSES' 'Fixed'
75	'YUKAWA_MASSES_FACTOR' '1.'
76	'SCALE_SCHEME' 'CKKW'
77	'KFACTOR_SCHEME' '1'
78	'SUDAKOV_WEIGHT' '1'
79	'SCALE_FACTOR' '1.'
80	'}(me)'
81	'(integration){'
82	'ERROR' '1.e-2'
83	'FINISH_OPTIMIZATION' 'On'
84	'INTEGRATOR' '6'
85	'VEGAS' 'On'
86	'}(integration)'
87	'(mi){'
88	'MI_HANDLER' 'None'
89	'CREATE_GRID' '93' '93' '->' '93' '93'
90	'PS_ERROR' '1.0e-2'
91	'REGULATE_XS' '0'
92	'XS_REGULATION' '2.45'
93	'SCALE_MIN' '2.45'
94	'RESCALE_EXPONENT' '0.16'
95	'REFERENCE_SCALE' '1800.0'
96	'PROFILE_FUNCTION' 'Gaussian'
97	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
98	'}(mi)'
99	'(shower){'
100	'SHOWER_GENERATOR' 'Apacic'
101	'FSR_SHOWER' '1'
102	'ISR_SHOWER' '1'
103	'IS_PT2MIN' '4.'
104	'FS_PT2MIN' '1.'
105	'}(shower)'
106	'(fragmentation){'
107	'FRAGMENTATION' 'Ahadic'
108	'DECAYMODEL' 'Hadrons'
109	'YFS_MODE' '2'
110	'YFS_USE_ME' '1'
111	'YFS_IR_CUTOFF' '1E-3'
112	'}(fragmentation)'
113	'(processes){'
114	'%-------------------------------------------------------'
115	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
116	'%-------------------------------------------------------'
117	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
118	'%'
119	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
120	'%'
121	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
122	'Order' 'electroweak' ':' '2'
123	'End' 'process'
124	'%'
125	'}(processes)'
126	'(selector){'
127	'JetFinder' 'sqr(20/E_CMS)' '1.'
128	'Mass' '11' '-11' '66' '116'
129	'}(selector)'
130	'OUTPUT' '15'
131	'(beam){'
132	'BEAM_1' '2212'
133	'BEAM_ENERGY_1' '7000.'
134	'BEAM_POL_1' '0.'
135	'BEAM_SPECTRUM_1' 'Monochromatic'
136	'K_PERP_MEAN_1' '0.2'
137	'K_PERP_SIGMA_1' '0.8'
138	'BEAM_2' '2212'
139	'BEAM_ENERGY_2' '7000.'
140	'BEAM_POL_2' '0.'
141	'BEAM_SPECTRUM_2' 'Monochromatic'
142	'K_PERP_MEAN_2' '0.2'
143	'K_PERP_SIGMA_2' '0.8'
144	'BEAM_SMIN' '1.e-10'
145	'BEAM_SMAX' '1.0'
146	'E_LASER_1' '1.17e-9'
147	'P_LASER_1' '0.'
148	'E_LASER_2' '1.17e-9'
149	'P_LASER_2' '0.'
150	'LASER_MODE' '0'
151	'LASER_ANGLES' 'Off'
152	'LASER_NONLINEARITY' 'On'
153	'}(beam)'
154	'(isr){'
155	'BUNCH_1' '2212'
156	'ISR_1' 'On'
157	'BUNCH_2' '2212'
158	'ISR_2' 'On'
159	'ISR_SMIN' '1.e-10'
160	'ISR_SMAX' '1.0'
161	'ISR_E_ORDER' '1'
162	'ISR_E_SCHEME' '2'
163	'PDF_SET' 'cteq6l.LHpdf'
164	'PDF_SET_VERSION' '1'
165	'PDF_GRID_PATH' 'PDFsets'
166	'}(isr)'
167	'(model){'
168	'MODEL' 'SM'
169	'EW_SCHEME' '0'
170	'ALPHAS(MZ)' '0.118'
171	'ALPHAS(default)' '0.0800'
172	'ORDER_ALPHAS' '1'
173	'1/ALPHAQED(0)' '137.036'
174	'1/ALPHAQED(default)' '132.51'
175	'SIN2THETAW' '0.2222'
176	'VEV' '246.'
177	'LAMBDA' '0.47591'
178	'CKMORDER' '0'
179	'CABIBBO' '0.22'
180	'A' '0.85'
181	'RHO' '0.50'
182	'ETA' '0.50'
183	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
184	'N_ED' '2'
185	'G_NEWTON' '6.707e-39'
186	'M_S' '2.5e3'
187	'M_CUT' '2.5e3'
188	'KK_CONVENTION' '1'
189	'}(model)'
190	'(me){'
191	'ME_SIGNAL_GENERATOR' 'Amegic'
192	'EVENT_GENERATION_MODE' 'Unweighted'
193	'COUPLING_SCHEME' 'Running_alpha_S'
194	'YUKAWA_MASSES' 'Fixed'
195	'YUKAWA_MASSES_FACTOR' '1.'
196	'SCALE_SCHEME' 'CKKW'
197	'KFACTOR_SCHEME' '1'
198	'SUDAKOV_WEIGHT' '1'
199	'SCALE_FACTOR' '1.'
200	'}(me)'
201	'(integration){'
202	'ERROR' '1.e-2'
203	'FINISH_OPTIMIZATION' 'On'
204	'INTEGRATOR' '6'
205	'VEGAS' 'On'
206	'}(integration)'
207	'(mi){'
208	'MI_HANDLER' 'None'
209	'CREATE_GRID' '93' '93' '->' '93' '93'
210	'PS_ERROR' '1.0e-2'
211	'REGULATE_XS' '0'
212	'XS_REGULATION' '2.45'
213	'SCALE_MIN' '2.45'
214	'RESCALE_EXPONENT' '0.16'
215	'REFERENCE_SCALE' '1800.0'
216	'PROFILE_FUNCTION' 'Gaussian'
217	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
218	'}(mi)'
219	'(shower){'
220	'SHOWER_GENERATOR' 'Apacic'
221	'FSR_SHOWER' '1'
222	'ISR_SHOWER' '1'
223	'IS_PT2MIN' '4.'
224	'FS_PT2MIN' '1.'
225	'}(shower)'
226	'(fragmentation){'
227	'FRAGMENTATION' 'Ahadic'
228	'DECAYMODEL' 'Hadrons'
229	'YFS_MODE' '2'
230	'YFS_USE_ME' '1'
231	'YFS_IR_CUTOFF' '1E-3'
232	'}(fragmentation)'
233	'(processes){'
234	'%-------------------------------------------------------'
235	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
236	'%-------------------------------------------------------'
237	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
238	'%'
239	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
240	'%'
241	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
242	'Order' 'electroweak' ':' '2'
243	'End' 'process'
244	'%'
245	'}(processes)'
246	'(selector){'
247	'JetFinder' 'sqr(20/E_CMS)' '1.'
248	'Mass' '11' '-11' '66' '116'
249	'}(selector)'
250	'OUTPUT' '15'
251	}
252	Run_Parameter::Init(): Getting memory limit 0.489277 GB.
253	Run_Parameter::Init(): Setting memory limit to 0.391621 GB.
254	Run_Parameter::Init(): Set global tags {
255	}
256	Read_Write_Base::CloseInFile(): (0xbff07e60) closes file 'Run.dat', mode = permanent
257	Read_Write_Base::CloseInFile(): (0xbff07e60) closes file '', mode = permanent
258	Read_Write_Base::CloseInFile(): (0xbff08030) closes file 'Run.dat', mode = permanent
259	Read_Write_Base::CloseInFile(): (0xbff08030) closes file '', mode = permanent
260	Read_Write_Base::CloseInFile(): (0xbff08070) closes file '', mode = permanent
261	Read_Write_Base::CloseInFile(): (0xbff08070) closes file '', mode = permanent
262	Read_Write_Base::OpenInFile(): (0xbff08070) checks buffer 'Run.dat' -> (0x8fba94c)
263	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
264	'(beam){'
265	'BEAM_1' '2212'
266	'BEAM_ENERGY_1' '7000.'
267	'BEAM_POL_1' '0.'
268	'BEAM_SPECTRUM_1' 'Monochromatic'
269	'K_PERP_MEAN_1 ' '0.2'
270	'K_PERP_SIGMA_1 ' '0.8'
271	'BEAM_2' '2212'
272	'BEAM_ENERGY_2' '7000.'
273	'BEAM_POL_2' '0.'
274	'BEAM_SPECTRUM_2' 'Monochromatic'
275	'K_PERP_MEAN_2 ' '0.2'
276	'K_PERP_SIGMA_2 ' '0.8'
277	'BEAM_SMIN' '1.e-10'
278	'BEAM_SMAX' '1.0'
279	'E_LASER_1' '1.17e-9'
280	'P_LASER_1' '0.'
281	'E_LASER_2' '1.17e-9'
282	'P_LASER_2' '0.'
283	'LASER_MODE' '0'
284	'LASER_ANGLES' 'Off'
285	'LASER_NONLINEARITY' 'On'
286	'}(beam)'
287	'(isr){'
288	'BUNCH_1' '2212'
289	'ISR_1' 'On'
290	'BUNCH_2' '2212'
291	'ISR_2' 'On'
292	'ISR_SMIN' '1.e-10'
293	'ISR_SMAX' '1.0'
294	'ISR_E_ORDER' '1'
295	'ISR_E_SCHEME' '2'
296	'PDF_SET' 'cteq6l.LHpdf'
297	' '
298	' '
299	' '
300	' '
301	' '
302	' '
303	' '
304	' '
305	'PDF_SET_VERSION' '1'
306	'PDF_GRID_PATH' 'PDFsets'
307	'}(isr)'
308	'(model){'
309	'MODEL' 'SM'
310	'EW_SCHEME' '0'
311	'ALPHAS(MZ)' '0.118'
312	'ALPHAS(default)' '0.0800'
313	'ORDER_ALPHAS' '1'
314	'1/ALPHAQED(0)' '137.036'
315	'1/ALPHAQED(default)' '132.51'
316	'SIN2THETAW' '0.2222'
317	'VEV' '246.'
