source: altifloat/exp_nemed/out_div.txt @ 222

Last change on this file since 222 was 164, checked in by jbrlod, 9 years ago

add nemed exp
File size: 123.6 KB
Line 
1
2Starting Yao : Yao v9.2.1.0 2011-07-05 ns generated the 08/05/15 16:18:55 
3Project float_tmp.
4(You are in double mode)
5Yao#>
6Yao#>setstate u 0
7Yao#>setstate v 0
8Yao#>setstate u_d 0
9Yao#>setstate v_d 0
10Yao#>setstate u_norm 1
11Yao#>setstate v_norm 1
12Yao#>setstate uc_d 0
13Yao#>setstate vc_d 0
14Yao#>
15Yao#>outoebx uc_d 1 0
16 5046 state(s) selected as obs/ebx (5046 inserted + 0 overrided)
17Yao#>outoebx vc_d 1 0
18 5046 state(s) selected as obs/ebx (5046 inserted + 0 overrided)
19Yao#>
20Yao#>set_bcoef uc_d 1
21Yao#>set_bcoef vc_d 1
22Yao#>
23Yao#>set_scoef cout_div 0
24Yao#>
25Yao#>setstate au 0
26Yao#>setstate av 0
27Yao#>setstate bu 0
28Yao#>setstate bv 0
29Yao#>load_wind wind_interp.nc
30Yao#>
31Yao#>setstate r_float_d 0
32Yao#>
33Yao#>loadstate cfil 0 ij 0 A 1 ./CC.dat D
34B:modul cfil: 45414 data read ; 45414 selected
35Yao#>loadstate dfil 0 ij 0 A 1 ./DD.dat D
36B:modul dfil: 45414 data read ; 45414 selected
37Yao#>loadstate u_norm 0 ij 0 A 1 ./NU.dat D
38B:modul u_norm: 5046 data read ; 5046 selected
39Yao#>loadstate v_norm 0 ij 0 A 1 ./NV.dat D
40B:modul v_norm: 5046 data read ; 5046 selected
41Yao#>
42Yao#>read_obs_2 ./obs.dat
43(read_obs) 74 data were loaded as observations
44Yao#>read_bck ./uv_back_aviso.dat
45(read_bck) 1094982 was loaded as background
46Yao#>read_mask ./mask_aviso.dat
47Yao#>set_modeltime 0
48Yao#>print_cost OFF
49Yao#>
50Yao#>setm_impres 1
51Yao#>setm_io 6
52Yao#>setm_mode 0
53Yao#>set_nbiter 20
54Yao#>setm_nsim 200
55Yao#>setm_dxmin 1.0e-12
56Yao#>setm_epsg 1.0e-12
57Yao#>setm_ddf1 1.0
58Yao#>
59Yao#>multirun
60--Float nr 1 : 1 initial position / 3 obs loaded
61--Float nr 2 : 1 initial position / 3 obs loaded
62Run with 8 ext_iter with 100932 obs
63Ext loop 1/8
64
65start run time: Wed Aug  5 16:56:37 2015
66
67Yao#>(6) Arret sur dxmin pendant le line-search
68
69start run time ....: Wed Aug  5 16:56:37 2015
70  end run time ....: Wed Aug  5 16:56:39 2015
71  run duration ....: 2s
72
73Ext loop 2/8
74
75start run time: Wed Aug  5 16:56:39 2015
76
77Yao#>(6) Arret sur dxmin pendant le line-search
78
79start run time ....: Wed Aug  5 16:56:39 2015
80  end run time ....: Wed Aug  5 16:56:41 2015
81  run duration ....: 2s
82
83Ext loop 3/8
84
85start run time: Wed Aug  5 16:56:41 2015
86
87Yao#>(6) Arret sur dxmin pendant le line-search
88
89start run time ....: Wed Aug  5 16:56:41 2015
90  end run time ....: Wed Aug  5 16:56:43 2015
91  run duration ....: 2s
92
93Ext loop 4/8
94
95start run time: Wed Aug  5 16:56:44 2015
96
97Yao#>(6) Arret sur dxmin pendant le line-search
98
99start run time ....: Wed Aug  5 16:56:44 2015
100  end run time ....: Wed Aug  5 16:56:46 2015
101  run duration ....: 2s
102
103Ext loop 5/8
104
105start run time: Wed Aug  5 16:56:46 2015
106
107Yao#>(6) Arret sur dxmin pendant le line-search
108
109start run time ....: Wed Aug  5 16:56:46 2015
110  end run time ....: Wed Aug  5 16:56:48 2015
111  run duration ....: 2s
112
113Ext loop 6/8
114
115start run time: Wed Aug  5 16:56:48 2015
116
117Yao#>(6) Arret sur dxmin pendant le line-search
118
119start run time ....: Wed Aug  5 16:56:48 2015
120  end run time ....: Wed Aug  5 16:56:50 2015
121  run duration ....: 2s
122
123Ext loop 7/8
124
125start run time: Wed Aug  5 16:56:50 2015
126
127Yao#>(6) Arret sur dxmin pendant le line-search
128
129start run time ....: Wed Aug  5 16:56:50 2015
130  end run time ....: Wed Aug  5 16:56:52 2015
131  run duration ....: 2s
132
133Ext loop 8/8
134
135start run time: Wed Aug  5 16:56:52 2015
136
137
138 M1QN3 (Version 3.3, October 2009): entry point
139     dimension of the problem (n):         10092
140     absolute precision on x (dxmin):          1.00D-12
141     expected decrease for f (df1):            3.94D+00
142     relative precision on g (epsg):           1.00D-12 (dfn-norm)
143     maximal number of iterations (niter):    20
144     maximal number of simulations (nsim):   200
145     printing level (impres):                  1
146     direct communication
147
148 m1qn3: Diagonal Initial Scaling mode
149
150     allocated memory (ndz) :   201848
151     used memory :              201848
152     number of updates :             8
153     (y,s) pairs are stored in core memory
154
155 m1qn3: cold start
156
157     f             =  3.94111872D+00
158     dfn-norm of g =  1.49266904D+01
159
160 -------------------------------------------------------------------------------
161
162 m1qn3: output mode is  6
163     number of iterations:             16
164     number of simulations:            68
165     realized relative precision on g:  4.07D-05
166     f             =  2.81340927D-01
167     dfn-norm of g =  6.07158450D-04
168
169 M1QN3 (Version 3.3, October 2009): entry point
170     dimension of the problem (n):         10092
171     absolute precision on x (dxmin):          1.00D-12
172     expected decrease for f (df1):            3.81D-01
173     relative precision on g (epsg):           1.00D-12 (dfn-norm)
174     maximal number of iterations (niter):    20
175     maximal number of simulations (nsim):   200
176     printing level (impres):                  1
177     direct communication
178
179 m1qn3: Diagonal Initial Scaling mode
180
181     allocated memory (ndz) :   201848
182     used memory :              201848
183     number of updates :             8
184     (y,s) pairs are stored in core memory
185
186 m1qn3: cold start
187
188     f             =  3.80649388D-01
189     dfn-norm of g =  3.46137340D+00
190
191 -------------------------------------------------------------------------------
192
193 m1qn3: output mode is  6
194     number of iterations:             15
195     number of simulations:            61
196     realized relative precision on g:  5.18D-05
197     f             =  8.44654590D-02
198     dfn-norm of g =  1.79302589D-04
199
200 M1QN3 (Version 3.3, October 2009): entry point
201     dimension of the problem (n):         10092
202     absolute precision on x (dxmin):          1.00D-12
203     expected decrease for f (df1):            6.61D-02
204     relative precision on g (epsg):           1.00D-12 (dfn-norm)
205     maximal number of iterations (niter):    20
206     maximal number of simulations (nsim):   200
207     printing level (impres):                  1
208     direct communication
209
210 m1qn3: Diagonal Initial Scaling mode
211
212     allocated memory (ndz) :   201848
213     used memory :              201848
214     number of updates :             8
215     (y,s) pairs are stored in core memory
216
217 m1qn3: cold start
218
219     f             =  6.61145523D-02
220     dfn-norm of g =  1.02110675D+00
221
222 -------------------------------------------------------------------------------
223
224 m1qn3: output mode is  6
225     number of iterations:             16
226     number of simulations:            63
227     realized relative precision on g:  7.80D-05
228     f             =  2.91267838D-02
229     dfn-norm of g =  7.96827376D-05
230
231 M1QN3 (Version 3.3, October 2009): entry point
232     dimension of the problem (n):         10092
233     absolute precision on x (dxmin):          1.00D-12
234     expected decrease for f (df1):            1.96D-02
235     relative precision on g (epsg):           1.00D-12 (dfn-norm)
236     maximal number of iterations (niter):    20
237     maximal number of simulations (nsim):   200
238     printing level (impres):                  1
239     direct communication
240
241 m1qn3: Diagonal Initial Scaling mode
242
243     allocated memory (ndz) :   201848
244     used memory :              201848
245     number of updates :             8
246     (y,s) pairs are stored in core memory
247
248 m1qn3: cold start
249
250     f             =  1.96109861D-02
251     dfn-norm of g =  2.66140448D-01
252
253 -------------------------------------------------------------------------------
254
255 m1qn3: output mode is  6
256     number of iterations:             13
257     number of simulations:            62
258     realized relative precision on g:  2.03D-04
259     f             =  1.24554299D-02
260     dfn-norm of g =  5.40810854D-05
261
262 M1QN3 (Version 3.3, October 2009): entry point
263     dimension of the problem (n):         10092
264     absolute precision on x (dxmin):          1.00D-12
265     expected decrease for f (df1):            8.98D-03
266     relative precision on g (epsg):           1.00D-12 (dfn-norm)
267     maximal number of iterations (niter):    20
268     maximal number of simulations (nsim):   200
269     printing level (impres):                  1
270     direct communication
271
272 m1qn3: Diagonal Initial Scaling mode
273
274     allocated memory (ndz) :   201848
275     used memory :              201848
276     number of updates :             8
277     (y,s) pairs are stored in core memory
278
279 m1qn3: cold start
280
281     f             =  8.97713006D-03
282     dfn-norm of g =  1.47705685D-01
283
284 -------------------------------------------------------------------------------
285
286 m1qn3: output mode is  6
287     number of iterations:             14
288     number of simulations:            58
289     realized relative precision on g:  3.57D-04
290     f             =  6.41202973D-03
291     dfn-norm of g =  5.26833151D-05
292
293 M1QN3 (Version 3.3, October 2009): entry point
294     dimension of the problem (n):         10092
295     absolute precision on x (dxmin):          1.00D-12
296     expected decrease for f (df1):            5.26D-03
297     relative precision on g (epsg):           1.00D-12 (dfn-norm)
298     maximal number of iterations (niter):    20
299     maximal number of simulations (nsim):   200
300     printing level (impres):                  1
301     direct communication
302
303 m1qn3: Diagonal Initial Scaling mode
304
305     allocated memory (ndz) :   201848
306     used memory :              201848
307     number of updates :             8
308     (y,s) pairs are stored in core memory
309
310 m1qn3: cold start
311
312     f             =  5.25564421D-03
313     dfn-norm of g =  1.21188725D-01
314
315 -------------------------------------------------------------------------------
316
317 m1qn3: output mode is  6
318     number of iterations:             13
319     number of simulations:            57
320     realized relative precision on g:  7.32D-04
321     f             =  4.10864130D-03
322     dfn-norm of g =  8.87570542D-05
323
324 M1QN3 (Version 3.3, October 2009): entry point
325     dimension of the problem (n):         10092
326     absolute precision on x (dxmin):          1.00D-12
327     expected decrease for f (df1):            3.63D-03
328     relative precision on g (epsg):           1.00D-12 (dfn-norm)
329     maximal number of iterations (niter):    20
330     maximal number of simulations (nsim):   200
331     printing level (impres):                  1
332     direct communication
333
334 m1qn3: Diagonal Initial Scaling mode
335
336     allocated memory (ndz) :   201848
337     used memory :              201848
338     number of updates :             8
339     (y,s) pairs are stored in core memory
340
341 m1qn3: cold start
342
343     f             =  3.63130076D-03
344     dfn-norm of g =  8.37786472D-02
345
346 -------------------------------------------------------------------------------
347
348 m1qn3: output mode is  6
349     number of iterations:             13
350     number of simulations:            54
351     realized relative precision on g:  1.95D-04
352     f             =  3.08388006D-03
353     dfn-norm of g =  1.63401698D-05
354
355 M1QN3 (Version 3.3, October 2009): entry point
356     dimension of the problem (n):         10092
357     absolute precision on x (dxmin):          1.00D-12
358     expected decrease for f (df1):            2.81D-03
359     relative precision on g (epsg):           1.00D-12 (dfn-norm)
360     maximal number of iterations (niter):    20
361     maximal number of simulations (nsim):   200
362     printing level (impres):                  1
363     direct communication
364
365 m1qn3: Diagonal Initial Scaling mode
366
367     allocated memory (ndz) :   201848
368     used memory :              201848
369     number of updates :             8
370     (y,s) pairs are stored in core memory
371
372 m1qn3: cold start
373
374     f             =  2.81463354D-03
375     dfn-norm of g =  5.45484289D-02
376
377Yao#>(6) Arret sur dxmin pendant le line-search
378
379start run time ....: Wed Aug  5 16:56:52 2015
380  end run time ....: Wed Aug  5 16:56:54 2015
381  run duration ....: 2s
382
383--Float nr 1 : 1 initial position / 3 obs loaded
384--Float nr 2 : 1 initial position / 3 obs loaded
385Run with 8 ext_iter with 100932 obs
386Ext loop 1/8
387
388start run time: Wed Aug  5 16:56:54 2015
389
390Yao#>(6) Arret sur dxmin pendant le line-search
391
392start run time ....: Wed Aug  5 16:56:54 2015
393  end run time ....: Wed Aug  5 16:56:56 2015
394  run duration ....: 2s
395
396Ext loop 2/8
397
398start run time: Wed Aug  5 16:56:56 2015
399
400Yao#>(6) Arret sur dxmin pendant le line-search
401
402start run time ....: Wed Aug  5 16:56:56 2015
403  end run time ....: Wed Aug  5 16:56:59 2015
404  run duration ....: 3s
405
406Ext loop 3/8
407
408start run time: Wed Aug  5 16:56:59 2015
409
410Yao#>(6) Arret sur dxmin pendant le line-search
411
412start run time ....: Wed Aug  5 16:56:59 2015
413  end run time ....: Wed Aug  5 16:57:01 2015
414  run duration ....: 2s
415
416Ext loop 4/8
417
418start run time: Wed Aug  5 16:57:01 2015
419
420Yao#>(6) Arret sur dxmin pendant le line-search
421
422start run time ....: Wed Aug  5 16:57:01 2015
423  end run time ....: Wed Aug  5 16:57:03 2015
424  run duration ....: 2s
425
426Ext loop 5/8
427
428start run time: Wed Aug  5 16:57:03 2015
429
430Yao#>(6) Arret sur dxmin pendant le line-search
431
432start run time ....: Wed Aug  5 16:57:03 2015
433  end run time ....: Wed Aug  5 16:57:05 2015
434  run duration ....: 2s
435
436Ext loop 6/8
437
438start run time: Wed Aug  5 16:57:05 2015
439
440Yao#>(6) Arret sur dxmin pendant le line-search
441
442start run time ....: Wed Aug  5 16:57:05 2015
443  end run time ....: Wed Aug  5 16:57:07 2015
444  run duration ....: 2s
445
446Ext loop 7/8
447
448start run time: Wed Aug  5 16:57:07 2015
449
450Yao#>(6) Arret sur dxmin pendant le line-search
451
452start run time ....: Wed Aug  5 16:57:07 2015
453  end run time ....: Wed Aug  5 16:57:09 2015
454  run duration ....: 2s
455
456Ext loop 8/8
457
458start run time: Wed Aug  5 16:57:09 2015
459
460 -------------------------------------------------------------------------------
461
462 m1qn3: output mode is  6
463     number of iterations:             12
464     number of simulations:            60
465     realized relative precision on g:  6.50D-04
466     f             =  2.51126103D-03
467     dfn-norm of g =  3.54335162D-05
468
469 M1QN3 (Version 3.3, October 2009): entry point
470     dimension of the problem (n):         10092
471     absolute precision on x (dxmin):          1.00D-12
472     expected decrease for f (df1):            3.70D+00
473     relative precision on g (epsg):           1.00D-12 (dfn-norm)
474     maximal number of iterations (niter):    20
475     maximal number of simulations (nsim):   200
476     printing level (impres):                  1
477     direct communication
478
479 m1qn3: Diagonal Initial Scaling mode
480
481     allocated memory (ndz) :   201848