318	'LAMBDA' '0.47591'
319	'CKMORDER' '0'
320	'CABIBBO' '0.22'
321	'A' '0.85'
322	'RHO' '0.50'
323	'ETA' '0.50'
324	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
325	'N_ED' '2'
326	'G_NEWTON' '6.707e-39'
327	'M_S' '2.5e3'
328	'M_CUT' '2.5e3'
329	'KK_CONVENTION' '1'
330	' '
331	' '
332	'}(model)'
333	'(me){'
334	'ME_SIGNAL_GENERATOR' 'Amegic'
335	'EVENT_GENERATION_MODE' 'Unweighted'
336	'COUPLING_SCHEME' 'Running_alpha_S'
337	'YUKAWA_MASSES' 'Fixed'
338	'YUKAWA_MASSES_FACTOR' '1.'
339	'SCALE_SCHEME' 'CKKW'
340	'KFACTOR_SCHEME' '1'
341	'SUDAKOV_WEIGHT' '1'
342	'SCALE_FACTOR' '1.'
343	'}(me)'
344	'(integration){'
345	'ERROR' '1.e-2'
346	'FINISH_OPTIMIZATION' 'On'
347	'INTEGRATOR' '6'
348	' '
349	' '
350	' '
351	' '
352	' '
353	' '
354	' '
355	'VEGAS' 'On'
356	'}(integration)'
357	'(mi){'
358	'MI_HANDLER ' 'None' ' '
359	'CREATE_GRID' '93' '93' '->' '93' '93'
360	'PS_ERROR ' '1.0e-2'
361	'REGULATE_XS ' '0'
362	'XS_REGULATION ' '2.45'
363	'SCALE_MIN ' '2.45'
364	'RESCALE_EXPONENT' '0.16'
365	'REFERENCE_SCALE ' '1800.0'
366	'PROFILE_FUNCTION' 'Gaussian'
367	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
368	' '
369	'}(mi)'
370	'(shower){'
371	'SHOWER_GENERATOR' 'Apacic'
372	'FSR_SHOWER' '1'
373	'ISR_SHOWER' '1'
374	'IS_PT2MIN' '4.'
375	'FS_PT2MIN' '1.'
376	'}(shower)'
377	'(fragmentation){'
378	'FRAGMENTATION' 'Ahadic'
379	'DECAYMODEL' 'Hadrons'
380	'YFS_MODE' '2'
381	'YFS_USE_ME' '1'
382	'YFS_IR_CUTOFF' '1E-3'
383	'}(fragmentation)'
384	'(processes){'
385	'%-------------------------------------------------------'
386	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
387	'%-------------------------------------------------------'
388	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
389	'%'
390	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
391	'%'
392	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
393	'Order' 'electroweak' ':' '2'
394	'End' 'process'
395	'%'
396	'}(processes)'
397	'(selector){'
398	'JetFinder' 'sqr(20/E_CMS)' '1.'
399	'Mass' '11' '-11' '66' '116'
400	'}(selector)'
401	'OUTPUT' '15'
402	'(beam){'
403	'BEAM_1' '2212'
404	'BEAM_ENERGY_1' '7000.'
405	'BEAM_POL_1' '0.'
406	'BEAM_SPECTRUM_1' 'Monochromatic'
407	'K_PERP_MEAN_1' '0.2'
408	'K_PERP_SIGMA_1' '0.8'
409	'BEAM_2' '2212'
410	'BEAM_ENERGY_2' '7000.'
411	'BEAM_POL_2' '0.'
412	'BEAM_SPECTRUM_2' 'Monochromatic'
413	'K_PERP_MEAN_2' '0.2'
414	'K_PERP_SIGMA_2' '0.8'
415	'BEAM_SMIN' '1.e-10'
416	'BEAM_SMAX' '1.0'
417	'E_LASER_1' '1.17e-9'
418	'P_LASER_1' '0.'
419	'E_LASER_2' '1.17e-9'
420	'P_LASER_2' '0.'
421	'LASER_MODE' '0'
422	'LASER_ANGLES' 'Off'
423	'LASER_NONLINEARITY' 'On'
424	'}(beam)'
425	'(isr){'
426	'BUNCH_1' '2212'
427	'ISR_1' 'On'
428	'BUNCH_2' '2212'
429	'ISR_2' 'On'
430	'ISR_SMIN' '1.e-10'
431	'ISR_SMAX' '1.0'
432	'ISR_E_ORDER' '1'
433	'ISR_E_SCHEME' '2'
434	'PDF_SET' 'cteq6l.LHpdf'
435	'PDF_SET_VERSION' '1'
436	'PDF_GRID_PATH' 'PDFsets'
437	'}(isr)'
438	'(model){'
439	'MODEL' 'SM'
440	'EW_SCHEME' '0'
441	'ALPHAS(MZ)' '0.118'
442	'ALPHAS(default)' '0.0800'
443	'ORDER_ALPHAS' '1'
444	'1/ALPHAQED(0)' '137.036'
445	'1/ALPHAQED(default)' '132.51'
446	'SIN2THETAW' '0.2222'
447	'VEV' '246.'
448	'LAMBDA' '0.47591'
449	'CKMORDER' '0'
450	'CABIBBO' '0.22'
451	'A' '0.85'
452	'RHO' '0.50'
453	'ETA' '0.50'
454	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
455	'N_ED' '2'
456	'G_NEWTON' '6.707e-39'
457	'M_S' '2.5e3'
458	'M_CUT' '2.5e3'
459	'KK_CONVENTION' '1'
460	'}(model)'
461	'(me){'
462	'ME_SIGNAL_GENERATOR' 'Amegic'
463	'EVENT_GENERATION_MODE' 'Unweighted'
464	'COUPLING_SCHEME' 'Running_alpha_S'
465	'YUKAWA_MASSES' 'Fixed'
466	'YUKAWA_MASSES_FACTOR' '1.'
467	'SCALE_SCHEME' 'CKKW'
468	'KFACTOR_SCHEME' '1'
469	'SUDAKOV_WEIGHT' '1'
470	'SCALE_FACTOR' '1.'
471	'}(me)'
472	'(integration){'
473	'ERROR' '1.e-2'
474	'FINISH_OPTIMIZATION' 'On'
475	'INTEGRATOR' '6'
476	'VEGAS' 'On'
477	'}(integration)'
478	'(mi){'
479	'MI_HANDLER' 'None'
480	'CREATE_GRID' '93' '93' '->' '93' '93'
481	'PS_ERROR' '1.0e-2'
482	'REGULATE_XS' '0'
483	'XS_REGULATION' '2.45'
484	'SCALE_MIN' '2.45'
485	'RESCALE_EXPONENT' '0.16'
486	'REFERENCE_SCALE' '1800.0'
487	'PROFILE_FUNCTION' 'Gaussian'
488	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
489	'}(mi)'
490	'(shower){'
491	'SHOWER_GENERATOR' 'Apacic'
492	'FSR_SHOWER' '1'
493	'ISR_SHOWER' '1'
494	'IS_PT2MIN' '4.'
495	'FS_PT2MIN' '1.'
496	'}(shower)'
497	'(fragmentation){'
498	'FRAGMENTATION' 'Ahadic'
499	'DECAYMODEL' 'Hadrons'
500	'YFS_MODE' '2'
501	'YFS_USE_ME' '1'
502	'YFS_IR_CUTOFF' '1E-3'
503	'}(fragmentation)'
504	'(processes){'
505	'%-------------------------------------------------------'
506	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
507	'%-------------------------------------------------------'
508	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
509	'%'
510	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
511	'%'
512	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
513	'Order' 'electroweak' ':' '2'
514	'End' 'process'
515	'%'
516	'}(processes)'
517	'(selector){'
518	'JetFinder' 'sqr(20/E_CMS)' '1.'
519	'Mass' '11' '-11' '66' '116'
520	'}(selector)'
521	'OUTPUT' '15'
522	}
523	Read_Write_Base::CloseInFile(): (0xbff08070) closes file 'Run.dat', mode = permanent
524	Read_Write_Base::CloseInFile(): (0xbff08070) closes file '', mode = permanent
525	Read_Write_Base::SplitInFileName(): Set '(me){'->'}(me)'.
526	Read_Write_Base::OpenInFile(): (0xbff08070) checks buffer 'Run.dat' -> (0x8fba94c)
527	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
528	'ME_SIGNAL_GENERATOR' 'Amegic'
529	'EVENT_GENERATION_MODE' 'Unweighted'
530	'COUPLING_SCHEME' 'Running_alpha_S'
531	'YUKAWA_MASSES' 'Fixed'
532	'YUKAWA_MASSES_FACTOR' '1.'
533	'SCALE_SCHEME' 'CKKW'
534	'KFACTOR_SCHEME' '1'
535	'SUDAKOV_WEIGHT' '1'
536	'SCALE_FACTOR' '1.'
537	'(beam){'
538	'BEAM_1' '2212'
539	'BEAM_ENERGY_1' '7000.'
540	'BEAM_POL_1' '0.'
541	'BEAM_SPECTRUM_1' 'Monochromatic'
542	'K_PERP_MEAN_1' '0.2'
543	'K_PERP_SIGMA_1' '0.8'
544	'BEAM_2' '2212'
545	'BEAM_ENERGY_2' '7000.'
546	'BEAM_POL_2' '0.'
547	'BEAM_SPECTRUM_2' 'Monochromatic'
548	'K_PERP_MEAN_2' '0.2'
549	'K_PERP_SIGMA_2' '0.8'
550	'BEAM_SMIN' '1.e-10'
551	'BEAM_SMAX' '1.0'
552	'E_LASER_1' '1.17e-9'
553	'P_LASER_1' '0.'