482     used memory :              201848
483     number of updates :             8
484     (y,s) pairs are stored in core memory
485
486 m1qn3: cold start
487
488     f             =  3.69902229D+00
489     dfn-norm of g =  1.35573385D+01
490
491 -------------------------------------------------------------------------------
492
493 m1qn3: output mode is  6
494     number of iterations:             14
495     number of simulations:            65
496     realized relative precision on g:  2.46D-05
497     f             =  3.08049887D-01
498     dfn-norm of g =  3.33496183D-04
499
500 M1QN3 (Version 3.3, October 2009): entry point
501     dimension of the problem (n):         10092
502     absolute precision on x (dxmin):          1.00D-12
503     expected decrease for f (df1):            4.95D-01
504     relative precision on g (epsg):           1.00D-12 (dfn-norm)
505     maximal number of iterations (niter):    20
506     maximal number of simulations (nsim):   200
507     printing level (impres):                  1
508     direct communication
509
510 m1qn3: Diagonal Initial Scaling mode
511
512     allocated memory (ndz) :   201848
513     used memory :              201848
514     number of updates :             8
515     (y,s) pairs are stored in core memory
516
517 m1qn3: cold start
518
519     f             =  4.95082408D-01
520     dfn-norm of g =  4.36278432D+00
521
522 -------------------------------------------------------------------------------
523
524 m1qn3: output mode is  6
525     number of iterations:             14
526     number of simulations:            61
527     realized relative precision on g:  1.92D-05
528     f             =  7.01079145D-02
529     dfn-norm of g =  8.39166094D-05
530
531 M1QN3 (Version 3.3, October 2009): entry point
532     dimension of the problem (n):         10092
533     absolute precision on x (dxmin):          1.00D-12
534     expected decrease for f (df1):            7.58D-02
535     relative precision on g (epsg):           1.00D-12 (dfn-norm)
536     maximal number of iterations (niter):    20
537     maximal number of simulations (nsim):   200
538     printing level (impres):                  1
539     direct communication
540
541 m1qn3: Diagonal Initial Scaling mode
542
543     allocated memory (ndz) :   201848
544     used memory :              201848
545     number of updates :             8
546     (y,s) pairs are stored in core memory
547
548 m1qn3: cold start
549
550     f             =  7.57638812D-02
551     dfn-norm of g =  1.68679726D+00
552
553 -------------------------------------------------------------------------------
554
555 m1qn3: output mode is  6
556     number of iterations:             16
557     number of simulations:            62
558     realized relative precision on g:  3.99D-05
559     f             =  2.16436386D-02
560     dfn-norm of g =  6.72261763D-05
561
562 M1QN3 (Version 3.3, October 2009): entry point
563     dimension of the problem (n):         10092
564     absolute precision on x (dxmin):          1.00D-12
565     expected decrease for f (df1):            2.05D-02
566     relative precision on g (epsg):           1.00D-12 (dfn-norm)
567     maximal number of iterations (niter):    20
568     maximal number of simulations (nsim):   200
569     printing level (impres):                  1
570     direct communication
571
572 m1qn3: Diagonal Initial Scaling mode
573
574     allocated memory (ndz) :   201848
575     used memory :              201848
576     number of updates :             8
577     (y,s) pairs are stored in core memory
578
579 m1qn3: cold start
580
581     f             =  2.04561148D-02
582     dfn-norm of g =  5.27733938D-01
583
584 -------------------------------------------------------------------------------
585
586 m1qn3: output mode is  6
587     number of iterations:             12
588     number of simulations:            64
589     realized relative precision on g:  2.47D-04
590     f             =  1.09621417D-02
591     dfn-norm of g =  1.30463646D-04
592
593 M1QN3 (Version 3.3, October 2009): entry point
594     dimension of the problem (n):         10092
595     absolute precision on x (dxmin):          1.00D-12
596     expected decrease for f (df1):            9.18D-03
597     relative precision on g (epsg):           1.00D-12 (dfn-norm)
598     maximal number of iterations (niter):    20
599     maximal number of simulations (nsim):   200
600     printing level (impres):                  1
601     direct communication
602
603 m1qn3: Diagonal Initial Scaling mode
604
605     allocated memory (ndz) :   201848
606     used memory :              201848
607     number of updates :             8
608     (y,s) pairs are stored in core memory
609
610 m1qn3: cold start
611
612     f             =  9.17785801D-03
613     dfn-norm of g =  1.57574531D-01
614
615 -------------------------------------------------------------------------------
616
617 m1qn3: output mode is  6
618     number of iterations:             13
619     number of simulations:            58
620     realized relative precision on g:  3.68D-04
621     f             =  6.23342907D-03
622     dfn-norm of g =  5.80190772D-05
623
624 M1QN3 (Version 3.3, October 2009): entry point
625     dimension of the problem (n):         10092
626     absolute precision on x (dxmin):          1.00D-12
627     expected decrease for f (df1):            5.19D-03
628     relative precision on g (epsg):           1.00D-12 (dfn-norm)
629     maximal number of iterations (niter):    20
630     maximal number of simulations (nsim):   200
631     printing level (impres):                  1
632     direct communication
633
634 m1qn3: Diagonal Initial Scaling mode
635
636     allocated memory (ndz) :   201848
637     used memory :              201848
638     number of updates :             8
639     (y,s) pairs are stored in core memory
640
641 m1qn3: cold start
642
643     f             =  5.18991193D-03
644     dfn-norm of g =  1.30046275D-01
645
646 -------------------------------------------------------------------------------
647
648 m1qn3: output mode is  6
649     number of iterations:             14
650     number of simulations:            56
651     realized relative precision on g:  2.43D-04
652     f             =  3.71208391D-03
653     dfn-norm of g =  3.15639796D-05
654
655 M1QN3 (Version 3.3, October 2009): entry point
656     dimension of the problem (n):         10092
657     absolute precision on x (dxmin):          1.00D-12
658     expected decrease for f (df1):            3.23D-03
659     relative precision on g (epsg):           1.00D-12 (dfn-norm)
660     maximal number of iterations (niter):    20
661     maximal number of simulations (nsim):   200
662     printing level (impres):                  1
663     direct communication
664
665 m1qn3: Diagonal Initial Scaling mode
666
667     allocated memory (ndz) :   201848
668     used memory :              201848
669     number of updates :             8
670     (y,s) pairs are stored in core memory
671
672 m1qn3: cold start
673
674     f             =  3.23327025D-03
675     dfn-norm of g =  1.28878247D-01
676
677 -------------------------------------------------------------------------------
678
679 m1qn3: output mode is  6
680     number of iterations:             15
681     number of simulations:            56
682     realized relative precision on g:  6.01D-05
683     f             =  2.40151188D-03
684     dfn-norm of g =  7.75073376D-06
685
686 M1QN3 (Version 3.3, October 2009): entry point
687     dimension of the problem (n):         10092
688     absolute precision on x (dxmin):          1.00D-12
689     expected decrease for f (df1):            2.13D-03
690     relative precision on g (epsg):           1.00D-12 (dfn-norm)
691     maximal number of iterations (niter):    20
692     maximal number of simulations (nsim):   200
693     printing level (impres):                  1
694     direct communication
695Yao#>(6) Arret sur dxmin pendant le line-search
696
697start run time ....: Wed Aug  5 16:57:09 2015
698  end run time ....: Wed Aug  5 16:57:11 2015
699  run duration ....: 2s
700
701--Float nr 1 : 1 initial position / 3 obs loaded
702--Float nr 2 : 1 initial position / 3 obs loaded
703Run with 8 ext_iter with 100932 obs
704Ext loop 1/8
705
706start run time: Wed Aug  5 16:57:12 2015
707
708Yao#>(6) Arret sur dxmin pendant le line-search
709
710start run time ....: Wed Aug  5 16:57:12 2015
711  end run time ....: Wed Aug  5 16:57:14 2015
712  run duration ....: 2s
713
714Ext loop 2/8
715
716start run time: Wed Aug  5 16:57:14 2015
717
718Yao#>(6) Arret sur dxmin pendant le line-search
719
720start run time ....: Wed Aug  5 16:57:14 2015
721  end run time ....: Wed Aug  5 16:57:16 2015
722  run duration ....: 2s
723
724Ext loop 3/8
725
726start run time: Wed Aug  5 16:57:16 2015
727
728Yao#>(6) Arret sur dxmin pendant le line-search
729
730start run time ....: Wed Aug  5 16:57:16 2015
731  end run time ....: Wed Aug  5 16:57:18 2015
732  run duration ....: 2s
733
734Ext loop 4/8
735
736start run time: Wed Aug  5 16:57:18 2015
737
738Yao#>(6) Arret sur dxmin pendant le line-search
739
740start run time ....: Wed Aug  5 16:57:18 2015
741  end run time ....: Wed Aug  5 16:57:20 2015
742  run duration ....: 2s
743
744Ext loop 5/8
745
746start run time: Wed Aug  5 16:57:20 2015
747
748Yao#>(6) Arret sur dxmin pendant le line-search
749
750start run time ....: Wed Aug  5 16:57:20 2015
751  end run time ....: Wed Aug  5 16:57:23 2015
752  run duration ....: 3s
753
754Ext loop 6/8
755
756start run time: Wed Aug  5 16:57:23 2015
757
758Yao#>(6) Arret sur dxmin pendant le line-search
759
760start run time ....: Wed Aug  5 16:57:23 2015
761  end run time ....: Wed Aug  5 16:57:25 2015
762  run duration ....: 2s
763
764Ext loop 7/8
765
766start run time: Wed Aug  5 16:57:25 2015
767
768Yao#>(6) Arret sur dxmin pendant le line-search
769
770start run time ....: Wed Aug  5 16:57:25 2015
771  end run time ....: Wed Aug  5 16:57:27 2015
772  run duration ....: 2s
773
774Ext loop 8/8
775
776start run time: Wed Aug  5 16:57:27 2015
777
778
779 m1qn3: Diagonal Initial Scaling mode
780
781     allocated memory (ndz) :   201848
782     used memory :              201848
783     number of updates :             8
784     (y,s) pairs are stored in core memory
785
786 m1qn3: cold start
787
788     f             =  2.13392219D-03
789     dfn-norm of g =  9.88590190D-02
790
791 -------------------------------------------------------------------------------
792
793 m1qn3: output mode is  6
794     number of iterations:             14
795     number of simulations:            58
796     realized relative precision on g:  1.10D-04
797     f             =  1.69673050D-03
798     dfn-norm of g =  1.08446556D-05
799
800 M1QN3 (Version 3.3, October 2009): entry point
801     dimension of the problem (n):         10092
802     absolute precision on x (dxmin):          1.00D-12
803     expected decrease for f (df1):            5.23D+00
804     relative precision on g (epsg):           1.00D-12 (dfn-norm)
805     maximal number of iterations (niter):    20
806     maximal number of simulations (nsim):   200
807     printing level (impres):                  1
808     direct communication
809
810 m1qn3: Diagonal Initial Scaling mode
811
812     allocated memory (ndz) :   201848
813     used memory :              201848
814     number of updates :             8
815     (y,s) pairs are stored in core memory
816
817 m1qn3: cold start
818
819     f             =  5.22521782D+00
820     dfn-norm of g =  1.67687121D+01
821
822 -------------------------------------------------------------------------------
823
824 m1qn3: output mode is  6
825     number of iterations:             17
826     number of simulations:            64
827     realized relative precision on g:  2.45D-05
828     f             =  4.35806125D-01
829     dfn-norm of g =  4.10239048D-04
830
831 M1QN3 (Version 3.3, October 2009): entry point
832     dimension of the problem (n):         10092
833     absolute precision on x (dxmin):          1.00D-12
834     expected decrease for f (df1):            5.35D-01
835     relative precision on g (epsg):           1.00D-12 (dfn-norm)
836     maximal number of iterations (niter):    20
837     maximal number of simulations (nsim):   200
838     printing level (impres):                  1
839     direct communication
840
841 m1qn3: Diagonal Initial Scaling mode
842
843     allocated memory (ndz) :   201848
844     used memory :              201848
845     number of updates :             8
846     (y,s) pairs are stored in core memory
847
848 m1qn3: cold start
849
850     f             =  5.34718692D-01
851     dfn-norm of g =  3.95436690D+00
852
853 -------------------------------------------------------------------------------
854
855 m1qn3: output mode is  6
856     number of iterations:             14
857     number of simulations:            63
858     realized relative precision on g:  6.57D-05
859     f             =  9.59262773D-02
860     dfn-norm of g =  2.59845199D-04
861
862 M1QN3 (Version 3.3, October 2009): entry point
863     dimension of the problem (n):         10092
864     absolute precision on x (dxmin):          1.00D-12
865     expected decrease for f (df1):            7.90D-02
866     relative precision on g (epsg):           1.00D-12 (dfn-norm)
867     maximal number of iterations (niter):    20
868     maximal number of simulations (nsim):   200
869     printing level (impres):                  1
870     direct communication
871
872 m1qn3: Diagonal Initial Scaling mode
873
874     allocated memory (ndz) :   201848
875     used memory :              201848
876     number of updates :             8
877     (y,s) pairs are stored in core memory
878
879 m1qn3: cold start
880
881     f             =  7.90452436D-02
882     dfn-norm of g =  1.06774363D+00
883
884 -------------------------------------------------------------------------------
885
886 m1qn3: output mode is  6
887     number of iterations:             12
888     number of simulations:            60
889     realized relative precision on g:  3.18D-04
890     f             =  3.52279209D-02
891     dfn-norm of g =  3.39766378D-04
892
893 M1QN3 (Version 3.3, October 2009): entry point
894     dimension of the problem (n):         10092
895     absolute precision on x (dxmin):          1.00D-12
896     expected decrease for f (df1):            2.95D-02
897     relative precision on g (epsg):           1.00D-12 (dfn-norm)
898     maximal number of iterations (niter):    20
899     maximal number of simulations (nsim):   200
900     printing level (impres):                  1
901     direct communication
902
903 m1qn3: Diagonal Initial Scaling mode
904
905     allocated memory (ndz) :   201848
906     used memory :              201848
907     number of updates :             8
908     (y,s) pairs are stored in core memory
909
910 m1qn3: cold start
911
912     f             =  2.94567794D-02
913     dfn-norm of g =  3.45036563D-01
914
915 -------------------------------------------------------------------------------
916
917 m1qn3: output mode is  6
918     number of iterations:             14
919     number of simulations:            59
920     realized relative precision on g:  8.77D-05
921     f             =  1.98956616D-02
922     dfn-norm of g =  3.02572116D-05
923
924 M1QN3 (Version 3.3, October 2009): entry point
925     dimension of the problem (n):         10092
926     absolute precision on x (dxmin):          1.00D-12
927     expected decrease for f (df1):            1.51D-02
928     relative precision on g (epsg):           1.00D-12 (dfn-norm)
929     maximal number of iterations (niter):    20
930     maximal number of simulations (nsim):   200
931     printing level (impres):                  1
932     direct communication
933
934 m1qn3: Diagonal Initial Scaling mode
935
936     allocated memory (ndz) :   201848
937     used memory :              201848
938     number of updates :             8
939     (y,s) pairs are stored in core memory
940
941 m1qn3: cold start
942
943     f             =  1.50862895D-02
944     dfn-norm of g =  1.57159364D-01
945
946 -------------------------------------------------------------------------------
947
948 m1qn3: output mode is  6
949     number of iterations:             12
950     number of simulations:            59
951     realized relative precision on g:  3.51D-04
952     f             =  1.13723595D-02
953     dfn-norm of g =  5.51628547D-05
954
955 M1QN3 (Version 3.3, October 2009): entry point
956     dimension of the problem (n):         10092
957     absolute precision on x (dxmin):          1.00D-12
958     expected decrease for f (df1):            8.89D-03
959     relative precision on g (epsg):           1.00D-12 (dfn-norm)
960     maximal number of iterations (niter):    20
961     maximal number of simulations (nsim):   200
962     printing level (impres):                  1
963     direct communication
964
965 m1qn3: Diagonal Initial Scaling mode
966
967     allocated memory (ndz) :   201848
968     used memory :              201848
969     number of updates :             8
970     (y,s) pairs are stored in core memory
971
972 m1qn3: cold start
973
974     f             =  8.89076479D-03
975     dfn-norm of g =  1.11159500D-01
976
977 -------------------------------------------------------------------------------
978
979 m1qn3: output mode is  6
980     number of iterations:             12
981     number of simulations:            56
982     realized relative precision on g:  1.79D-04
983     f             =  7.11148605D-03
984     dfn-norm of g =  1.98704155D-05
985
986 M1QN3 (Version 3.3, October 2009): entry point
987     dimension of the problem (n):         10092
988     absolute precision on x (dxmin):          1.00D-12
989     expected decrease for f (df1):            5.93D-03
990     relative precision on g (epsg):           1.00D-12 (dfn-norm)
991     maximal number of iterations (niter):    20
992     maximal number of simulations (nsim):   200
993     printing level (impres):                  1
994     direct communication
995
996 m1qn3: Diagonal Initial Scaling mode
997
998     allocated memory (ndz) :   201848
999     used memory :              201848
1000     number of updates :             8
1001     (y,s) pairs are stored in core memory
1002
1003 m1qn3: cold start
1004
1005     f             =  5.92504116D-03
1006     dfn-norm of g =  7.87708964D-02
1007
1008 -------------------------------------------------------------------------------
1009
1010 m1qn3: output mode is  6
1011     number of iterations:             12
1012     number of simulations:            56
1013     realized relative precision on g:  4.32D-04
1014     f             =  4.98403423D-03
1015     dfn-norm of g =  3.39957732D-05
1016
1017 M1QN3 (Version 3.3, October 2009): entry point
1018     dimension of the problem (n):         10092
1019     absolute precision on x (dxmin):          1.00D-12
1020Yao#>(6) Arret sur dxmin pendant le line-search
1021
1022start run time ....: Wed Aug  5 16:57:27 2015
1023  end run time ....: Wed Aug  5 16:57:28 2015
1024  run duration ....: 1s
1025
1026--Float nr 1 : 1 initial position / 3 obs loaded
1027--Float nr 2 : 1 initial position / 3 obs loaded
1028Run with 8 ext_iter with 100932 obs
1029Ext loop 1/8
1030
1031start run time: Wed Aug  5 16:57:29 2015
1032
1033Yao#>(6) Arret sur dxmin pendant le line-search
1034
1035start run time ....: Wed Aug  5 16:57:29 2015
1036  end run time ....: Wed Aug  5 16:57:31 2015
1037  run duration ....: 2s
1038
1039Ext loop 2/8
1040
1041start run time: Wed Aug  5 16:57:31 2015
1042
1043Yao#>(6) Arret sur dxmin pendant le line-search
1044
1045start run time ....: Wed Aug  5 16:57:31 2015
1046  end run time ....: Wed Aug  5 16:57:33 2015
1047  run duration ....: 2s
1048
1049Ext loop 3/8
1050
1051start run time: Wed Aug  5 16:57:33 2015
1052
1053Yao#>(6) Arret sur dxmin pendant le line-search
1054
1055start run time ....: Wed Aug  5 16:57:33 2015
1056  end run time ....: Wed Aug  5 16:57:35 2015
1057  run duration ....: 2s
1058
1059Ext loop 4/8
1060
1061start run time: Wed Aug  5 16:57:35 2015
1062
1063Yao#>(6) Arret sur dxmin pendant le line-search
1064
1065start run time ....: Wed Aug  5 16:57:35 2015
1066  end run time ....: Wed Aug  5 16:57:38 2015
1067  run duration ....: 3s
1068
1069Ext loop 5/8
1070
1071start run time: Wed Aug  5 16:57:38 2015
1072
1073Yao#>(6) Arret sur dxmin pendant le line-search
1074
1075start run time ....: Wed Aug  5 16:57:38 2015
1076  end run time ....: Wed Aug  5 16:57:40 2015
1077  run duration ....: 2s
1078
1079Ext loop 6/8
1080
1081start run time: Wed Aug  5 16:57:40 2015
1082
1083Yao#>(6) Arret sur dxmin pendant le line-search
1084
1085start run time ....: Wed Aug  5 16:57:40 2015
1086  end run time ....: Wed Aug  5 16:57:42 2015
1087  run duration ....: 2s
1088
1089Ext loop 7/8
1090
1091start run time: Wed Aug  5 16:57:42 2015
1092
1093     expected decrease for f (df1):            4.32D-03
1094     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1095     maximal number of iterations (niter):    20
1096     maximal number of simulations (nsim):   200
1097     printing level (impres):                  1
1098     direct communication
1099
1100 m1qn3: Diagonal Initial Scaling mode
1101
1102     allocated memory (ndz) :   201848
1103     used memory :              201848
1104     number of updates :             8
1105     (y,s) pairs are stored in core memory
1106
1107 m1qn3: cold start
1108
1109     f             =  4.31588665D-03
1110     dfn-norm of g =  5.71152892D-02
1111
1112 -------------------------------------------------------------------------------
1113
1114 m1qn3: output mode is  6
1115     number of iterations:             13
1116     number of simulations:            51
1117     realized relative precision on g:  1.39D-04
1118     f             =  3.75823211D-03
1119     dfn-norm of g =  7.92062765D-06
1120
1121 M1QN3 (Version 3.3, October 2009): entry point
1122     dimension of the problem (n):         10092
1123     absolute precision on x (dxmin):          1.00D-12
1124     expected decrease for f (df1):            5.00D+00
1125     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1126     maximal number of iterations (niter):    20
1127     maximal number of simulations (nsim):   200
1128     printing level (impres):                  1
1129     direct communication
1130
1131 m1qn3: Diagonal Initial Scaling mode
1132
1133     allocated memory (ndz) :   201848
1134     used memory :              201848
1135     number of updates :             8
1136     (y,s) pairs are stored in core memory
1137
1138 m1qn3: cold start
1139
1140     f             =  4.99736881D+00
1141     dfn-norm of g =  1.53099331D+01
1142
1143 -------------------------------------------------------------------------------
1144
1145 m1qn3: output mode is  6
1146     number of iterations:             17
1147     number of simulations:            64
1148     realized relative precision on g:  3.93D-05
1149     f             =  4.87792164D-01
1150     dfn-norm of g =  6.01774386D-04
1151
1152 M1QN3 (Version 3.3, October 2009): entry point
1153     dimension of the problem (n):         10092
1154     absolute precision on x (dxmin):          1.00D-12
1155     expected decrease for f (df1):            7.47D-01
1156     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1157     maximal number of iterations (niter):    20
1158     maximal number of simulations (nsim):   200
1159     printing level (impres):                  1
1160     direct communication
1161
1162 m1qn3: Diagonal Initial Scaling mode
1163
1164     allocated memory (ndz) :   201848
1165     used memory :              201848
1166     number of updates :             8
1167     (y,s) pairs are stored in core memory
1168
1169 m1qn3: cold start
1170
1171     f             =  7.46818841D-01
1172     dfn-norm of g =  4.57344472D+00
1173
1174 -------------------------------------------------------------------------------
1175
1176 m1qn3: output mode is  6
1177     number of iterations:             15
1178     number of simulations:            63
1179     realized relative precision on g:  4.01D-05
1180     f             =  1.47939667D-01
1181     dfn-norm of g =  1.83247476D-04
1182
1183 M1QN3 (Version 3.3, October 2009): entry point
1184     dimension of the problem (n):         10092
1185     absolute precision on x (dxmin):          1.00D-12
1186     expected decrease for f (df1):            7.17D-02
1187     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1188     maximal number of iterations (niter):    20
1189     maximal number of simulations (nsim):   200
1190     printing level (impres):                  1
1191     direct communication
1192
1193 m1qn3: Diagonal Initial Scaling mode
1194
1195     allocated memory (ndz) :   201848
1196     used memory :              201848
1197     number of updates :             8
1198     (y,s) pairs are stored in core memory
1199
1200 m1qn3: cold start
1201
1202     f             =  7.16812387D-02
1203     dfn-norm of g =  6.28874987D-01
1204
1205 -------------------------------------------------------------------------------
1206
1207 m1qn3: output mode is  6
1208     number of iterations:             13
1209     number of simulations:            62
1210     realized relative precision on g:  1.11D-04
1211     f             =  3.95997167D-02
1212     dfn-norm of g =  6.95257501D-05
1213
1214 M1QN3 (Version 3.3, October 2009): entry point
1215     dimension of the problem (n):         10092
1216     absolute precision on x (dxmin):          1.00D-12
1217     expected decrease for f (df1):            2.21D-02
1218     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1219     maximal number of iterations (niter):    20
1220     maximal number of simulations (nsim):   200
1221     printing level (impres):                  1
1222     direct communication
1223
1224 m1qn3: Diagonal Initial Scaling mode
1225
1226     allocated memory (ndz) :   201848
1227     used memory :              201848
1228     number of updates :             8
1229     (y,s) pairs are stored in core memory
1230
1231 m1qn3: cold start
1232
1233     f             =  2.20861528D-02
1234     dfn-norm of g =  2.16381704D-01
1235
1236 -------------------------------------------------------------------------------
1237
1238 m1qn3: output mode is  6
1239     number of iterations:             11
1240     number of simulations:            60
1241     realized relative precision on g:  5.13D-04
1242     f             =  1.49381561D-02
1243     dfn-norm of g =  1.10962283D-04
1244
1245 M1QN3 (Version 3.3, October 2009): entry point
1246     dimension of the problem (n):         10092
1247     absolute precision on x (dxmin):          1.00D-12
1248     expected decrease for f (df1):            9.72D-03
1249     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1250     maximal number of iterations (niter):    20
1251     maximal number of simulations (nsim):   200
1252     printing level (impres):                  1
1253     direct communication
1254
1255 m1qn3: Diagonal Initial Scaling mode
1256
1257     allocated memory (ndz) :   201848
1258     used memory :              201848
1259     number of updates :             8
1260     (y,s) pairs are stored in core memory
1261
1262 m1qn3: cold start
1263
1264     f             =  9.72249452D-03
1265     dfn-norm of g =  1.33485179D-01
1266
1267 -------------------------------------------------------------------------------
1268
1269 m1qn3: output mode is  6
1270     number of iterations:             13
1271     number of simulations:            60
1272     realized relative precision on g:  2.55D-04
1273     f             =  7.15972902D-03
1274     dfn-norm of g =  3.40717144D-05
1275
1276 M1QN3 (Version 3.3, October 2009): entry point
1277     dimension of the problem (n):         10092
1278     absolute precision on x (dxmin):          1.00D-12
1279     expected decrease for f (df1):            5.19D-03
1280     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1281     maximal number of iterations (niter):    20
1282     maximal number of simulations (nsim):   200
1283     printing level (impres):                  1
1284     direct communication
1285
1286 m1qn3: Diagonal Initial Scaling mode
1287
1288     allocated memory (ndz) :   201848
1289     used memory :              201848
1290     number of updates :             8
1291     (y,s) pairs are stored in core memory
1292
1293 m1qn3: cold start
1294
1295     f             =  5.19211590D-03
1296     dfn-norm of g =  8.60985761D-02
1297
1298 -------------------------------------------------------------------------------
1299
1300 m1qn3: output mode is  6
1301     number of iterations:             13
1302     number of simulations:            61
1303     realized relative precision on g:  2.52D-04
1304     f             =  4.19843709D-03
1305     dfn-norm of g =  2.17231048D-05
1306
1307 M1QN3 (Version 3.3, October 2009): entry point
1308     dimension of the problem (n):         10092
1309     absolute precision on x (dxmin):          1.00D-12
1310     expected decrease for f (df1):            3.42D-03
1311     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1312     maximal number of iterations (niter):    20
1313     maximal number of simulations (nsim):   200
1314     printing level (impres):                  1
1315     direct communication
1316
1317 m1qn3: Diagonal Initial Scaling mode
1318
1319     allocated memory (ndz) :   201848
1320     used memory :              201848
1321     number of updates :             8
1322     (y,s) pairs are stored in core memory
1323
1324 m1qn3: cold start
1325
1326     f             =  3.41889379D-03
1327     dfn-norm of g =  5.40801177D-02
1328
1329 -------------------------------------------------------------------------------
1330
1331 m1qn3: output mode is  6
1332     number of iterations:             14
1333Yao#>(6) Arret sur dxmin pendant le line-search
1334
1335start run time ....: Wed Aug  5 16:57:42 2015
1336  end run time ....: Wed Aug  5 16:57:44 2015
1337  run duration ....: 2s
1338
1339Ext loop 8/8
1340
1341start run time: Wed Aug  5 16:57:44 2015
1342
1343Yao#>(6) Arret sur dxmin pendant le line-search
1344
1345start run time ....: Wed Aug  5 16:57:44 2015
1346  end run time ....: Wed Aug  5 16:57:46 2015
1347  run duration ....: 2s
1348
1349--Float nr 1 : 1 initial position / 3 obs loaded
1350--Float nr 2 : 1 initial position / 3 obs loaded
1351Run with 8 ext_iter with 100932 obs
1352Ext loop 1/8
1353
1354start run time: Wed Aug  5 16:57:46 2015
1355
1356Yao#>(6) Arret sur dxmin pendant le line-search
1357
1358start run time ....: Wed Aug  5 16:57:46 2015
1359  end run time ....: Wed Aug  5 16:57:49 2015
1360  run duration ....: 3s
1361
1362Ext loop 2/8
1363
1364start run time: Wed Aug  5 16:57:49 2015
1365
1366Yao#>(6) Arret sur dxmin pendant le line-search
1367
1368start run time ....: Wed Aug  5 16:57:49 2015
1369  end run time ....: Wed Aug  5 16:57:51 2015
1370  run duration ....: 2s
1371
1372Ext loop 3/8
1373