554	'E_LASER_2' '1.17e-9'
555	'P_LASER_2' '0.'
556	'LASER_MODE' '0'
557	'LASER_ANGLES' 'Off'
558	'LASER_NONLINEARITY' 'On'
559	'}(beam)'
560	'(isr){'
561	'BUNCH_1' '2212'
562	'ISR_1' 'On'
563	'BUNCH_2' '2212'
564	'ISR_2' 'On'
565	'ISR_SMIN' '1.e-10'
566	'ISR_SMAX' '1.0'
567	'ISR_E_ORDER' '1'
568	'ISR_E_SCHEME' '2'
569	'PDF_SET' 'cteq6l.LHpdf'
570	'PDF_SET_VERSION' '1'
571	'PDF_GRID_PATH' 'PDFsets'
572	'}(isr)'
573	'(model){'
574	'MODEL' 'SM'
575	'EW_SCHEME' '0'
576	'ALPHAS(MZ)' '0.118'
577	'ALPHAS(default)' '0.0800'
578	'ORDER_ALPHAS' '1'
579	'1/ALPHAQED(0)' '137.036'
580	'1/ALPHAQED(default)' '132.51'
581	'SIN2THETAW' '0.2222'
582	'VEV' '246.'
583	'LAMBDA' '0.47591'
584	'CKMORDER' '0'
585	'CABIBBO' '0.22'
586	'A' '0.85'
587	'RHO' '0.50'
588	'ETA' '0.50'
589	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
590	'N_ED' '2'
591	'G_NEWTON' '6.707e-39'
592	'M_S' '2.5e3'
593	'M_CUT' '2.5e3'
594	'KK_CONVENTION' '1'
595	'}(model)'
596	'(me){'
597	'ME_SIGNAL_GENERATOR' 'Amegic'
598	'EVENT_GENERATION_MODE' 'Unweighted'
599	'COUPLING_SCHEME' 'Running_alpha_S'
600	'YUKAWA_MASSES' 'Fixed'
601	'YUKAWA_MASSES_FACTOR' '1.'
602	'SCALE_SCHEME' 'CKKW'
603	'KFACTOR_SCHEME' '1'
604	'SUDAKOV_WEIGHT' '1'
605	'SCALE_FACTOR' '1.'
606	'}(me)'
607	'(integration){'
608	'ERROR' '1.e-2'
609	'FINISH_OPTIMIZATION' 'On'
610	'INTEGRATOR' '6'
611	'VEGAS' 'On'
612	'}(integration)'
613	'(mi){'
614	'MI_HANDLER' 'None'
615	'CREATE_GRID' '93' '93' '->' '93' '93'
616	'PS_ERROR' '1.0e-2'
617	'REGULATE_XS' '0'
618	'XS_REGULATION' '2.45'
619	'SCALE_MIN' '2.45'
620	'RESCALE_EXPONENT' '0.16'
621	'REFERENCE_SCALE' '1800.0'
622	'PROFILE_FUNCTION' 'Gaussian'
623	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
624	'}(mi)'
625	'(shower){'
626	'SHOWER_GENERATOR' 'Apacic'
627	'FSR_SHOWER' '1'
628	'ISR_SHOWER' '1'
629	'IS_PT2MIN' '4.'
630	'FS_PT2MIN' '1.'
631	'}(shower)'
632	'(fragmentation){'
633	'FRAGMENTATION' 'Ahadic'
634	'DECAYMODEL' 'Hadrons'
635	'YFS_MODE' '2'
636	'YFS_USE_ME' '1'
637	'YFS_IR_CUTOFF' '1E-3'
638	'}(fragmentation)'
639	'(processes){'
640	'%-------------------------------------------------------'
641	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
642	'%-------------------------------------------------------'
643	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
644	'%'
645	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
646	'%'
647	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
648	'Order' 'electroweak' ':' '2'
649	'End' 'process'
650	'%'
651	'}(processes)'
652	'(selector){'
653	'JetFinder' 'sqr(20/E_CMS)' '1.'
654	'Mass' '11' '-11' '66' '116'
655	'}(selector)'
656	'OUTPUT' '15'
657	}
658	Algebra_Interpreter::Interprete(1) {
659	} -> 1
660	Read_Write_Base::CloseInFile(): (0xbff08070) closes file 'Run.dat', mode = permanent
661	Read_Write_Base::CloseInFile(): (0xbff08070) closes file '', mode = permanent
662	-----------------------------------------------------------------------------
663	----------- Event generation run with SHERPA started ....... -----------
664	-----------------------------------------------------------------------------
665	................................................ \| +
666	................................................ \|\| \| + +
667	................................... .... \| \| / +
668	................. ................ _,_ \| .... \|\| +\| + +
669	............................... __.' ,\\| ... \|\| / +\| +
670	.............................. ( \ \ ... \| \| \| + + \ +
671	............................. ( \ -/ .... \|\| + \| +
672	........ ................... <S /()))))~~~~~~~~## + /\ +
673	............................ (!H (~~)))))~~~~~~#/ + + \| +
674	................ ........... (!E (~~~))))) /\|/ + +
675	............................ (!R (~~~))))) \|\|\| + + +
676	..... ...................... (!P (~~~~))) /\| + + +
677	............................ (!A> (~~~~~~~~~## + + +
678	............................. ~~(! '~~~~~~~ \ + + + +
679	............................... `~~~QQQQQDb // \| + + + +
680	........................ .......... IDDDDP\|\| \ + + + + + +
681	.................................... IDDDI\|\| \ +
682	.................................... IHD HD\|\| \ + + + + + + + +
683	................................... IHD ##\| :-) + +\ +
684	......... ............... ......... IHI ## / / + + + + +\ +
685	................................... IHI/ / / + + + + +
686	................................... ## \| \| / / + + + + / +
687	....................... /TT\ ..... ##/ /// / + + + + + + +/ +
688	......................./TTT/T\ ... /TT\/\\\ / + + + + + + +/ \ +
689	version 1.1.2 ......../TTT/TTTT\...\|TT/T\\\/ + ++ + /
690	-----------------------------------------------------------------------------
691
692	SHERPA version 1.1.2
693
694	Authors: Tanju Gleisberg, Stefan Hoeche, Frank Krauss,
695	Marek Schoenherr, Steffen Schumann, Frank Siegert,
696	Jan Winter.
697	Former Authors: Timo Fischer, Ralf Kuhn, Thomas Laubrich,
698	Andreas Schaelicke
699
700	This program uses a lot of genuine and original research work
701	by other people. Users are encouraged to refer to
702	the various original publications.
703
704	Users are kindly asked to refer to the documentation
705	published under JHEP 0402 (2004) 056.
706
707	Please visit also our homepage
708
709	http://www.sherpa-mc.de
710
711	for news, bugreports, updates and new releases.
712
713	-----------------------------------------------------------------------------
714
715	Read_Write_Base::SplitInFileName(): Set '(me){'->'}(me)'.
716	Read_Write_Base::OpenInFile(): (0xbff08140) checks buffer 'Run.dat' -> (0x8fba94c)
717	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
718	'ME_SIGNAL_GENERATOR' 'Amegic'
719	'EVENT_GENERATION_MODE' 'Unweighted'
720	'COUPLING_SCHEME' 'Running_alpha_S'
721	'YUKAWA_MASSES' 'Fixed'
722	'YUKAWA_MASSES_FACTOR' '1.'
723	'SCALE_SCHEME' 'CKKW'
724	'KFACTOR_SCHEME' '1'
725	'SUDAKOV_WEIGHT' '1'
726	'SCALE_FACTOR' '1.'
727	'(beam){'
728	'BEAM_1' '2212'
729	'BEAM_ENERGY_1' '7000.'
730	'BEAM_POL_1' '0.'
731	'BEAM_SPECTRUM_1' 'Monochromatic'
732	'K_PERP_MEAN_1' '0.2'
733	'K_PERP_SIGMA_1' '0.8'
734	'BEAM_2' '2212'
735	'BEAM_ENERGY_2' '7000.'
736	'BEAM_POL_2' '0.'
737	'BEAM_SPECTRUM_2' 'Monochromatic'
738	'K_PERP_MEAN_2' '0.2'
739	'K_PERP_SIGMA_2' '0.8'
740	'BEAM_SMIN' '1.e-10'
741	'BEAM_SMAX' '1.0'
742	'E_LASER_1' '1.17e-9'
743	'P_LASER_1' '0.'
744	'E_LASER_2' '1.17e-9'
745	'P_LASER_2' '0.'
746	'LASER_MODE' '0'
747	'LASER_ANGLES' 'Off'
748	'LASER_NONLINEARITY' 'On'
749	'}(beam)'
750	'(isr){'
751	'BUNCH_1' '2212'
752	'ISR_1' 'On'
753	'BUNCH_2' '2212'
754	'ISR_2' 'On'
755	'ISR_SMIN' '1.e-10'
756	'ISR_SMAX' '1.0'
757	'ISR_E_ORDER' '1'
758	'ISR_E_SCHEME' '2'
759	'PDF_SET' 'cteq6l.LHpdf'
760	'PDF_SET_VERSION' '1'
761	'PDF_GRID_PATH' 'PDFsets'
762	'}(isr)'
763	'(model){'
764	'MODEL' 'SM'
765	'EW_SCHEME' '0'
766	'ALPHAS(MZ)' '0.118'
767	'ALPHAS(default)' '0.0800'
768	'ORDER_ALPHAS' '1'
769	'1/ALPHAQED(0)' '137.036'
770	'1/ALPHAQED(default)' '132.51'
771	'SIN2THETAW' '0.2222'
772	'VEV' '246.'