1374start run time: Wed Aug  5 16:57:51 2015
1375
1376Yao#>(6) Arret sur dxmin pendant le line-search
1377
1378start run time ....: Wed Aug  5 16:57:51 2015
1379  end run time ....: Wed Aug  5 16:57:53 2015
1380  run duration ....: 2s
1381
1382Ext loop 4/8
1383
1384start run time: Wed Aug  5 16:57:53 2015
1385
1386Yao#>(6) Arret sur dxmin pendant le line-search
1387
1388start run time ....: Wed Aug  5 16:57:53 2015
1389  end run time ....: Wed Aug  5 16:57:55 2015
1390  run duration ....: 2s
1391
1392Ext loop 5/8
1393
1394start run time: Wed Aug  5 16:57:55 2015
1395
1396Yao#>(6) Arret sur dxmin pendant le line-search
1397
1398start run time ....: Wed Aug  5 16:57:55 2015
1399  end run time ....: Wed Aug  5 16:57:58 2015
1400  run duration ....: 3s
1401
1402Ext loop 6/8
1403
1404start run time: Wed Aug  5 16:57:58 2015
1405
1406Yao#>(6) Arret sur dxmin pendant le line-search
1407
1408start run time ....: Wed Aug  5 16:57:58 2015
1409  end run time ....: Wed Aug  5 16:58:00 2015
1410  run duration ....: 2s
1411
1412Ext loop 7/8
1413
1414start run time: Wed Aug  5 16:58:00 2015
1415
1416     number of simulations:            59
1417     realized relative precision on g:  9.15D-04
1418     f             =  2.99852341D-03
1419     dfn-norm of g =  4.94580386D-05
1420
1421 M1QN3 (Version 3.3, October 2009): entry point
1422     dimension of the problem (n):         10092
1423     absolute precision on x (dxmin):          1.00D-12
1424     expected decrease for f (df1):            2.64D-03
1425     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1426     maximal number of iterations (niter):    20
1427     maximal number of simulations (nsim):   200
1428     printing level (impres):                  1
1429     direct communication
1430
1431 m1qn3: Diagonal Initial Scaling mode
1432
1433     allocated memory (ndz) :   201848
1434     used memory :              201848
1435     number of updates :             8
1436     (y,s) pairs are stored in core memory
1437
1438 m1qn3: cold start
1439
1440     f             =  2.64216121D-03
1441     dfn-norm of g =  3.59279585D-02
1442
1443 -------------------------------------------------------------------------------
1444
1445 m1qn3: output mode is  6
1446     number of iterations:             11
1447     number of simulations:            57
1448     realized relative precision on g:  6.50D-04
1449     f             =  2.43025483D-03
1450     dfn-norm of g =  2.33600626D-05
1451
1452 M1QN3 (Version 3.3, October 2009): entry point
1453     dimension of the problem (n):         10092
1454     absolute precision on x (dxmin):          1.00D-12
1455     expected decrease for f (df1):            7.81D+00
1456     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1457     maximal number of iterations (niter):    20
1458     maximal number of simulations (nsim):   200
1459     printing level (impres):                  1
1460     direct communication
1461
1462 m1qn3: Diagonal Initial Scaling mode
1463
1464     allocated memory (ndz) :   201848
1465     used memory :              201848
1466     number of updates :             8
1467     (y,s) pairs are stored in core memory
1468
1469 m1qn3: cold start
1470
1471     f             =  7.81457424D+00
1472     dfn-norm of g =  2.02255470D+01
1473
1474 -------------------------------------------------------------------------------
1475
1476 m1qn3: output mode is  6
1477     number of iterations:             14
1478     number of simulations:            66
1479     realized relative precision on g:  3.46D-05
1480     f             =  6.08842909D-01
1481     dfn-norm of g =  6.99839336D-04
1482
1483 M1QN3 (Version 3.3, October 2009): entry point
1484     dimension of the problem (n):         10092
1485     absolute precision on x (dxmin):          1.00D-12
1486     expected decrease for f (df1):            1.24D+00
1487     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1488     maximal number of iterations (niter):    20
1489     maximal number of simulations (nsim):   200
1490     printing level (impres):                  1
1491     direct communication
1492
1493 m1qn3: Diagonal Initial Scaling mode
1494
1495     allocated memory (ndz) :   201848
1496     used memory :              201848
1497     number of updates :             8
1498     (y,s) pairs are stored in core memory
1499
1500 m1qn3: cold start
1501
1502     f             =  1.24216294D+00
1503     dfn-norm of g =  3.74327552D+00
1504
1505 -------------------------------------------------------------------------------
1506
1507 m1qn3: output mode is  6
1508     number of iterations:             12
1509     number of simulations:            61
1510     realized relative precision on g:  1.07D-04
1511     f             =  3.94203693D-01
1512     dfn-norm of g =  4.00292231D-04
1513
1514 M1QN3 (Version 3.3, October 2009): entry point
1515     dimension of the problem (n):         10092
1516     absolute precision on x (dxmin):          1.00D-12
1517     expected decrease for f (df1):            1.50D-01
1518     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1519     maximal number of iterations (niter):    20
1520     maximal number of simulations (nsim):   200
1521     printing level (impres):                  1
1522     direct communication
1523
1524 m1qn3: Diagonal Initial Scaling mode
1525
1526     allocated memory (ndz) :   201848
1527     used memory :              201848
1528     number of updates :             8
1529     (y,s) pairs are stored in core memory
1530
1531 m1qn3: cold start
1532
1533     f             =  1.49657488D-01
1534     dfn-norm of g =  8.55850834D-01
1535
1536 -------------------------------------------------------------------------------
1537
1538 m1qn3: output mode is  6
1539     number of iterations:             12
1540     number of simulations:            66
1541     realized relative precision on g:  3.52D-04
1542     f             =  8.75027552D-02
1543     dfn-norm of g =  3.01173912D-04
1544
1545 M1QN3 (Version 3.3, October 2009): entry point
1546     dimension of the problem (n):         10092
1547     absolute precision on x (dxmin):          1.00D-12
1548     expected decrease for f (df1):            5.80D-02
1549     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1550     maximal number of iterations (niter):    20
1551     maximal number of simulations (nsim):   200
1552     printing level (impres):                  1
1553     direct communication
1554
1555 m1qn3: Diagonal Initial Scaling mode
1556
1557     allocated memory (ndz) :   201848
1558     used memory :              201848
1559     number of updates :             8
1560     (y,s) pairs are stored in core memory
1561
1562 m1qn3: cold start
1563
1564     f             =  5.79638407D-02
1565     dfn-norm of g =  4.01015149D-01
1566
1567 -------------------------------------------------------------------------------
1568
1569 m1qn3: output mode is  6
1570     number of iterations:             11
1571     number of simulations:            61
1572     realized relative precision on g:  2.61D-04
1573     f             =  3.88814434D-02
1574     dfn-norm of g =  1.04487928D-04
1575
1576 M1QN3 (Version 3.3, October 2009): entry point
1577     dimension of the problem (n):         10092
1578     absolute precision on x (dxmin):          1.00D-12
1579     expected decrease for f (df1):            2.84D-02
1580     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1581     maximal number of iterations (niter):    20
1582     maximal number of simulations (nsim):   200
1583     printing level (impres):                  1
1584     direct communication
1585
1586 m1qn3: Diagonal Initial Scaling mode
1587
1588     allocated memory (ndz) :   201848
1589     used memory :              201848
1590     number of updates :             8
1591     (y,s) pairs are stored in core memory
1592
1593 m1qn3: cold start
1594
1595     f             =  2.83713378D-02
1596     dfn-norm of g =  3.80540591D-01
1597
1598 -------------------------------------------------------------------------------
1599
1600 m1qn3: output mode is  6
1601     number of iterations:             11
1602     number of simulations:            59
1603     realized relative precision on g:  9.39D-05
1604     f             =  1.91621613D-02
1605     dfn-norm of g =  3.57242817D-05
1606
1607 M1QN3 (Version 3.3, October 2009): entry point
1608     dimension of the problem (n):         10092
1609     absolute precision on x (dxmin):          1.00D-12
1610     expected decrease for f (df1):            1.52D-02
1611     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1612     maximal number of iterations (niter):    20
1613     maximal number of simulations (nsim):   200
1614     printing level (impres):                  1
1615     direct communication
1616
1617 m1qn3: Diagonal Initial Scaling mode
1618
1619     allocated memory (ndz) :   201848
1620     used memory :              201848
1621     number of updates :             8
1622     (y,s) pairs are stored in core memory
1623
1624 m1qn3: cold start
1625
1626     f             =  1.52375298D-02
1627     dfn-norm of g =  3.39377241D-01
1628
1629 -------------------------------------------------------------------------------
1630
1631 m1qn3: output mode is  6
1632     number of iterations:             12
1633     number of simulations:            59
1634     realized relative precision on g:  2.04D-04
1635     f             =  1.06319338D-02
1636     dfn-norm of g =  6.93102387D-05
1637
1638 M1QN3 (Version 3.3, October 2009): entry point
1639     dimension of the problem (n):         10092
1640     absolute precision on x (dxmin):          1.00D-12
1641     expected decrease for f (df1):            9.13D-03
1642     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1643     maximal number of iterations (niter):    20
1644     maximal number of simulations (nsim):   200
1645     printing level (impres):                  1
1646     direct communication
1647
1648 m1qn3: Diagonal Initial Scaling mode
1649
1650     allocated memory (ndz) :   201848
1651     used memory :              201848
1652Yao#>(6) Arret sur dxmin pendant le line-search
1653
1654start run time ....: Wed Aug  5 16:58:00 2015
1655  end run time ....: Wed Aug  5 16:58:02 2015
1656  run duration ....: 2s
1657
1658Ext loop 8/8
1659
1660start run time: Wed Aug  5 16:58:02 2015
1661
1662Yao#>(6) Arret sur dxmin pendant le line-search
1663
1664start run time ....: Wed Aug  5 16:58:02 2015
1665  end run time ....: Wed Aug  5 16:58:04 2015
1666  run duration ....: 2s
1667
1668--Float nr 1 : 1 initial position / 3 obs loaded
1669--Float nr 2 : 1 initial position / 3 obs loaded
1670Run with 8 ext_iter with 100932 obs
1671Ext loop 1/8
1672
1673start run time: Wed Aug  5 16:58:04 2015
1674
1675Yao#>(6) Arret sur dxmin pendant le line-search
1676
1677start run time ....: Wed Aug  5 16:58:04 2015
1678  end run time ....: Wed Aug  5 16:58:07 2015
1679  run duration ....: 3s
1680
1681Ext loop 2/8
1682
1683start run time: Wed Aug  5 16:58:07 2015
1684
1685Yao#>(6) Arret sur dxmin pendant le line-search
1686
1687start run time ....: Wed Aug  5 16:58:07 2015
1688  end run time ....: Wed Aug  5 16:58:09 2015
1689  run duration ....: 2s
1690
1691Ext loop 3/8
1692
1693start run time: Wed Aug  5 16:58:09 2015
1694
1695Yao#>(6) Arret sur dxmin pendant le line-search
1696
1697start run time ....: Wed Aug  5 16:58:09 2015
1698  end run time ....: Wed Aug  5 16:58:11 2015
1699  run duration ....: 2s
1700
1701Ext loop 4/8
1702
1703start run time: Wed Aug  5 16:58:11 2015
1704
1705Yao#>(6) Arret sur dxmin pendant le line-search
1706
1707start run time ....: Wed Aug  5 16:58:11 2015
1708  end run time ....: Wed Aug  5 16:58:13 2015
1709  run duration ....: 2s
1710
1711Ext loop 5/8
1712
1713start run time: Wed Aug  5 16:58:13 2015
1714
1715Yao#>(6) Arret sur dxmin pendant le line-search
1716
1717start run time ....: Wed Aug  5 16:58:13 2015
1718  end run time ....: Wed Aug  5 16:58:15 2015
1719  run duration ....: 2s
1720
1721Ext loop 6/8
1722
1723start run time: Wed Aug  5 16:58:15 2015
1724
1725Yao#>(6) Arret sur dxmin pendant le line-search
1726
1727start run time ....: Wed Aug  5 16:58:15 2015
1728  end run time ....: Wed Aug  5 16:58:17 2015
1729  run duration ....: 2s
1730
1731Ext loop 7/8
1732
1733start run time: Wed Aug  5 16:58:17 2015
1734
1735     number of updates :             8
1736     (y,s) pairs are stored in core memory
1737
1738 m1qn3: cold start
1739
1740     f             =  9.13081691D-03
1741     dfn-norm of g =  2.88177887D-01
1742
1743 -------------------------------------------------------------------------------
1744
1745 m1qn3: output mode is  6
1746     number of iterations:             15
1747     number of simulations:            60
1748     realized relative precision on g:  3.78D-04
1749     f             =  6.74243644D-03
1750     dfn-norm of g =  1.09070402D-04
1751
1752 M1QN3 (Version 3.3, October 2009): entry point
1753     dimension of the problem (n):         10092
1754     absolute precision on x (dxmin):          1.00D-12
1755     expected decrease for f (df1):            6.13D-03
1756     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1757     maximal number of iterations (niter):    20
1758     maximal number of simulations (nsim):   200
1759     printing level (impres):                  1
1760     direct communication
1761
1762 m1qn3: Diagonal Initial Scaling mode
1763
1764     allocated memory (ndz) :   201848
1765     used memory :              201848
1766     number of updates :             8
1767     (y,s) pairs are stored in core memory
1768
1769 m1qn3: cold start
1770
1771     f             =  6.13003131D-03
1772     dfn-norm of g =  2.31725515D-01
1773
1774 -------------------------------------------------------------------------------
1775
1776 m1qn3: output mode is  6
1777     number of iterations:             17
1778     number of simulations:            65
1779     realized relative precision on g:  1.57D-04
1780     f             =  4.84800618D-03
1781     dfn-norm of g =  3.63118774D-05
1782
1783 M1QN3 (Version 3.3, October 2009): entry point
1784     dimension of the problem (n):         10092
1785     absolute precision on x (dxmin):          1.00D-12
1786     expected decrease for f (df1):            7.14D+00
1787     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1788     maximal number of iterations (niter):    20
1789     maximal number of simulations (nsim):   200
1790     printing level (impres):                  1
1791     direct communication
1792
1793 m1qn3: Diagonal Initial Scaling mode
1794
1795     allocated memory (ndz) :   201848
1796     used memory :              201848
1797     number of updates :             8
1798     (y,s) pairs are stored in core memory
1799
1800 m1qn3: cold start
1801
1802     f             =  7.13876104D+00
1803     dfn-norm of g =  2.34245625D+01
1804
1805 -------------------------------------------------------------------------------
1806
1807 m1qn3: output mode is  6
1808     number of iterations:             16
1809     number of simulations:            72
1810     realized relative precision on g:  2.56D-05
1811     f             =  4.13708806D-01
1812     dfn-norm of g =  6.00311108D-04
1813
1814 M1QN3 (Version 3.3, October 2009): entry point
1815     dimension of the problem (n):         10092
1816     absolute precision on x (dxmin):          1.00D-12
1817     expected decrease for f (df1):            1.16D+00
1818     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1819     maximal number of iterations (niter):    20
1820     maximal number of simulations (nsim):   200
1821     printing level (impres):                  1
1822     direct communication
1823
1824 m1qn3: Diagonal Initial Scaling mode
1825
1826     allocated memory (ndz) :   201848
1827     used memory :              201848
1828     number of updates :             8
1829     (y,s) pairs are stored in core memory
1830
1831 m1qn3: cold start
1832
1833     f             =  1.15924180D+00
1834     dfn-norm of g =  4.38408438D+00
1835
1836 -------------------------------------------------------------------------------
1837
1838 m1qn3: output mode is  6
1839     number of iterations:             12
1840     number of simulations:            56
1841     realized relative precision on g:  2.05D-05
1842     f             =  2.73519695D-01
1843     dfn-norm of g =  8.97869607D-05
1844
1845 M1QN3 (Version 3.3, October 2009): entry point
1846     dimension of the problem (n):         10092
1847     absolute precision on x (dxmin):          1.00D-12
1848     expected decrease for f (df1):            1.08D-01
1849     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1850     maximal number of iterations (niter):    20
1851     maximal number of simulations (nsim):   200
1852     printing level (impres):                  1
1853     direct communication
1854
1855 m1qn3: Diagonal Initial Scaling mode
1856
1857     allocated memory (ndz) :   201848
1858     used memory :              201848
1859     number of updates :             8
1860     (y,s) pairs are stored in core memory
1861
1862 m1qn3: cold start
1863
1864     f             =  1.08240433D-01
1865     dfn-norm of g =  1.81541869D+00
1866
1867 -------------------------------------------------------------------------------
1868
1869 m1qn3: output mode is  6
1870     number of iterations:             15
1871     number of simulations:            63
1872     realized relative precision on g:  2.99D-05
1873     f             =  3.59846391D-02
1874     dfn-norm of g =  5.42472695D-05
1875
1876 M1QN3 (Version 3.3, October 2009): entry point
1877     dimension of the problem (n):         10092
1878     absolute precision on x (dxmin):          1.00D-12
1879     expected decrease for f (df1):            2.72D-02
1880     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1881     maximal number of iterations (niter):    20
1882     maximal number of simulations (nsim):   200
1883     printing level (impres):                  1
1884     direct communication
1885
1886 m1qn3: Diagonal Initial Scaling mode
1887
1888     allocated memory (ndz) :   201848
1889     used memory :              201848
1890     number of updates :             8
1891     (y,s) pairs are stored in core memory
1892
1893 m1qn3: cold start
1894
1895     f             =  2.72358712D-02
1896     dfn-norm of g =  4.30272716D-01
1897
1898 -------------------------------------------------------------------------------
1899
1900 m1qn3: output mode is  6
1901     number of iterations:             10
1902     number of simulations:            58
1903     realized relative precision on g:  1.63D-04
1904     f             =  1.61790419D-02
1905     dfn-norm of g =  7.01549884D-05
1906
1907 M1QN3 (Version 3.3, October 2009): entry point
1908     dimension of the problem (n):         10092
1909     absolute precision on x (dxmin):          1.00D-12
1910     expected decrease for f (df1):            1.08D-02
1911     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1912     maximal number of iterations (niter):    20
1913     maximal number of simulations (nsim):   200
1914     printing level (impres):                  1
1915     direct communication
1916
1917 m1qn3: Diagonal Initial Scaling mode
1918
1919     allocated memory (ndz) :   201848
1920     used memory :              201848
1921     number of updates :             8
1922     (y,s) pairs are stored in core memory
1923
1924 m1qn3: cold start
1925
1926     f             =  1.08492477D-02
1927     dfn-norm of g =  1.53383229D-01
1928
1929 -------------------------------------------------------------------------------
1930
1931 m1qn3: output mode is  6
1932     number of iterations:             12
1933     number of simulations:            57
1934     realized relative precision on g:  9.00D-05
1935     f             =  7.39430310D-03
1936     dfn-norm of g =  1.38066313D-05
1937
1938 M1QN3 (Version 3.3, October 2009): entry point
1939     dimension of the problem (n):         10092
1940     absolute precision on x (dxmin):          1.00D-12
1941     expected decrease for f (df1):            5.23D-03
1942     relative precision on g (epsg):           1.00D-12 (dfn-norm)
1943     maximal number of iterations (niter):    20
1944     maximal number of simulations (nsim):   200
1945     printing level (impres):                  1
1946     direct communication
1947
1948 m1qn3: Diagonal Initial Scaling mode
1949
1950     allocated memory (ndz) :   201848
1951     used memory :              201848
1952     number of updates :             8
1953     (y,s) pairs are stored in core memory
1954
1955 m1qn3: cold start
1956
1957     f             =  5.22804772D-03
1958     dfn-norm of g =  1.13692402D-01
1959
1960 -------------------------------------------------------------------------------
1961
1962 m1qn3: output mode is  6
1963     number of iterations:             11
1964     number of simulations:            56
1965     realized relative precision on g:  2.45D-04
1966     f             =  3.68222129D-03
1967     dfn-norm of g =  2.78292608D-05
1968
1969 M1QN3 (Version 3.3, October 2009): entry point
1970     dimension of the problem (n):         10092
1971     absolute precision on x (dxmin):          1.00D-12
1972     expected decrease for f (df1):            2.73D-03
1973Yao#>(6) Arret sur dxmin pendant le line-search
1974
1975start run time ....: Wed Aug  5 16:58:17 2015
1976  end run time ....: Wed Aug  5 16:58:19 2015
1977  run duration ....: 2s
1978
1979Ext loop 8/8
1980
1981start run time: Wed Aug  5 16:58:19 2015
1982
1983Yao#>(6) Arret sur dxmin pendant le line-search
1984
1985start run time ....: Wed Aug  5 16:58:19 2015
1986  end run time ....: Wed Aug  5 16:58:21 2015
1987  run duration ....: 2s
1988
1989--Float nr 1 : 1 initial position / 3 obs loaded
1990--Float nr 2 : 1 initial position / 3 obs loaded
1991Run with 8 ext_iter with 100932 obs
1992Ext loop 1/8
1993
1994start run time: Wed Aug  5 16:58:21 2015
1995
1996Yao#>(6) Arret sur dxmin pendant le line-search
1997
1998start run time ....: Wed Aug  5 16:58:21 2015
1999  end run time ....: Wed Aug  5 16:58:24 2015
2000  run duration ....: 3s
2001
2002Ext loop 2/8
2003
2004start run time: Wed Aug  5 16:58:24 2015
2005
2006Yao#>(6) Arret sur dxmin pendant le line-search
2007
2008start run time ....: Wed Aug  5 16:58:24 2015
2009  end run time ....: Wed Aug  5 16:58:26 2015
2010  run duration ....: 2s
2011
2012Ext loop 3/8
2013
2014start run time: Wed Aug  5 16:58:26 2015
2015
2016Yao#>(6) Arret sur dxmin pendant le line-search
2017
2018start run time ....: Wed Aug  5 16:58:26 2015
2019  end run time ....: Wed Aug  5 16:58:29 2015
2020  run duration ....: 3s
2021
2022Ext loop 4/8
2023
2024start run time: Wed Aug  5 16:58:29 2015
2025
2026Yao#>(6) Arret sur dxmin pendant le line-search
2027
2028start run time ....: Wed Aug  5 16:58:29 2015
2029  end run time ....: Wed Aug  5 16:58:31 2015
2030  run duration ....: 2s
2031
2032Ext loop 5/8
2033
2034start run time: Wed Aug  5 16:58:31 2015
2035
2036Yao#>(6) Arret sur dxmin pendant le line-search
2037
2038start run time ....: Wed Aug  5 16:58:31 2015
2039  end run time ....: Wed Aug  5 16:58:33 2015
2040  run duration ....: 2s
2041
2042Ext loop 6/8
2043
2044start run time: Wed Aug  5 16:58:33 2015
2045
2046     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2047     maximal number of iterations (niter):    20
2048     maximal number of simulations (nsim):   200
2049     printing level (impres):                  1
2050     direct communication
2051
2052 m1qn3: Diagonal Initial Scaling mode
2053
2054     allocated memory (ndz) :   201848
2055     used memory :              201848
2056     number of updates :             8
2057     (y,s) pairs are stored in core memory
2058
2059 m1qn3: cold start
2060
2061     f             =  2.73293327D-03
2062     dfn-norm of g =  7.84129922D-02
2063
2064 -------------------------------------------------------------------------------
2065
2066 m1qn3: output mode is  6
2067     number of iterations:             11
2068     number of simulations:            52
2069     realized relative precision on g:  3.95D-04
2070     f             =  2.03970657D-03
2071     dfn-norm of g =  3.10097315D-05
2072
2073 M1QN3 (Version 3.3, October 2009): entry point
2074     dimension of the problem (n):         10092
2075     absolute precision on x (dxmin):          1.00D-12
2076     expected decrease for f (df1):            1.60D-03
2077     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2078     maximal number of iterations (niter):    20
2079     maximal number of simulations (nsim):   200
2080     printing level (impres):                  1
2081     direct communication
2082
2083 m1qn3: Diagonal Initial Scaling mode
2084
2085     allocated memory (ndz) :   201848
2086     used memory :              201848
2087     number of updates :             8
2088     (y,s) pairs are stored in core memory
2089
2090 m1qn3: cold start
2091
2092     f             =  1.59726397D-03
2093     dfn-norm of g =  5.19726451D-02
2094
2095 -------------------------------------------------------------------------------
2096
2097 m1qn3: output mode is  6
2098     number of iterations:             13
2099     number of simulations:            56
2100     realized relative precision on g:  2.07D-04
2101     f             =  1.27899915D-03
2102     dfn-norm of g =  1.07686166D-05
2103
2104 M1QN3 (Version 3.3, October 2009): entry point
2105     dimension of the problem (n):         10092
2106     absolute precision on x (dxmin):          1.00D-12
2107     expected decrease for f (df1):            3.02D+00
2108     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2109     maximal number of iterations (niter):    20
2110     maximal number of simulations (nsim):   200
2111     printing level (impres):                  1
2112     direct communication
2113
2114 m1qn3: Diagonal Initial Scaling mode
2115
2116     allocated memory (ndz) :   201848
2117     used memory :              201848
2118     number of updates :             8
2119     (y,s) pairs are stored in core memory
2120
2121 m1qn3: cold start
2122
2123     f             =  3.01600647D+00
2124     dfn-norm of g =  1.42739914D+01
2125
2126 -------------------------------------------------------------------------------
2127
2128 m1qn3: output mode is  6
2129     number of iterations:             17
2130     number of simulations:            64
2131     realized relative precision on g:  4.75D-05
2132     f             =  1.98252350D-01
2133     dfn-norm of g =  6.78510625D-04
2134
2135 M1QN3 (Version 3.3, October 2009): entry point
2136     dimension of the problem (n):         10092
2137     absolute precision on x (dxmin):          1.00D-12
2138     expected decrease for f (df1):            2.23D-01
2139     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2140     maximal number of iterations (niter):    20
2141     maximal number of simulations (nsim):   200
2142     printing level (impres):                  1
2143     direct communication
2144
2145 m1qn3: Diagonal Initial Scaling mode
2146
2147     allocated memory (ndz) :   201848
2148     used memory :              201848
2149     number of updates :             8
2150     (y,s) pairs are stored in core memory
2151
2152 m1qn3: cold start
2153
2154     f             =  2.22602978D-01
2155     dfn-norm of g =  3.06019149D+00
2156
2157 -------------------------------------------------------------------------------
2158
2159 m1qn3: output mode is  6
2160     number of iterations:             14
2161     number of simulations:            65
2162     realized relative precision on g:  6.02D-05
2163     f             =  3.48302722D-02
2164     dfn-norm of g =  1.84268232D-04
2165
2166 M1QN3 (Version 3.3, October 2009): entry point
2167     dimension of the problem (n):         10092
2168     absolute precision on x (dxmin):          1.00D-12
2169     expected decrease for f (df1):            3.84D-02
2170     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2171     maximal number of iterations (niter):    20
2172     maximal number of simulations (nsim):   200
2173     printing level (impres):                  1
2174     direct communication
2175
2176 m1qn3: Diagonal Initial Scaling mode
2177
2178     allocated memory (ndz) :   201848
2179     used memory :              201848
2180     number of updates :             8
2181     (y,s) pairs are stored in core memory
2182
2183 m1qn3: cold start
2184
2185     f             =  3.84238586D-02
2186     dfn-norm of g =  1.10275128D+00
2187
2188 -------------------------------------------------------------------------------
2189
2190 m1qn3: output mode is  6
2191     number of iterations:             17
2192     number of simulations:            67
2193     realized relative precision on g:  6.50D-05
2194     f             =  1.18111651D-02
2195     dfn-norm of g =  7.17125292D-05
2196
2197 M1QN3 (Version 3.3, October 2009): entry point
2198     dimension of the problem (n):         10092
2199     absolute precision on x (dxmin):          1.00D-12
2200     expected decrease for f (df1):            9.97D-03
2201     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2202     maximal number of iterations (niter):    20
2203     maximal number of simulations (nsim):   200
2204     printing level (impres):                  1
2205     direct communication
2206
2207 m1qn3: Diagonal Initial Scaling mode
2208
2209     allocated memory (ndz) :   201848
2210     used memory :              201848
2211     number of updates :             8
2212     (y,s) pairs are stored in core memory
2213
2214 m1qn3: cold start
2215
2216     f             =  9.96604469D-03
2217     dfn-norm of g =  3.16908881D-01
2218
2219 -------------------------------------------------------------------------------
2220
2221 m1qn3: output mode is  6
2222     number of iterations:             17
2223     number of simulations:            62
2224     realized relative precision on g:  2.30D-04
2225     f             =  5.98253170D-03
2226     dfn-norm of g =  7.29213895D-05
2227
2228 M1QN3 (Version 3.3, October 2009): entry point
2229     dimension of the problem (n):         10092
2230     absolute precision on x (dxmin):          1.00D-12
2231     expected decrease for f (df1):            4.64D-03
2232     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2233     maximal number of iterations (niter):    20
2234     maximal number of simulations (nsim):   200
2235     printing level (impres):                  1
2236     direct communication
2237
2238 m1qn3: Diagonal Initial Scaling mode
2239
2240     allocated memory (ndz) :   201848
2241     used memory :              201848
2242     number of updates :             8
2243     (y,s) pairs are stored in core memory
2244
2245 m1qn3: cold start
2246
2247     f             =  4.63942345D-03
2248     dfn-norm of g =  1.10383135D-01
2249
2250 -------------------------------------------------------------------------------
2251
2252 m1qn3: output mode is  6
2253     number of iterations:             17
2254     number of simulations:            63
2255     realized relative precision on g:  2.00D-04