773	'LAMBDA' '0.47591'
774	'CKMORDER' '0'
775	'CABIBBO' '0.22'
776	'A' '0.85'
777	'RHO' '0.50'
778	'ETA' '0.50'
779	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
780	'N_ED' '2'
781	'G_NEWTON' '6.707e-39'
782	'M_S' '2.5e3'
783	'M_CUT' '2.5e3'
784	'KK_CONVENTION' '1'
785	'}(model)'
786	'(me){'
787	'ME_SIGNAL_GENERATOR' 'Amegic'
788	'EVENT_GENERATION_MODE' 'Unweighted'
789	'COUPLING_SCHEME' 'Running_alpha_S'
790	'YUKAWA_MASSES' 'Fixed'
791	'YUKAWA_MASSES_FACTOR' '1.'
792	'SCALE_SCHEME' 'CKKW'
793	'KFACTOR_SCHEME' '1'
794	'SUDAKOV_WEIGHT' '1'
795	'SCALE_FACTOR' '1.'
796	'}(me)'
797	'(integration){'
798	'ERROR' '1.e-2'
799	'FINISH_OPTIMIZATION' 'On'
800	'INTEGRATOR' '6'
801	'VEGAS' 'On'
802	'}(integration)'
803	'(mi){'
804	'MI_HANDLER' 'None'
805	'CREATE_GRID' '93' '93' '->' '93' '93'
806	'PS_ERROR' '1.0e-2'
807	'REGULATE_XS' '0'
808	'XS_REGULATION' '2.45'
809	'SCALE_MIN' '2.45'
810	'RESCALE_EXPONENT' '0.16'
811	'REFERENCE_SCALE' '1800.0'
812	'PROFILE_FUNCTION' 'Gaussian'
813	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
814	'}(mi)'
815	'(shower){'
816	'SHOWER_GENERATOR' 'Apacic'
817	'FSR_SHOWER' '1'
818	'ISR_SHOWER' '1'
819	'IS_PT2MIN' '4.'
820	'FS_PT2MIN' '1.'
821	'}(shower)'
822	'(fragmentation){'
823	'FRAGMENTATION' 'Ahadic'
824	'DECAYMODEL' 'Hadrons'
825	'YFS_MODE' '2'
826	'YFS_USE_ME' '1'
827	'YFS_IR_CUTOFF' '1E-3'
828	'}(fragmentation)'
829	'(processes){'
830	'%-------------------------------------------------------'
831	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
832	'%-------------------------------------------------------'
833	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
834	'%'
835	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
836	'%'
837	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
838	'Order' 'electroweak' ':' '2'
839	'End' 'process'
840	'%'
841	'}(processes)'
842	'(selector){'
843	'JetFinder' 'sqr(20/E_CMS)' '1.'
844	'Mass' '11' '-11' '66' '116'
845	'}(selector)'
846	'OUTPUT' '15'
847	'EVENTS' '1'
848	'SCALE_SCHEME' 'CKKW'
849	'KFACTOR_SCHEME' '1'
850	'COUPLING_SCHEME' 'Running_alpha_S'
851	'FSR_SHOWER' '1'
852	}
853	Algebra_Interpreter::Interprete(1.) {
854	} -> 1.
855	Initialization_Handler::SetScaleFactors(): Set scale factors {
856	fac scale: 1
857	ren scale: 1
858	}
859	Read_Write_Base::SplitInFileName(): Set '(shower){'->'}(shower)'.
860	Read_Write_Base::OpenInFile(): (0xbff07f90) checks buffer '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Run.dat' -> (0x8fd159c)
861	Read_Write_Base::OpenInFile(): (0xbff07f90) reads '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Run.dat', mode = permanent
862	My_File<FileType>::Open(): Relocated 'Run.dat' at '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/'.
863	Read_Write_Base::OpenInFile(): Read file content '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Run.dat' {
864	'SHOWER_GENERATOR' 'Apacic'
865	'FSR_SHOWER' '1'
866	'ISR_SHOWER' '1'
867	'IS_PT2MIN' '4.'
868	'FS_PT2MIN' '1.'
869	'(beam){'
870	'BEAM_1' '2212'
871	'BEAM_ENERGY_1' '7000.'
872	'BEAM_POL_1' '0.'
873	'BEAM_SPECTRUM_1' 'Monochromatic'
874	'K_PERP_MEAN_1' '0.2'
875	'K_PERP_SIGMA_1' '0.8'
876	'BEAM_2' '2212'
877	'BEAM_ENERGY_2' '7000.'
878	'BEAM_POL_2' '0.'
879	'BEAM_SPECTRUM_2' 'Monochromatic'
880	'K_PERP_MEAN_2' '0.2'
881	'K_PERP_SIGMA_2' '0.8'
882	'BEAM_SMIN' '1.e-10'
883	'BEAM_SMAX' '1.0'
884	'E_LASER_1' '1.17e-9'
885	'P_LASER_1' '0.'
886	'E_LASER_2' '1.17e-9'
887	'P_LASER_2' '0.'
888	'LASER_MODE' '0'
889	'LASER_ANGLES' 'Off'
890	'LASER_NONLINEARITY' 'On'
891	'}(beam)'
892	'(isr){'
893	'BUNCH_1' '2212'
894	'ISR_1' 'On'
895	'BUNCH_2' '2212'
896	'ISR_2' 'On'
897	'ISR_SMIN' '1.e-10'
898	'ISR_SMAX' '1.0'
899	'ISR_E_ORDER' '1'
900	'ISR_E_SCHEME' '2'
901	'PDF_SET' 'cteq6l.LHpdf'
902	'PDF_SET_VERSION' '1'
903	'PDF_GRID_PATH' 'PDFsets'
904	'}(isr)'
905	'(model){'
906	'MODEL' 'SM'
907	'EW_SCHEME' '0'
908	'ALPHAS(MZ)' '0.118'
909	'ALPHAS(default)' '0.0800'
910	'ORDER_ALPHAS' '1'
911	'1/ALPHAQED(0)' '137.036'
912	'1/ALPHAQED(default)' '132.51'
913	'SIN2THETAW' '0.2222'
914	'VEV' '246.'
915	'LAMBDA' '0.47591'
916	'CKMORDER' '0'
917	'CABIBBO' '0.22'
918	'A' '0.85'
919	'RHO' '0.50'
920	'ETA' '0.50'
921	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
922	'N_ED' '2'
923	'G_NEWTON' '6.707e-39'
924	'M_S' '2.5e3'
925	'M_CUT' '2.5e3'
926	'KK_CONVENTION' '1'
927	'}(model)'
928	'(me){'
929	'ME_SIGNAL_GENERATOR' 'Amegic'
930	'EVENT_GENERATION_MODE' 'Unweighted'
931	'COUPLING_SCHEME' 'Running_alpha_S'
932	'YUKAWA_MASSES' 'Fixed'
933	'YUKAWA_MASSES_FACTOR' '1.'
934	'SCALE_SCHEME' 'CKKW'
935	'KFACTOR_SCHEME' '1'
936	'SUDAKOV_WEIGHT' '1'
937	'SCALE_FACTOR' '1.'
938	'}(me)'
939	'(integration){'
940	'ERROR' '1.e-2'
941	'FINISH_OPTIMIZATION' 'On'
942	'INTEGRATOR' '6'
943	'VEGAS' 'On'
944	'}(integration)'
945	'(mi){'
946	'MI_HANDLER' 'None'
947	'CREATE_GRID' '93' '93' '->' '93' '93'
948	'PS_ERROR' '1.0e-2'
949	'REGULATE_XS' '0'
950	'XS_REGULATION' '2.45'
951	'SCALE_MIN' '2.45'
952	'RESCALE_EXPONENT' '0.16'
953	'REFERENCE_SCALE' '1800.0'
954	'PROFILE_FUNCTION' 'Gaussian'
955	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
956	'}(mi)'
957	'(shower){'
958	'SHOWER_GENERATOR' 'Apacic'
959	'FSR_SHOWER' '1'
960	'ISR_SHOWER' '1'
961	'IS_PT2MIN' '4.'
962	'FS_PT2MIN' '1.'
963	'}(shower)'
964	'(fragmentation){'
965	'FRAGMENTATION' 'Ahadic'
966	'DECAYMODEL' 'Hadrons'
967	'YFS_MODE' '2'
968	'YFS_USE_ME' '1'
969	'YFS_IR_CUTOFF' '1E-3'
970	'}(fragmentation)'
971	'(processes){'
972	'%-------------------------------------------------------'
973	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
974	'%-------------------------------------------------------'
975	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
976	'%'
977	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
978	'%'
979	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
980	'Order' 'electroweak' ':' '2'
981	'End' 'process'
982	'%'
983	'}(processes)'
984	'(selector){'
985	'JetFinder' 'sqr(20/E_CMS)' '1.'
986	'Mass' '11' '-11' '66' '116'
987	'}(selector)'
988	'OUTPUT' '15'
989	'EVENTS' '1'
990	'SCALE_SCHEME' 'CKKW'
991	'KFACTOR_SCHEME' '1'
992	'COUPLING_SCHEME' 'Running_alpha_S'
993	'FSR_SHOWER' '1'
994	}
995	Read_Write_Base::CloseInFile(): (0xbff07f90) closes file '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Run.dat', mode = permanent
996	Read_Write_Base::CloseInFile(): (0xbff07f90) clears buffer '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Run.dat' -> (0x8fd159c)
997	Read_Write_Base::CloseInFile(): (0xbff07f90) closes file '', mode = permanent
998	Read_Write_Base::CloseInFile(): (0xbff08140) closes file 'Run.dat', mode = permanent
999	Read_Write_Base::CloseInFile(): (0xbff08140) closes file '', mode = permanent
1000	Read_Write_Base::SplitInFileName(): Set '(beam){'->'}(beam)'.
1001	Read_Write_Base::OpenInFile(): (0xbff08140) checks buffer 'Run.dat' -> (0x8fba94c)
1002	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
1003	'BEAM_1' '2212'
1004	'BEAM_ENERGY_1' '7000.'
1005	'BEAM_POL_1' '0.'
1006	'BEAM_SPECTRUM_1' 'Monochromatic'
1007	'K_PERP_MEAN_1' '0.2'
1008	'K_PERP_SIGMA_1' '0.8'
1009	'BEAM_2' '2212'
1010	'BEAM_ENERGY_2' '7000.'
1011	'BEAM_POL_2' '0.'
1012	'BEAM_SPECTRUM_2' 'Monochromatic'
1013	'K_PERP_MEAN_2' '0.2'
1014	'K_PERP_SIGMA_2' '0.8'
1015	'BEAM_SMIN' '1.e-10'
1016	'BEAM_SMAX' '1.0'
1017	'E_LASER_1' '1.17e-9'
1018	'P_LASER_1' '0.'
1019	'E_LASER_2' '1.17e-9'
1020	'P_LASER_2' '0.'
1021	'LASER_MODE' '0'
1022	'LASER_ANGLES' 'Off'
1023	'LASER_NONLINEARITY' 'On'
1024	'(beam){'
1025	'BEAM_1' '2212'
1026	'BEAM_ENERGY_1' '7000.'
1027	'BEAM_POL_1' '0.'
1028	'BEAM_SPECTRUM_1' 'Monochromatic'
1029	'K_PERP_MEAN_1' '0.2'
1030	'K_PERP_SIGMA_1' '0.8'
1031	'BEAM_2' '2212'
1032	'BEAM_ENERGY_2' '7000.'
1033	'BEAM_POL_2' '0.'
1034	'BEAM_SPECTRUM_2' 'Monochromatic'
1035	'K_PERP_MEAN_2' '0.2'
1036	'K_PERP_SIGMA_2' '0.8'
1037	'BEAM_SMIN' '1.e-10'
1038	'BEAM_SMAX' '1.0'
1039	'E_LASER_1' '1.17e-9'
1040	'P_LASER_1' '0.'
1041	'E_LASER_2' '1.17e-9'
1042	'P_LASER_2' '0.'
1043	'LASER_MODE' '0'
1044	'LASER_ANGLES' 'Off'
1045	'LASER_NONLINEARITY' 'On'
1046	'}(beam)'
1047	'(isr){'
1048	'BUNCH_1' '2212'
1049	'ISR_1' 'On'
1050	'BUNCH_2' '2212'
1051	'ISR_2' 'On'
1052	'ISR_SMIN' '1.e-10'
1053	'ISR_SMAX' '1.0'
1054	'ISR_E_ORDER' '1'
1055	'ISR_E_SCHEME' '2'
1056	'PDF_SET' 'cteq6l.LHpdf'
1057	'PDF_SET_VERSION' '1'
1058	'PDF_GRID_PATH' 'PDFsets'
1059	'}(isr)'
1060	'(model){'
1061	'MODEL' 'SM'
1062	'EW_SCHEME' '0'
1063	'ALPHAS(MZ)' '0.118'
1064	'ALPHAS(default)' '0.0800'
1065	'ORDER_ALPHAS' '1'
1066	'1/ALPHAQED(0)' '137.036'
1067	'1/ALPHAQED(default)' '132.51'
1068	'SIN2THETAW' '0.2222'
1069	'VEV' '246.'
1070	'LAMBDA' '0.47591'
1071	'CKMORDER' '0'
1072	'CABIBBO' '0.22'
1073	'A' '0.85'
1074	'RHO' '0.50'
1075	'ETA' '0.50'
1076	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1077	'N_ED' '2'
1078	'G_NEWTON' '6.707e-39'
1079	'M_S' '2.5e3'
1080	'M_CUT' '2.5e3'
1081	'KK_CONVENTION' '1'
1082	'}(model)'
1083	'(me){'
1084	'ME_SIGNAL_GENERATOR' 'Amegic'
1085	'EVENT_GENERATION_MODE' 'Unweighted'
1086	'COUPLING_SCHEME' 'Running_alpha_S'
1087	'YUKAWA_MASSES' 'Fixed'
1088	'YUKAWA_MASSES_FACTOR' '1.'
1089	'SCALE_SCHEME' 'CKKW'
1090	'KFACTOR_SCHEME' '1'
1091	'SUDAKOV_WEIGHT' '1'
1092	'SCALE_FACTOR' '1.'
1093	'}(me)'
1094	'(integration){'
1095	'ERROR' '1.e-2'
1096	'FINISH_OPTIMIZATION' 'On'
1097	'INTEGRATOR' '6'
1098	'VEGAS' 'On'
1099	'}(integration)'
1100	'(mi){'
1101	'MI_HANDLER' 'None'
1102	'CREATE_GRID' '93' '93' '->' '93' '93'
1103	'PS_ERROR' '1.0e-2'
1104	'REGULATE_XS' '0'
1105	'XS_REGULATION' '2.45'
1106	'SCALE_MIN' '2.45'
1107	'RESCALE_EXPONENT' '0.16'
1108	'REFERENCE_SCALE' '1800.0'
1109	'PROFILE_FUNCTION' 'Gaussian'
1110	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
1111	'}(mi)'
1112	'(shower){'
1113	'SHOWER_GENERATOR' 'Apacic'
1114	'FSR_SHOWER' '1'
1115	'ISR_SHOWER' '1'
1116	'IS_PT2MIN' '4.'
1117	'FS_PT2MIN' '1.'
1118	'}(shower)'
1119	'(fragmentation){'
1120	'FRAGMENTATION' 'Ahadic'
1121	'DECAYMODEL' 'Hadrons'
1122	'YFS_MODE' '2'
1123	'YFS_USE_ME' '1'
1124	'YFS_IR_CUTOFF' '1E-3'
1125	'}(fragmentation)'
1126	'(processes){'
1127	'%-------------------------------------------------------'
1128	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
1129	'%-------------------------------------------------------'
1130	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
1131	'%'
1132	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
1133	'%'
1134	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
1135	'Order' 'electroweak' ':' '2'
1136	'End' 'process'
1137	'%'
1138	'}(processes)'
1139	'(selector){'
1140	'JetFinder' 'sqr(20/E_CMS)' '1.'
1141	'Mass' '11' '-11' '66' '116'
1142	'}(selector)'
1143	'OUTPUT' '15'
1144	'EVENTS' '1'
1145	'SCALE_SCHEME' 'CKKW'
1146	'KFACTOR_SCHEME' '1'
1147	'COUPLING_SCHEME' 'Running_alpha_S'
1148	'FSR_SHOWER' '1'
1149	}
1150	Algebra_Interpreter::Interprete(7000.) {
1151	} -> 7000.
1152	Algebra_Interpreter::Interprete(7000.) {
1153	} -> 7000.
1154	Read_Write_Base::SplitInFileName(): Set '(model){'->'}(model)'.
1155	Read_Write_Base::OpenInFile(): (0xbff07fe0) checks buffer 'Run.dat' -> (0x8fba94c)
1156	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
1157	'MODEL' 'SM'
1158	'EW_SCHEME' '0'
1159	'ALPHAS(MZ)' '0.118'
1160	'ALPHAS(default)' '0.0800'
1161	'ORDER_ALPHAS' '1'
1162	'1/ALPHAQED(0)' '137.036'
1163	'1/ALPHAQED(default)' '132.51'
1164	'SIN2THETAW' '0.2222'
1165	'VEV' '246.'
1166	'LAMBDA' '0.47591'
1167	'CKMORDER' '0'
1168	'CABIBBO' '0.22'
1169	'A' '0.85'
1170	'RHO' '0.50'
1171	'ETA' '0.50'
1172	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1173	'N_ED' '2'
1174	'G_NEWTON' '6.707e-39'
1175	'M_S' '2.5e3'
1176	'M_CUT' '2.5e3'
1177	'KK_CONVENTION' '1'
1178	'(beam){'
1179	'BEAM_1' '2212'
1180	'BEAM_ENERGY_1' '7000.'
1181	'BEAM_POL_1' '0.'
1182	'BEAM_SPECTRUM_1' 'Monochromatic'
1183	'K_PERP_MEAN_1' '0.2'
1184	'K_PERP_SIGMA_1' '0.8'
1185	'BEAM_2' '2212'
1186	'BEAM_ENERGY_2' '7000.'
1187	'BEAM_POL_2' '0.'
1188	'BEAM_SPECTRUM_2' 'Monochromatic'
1189	'K_PERP_MEAN_2' '0.2'
1190	'K_PERP_SIGMA_2' '0.8'
1191	'BEAM_SMIN' '1.e-10'
1192	'BEAM_SMAX' '1.0'
1193	'E_LASER_1' '1.17e-9'
1194	'P_LASER_1' '0.'
1195	'E_LASER_2' '1.17e-9'
1196	'P_LASER_2' '0.'
1197	'LASER_MODE' '0'
1198	'LASER_ANGLES' 'Off'
1199	'LASER_NONLINEARITY' 'On'
1200	'}(beam)'
1201	'(isr){'
1202	'BUNCH_1' '2212'
1203	'ISR_1' 'On'
1204	'BUNCH_2' '2212'
1205	'ISR_2' 'On'
1206	'ISR_SMIN' '1.e-10'
1207	'ISR_SMAX' '1.0'
1208	'ISR_E_ORDER' '1'
1209	'ISR_E_SCHEME' '2'
1210	'PDF_SET' 'cteq6l.LHpdf'
1211	'PDF_SET_VERSION' '1'
1212	'PDF_GRID_PATH' 'PDFsets'
1213	'}(isr)'
1214	'(model){'
1215	'MODEL' 'SM'
1216	'EW_SCHEME' '0'
1217	'ALPHAS(MZ)' '0.118'
1218	'ALPHAS(default)' '0.0800'
1219	'ORDER_ALPHAS' '1'
1220	'1/ALPHAQED(0)' '137.036'
1221	'1/ALPHAQED(default)' '132.51'
1222	'SIN2THETAW' '0.2222'
1223	'VEV' '246.'