2256     f             =  3.38167022D-03
2257     dfn-norm of g =  2.20709934D-05
2258
2259 M1QN3 (Version 3.3, October 2009): entry point
2260     dimension of the problem (n):         10092
2261     absolute precision on x (dxmin):          1.00D-12
2262     expected decrease for f (df1):            2.65D-03
2263     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2264     maximal number of iterations (niter):    20
2265     maximal number of simulations (nsim):   200
2266     printing level (impres):                  1
2267     direct communication
2268
2269 m1qn3: Diagonal Initial Scaling mode
2270
2271     allocated memory (ndz) :   201848
2272     used memory :              201848
2273     number of updates :             8
2274     (y,s) pairs are stored in core memory
2275
2276 m1qn3: cold start
2277
2278     f             =  2.64652981D-03
2279     dfn-norm of g =  6.27169404D-02
2280
2281 -------------------------------------------------------------------------------
2282
2283 m1qn3: output mode is  6
2284     number of iterations:             17
2285     number of simulations:            62
2286Yao#>(6) Arret sur dxmin pendant le line-search
2287
2288start run time ....: Wed Aug  5 16:58:33 2015
2289  end run time ....: Wed Aug  5 16:58:35 2015
2290  run duration ....: 2s
2291
2292Ext loop 7/8
2293
2294start run time: Wed Aug  5 16:58:35 2015
2295
2296Yao#>(6) Arret sur dxmin pendant le line-search
2297
2298start run time ....: Wed Aug  5 16:58:35 2015
2299  end run time ....: Wed Aug  5 16:58:38 2015
2300  run duration ....: 3s
2301
2302Ext loop 8/8
2303
2304start run time: Wed Aug  5 16:58:38 2015
2305
2306Yao#>(6) Arret sur dxmin pendant le line-search
2307
2308start run time ....: Wed Aug  5 16:58:38 2015
2309  end run time ....: Wed Aug  5 16:58:40 2015
2310  run duration ....: 2s
2311
2312--Float nr 1 : 1 initial position / 3 obs loaded
2313--Float nr 2 : 1 initial position / 3 obs loaded
2314Run with 8 ext_iter with 100932 obs
2315Ext loop 1/8
2316
2317start run time: Wed Aug  5 16:58:40 2015
2318
2319Yao#>(6) Arret sur dxmin pendant le line-search
2320
2321start run time ....: Wed Aug  5 16:58:40 2015
2322  end run time ....: Wed Aug  5 16:58:42 2015
2323  run duration ....: 2s
2324
2325Ext loop 2/8
2326
2327start run time: Wed Aug  5 16:58:42 2015
2328
2329Yao#>(6) Arret sur dxmin pendant le line-search
2330
2331start run time ....: Wed Aug  5 16:58:42 2015
2332  end run time ....: Wed Aug  5 16:58:45 2015
2333  run duration ....: 3s
2334
2335Ext loop 3/8
2336
2337start run time: Wed Aug  5 16:58:45 2015
2338
2339Yao#>(6) Arret sur dxmin pendant le line-search
2340
2341start run time ....: Wed Aug  5 16:58:45 2015
2342  end run time ....: Wed Aug  5 16:58:47 2015
2343  run duration ....: 2s
2344
2345Ext loop 4/8
2346
2347start run time: Wed Aug  5 16:58:47 2015
2348
2349Yao#>(6) Arret sur dxmin pendant le line-search
2350
2351start run time ....: Wed Aug  5 16:58:47 2015
2352  end run time ....: Wed Aug  5 16:58:49 2015
2353  run duration ....: 2s
2354
2355Ext loop 5/8
2356
2357start run time: Wed Aug  5 16:58:49 2015
2358
2359Yao#>(6) Arret sur dxmin pendant le line-search
2360
2361start run time ....: Wed Aug  5 16:58:49 2015
2362  end run time ....: Wed Aug  5 16:58:51 2015
2363  run duration ....: 2s
2364
2365Ext loop 6/8
2366
2367start run time: Wed Aug  5 16:58:51 2015
2368
2369     realized relative precision on g:  6.62D-04
2370     f             =  2.06660805D-03
2371     dfn-norm of g =  4.14930317D-05
2372
2373 M1QN3 (Version 3.3, October 2009): entry point
2374     dimension of the problem (n):         10092
2375     absolute precision on x (dxmin):          1.00D-12
2376     expected decrease for f (df1):            1.69D-03
2377     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2378     maximal number of iterations (niter):    20
2379     maximal number of simulations (nsim):   200
2380     printing level (impres):                  1
2381     direct communication
2382
2383 m1qn3: Diagonal Initial Scaling mode
2384
2385     allocated memory (ndz) :   201848
2386     used memory :              201848
2387     number of updates :             8
2388     (y,s) pairs are stored in core memory
2389
2390 m1qn3: cold start
2391
2392     f             =  1.68624497D-03
2393     dfn-norm of g =  4.86356252D-02
2394
2395 -------------------------------------------------------------------------------
2396
2397 m1qn3: output mode is  6
2398     number of iterations:             15
2399     number of simulations:            58
2400     realized relative precision on g:  6.78D-04
2401     f             =  1.36841380D-03
2402     dfn-norm of g =  3.29646158D-05
2403
2404 M1QN3 (Version 3.3, October 2009): entry point
2405     dimension of the problem (n):         10092
2406     absolute precision on x (dxmin):          1.00D-12
2407     expected decrease for f (df1):            1.16D-03
2408     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2409     maximal number of iterations (niter):    20
2410     maximal number of simulations (nsim):   200
2411     printing level (impres):                  1
2412     direct communication
2413
2414 m1qn3: Diagonal Initial Scaling mode
2415
2416     allocated memory (ndz) :   201848
2417     used memory :              201848
2418     number of updates :             8
2419     (y,s) pairs are stored in core memory
2420
2421 m1qn3: cold start
2422
2423     f             =  1.15543115D-03
2424     dfn-norm of g =  3.76954900D-02
2425
2426 -------------------------------------------------------------------------------
2427
2428 m1qn3: output mode is  6
2429     number of iterations:             16
2430     number of simulations:            60
2431     realized relative precision on g:  1.03D-03
2432     f             =  9.66247986D-04
2433     dfn-norm of g =  3.88738177D-05
2434
2435 M1QN3 (Version 3.3, October 2009): entry point
2436     dimension of the problem (n):         10092
2437     absolute precision on x (dxmin):          1.00D-12
2438     expected decrease for f (df1):            2.10D+00
2439     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2440     maximal number of iterations (niter):    20
2441     maximal number of simulations (nsim):   200
2442     printing level (impres):                  1
2443     direct communication
2444
2445 m1qn3: Diagonal Initial Scaling mode
2446
2447     allocated memory (ndz) :   201848
2448     used memory :              201848
2449     number of updates :             8
2450     (y,s) pairs are stored in core memory
2451
2452 m1qn3: cold start
2453
2454     f             =  2.09952807D+00
2455     dfn-norm of g =  1.02495282D+01
2456
2457 -------------------------------------------------------------------------------
2458
2459 m1qn3: output mode is  6
2460     number of iterations:             17
2461     number of simulations:            69
2462     realized relative precision on g:  2.74D-05
2463     f             =  1.74446583D-01
2464     dfn-norm of g =  2.81097587D-04
2465
2466 M1QN3 (Version 3.3, October 2009): entry point
2467     dimension of the problem (n):         10092
2468     absolute precision on x (dxmin):          1.00D-12
2469     expected decrease for f (df1):            1.22D-01
2470     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2471     maximal number of iterations (niter):    20
2472     maximal number of simulations (nsim):   200
2473     printing level (impres):                  1
2474     direct communication
2475
2476 m1qn3: Diagonal Initial Scaling mode
2477
2478     allocated memory (ndz) :   201848
2479     used memory :              201848
2480     number of updates :             8
2481     (y,s) pairs are stored in core memory
2482
2483 m1qn3: cold start
2484
2485     f             =  1.21844642D-01
2486     dfn-norm of g =  2.27681063D+00
2487
2488 -------------------------------------------------------------------------------
2489
2490 m1qn3: output mode is  6
2491     number of iterations:             17
2492     number of simulations:            62
2493     realized relative precision on g:  5.19D-05
2494     f             =  1.90919358D-02
2495     dfn-norm of g =  1.18262420D-04
2496
2497 M1QN3 (Version 3.3, October 2009): entry point
2498     dimension of the problem (n):         10092
2499     absolute precision on x (dxmin):          1.00D-12
2500     expected decrease for f (df1):            2.19D-02
2501     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2502     maximal number of iterations (niter):    20
2503     maximal number of simulations (nsim):   200
2504     printing level (impres):                  1
2505     direct communication
2506
2507 m1qn3: Diagonal Initial Scaling mode
2508
2509     allocated memory (ndz) :   201848
2510     used memory :              201848
2511     number of updates :             8
2512     (y,s) pairs are stored in core memory
2513
2514 m1qn3: cold start
2515
2516     f             =  2.18807627D-02
2517     dfn-norm of g =  8.10981392D-01
2518
2519 -------------------------------------------------------------------------------
2520
2521 m1qn3: output mode is  6
2522     number of iterations:             16
2523     number of simulations:            64
2524     realized relative precision on g:  8.51D-05
2525     f             =  7.97911640D-03
2526     dfn-norm of g =  6.89773865D-05
2527
2528 M1QN3 (Version 3.3, October 2009): entry point
2529     dimension of the problem (n):         10092
2530     absolute precision on x (dxmin):          1.00D-12
2531     expected decrease for f (df1):            8.02D-03
2532     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2533     maximal number of iterations (niter):    20
2534     maximal number of simulations (nsim):   200
2535     printing level (impres):                  1
2536     direct communication
2537
2538 m1qn3: Diagonal Initial Scaling mode
2539
2540     allocated memory (ndz) :   201848
2541     used memory :              201848
2542     number of updates :             8
2543     (y,s) pairs are stored in core memory
2544
2545 m1qn3: cold start
2546
2547     f             =  8.01989436D-03
2548     dfn-norm of g =  3.06196826D-01
2549
2550 -------------------------------------------------------------------------------
2551
2552 m1qn3: output mode is  6
2553     number of iterations:             15
2554     number of simulations:            55
2555     realized relative precision on g:  5.08D-05
2556     f             =  5.29089896D-03
2557     dfn-norm of g =  1.55455110D-05
2558
2559 M1QN3 (Version 3.3, October 2009): entry point
2560     dimension of the problem (n):         10092
2561     absolute precision on x (dxmin):          1.00D-12
2562     expected decrease for f (df1):            4.88D-03
2563     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2564     maximal number of iterations (niter):    20
2565     maximal number of simulations (nsim):   200
2566     printing level (impres):                  1
2567     direct communication
2568
2569 m1qn3: Diagonal Initial Scaling mode
2570
2571     allocated memory (ndz) :   201848
2572     used memory :              201848
2573     number of updates :             8
2574     (y,s) pairs are stored in core memory
2575
2576 m1qn3: cold start
2577
2578     f             =  4.88206185D-03
2579     dfn-norm of g =  1.49630007D-01
2580
2581 -------------------------------------------------------------------------------
2582
2583 m1qn3: output mode is  6
2584     number of iterations:             15
2585     number of simulations:            57
2586     realized relative precision on g:  2.15D-04
2587     f             =  3.91416391D-03
2588     dfn-norm of g =  3.22086750D-05
2589
2590 M1QN3 (Version 3.3, October 2009): entry point
2591     dimension of the problem (n):         10092
2592     absolute precision on x (dxmin):          1.00D-12
2593     expected decrease for f (df1):            3.55D-03
2594     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2595     maximal number of iterations (niter):    20
2596     maximal number of simulations (nsim):   200
2597     printing level (impres):                  1
2598     direct communication
2599
2600 m1qn3: Diagonal Initial Scaling mode
2601
2602     allocated memory (ndz) :   201848
2603     used memory :              201848
2604     number of updates :             8
2605Yao#>(6) Arret sur dxmin pendant le line-search
2606
2607start run time ....: Wed Aug  5 16:58:51 2015
2608  end run time ....: Wed Aug  5 16:58:53 2015
2609  run duration ....: 2s
2610
2611Ext loop 7/8
2612
2613start run time: Wed Aug  5 16:58:53 2015
2614
2615Yao#>(6) Arret sur dxmin pendant le line-search
2616
2617start run time ....: Wed Aug  5 16:58:53 2015
2618  end run time ....: Wed Aug  5 16:58:55 2015
2619  run duration ....: 2s
2620
2621Ext loop 8/8
2622
2623start run time: Wed Aug  5 16:58:55 2015
2624
2625Yao#>(6) Arret sur dxmin pendant le line-search
2626
2627start run time ....: Wed Aug  5 16:58:55 2015
2628  end run time ....: Wed Aug  5 16:58:57 2015
2629  run duration ....: 2s
2630
2631--Float nr 1 : 1 initial position / 3 obs loaded
2632--Float nr 2 : 1 initial position / 3 obs loaded
2633Run with 8 ext_iter with 100932 obs
2634Ext loop 1/8
2635
2636start run time: Wed Aug  5 16:58:57 2015
2637
2638Yao#>(6) Arret sur dxmin pendant le line-search
2639
2640start run time ....: Wed Aug  5 16:58:57 2015
2641  end run time ....: Wed Aug  5 16:59:00 2015
2642  run duration ....: 3s
2643
2644Ext loop 2/8
2645
2646start run time: Wed Aug  5 16:59:00 2015
2647
2648Yao#>(6) Arret sur dxmin pendant le line-search
2649
2650start run time ....: Wed Aug  5 16:59:00 2015
2651  end run time ....: Wed Aug  5 16:59:02 2015
2652  run duration ....: 2s
2653
2654Ext loop 3/8
2655
2656start run time: Wed Aug  5 16:59:02 2015
2657
2658Yao#>(6) Arret sur dxmin pendant le line-search
2659
2660start run time ....: Wed Aug  5 16:59:02 2015
2661  end run time ....: Wed Aug  5 16:59:04 2015
2662  run duration ....: 2s
2663
2664Ext loop 4/8
2665
2666start run time: Wed Aug  5 16:59:04 2015
2667
2668Yao#>(6) Arret sur dxmin pendant le line-search
2669
2670start run time ....: Wed Aug  5 16:59:04 2015
2671  end run time ....: Wed Aug  5 16:59:07 2015
2672  run duration ....: 3s
2673
2674Ext loop 5/8
2675
2676start run time: Wed Aug  5 16:59:07 2015
2677
2678Yao#>(6) Arret sur dxmin pendant le line-search
2679
2680start run time ....: Wed Aug  5 16:59:07 2015
2681  end run time ....: Wed Aug  5 16:59:09 2015
2682  run duration ....: 2s
2683
2684Ext loop 6/8
2685
2686start run time: Wed Aug  5 16:59:09 2015
2687
2688     (y,s) pairs are stored in core memory
2689
2690 m1qn3: cold start
2691
2692     f             =  3.55107710D-03
2693     dfn-norm of g =  8.42737538D-02
2694
2695 -------------------------------------------------------------------------------
2696
2697 m1qn3: output mode is  6
2698     number of iterations:             14
2699     number of simulations:            59
2700     realized relative precision on g:  2.12D-04
2701     f             =  3.08243185D-03
2702     dfn-norm of g =  1.78817179D-05
2703
2704 M1QN3 (Version 3.3, October 2009): entry point
2705     dimension of the problem (n):         10092
2706     absolute precision on x (dxmin):          1.00D-12
2707     expected decrease for f (df1):            2.81D-03
2708     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2709     maximal number of iterations (niter):    20
2710     maximal number of simulations (nsim):   200
2711     printing level (impres):                  1
2712     direct communication