1224	'LAMBDA' '0.47591'
1225	'CKMORDER' '0'
1226	'CABIBBO' '0.22'
1227	'A' '0.85'
1228	'RHO' '0.50'
1229	'ETA' '0.50'
1230	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1231	'N_ED' '2'
1232	'G_NEWTON' '6.707e-39'
1233	'M_S' '2.5e3'
1234	'M_CUT' '2.5e3'
1235	'KK_CONVENTION' '1'
1236	'}(model)'
1237	'(me){'
1238	'ME_SIGNAL_GENERATOR' 'Amegic'
1239	'EVENT_GENERATION_MODE' 'Unweighted'
1240	'COUPLING_SCHEME' 'Running_alpha_S'
1241	'YUKAWA_MASSES' 'Fixed'
1242	'YUKAWA_MASSES_FACTOR' '1.'
1243	'SCALE_SCHEME' 'CKKW'
1244	'KFACTOR_SCHEME' '1'
1245	'SUDAKOV_WEIGHT' '1'
1246	'SCALE_FACTOR' '1.'
1247	'}(me)'
1248	'(integration){'
1249	'ERROR' '1.e-2'
1250	'FINISH_OPTIMIZATION' 'On'
1251	'INTEGRATOR' '6'
1252	'VEGAS' 'On'
1253	'}(integration)'
1254	'(mi){'
1255	'MI_HANDLER' 'None'
1256	'CREATE_GRID' '93' '93' '->' '93' '93'
1257	'PS_ERROR' '1.0e-2'
1258	'REGULATE_XS' '0'
1259	'XS_REGULATION' '2.45'
1260	'SCALE_MIN' '2.45'
1261	'RESCALE_EXPONENT' '0.16'
1262	'REFERENCE_SCALE' '1800.0'
1263	'PROFILE_FUNCTION' 'Gaussian'
1264	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
1265	'}(mi)'
1266	'(shower){'
1267	'SHOWER_GENERATOR' 'Apacic'
1268	'FSR_SHOWER' '1'
1269	'ISR_SHOWER' '1'
1270	'IS_PT2MIN' '4.'
1271	'FS_PT2MIN' '1.'
1272	'}(shower)'
1273	'(fragmentation){'
1274	'FRAGMENTATION' 'Ahadic'
1275	'DECAYMODEL' 'Hadrons'
1276	'YFS_MODE' '2'
1277	'YFS_USE_ME' '1'
1278	'YFS_IR_CUTOFF' '1E-3'
1279	'}(fragmentation)'
1280	'(processes){'
1281	'%-------------------------------------------------------'
1282	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
1283	'%-------------------------------------------------------'
1284	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
1285	'%'
1286	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
1287	'%'
1288	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
1289	'Order' 'electroweak' ':' '2'
1290	'End' 'process'
1291	'%'
1292	'}(processes)'
1293	'(selector){'
1294	'JetFinder' 'sqr(20/E_CMS)' '1.'
1295	'Mass' '11' '-11' '66' '116'
1296	'}(selector)'
1297	'OUTPUT' '15'
1298	'EVENTS' '1'
1299	'SCALE_SCHEME' 'CKKW'
1300	'KFACTOR_SCHEME' '1'
1301	'COUPLING_SCHEME' 'Running_alpha_S'
1302	'FSR_SHOWER' '1'
1303	}
1304	Initialize the Standard Model from / Run.dat\|(model){\|}(model)
1305	Read_Write_Base::SplitInFileName(): Set '(model){'->'}(model)'.
1306	Read_Write_Base::OpenInFile(): (0xbff076f0) checks buffer 'Run.dat' -> (0x8fba94c)
1307	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
1308	'MODEL' 'SM'
1309	'EW_SCHEME' '0'
1310	'ALPHAS(MZ)' '0.118'
1311	'ALPHAS(default)' '0.0800'
1312	'ORDER_ALPHAS' '1'
1313	'1/ALPHAQED(0)' '137.036'
1314	'1/ALPHAQED(default)' '132.51'
1315	'SIN2THETAW' '0.2222'
1316	'VEV' '246.'
1317	'LAMBDA' '0.47591'
1318	'CKMORDER' '0'
1319	'CABIBBO' '0.22'
1320	'A' '0.85'
1321	'RHO' '0.50'
1322	'ETA' '0.50'
1323	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1324	'N_ED' '2'
1325	'G_NEWTON' '6.707e-39'
1326	'M_S' '2.5e3'
1327	'M_CUT' '2.5e3'
1328	'KK_CONVENTION' '1'
1329	'(beam){'
1330	'BEAM_1' '2212'
1331	'BEAM_ENERGY_1' '7000.'
1332	'BEAM_POL_1' '0.'
1333	'BEAM_SPECTRUM_1' 'Monochromatic'
1334	'K_PERP_MEAN_1' '0.2'
1335	'K_PERP_SIGMA_1' '0.8'
1336	'BEAM_2' '2212'
1337	'BEAM_ENERGY_2' '7000.'
1338	'BEAM_POL_2' '0.'
1339	'BEAM_SPECTRUM_2' 'Monochromatic'
1340	'K_PERP_MEAN_2' '0.2'
1341	'K_PERP_SIGMA_2' '0.8'
1342	'BEAM_SMIN' '1.e-10'
1343	'BEAM_SMAX' '1.0'
1344	'E_LASER_1' '1.17e-9'
1345	'P_LASER_1' '0.'
1346	'E_LASER_2' '1.17e-9'
1347	'P_LASER_2' '0.'
1348	'LASER_MODE' '0'
1349	'LASER_ANGLES' 'Off'
1350	'LASER_NONLINEARITY' 'On'
1351	'}(beam)'
1352	'(isr){'
1353	'BUNCH_1' '2212'
1354	'ISR_1' 'On'
1355	'BUNCH_2' '2212'
1356	'ISR_2' 'On'
1357	'ISR_SMIN' '1.e-10'
1358	'ISR_SMAX' '1.0'
1359	'ISR_E_ORDER' '1'
1360	'ISR_E_SCHEME' '2'
1361	'PDF_SET' 'cteq6l.LHpdf'
1362	'PDF_SET_VERSION' '1'
1363	'PDF_GRID_PATH' 'PDFsets'
1364	'}(isr)'
1365	'(model){'
1366	'MODEL' 'SM'
1367	'EW_SCHEME' '0'
1368	'ALPHAS(MZ)' '0.118'
1369	'ALPHAS(default)' '0.0800'
1370	'ORDER_ALPHAS' '1'
1371	'1/ALPHAQED(0)' '137.036'
1372	'1/ALPHAQED(default)' '132.51'
1373	'SIN2THETAW' '0.2222'
1374	'VEV' '246.'
1375	'LAMBDA' '0.47591'
1376	'CKMORDER' '0'
1377	'CABIBBO' '0.22'
1378	'A' '0.85'
1379	'RHO' '0.50'
1380	'ETA' '0.50'
1381	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1382	'N_ED' '2'
1383	'G_NEWTON' '6.707e-39'
1384	'M_S' '2.5e3'
1385	'M_CUT' '2.5e3'
1386	'KK_CONVENTION' '1'
1387	'}(model)'
1388	'(me){'
1389	'ME_SIGNAL_GENERATOR' 'Amegic'
1390	'EVENT_GENERATION_MODE' 'Unweighted'
1391	'COUPLING_SCHEME' 'Running_alpha_S'
1392	'YUKAWA_MASSES' 'Fixed'
1393	'YUKAWA_MASSES_FACTOR' '1.'
1394	'SCALE_SCHEME' 'CKKW'
1395	'KFACTOR_SCHEME' '1'
1396	'SUDAKOV_WEIGHT' '1'
1397	'SCALE_FACTOR' '1.'
1398	'}(me)'
1399	'(integration){'
1400	'ERROR' '1.e-2'
1401	'FINISH_OPTIMIZATION' 'On'
1402	'INTEGRATOR' '6'
1403	'VEGAS' 'On'
1404	'}(integration)'
1405	'(mi){'
1406	'MI_HANDLER' 'None'
1407	'CREATE_GRID' '93' '93' '->' '93' '93'
1408	'PS_ERROR' '1.0e-2'
1409	'REGULATE_XS' '0'
1410	'XS_REGULATION' '2.45'
1411	'SCALE_MIN' '2.45'
1412	'RESCALE_EXPONENT' '0.16'
1413	'REFERENCE_SCALE' '1800.0'
1414	'PROFILE_FUNCTION' 'Gaussian'
1415	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
1416	'}(mi)'
1417	'(shower){'
1418	'SHOWER_GENERATOR' 'Apacic'
1419	'FSR_SHOWER' '1'
1420	'ISR_SHOWER' '1'
1421	'IS_PT2MIN' '4.'
1422	'FS_PT2MIN' '1.'
1423	'}(shower)'
1424	'(fragmentation){'
1425	'FRAGMENTATION' 'Ahadic'
1426	'DECAYMODEL' 'Hadrons'
1427	'YFS_MODE' '2'
1428	'YFS_USE_ME' '1'
1429	'YFS_IR_CUTOFF' '1E-3'
1430	'}(fragmentation)'
1431	'(processes){'
1432	'%-------------------------------------------------------'
1433	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
1434	'%-------------------------------------------------------'
1435	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
1436	'%'
1437	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
1438	'%'
1439	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
1440	'Order' 'electroweak' ':' '2'
1441	'End' 'process'
1442	'%'
1443	'}(processes)'
1444	'(selector){'
1445	'JetFinder' 'sqr(20/E_CMS)' '1.'
1446	'Mass' '11' '-11' '66' '116'
1447	'}(selector)'
1448	'OUTPUT' '15'
1449	'EVENTS' '1'
1450	'SCALE_SCHEME' 'CKKW'
1451	'KFACTOR_SCHEME' '1'
1452	'COUPLING_SCHEME' 'Running_alpha_S'
1453	'FSR_SHOWER' '1'
1454	}
1455	Read_Write_Base::CloseInFile(): (0xbff076f0) closes file 'Run.dat', mode = permanent
1456	Read_Write_Base::CloseInFile(): (0xbff076f0) closes file '', mode = permanent
1457	Read_Write_Base::SplitInFileName(): Set '(model){'->'}(model)'.
1458	Read_Write_Base::OpenInFile(): (0x8fda368) checks buffer 'Run.dat' -> (0x8fba94c)
1459	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
1460	'MODEL' 'SM'
1461	'EW_SCHEME' '0'
1462	'ALPHAS(MZ)' '0.118'
1463	'ALPHAS(default)' '0.0800'
1464	'ORDER_ALPHAS' '1'
1465	'1/ALPHAQED(0)' '137.036'
1466	'1/ALPHAQED(default)' '132.51'
1467	'SIN2THETAW' '0.2222'
1468	'VEV' '246.'
1469	'LAMBDA' '0.47591'
1470	'CKMORDER' '0'
1471	'CABIBBO' '0.22'
1472	'A' '0.85'
1473	'RHO' '0.50'
1474	'ETA' '0.50'
1475	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1476	'N_ED' '2'
1477	'G_NEWTON' '6.707e-39'
1478	'M_S' '2.5e3'
1479	'M_CUT' '2.5e3'
1480	'KK_CONVENTION' '1'
1481	'(beam){'
1482	'BEAM_1' '2212'
1483	'BEAM_ENERGY_1' '7000.'
1484	'BEAM_POL_1' '0.'
1485	'BEAM_SPECTRUM_1' 'Monochromatic'
1486	'K_PERP_MEAN_1' '0.2'
1487	'K_PERP_SIGMA_1' '0.8'
1488	'BEAM_2' '2212'
1489	'BEAM_ENERGY_2' '7000.'
1490	'BEAM_POL_2' '0.'
1491	'BEAM_SPECTRUM_2' 'Monochromatic'
1492	'K_PERP_MEAN_2' '0.2'
1493	'K_PERP_SIGMA_2' '0.8'
1494	'BEAM_SMIN' '1.e-10'
1495	'BEAM_SMAX' '1.0'
1496	'E_LASER_1' '1.17e-9'
1497	'P_LASER_1' '0.'
1498	'E_LASER_2' '1.17e-9'
1499	'P_LASER_2' '0.'
1500	'LASER_MODE' '0'
1501	'LASER_ANGLES' 'Off'
1502	'LASER_NONLINEARITY' 'On'
1503	'}(beam)'
1504	'(isr){'
1505	'BUNCH_1' '2212'
1506	'ISR_1' 'On'
1507	'BUNCH_2' '2212'
1508	'ISR_2' 'On'
1509	'ISR_SMIN' '1.e-10'
1510	'ISR_SMAX' '1.0'
1511	'ISR_E_ORDER' '1'
1512	'ISR_E_SCHEME' '2'
1513	'PDF_SET' 'cteq6l.LHpdf'
1514	'PDF_SET_VERSION' '1'
1515	'PDF_GRID_PATH' 'PDFsets'
1516	'}(isr)'
1517	'(model){'
1518	'MODEL' 'SM'
1519	'EW_SCHEME' '0'
1520	'ALPHAS(MZ)' '0.118'
1521	'ALPHAS(default)' '0.0800'
1522	'ORDER_ALPHAS' '1'
1523	'1/ALPHAQED(0)' '137.036'
1524	'1/ALPHAQED(default)' '132.51'
1525	'SIN2THETAW' '0.2222'
1526	'VEV' '246.'
1527	'LAMBDA' '0.47591'
1528	'CKMORDER' '0'
1529	'CABIBBO' '0.22'
1530	'A' '0.85'
1531	'RHO' '0.50'
1532	'ETA' '0.50'
1533	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1534	'N_ED' '2'
1535	'G_NEWTON' '6.707e-39'
1536	'M_S' '2.5e3'
1537	'M_CUT' '2.5e3'
1538	'KK_CONVENTION' '1'
1539	'}(model)'
1540	'(me){'
1541	'ME_SIGNAL_GENERATOR' 'Amegic'
1542	'EVENT_GENERATION_MODE' 'Unweighted'
1543	'COUPLING_SCHEME' 'Running_alpha_S'
1544	'YUKAWA_MASSES' 'Fixed'
1545	'YUKAWA_MASSES_FACTOR' '1.'
1546	'SCALE_SCHEME' 'CKKW'
1547	'KFACTOR_SCHEME' '1'
1548	'SUDAKOV_WEIGHT' '1'
1549	'SCALE_FACTOR' '1.'
1550	'}(me)'
1551	'(integration){'
1552	'ERROR' '1.e-2'
1553	'FINISH_OPTIMIZATION' 'On'
1554	'INTEGRATOR' '6'
1555	'VEGAS' 'On'
1556	'}(integration)'
1557	'(mi){'
1558	'MI_HANDLER' 'None'
1559	'CREATE_GRID' '93' '93' '->' '93' '93'
1560	'PS_ERROR' '1.0e-2'
1561	'REGULATE_XS' '0'
1562	'XS_REGULATION' '2.45'
1563	'SCALE_MIN' '2.45'
1564	'RESCALE_EXPONENT' '0.16'
1565	'REFERENCE_SCALE' '1800.0'
1566	'PROFILE_FUNCTION' 'Gaussian'
1567	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
1568	'}(mi)'
1569	'(shower){'
1570	'SHOWER_GENERATOR' 'Apacic'
1571	'FSR_SHOWER' '1'
1572	'ISR_SHOWER' '1'
1573	'IS_PT2MIN' '4.'
1574	'FS_PT2MIN' '1.'
1575	'}(shower)'
1576	'(fragmentation){'
1577	'FRAGMENTATION' 'Ahadic'
1578	'DECAYMODEL' 'Hadrons'
1579	'YFS_MODE' '2'
1580	'YFS_USE_ME' '1'
1581	'YFS_IR_CUTOFF' '1E-3'
1582	'}(fragmentation)'
1583	'(processes){'
1584	'%-------------------------------------------------------'
1585	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
1586	'%-------------------------------------------------------'
1587	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
1588	'%'
1589	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
1590	'%'
1591	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
1592	'Order' 'electroweak' ':' '2'
1593	'End' 'process'
1594	'%'
1595	'}(processes)'
1596	'(selector){'
1597	'JetFinder' 'sqr(20/E_CMS)' '1.'
1598	'Mass' '11' '-11' '66' '116'
1599	'}(selector)'
1600	'OUTPUT' '15'
1601	'EVENTS' '1'
1602	'SCALE_SCHEME' 'CKKW'
1603	'KFACTOR_SCHEME' '1'
1604	'COUPLING_SCHEME' 'Running_alpha_S'
1605	'FSR_SHOWER' '1'
1606	}
1607	Algebra_Interpreter::Interprete(0) {
1608	} -> 0
1609	Algebra_Interpreter::Interprete(137.036) {
1610	} -> 137.036
1611	Algebra_Interpreter::Interprete(0.2222) {
1612	} -> 0.2222
1613	Algebra_Interpreter::Interprete(246.) {
1614	} -> 246.
1615	Algebra_Interpreter::Interprete(0.47591) {
1616	} -> 0.47591
1617	Algebra_Interpreter::Interprete(132.51) {
1618	} -> 132.51
1619	Algebra_Interpreter::Interprete(0) {
1620	} -> 0
1621	Algebra_Interpreter::Interprete(1) {
1622	} -> 1
1623	Algebra_Interpreter::Interprete(0.118) {
1624	} -> 0.118
1625	Algebra_Interpreter::Interprete(0.0800) {
1626	} -> 0.0800
1627	List of Particle Data
1628	IDName kfc MASS[<kfc>] WIDTH[<kfc>] STABLE[<kfc>] MASSIVE[<kfc>] ACTIVE[<kfc>]
1629	d 1 0.01 0 1 0 1
1630	u 2 0.005 0 1 0 1
1631	s 3 0.2 0 1 0 1
1632	c 4 1.42 0 1 0 1
1633	b 5 4.8 0 1 0 1
1634	t 6 175 1.5 1 1 1
1635	e- 11 0.000511 0 1 0 1
1636	nu_e 12 0 0 1 0 1
1637	mu- 13 0.105 0 1 0 1
1638	nu_mu 14 0 0 1 0 1
1639	tau- 15 1.777 2.36e-12 1 0 1
1640	nu_tau 16 0 0 1 0 1
1641	G 21 0 0 1 0 1
1642	P 22 0 0 1 0 1
1643	Z 23 91.188 2.49 0 1 1
1644	W+ 24 80.419 2.06 0 1 1
1645	h0 25 120 0.0037 0 1 1
1646	bj 97 0 0 1 0 1
1647	seaquark 98 0 0 1 0 1
1648
1649	List of Particle Containers
1650	IDName kfc Constituents
1651	lepton 90 {e-,e+,mu-,mu+,tau-,tau+}
1652	neutrino 91 {nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub}
1653	fermion 92 {d,db,u,ub,s,sb,c,cb,b,bb,e-,e+,mu-,mu+,tau-,tau+,nu_e,nu_eb,nu_mu,nu_mub,nu_tau,nu_taub}
1654	j 93 {d,db,u,ub,s,sb,c,cb,b,bb,G}
1655	Q 94 {d,db,u,ub,s,sb,c,cb,b,bb}
1656
1657	Read_Write_Base::SplitInFileName(): Set '(me){'->'}(me)'.
1658	Read_Write_Base::OpenInFile(): (0xbff07ee0) checks buffer 'Run.dat' -> (0x8fba94c)
1659	Read_Write_Base::OpenInFile(): Read file content 'Run.dat' {
1660	'ME_SIGNAL_GENERATOR' 'Amegic'
1661	'EVENT_GENERATION_MODE' 'Unweighted'
1662	'COUPLING_SCHEME' 'Running_alpha_S'
1663	'YUKAWA_MASSES' 'Fixed'
1664	'YUKAWA_MASSES_FACTOR' '1.'