2713
2714 m1qn3: Diagonal Initial Scaling mode
2715
2716     allocated memory (ndz) :   201848
2717     used memory :              201848
2718     number of updates :             8
2719     (y,s) pairs are stored in core memory
2720
2721 m1qn3: cold start
2722
2723     f             =  2.80667003D-03
2724     dfn-norm of g =  5.64656773D-02
2725
2726 -------------------------------------------------------------------------------
2727
2728 m1qn3: output mode is  6
2729     number of iterations:             13
2730     number of simulations:            57
2731     realized relative precision on g:  1.21D-03
2732     f             =  2.51705060D-03
2733     dfn-norm of g =  6.82651990D-05
2734
2735 M1QN3 (Version 3.3, October 2009): entry point
2736     dimension of the problem (n):         10092
2737     absolute precision on x (dxmin):          1.00D-12
2738     expected decrease for f (df1):            2.30D-03
2739     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2740     maximal number of iterations (niter):    20
2741     maximal number of simulations (nsim):   200
2742     printing level (impres):                  1
2743     direct communication
2744
2745 m1qn3: Diagonal Initial Scaling mode
2746
2747     allocated memory (ndz) :   201848
2748     used memory :              201848
2749     number of updates :             8
2750     (y,s) pairs are stored in core memory
2751
2752 m1qn3: cold start
2753
2754     f             =  2.30392837D-03
2755     dfn-norm of g =  4.23797177D-02
2756
2757 -------------------------------------------------------------------------------
2758
2759 m1qn3: output mode is  6
2760     number of iterations:             13
2761     number of simulations:            54
2762     realized relative precision on g:  1.35D-03
2763     f             =  2.09875754D-03
2764     dfn-norm of g =  5.70426544D-05
2765
2766 M1QN3 (Version 3.3, October 2009): entry point
2767     dimension of the problem (n):         10092
2768     absolute precision on x (dxmin):          1.00D-12
2769     expected decrease for f (df1):            1.93D+00
2770     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2771     maximal number of iterations (niter):    20
2772     maximal number of simulations (nsim):   200
2773     printing level (impres):                  1
2774     direct communication
2775
2776 m1qn3: Diagonal Initial Scaling mode
2777
2778     allocated memory (ndz) :   201848
2779     used memory :              201848
2780     number of updates :             8
2781     (y,s) pairs are stored in core memory
2782
2783 m1qn3: cold start
2784
2785     f             =  1.92863965D+00
2786     dfn-norm of g =  9.52899894D+00
2787
2788 -------------------------------------------------------------------------------
2789
2790 m1qn3: output mode is  6
2791     number of iterations:             15
2792     number of simulations:            68
2793     realized relative precision on g:  4.02D-05
2794     f             =  1.88230023D-01
2795     dfn-norm of g =  3.83117866D-04
2796
2797 M1QN3 (Version 3.3, October 2009): entry point
2798     dimension of the problem (n):         10092
2799     absolute precision on x (dxmin):          1.00D-12
2800     expected decrease for f (df1):            8.68D-02
2801     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2802     maximal number of iterations (niter):    20
2803     maximal number of simulations (nsim):   200
2804     printing level (impres):                  1
2805     direct communication
2806
2807 m1qn3: Diagonal Initial Scaling mode
2808
2809     allocated memory (ndz) :   201848
2810     used memory :              201848
2811     number of updates :             8
2812     (y,s) pairs are stored in core memory
2813
2814 m1qn3: cold start
2815
2816     f             =  8.67934152D-02
2817     dfn-norm of g =  1.22262586D+00
2818
2819 -------------------------------------------------------------------------------
2820
2821 m1qn3: output mode is  6
2822     number of iterations:             13
2823     number of simulations:            65
2824     realized relative precision on g:  1.38D-04
2825     f             =  3.06280572D-02
2826     dfn-norm of g =  1.69196522D-04
2827
2828 M1QN3 (Version 3.3, October 2009): entry point
2829     dimension of the problem (n):         10092
2830     absolute precision on x (dxmin):          1.00D-12
2831     expected decrease for f (df1):            2.00D-02
2832     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2833     maximal number of iterations (niter):    20
2834     maximal number of simulations (nsim):   200
2835     printing level (impres):                  1
2836     direct communication
2837
2838 m1qn3: Diagonal Initial Scaling mode
2839
2840     allocated memory (ndz) :   201848
2841     used memory :              201848
2842     number of updates :             8
2843     (y,s) pairs are stored in core memory
2844
2845 m1qn3: cold start
2846
2847     f             =  1.99896768D-02
2848     dfn-norm of g =  3.57816422D-01
2849
2850 -------------------------------------------------------------------------------
2851
2852 m1qn3: output mode is  6
2853     number of iterations:             16
2854     number of simulations:            62
2855     realized relative precision on g:  1.60D-04
2856     f             =  1.19125163D-02
2857     dfn-norm of g =  5.72458813D-05
2858
2859 M1QN3 (Version 3.3, October 2009): entry point
2860     dimension of the problem (n):         10092
2861     absolute precision on x (dxmin):          1.00D-12
2862     expected decrease for f (df1):            9.03D-03
2863     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2864     maximal number of iterations (niter):    20
2865     maximal number of simulations (nsim):   200
2866     printing level (impres):                  1
2867     direct communication
2868
2869 m1qn3: Diagonal Initial Scaling mode
2870
2871     allocated memory (ndz) :   201848
2872     used memory :              201848
2873     number of updates :             8
2874     (y,s) pairs are stored in core memory
2875
2876 m1qn3: cold start
2877
2878     f             =  9.02623124D-03
2879     dfn-norm of g =  1.71113257D-01
2880
2881 -------------------------------------------------------------------------------
2882
2883 m1qn3: output mode is  6
2884     number of iterations:             13
2885     number of simulations:            63
2886     realized relative precision on g:  7.12D-04
2887     f             =  6.38180412D-03
2888     dfn-norm of g =  1.21771744D-04
2889
2890 M1QN3 (Version 3.3, October 2009): entry point
2891     dimension of the problem (n):         10092
2892     absolute precision on x (dxmin):          1.00D-12
2893     expected decrease for f (df1):            5.02D-03
2894     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2895     maximal number of iterations (niter):    20
2896     maximal number of simulations (nsim):   200
2897     printing level (impres):                  1
2898     direct communication
2899
2900 m1qn3: Diagonal Initial Scaling mode
2901
2902     allocated memory (ndz) :   201848
2903     used memory :              201848
2904     number of updates :             8
2905     (y,s) pairs are stored in core memory
2906
2907 m1qn3: cold start
2908
2909     f             =  5.02048992D-03
2910     dfn-norm of g =  1.03266189D-01
2911
2912 -------------------------------------------------------------------------------
2913
2914 m1qn3: output mode is  6
2915     number of iterations:             14
2916     number of simulations:            61
2917     realized relative precision on g:  6.18D-04
2918     f             =  3.90910776D-03
2919     dfn-norm of g =  6.38356870D-05
2920
2921 M1QN3 (Version 3.3, October 2009): entry point
2922     dimension of the problem (n):         10092
2923     absolute precision on x (dxmin):          1.00D-12
2924     expected decrease for f (df1):            3.23D-03
2925     relative precision on g (epsg):           1.00D-12 (dfn-norm)
2926Yao#>(6) Arret sur dxmin pendant le line-search
2927
2928start run time ....: Wed Aug  5 16:59:09 2015
2929  end run time ....: Wed Aug  5 16:59:11 2015
2930  run duration ....: 2s
2931
2932Ext loop 7/8
2933
2934start run time: Wed Aug  5 16:59:11 2015
2935
2936Yao#>(6) Arret sur dxmin pendant le line-search
2937
2938start run time ....: Wed Aug  5 16:59:11 2015
2939  end run time ....: Wed Aug  5 16:59:13 2015
2940  run duration ....: 2s
2941
2942Ext loop 8/8
2943
2944start run time: Wed Aug  5 16:59:13 2015
2945
2946Yao#>(6) Arret sur dxmin pendant le line-search
2947
2948start run time ....: Wed Aug  5 16:59:13 2015
2949  end run time ....: Wed Aug  5 16:59:15 2015
2950  run duration ....: 2s
2951
2952--Float nr 1 : 1 initial position / 3 obs loaded
2953--Float nr 2 : 1 initial position / 3 obs loaded
2954Run with 8 ext_iter with 100932 obs
2955Ext loop 1/8
2956
2957start run time: Wed Aug  5 16:59:15 2015
2958
2959Yao#>(6) Arret sur dxmin pendant le line-search
2960
2961start run time ....: Wed Aug  5 16:59:15 2015
2962  end run time ....: Wed Aug  5 16:59:18 2015
2963  run duration ....: 3s
2964
2965Ext loop 2/8
2966
2967start run time: Wed Aug  5 16:59:18 2015
2968
2969Yao#>(6) Arret sur dxmin pendant le line-search
2970
2971start run time ....: Wed Aug  5 16:59:18 2015
2972  end run time ....: Wed Aug  5 16:59:20 2015
2973  run duration ....: 2s
2974
2975Ext loop 3/8
2976
2977start run time: Wed Aug  5 16:59:20 2015
2978
2979Yao#>(6) Arret sur dxmin pendant le line-search
2980
2981start run time ....: Wed Aug  5 16:59:20 2015
2982  end run time ....: Wed Aug  5 16:59:22 2015
2983  run duration ....: 2s
2984
2985Ext loop 4/8
2986
2987start run time: Wed Aug  5 16:59:22 2015
2988
2989Yao#>(6) Arret sur dxmin pendant le line-search
2990
2991start run time ....: Wed Aug  5 16:59:22 2015
2992  end run time ....: Wed Aug  5 16:59:24 2015
2993  run duration ....: 2s
2994
2995Ext loop 5/8
2996
2997start run time: Wed Aug  5 16:59:24 2015
2998
2999     maximal number of iterations (niter):    20
3000     maximal number of simulations (nsim):   200
3001     printing level (impres):                  1
3002     direct communication
3003
3004 m1qn3: Diagonal Initial Scaling mode
3005
3006     allocated memory (ndz) :   201848
3007     used memory :              201848
3008     number of updates :             8
3009     (y,s) pairs are stored in core memory
3010
3011 m1qn3: cold start
3012
3013     f             =  3.22797475D-03
3014     dfn-norm of g =  7.49273056D-02
3015
3016 -------------------------------------------------------------------------------
3017
3018 m1qn3: output mode is  6
3019     number of iterations:             13
3020     number of simulations:            55
3021     realized relative precision on g:  4.13D-04
3022     f             =  2.66981777D-03
3023     dfn-norm of g =  3.09739069D-05
3024
3025 M1QN3 (Version 3.3, October 2009): entry point
3026     dimension of the problem (n):         10092
3027     absolute precision on x (dxmin):          1.00D-12
3028     expected decrease for f (df1):            2.30D-03
3029     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3030     maximal number of iterations (niter):    20
3031     maximal number of simulations (nsim):   200
3032     printing level (impres):                  1
3033     direct communication
3034
3035 m1qn3: Diagonal Initial Scaling mode
3036
3037     allocated memory (ndz) :   201848
3038     used memory :              201848
3039     number of updates :             8
3040     (y,s) pairs are stored in core memory
3041
3042 m1qn3: cold start
3043
3044     f             =  2.29863450D-03
3045     dfn-norm of g =  5.79674793D-02
3046
3047 -------------------------------------------------------------------------------
3048
3049 m1qn3: output mode is  6
3050     number of iterations:             14
3051     number of simulations:            60
3052     realized relative precision on g:  5.22D-04
3053     f             =  1.98307657D-03
3054     dfn-norm of g =  3.02542794D-05
3055
3056 M1QN3 (Version 3.3, October 2009): entry point
3057     dimension of the problem (n):         10092
3058     absolute precision on x (dxmin):          1.00D-12
3059     expected decrease for f (df1):            1.76D-03
3060     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3061     maximal number of iterations (niter):    20
3062     maximal number of simulations (nsim):   200
3063     printing level (impres):                  1
3064     direct communication
3065
3066 m1qn3: Diagonal Initial Scaling mode
3067
3068     allocated memory (ndz) :   201848
3069     used memory :              201848
3070     number of updates :             8
3071     (y,s) pairs are stored in core memory
3072
3073 m1qn3: cold start
3074
3075     f             =  1.76161586D-03
3076     dfn-norm of g =  4.57434470D-02
3077
3078 -------------------------------------------------------------------------------
3079
3080 m1qn3: output mode is  6
3081     number of iterations:             16
3082     number of simulations:            62
3083     realized relative precision on g:  2.20D-04
3084     f             =  1.56681926D-03
3085     dfn-norm of g =  1.00842035D-05
3086
3087 M1QN3 (Version 3.3, October 2009): entry point
3088     dimension of the problem (n):         10092
3089     absolute precision on x (dxmin):          1.00D-12
3090     expected decrease for f (df1):            4.05D+00
3091     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3092     maximal number of iterations (niter):    20
3093     maximal number of simulations (nsim):   200
3094     printing level (impres):                  1
3095     direct communication
3096
3097 m1qn3: Diagonal Initial Scaling mode
3098
3099     allocated memory (ndz) :   201848
3100     used memory :              201848
3101     number of updates :             8
3102     (y,s) pairs are stored in core memory
3103
3104 m1qn3: cold start
3105
3106     f             =  4.05165243D+00
3107     dfn-norm of g =  1.84748951D+01
3108
3109 -------------------------------------------------------------------------------
3110
3111 m1qn3: output mode is  6
3112     number of iterations:             15
3113     number of simulations:            63
3114     realized relative precision on g:  1.44D-05
3115     f             =  1.89506575D-01
3116     dfn-norm of g =  2.66744820D-04
3117
3118 M1QN3 (Version 3.3, October 2009): entry point
3119     dimension of the problem (n):         10092
3120     absolute precision on x (dxmin):          1.00D-12
3121     expected decrease for f (df1):            1.97D-01
3122     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3123     maximal number of iterations (niter):    20
3124     maximal number of simulations (nsim):   200
3125     printing level (impres):                  1
3126     direct communication
3127
3128 m1qn3: Diagonal Initial Scaling mode
3129
3130     allocated memory (ndz) :   201848
3131     used memory :              201848
3132     number of updates :             8
3133     (y,s) pairs are stored in core memory
3134
3135 m1qn3: cold start
3136
3137     f             =  1.97204366D-01
3138     dfn-norm of g =  2.38524707D+00
3139
3140 -------------------------------------------------------------------------------
3141
3142 m1qn3: output mode is  6
3143     number of iterations:             13
3144     number of simulations:            61
3145     realized relative precision on g:  5.27D-05
3146     f             =  5.14906086D-02
3147     dfn-norm of g =  1.25786180D-04
3148