1665	'SCALE_SCHEME' 'CKKW'
1666	'KFACTOR_SCHEME' '1'
1667	'SUDAKOV_WEIGHT' '1'
1668	'SCALE_FACTOR' '1.'
1669	'(beam){'
1670	'BEAM_1' '2212'
1671	'BEAM_ENERGY_1' '7000.'
1672	'BEAM_POL_1' '0.'
1673	'BEAM_SPECTRUM_1' 'Monochromatic'
1674	'K_PERP_MEAN_1' '0.2'
1675	'K_PERP_SIGMA_1' '0.8'
1676	'BEAM_2' '2212'
1677	'BEAM_ENERGY_2' '7000.'
1678	'BEAM_POL_2' '0.'
1679	'BEAM_SPECTRUM_2' 'Monochromatic'
1680	'K_PERP_MEAN_2' '0.2'
1681	'K_PERP_SIGMA_2' '0.8'
1682	'BEAM_SMIN' '1.e-10'
1683	'BEAM_SMAX' '1.0'
1684	'E_LASER_1' '1.17e-9'
1685	'P_LASER_1' '0.'
1686	'E_LASER_2' '1.17e-9'
1687	'P_LASER_2' '0.'
1688	'LASER_MODE' '0'
1689	'LASER_ANGLES' 'Off'
1690	'LASER_NONLINEARITY' 'On'
1691	'}(beam)'
1692	'(isr){'
1693	'BUNCH_1' '2212'
1694	'ISR_1' 'On'
1695	'BUNCH_2' '2212'
1696	'ISR_2' 'On'
1697	'ISR_SMIN' '1.e-10'
1698	'ISR_SMAX' '1.0'
1699	'ISR_E_ORDER' '1'
1700	'ISR_E_SCHEME' '2'
1701	'PDF_SET' 'cteq6l.LHpdf'
1702	'PDF_SET_VERSION' '1'
1703	'PDF_GRID_PATH' 'PDFsets'
1704	'}(isr)'
1705	'(model){'
1706	'MODEL' 'SM'
1707	'EW_SCHEME' '0'
1708	'ALPHAS(MZ)' '0.118'
1709	'ALPHAS(default)' '0.0800'
1710	'ORDER_ALPHAS' '1'
1711	'1/ALPHAQED(0)' '137.036'
1712	'1/ALPHAQED(default)' '132.51'
1713	'SIN2THETAW' '0.2222'
1714	'VEV' '246.'
1715	'LAMBDA' '0.47591'
1716	'CKMORDER' '0'
1717	'CABIBBO' '0.22'
1718	'A' '0.85'
1719	'RHO' '0.50'
1720	'ETA' '0.50'
1721	'SLHA_INPUT' 'LesHouches_SPS1A.dat'
1722	'N_ED' '2'
1723	'G_NEWTON' '6.707e-39'
1724	'M_S' '2.5e3'
1725	'M_CUT' '2.5e3'
1726	'KK_CONVENTION' '1'
1727	'}(model)'
1728	'(me){'
1729	'ME_SIGNAL_GENERATOR' 'Amegic'
1730	'EVENT_GENERATION_MODE' 'Unweighted'
1731	'COUPLING_SCHEME' 'Running_alpha_S'
1732	'YUKAWA_MASSES' 'Fixed'
1733	'YUKAWA_MASSES_FACTOR' '1.'
1734	'SCALE_SCHEME' 'CKKW'
1735	'KFACTOR_SCHEME' '1'
1736	'SUDAKOV_WEIGHT' '1'
1737	'SCALE_FACTOR' '1.'
1738	'}(me)'
1739	'(integration){'
1740	'ERROR' '1.e-2'
1741	'FINISH_OPTIMIZATION' 'On'
1742	'INTEGRATOR' '6'
1743	'VEGAS' 'On'
1744	'}(integration)'
1745	'(mi){'
1746	'MI_HANDLER' 'None'
1747	'CREATE_GRID' '93' '93' '->' '93' '93'
1748	'PS_ERROR' '1.0e-2'
1749	'REGULATE_XS' '0'
1750	'XS_REGULATION' '2.45'
1751	'SCALE_MIN' '2.45'
1752	'RESCALE_EXPONENT' '0.16'
1753	'REFERENCE_SCALE' '1800.0'
1754	'PROFILE_FUNCTION' 'Gaussian'
1755	'PROFILE_PARAMETERS' '1.0' '0.5' '0.5'
1756	'}(mi)'
1757	'(shower){'
1758	'SHOWER_GENERATOR' 'Apacic'
1759	'FSR_SHOWER' '1'
1760	'ISR_SHOWER' '1'
1761	'IS_PT2MIN' '4.'
1762	'FS_PT2MIN' '1.'
1763	'}(shower)'
1764	'(fragmentation){'
1765	'FRAGMENTATION' 'Ahadic'
1766	'DECAYMODEL' 'Hadrons'
1767	'YFS_MODE' '2'
1768	'YFS_USE_ME' '1'
1769	'YFS_IR_CUTOFF' '1E-3'
1770	'}(fragmentation)'
1771	'(processes){'
1772	'%-------------------------------------------------------'
1773	'%--' 'Processes' 'to' 'calculate' '-----------------------------'
1774	'%-------------------------------------------------------'
1775	'%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%'
1776	'%'
1777	'%' 'jet' 'jet' '->' 'electron' 'positron' '+' 'n-jets'
1778	'%'
1779	'Process' ':' '93' '93' '->' '11' '-11' '93{1}'
1780	'Order' 'electroweak' ':' '2'
1781	'End' 'process'
1782	'%'
1783	'}(processes)'
1784	'(selector){'
1785	'JetFinder' 'sqr(20/E_CMS)' '1.'
1786	'Mass' '11' '-11' '66' '116'
1787	'}(selector)'
1788	'OUTPUT' '15'
1789	'EVENTS' '1'
1790	'SCALE_SCHEME' 'CKKW'
1791	'KFACTOR_SCHEME' '1'
1792	'COUPLING_SCHEME' 'Running_alpha_S'
1793	'FSR_SHOWER' '1'
1794	}
1795	Setting vertices...
1796	Read_Write_Base::CloseInFile(): (0xbff07ee0) closes file 'Run.dat', mode = permanent
1797	Read_Write_Base::CloseInFile(): (0xbff07ee0) closes file '', mode = permanent
1798	Read_Write_Base::CloseInFile(): (0xbff07fe0) closes file 'Run.dat', mode = permanent
1799	Read_Write_Base::CloseInFile(): (0xbff07fe0) closes file '', mode = permanent
1800	Read_Write_Base::CloseInFile(): (0xbff08140) closes file 'Run.dat', mode = permanent
1801	Read_Write_Base::CloseInFile(): (0xbff08140) closes file '', mode = permanent
1802	Read_Write_Base::CloseInFile(): (0x8fda368) closes file 'Run.dat', mode = permanent
1803	Read_Write_Base::CloseInFile(): (0x8fda368) closes file '', mode = permanent
1804	Read_Write_Base::CloseInFile(): (0x8fc5c80) closes file 'Run.dat', mode = permanent
1805	Read_Write_Base::CloseInFile(): (0x8fc5c80) clears buffer 'Run.dat' -> (0x8fba94c)
1806	Read_Write_Base::CloseInFile(): (0x8fc5c80) closes file '', mode = permanent
1807	Sherpa: throws std::exception St9exception ...
1808	Exception_Handler::GenerateStackTrace(..): Generating stack trace (adapted from ROOT version 3.10)
1809	{
1810	0x30366e in '_ZN6ATOOLS17Exception_Handler18GenerateStackTraceERSobRKSs'
1811	from '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/lib/SHERPA-MC/libToolsOrg.so.0'
1812	0x30215c in '_ZN6ATOOLS17Exception_Handler9TerminateEv'
1813	from '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/lib/SHERPA-MC/libToolsOrg.so.0'
1814	0x30211e in '_ZN6ATOOLS9TerminateEv'
1815	from '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/lib/SHERPA-MC/libToolsOrg.so.0'
1816	0x0 in '<unknown>'
1817	from '/usr/lib/libstdc++.so.6'
1818	0x0 in '<unknown>'
1819	from '/usr/lib/libstdc++.so.6'
1820	0x8049750 in 'main'
1821	from '../../../bin/Sherpa'
1822	0xa35d10 in '__libc_start_main'
1823	from '/lib/tls/libc.so.6'
1824	0x804954c in '__gxx_personality_v0'
1825	from '../../../bin/Sherpa'
1826	}
1827	Exception_Handler::Terminate(): Pre-crash status saved to '/tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Status__Sat_Jul__5_18-32-01_2008'.
1828	Exception_Handler::ApproveTerminate(): Asking for termination ...
1829	... approved.
1830	Exception_Handler::PrepareTerminate(): Preparing termination ...
1831	Random::WriteOutStatus : Saving Random Number Generator Status to /tmp/ozenin/sherpa/SHERPA-MC-1.1.2/SHERPA/Run/LHC/Status__Sat_Jul__5_18-32-01_2008/random.dat
1832	... prepared.
1833	Exception_Handler::Exit: Exiting Sherpa with code (0)
1834	Return_Value::PrintStatistics(): Statistics {
1835	Generated events: 0
1836	}
1837	Time: 0.34 s (clocks=34) on Sat Jul 5 18:32:01 2008
1838	(User: 0.33 s ,System: 0.01 s ,Children User: 0 s ,Children System: 0)

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Ticket #15: test1.log

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