3149 M1QN3 (Version 3.3, October 2009): entry point
3150     dimension of the problem (n):         10092
3151     absolute precision on x (dxmin):          1.00D-12
3152     expected decrease for f (df1):            2.99D-02
3153     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3154     maximal number of iterations (niter):    20
3155     maximal number of simulations (nsim):   200
3156     printing level (impres):                  1
3157     direct communication
3158
3159 m1qn3: Diagonal Initial Scaling mode
3160
3161     allocated memory (ndz) :   201848
3162     used memory :              201848
3163     number of updates :             8
3164     (y,s) pairs are stored in core memory
3165
3166 m1qn3: cold start
3167
3168     f             =  2.98584681D-02
3169     dfn-norm of g =  4.03669338D-01
3170
3171 -------------------------------------------------------------------------------
3172
3173 m1qn3: output mode is  6
3174     number of iterations:             13
3175     number of simulations:            59
3176     realized relative precision on g:  1.41D-04
3177     f             =  1.89432483D-02
3178     dfn-norm of g =  5.69179422D-05
3179
3180 M1QN3 (Version 3.3, October 2009): entry point
3181     dimension of the problem (n):         10092
3182     absolute precision on x (dxmin):          1.00D-12
3183     expected decrease for f (df1):            1.39D-02
3184     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3185     maximal number of iterations (niter):    20
3186     maximal number of simulations (nsim):   200
3187     printing level (impres):                  1
3188     direct communication
3189
3190 m1qn3: Diagonal Initial Scaling mode
3191
3192     allocated memory (ndz) :   201848
3193     used memory :              201848
3194     number of updates :             8
3195     (y,s) pairs are stored in core memory
3196
3197 m1qn3: cold start
3198
3199     f             =  1.39418524D-02
3200     dfn-norm of g =  2.62239661D-01
3201
3202 -------------------------------------------------------------------------------
3203
3204 m1qn3: output mode is  6
3205     number of iterations:             11
3206     number of simulations:            59
3207     realized relative precision on g:  3.02D-04
3208     f             =  9.18992236D-03
3209     dfn-norm of g =  7.93008665D-05
3210
3211 M1QN3 (Version 3.3, October 2009): entry point
3212     dimension of the problem (n):         10092
3213     absolute precision on x (dxmin):          1.00D-12
3214     expected decrease for f (df1):            6.43D-03
3215     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3216     maximal number of iterations (niter):    20
3217     maximal number of simulations (nsim):   200
3218     printing level (impres):                  1
3219     direct communication
3220
3221 m1qn3: Diagonal Initial Scaling mode
3222
3223     allocated memory (ndz) :   201848
3224     used memory :              201848
3225     number of updates :             8
3226     (y,s) pairs are stored in core memory
3227
3228 m1qn3: cold start
3229
3230     f             =  6.43146178D-03
3231     dfn-norm of g =  1.22344788D-01
3232
3233 -------------------------------------------------------------------------------
3234
3235 m1qn3: output mode is  6
3236     number of iterations:             11
3237     number of simulations:            53
3238     realized relative precision on g:  3.06D-04
3239     f             =  4.65245917D-03
3240Yao#>(6) Arret sur dxmin pendant le line-search
3241
3242start run time ....: Wed Aug  5 16:59:24 2015
3243  end run time ....: Wed Aug  5 16:59:26 2015
3244  run duration ....: 2s
3245
3246Ext loop 6/8
3247
3248start run time: Wed Aug  5 16:59:26 2015
3249
3250Yao#>(6) Arret sur dxmin pendant le line-search
3251
3252start run time ....: Wed Aug  5 16:59:26 2015
3253  end run time ....: Wed Aug  5 16:59:28 2015
3254  run duration ....: 2s
3255
3256Ext loop 7/8
3257
3258start run time: Wed Aug  5 16:59:28 2015
3259
3260Yao#>(6) Arret sur dxmin pendant le line-search
3261
3262start run time ....: Wed Aug  5 16:59:28 2015
3263  end run time ....: Wed Aug  5 16:59:30 2015
3264  run duration ....: 2s
3265
3266Ext loop 8/8
3267
3268start run time: Wed Aug  5 16:59:30 2015
3269
3270Yao#>(6) Arret sur dxmin pendant le line-search
3271
3272start run time ....: Wed Aug  5 16:59:30 2015
3273  end run time ....: Wed Aug  5 16:59:32 2015
3274  run duration ....: 2s
3275
3276--Float nr 1 : 1 initial position / 3 obs loaded
3277--Float nr 2 : 1 initial position / 3 obs loaded
3278Run with 8 ext_iter with 100932 obs
3279Ext loop 1/8
3280
3281start run time: Wed Aug  5 16:59:32 2015
3282
3283Yao#>(6) Arret sur dxmin pendant le line-search
3284
3285start run time ....: Wed Aug  5 16:59:32 2015
3286  end run time ....: Wed Aug  5 16:59:35 2015
3287  run duration ....: 3s
3288
3289Ext loop 2/8
3290
3291start run time: Wed Aug  5 16:59:35 2015
3292
3293Yao#>(6) Arret sur dxmin pendant le line-search
3294
3295start run time ....: Wed Aug  5 16:59:35 2015
3296  end run time ....: Wed Aug  5 16:59:37 2015
3297  run duration ....: 2s
3298
3299Ext loop 3/8
3300
3301start run time: Wed Aug  5 16:59:37 2015
3302
3303Yao#>(6) Arret sur dxmin pendant le line-search
3304
3305start run time ....: Wed Aug  5 16:59:37 2015
3306  end run time ....: Wed Aug  5 16:59:39 2015
3307  run duration ....: 2s
3308
3309Ext loop 4/8
3310
3311start run time: Wed Aug  5 16:59:39 2015
3312
3313Yao#>(6) Arret sur dxmin pendant le line-search
3314
3315start run time ....: Wed Aug  5 16:59:39 2015
3316  end run time ....: Wed Aug  5 16:59:42 2015
3317  run duration ....: 3s
3318
3319Ext loop 5/8
3320
3321start run time: Wed Aug  5 16:59:42 2015
3322
3323     dfn-norm of g =  3.73841335D-05
3324
3325 M1QN3 (Version 3.3, October 2009): entry point
3326     dimension of the problem (n):         10092
3327     absolute precision on x (dxmin):          1.00D-12
3328     expected decrease for f (df1):            3.46D-03
3329     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3330     maximal number of iterations (niter):    20
3331     maximal number of simulations (nsim):   200
3332     printing level (impres):                  1
3333     direct communication
3334
3335 m1qn3: Diagonal Initial Scaling mode
3336
3337     allocated memory (ndz) :   201848
3338     used memory :              201848
3339     number of updates :             8
3340     (y,s) pairs are stored in core memory
3341
3342 m1qn3: cold start
3343
3344     f             =  3.45523097D-03
3345     dfn-norm of g =  8.14020828D-02
3346
3347 -------------------------------------------------------------------------------
3348
3349 m1qn3: output mode is  6
3350     number of iterations:             13
3351     number of simulations:            57
3352     realized relative precision on g:  6.50D-04
3353     f             =  2.64238077D-03
3354     dfn-norm of g =  5.29430874D-05
3355
3356 M1QN3 (Version 3.3, October 2009): entry point
3357     dimension of the problem (n):         10092
3358     absolute precision on x (dxmin):          1.00D-12
3359     expected decrease for f (df1):            2.09D-03
3360     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3361     maximal number of iterations (niter):    20
3362     maximal number of simulations (nsim):   200
3363     printing level (impres):                  1
3364     direct communication
3365
3366 m1qn3: Diagonal Initial Scaling mode
3367
3368     allocated memory (ndz) :   201848
3369     used memory :              201848
3370     number of updates :             8
3371     (y,s) pairs are stored in core memory
3372
3373 m1qn3: cold start
3374
3375     f             =  2.09021498D-03
3376     dfn-norm of g =  5.63260862D-02
3377
3378 -------------------------------------------------------------------------------
3379
3380 m1qn3: output mode is  6
3381     number of iterations:             14
3382     number of simulations:            57
3383     realized relative precision on g:  3.58D-04
3384     f             =  1.69628195D-03
3385     dfn-norm of g =  2.01647202D-05
3386
3387 M1QN3 (Version 3.3, October 2009): entry point
3388     dimension of the problem (n):         10092
3389     absolute precision on x (dxmin):          1.00D-12
3390     expected decrease for f (df1):            1.42D-03
3391     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3392     maximal number of iterations (niter):    20
3393     maximal number of simulations (nsim):   200
3394     printing level (impres):                  1
3395     direct communication
3396
3397 m1qn3: Diagonal Initial Scaling mode
3398
3399     allocated memory (ndz) :   201848
3400     used memory :              201848
3401     number of updates :             8
3402     (y,s) pairs are stored in core memory
3403
3404 m1qn3: cold start
3405
3406     f             =  1.42284436D-03
3407     dfn-norm of g =  3.85080550D-02
3408
3409 -------------------------------------------------------------------------------
3410
3411 m1qn3: output mode is  6
3412     number of iterations:             11
3413     number of simulations:            51
3414     realized relative precision on g:  7.16D-04
3415     f             =  1.21936784D-03
3416     dfn-norm of g =  2.75654198D-05
3417
3418 M1QN3 (Version 3.3, October 2009): entry point
3419     dimension of the problem (n):         10092
3420     absolute precision on x (dxmin):          1.00D-12
3421     expected decrease for f (df1):            4.39D+00
3422     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3423     maximal number of iterations (niter):    20
3424     maximal number of simulations (nsim):   200
3425     printing level (impres):                  1
3426     direct communication
3427
3428 m1qn3: Diagonal Initial Scaling mode
3429
3430     allocated memory (ndz) :   201848
3431     used memory :              201848
3432     number of updates :             8
3433     (y,s) pairs are stored in core memory
3434
3435 m1qn3: cold start
3436
3437     f             =  4.38643456D+00
3438     dfn-norm of g =  2.00949154D+01
3439
3440 -------------------------------------------------------------------------------
3441
3442 m1qn3: output mode is  6
3443     number of iterations:             18
3444     number of simulations:            66
3445     realized relative precision on g:  1.55D-05
3446     f             =  2.17946053D-01
3447     dfn-norm of g =  3.12135220D-04
3448
3449 M1QN3 (Version 3.3, October 2009): entry point
3450     dimension of the problem (n):         10092
3451     absolute precision on x (dxmin):          1.00D-12
3452     expected decrease for f (df1):            4.57D-01
3453     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3454     maximal number of iterations (niter):    20
3455     maximal number of simulations (nsim):   200
3456     printing level (impres):                  1
3457     direct communication
3458
3459 m1qn3: Diagonal Initial Scaling mode
3460
3461     allocated memory (ndz) :   201848
3462     used memory :              201848
3463     number of updates :             8
3464     (y,s) pairs are stored in core memory
3465
3466 m1qn3: cold start
3467
3468     f             =  4.56715375D-01
3469     dfn-norm of g =  3.59782401D+00
3470
3471 -------------------------------------------------------------------------------
3472
3473 m1qn3: output mode is  6
3474     number of iterations:             14
3475     number of simulations:            60
3476     realized relative precision on g:  1.23D-04
3477     f             =  1.09623745D-01
3478     dfn-norm of g =  4.41489019D-04
3479
3480 M1QN3 (Version 3.3, October 2009): entry point
3481     dimension of the problem (n):         10092
3482     absolute precision on x (dxmin):          1.00D-12
3483     expected decrease for f (df1):            5.68D-02
3484     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3485     maximal number of iterations (niter):    20
3486     maximal number of simulations (nsim):   200
3487     printing level (impres):                  1
3488     direct communication
3489
3490 m1qn3: Diagonal Initial Scaling mode
3491
3492     allocated memory (ndz) :   201848
3493     used memory :              201848
3494     number of updates :             8
3495     (y,s) pairs are stored in core memory
3496
3497 m1qn3: cold start
3498
3499     f             =  5.68341352D-02
3500     dfn-norm of g =  8.63922051D-01
3501
3502 -------------------------------------------------------------------------------
3503
3504 m1qn3: output mode is  6
3505     number of iterations:             13
3506     number of simulations:            61
3507     realized relative precision on g:  9.25D-05
3508     f             =  2.76402347D-02
3509     dfn-norm of g =  7.99260795D-05
3510
3511 M1QN3 (Version 3.3, October 2009): entry point
3512     dimension of the problem (n):         10092
3513     absolute precision on x (dxmin):          1.00D-12
3514     expected decrease for f (df1):            1.77D-02
3515     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3516     maximal number of iterations (niter):    20
3517     maximal number of simulations (nsim):   200
3518     printing level (impres):                  1
3519     direct communication
3520
3521 m1qn3: Diagonal Initial Scaling mode
3522
3523     allocated memory (ndz) :   201848
3524     used memory :              201848
3525     number of updates :             8
3526     (y,s) pairs are stored in core memory
3527
3528 m1qn3: cold start
3529
3530     f             =  1.76838357D-02
3531     dfn-norm of g =  3.05789288D-01
3532
3533 -------------------------------------------------------------------------------
3534
3535 m1qn3: output mode is  6
3536     number of iterations:             16
3537     number of simulations:            63
3538     realized relative precision on g:  2.91D-04
3539     f             =  1.12284534D-02
3540     dfn-norm of g =  8.90971986D-05
3541
3542 M1QN3 (Version 3.3, October 2009): entry point
3543     dimension of the problem (n):         10092
3544     absolute precision on x (dxmin):          1.00D-12
3545     expected decrease for f (df1):            8.06D-03
3546     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3547     maximal number of iterations (niter):    20
3548     maximal number of simulations (nsim):   200
3549     printing level (impres):                  1
3550     direct communication
3551
3552 m1qn3: Diagonal Initial Scaling mode
3553
3554     allocated memory (ndz) :   201848
3555     used memory :              201848
3556     number of updates :             8
3557     (y,s) pairs are stored in core memory
3558
3559 m1qn3: cold start
3560
3561     f             =  8.06239434D-03
3562Yao#>(6) Arret sur dxmin pendant le line-search
3563
3564start run time ....: Wed Aug  5 16:59:42 2015
3565  end run time ....: Wed Aug  5 16:59:44 2015
3566  run duration ....: 2s
3567
3568Ext loop 6/8
3569
3570start run time: Wed Aug  5 16:59:44 2015
3571
3572Yao#>(6) Arret sur dxmin pendant le line-search
3573
3574start run time ....: Wed Aug  5 16:59:44 2015
3575  end run time ....: Wed Aug  5 16:59:46 2015
3576  run duration ....: 2s
3577
3578Ext loop 7/8
3579
3580start run time: Wed Aug  5 16:59:46 2015
3581
3582Yao#>(6) Arret sur dxmin pendant le line-search
3583
3584start run time ....: Wed Aug  5 16:59:46 2015
3585  end run time ....: Wed Aug  5 16:59:48 2015
3586  run duration ....: 2s
3587
3588Ext loop 8/8
3589
3590start run time: Wed Aug  5 16:59:48 2015
3591
3592Yao#>(6) Arret sur dxmin pendant le line-search
3593
3594start run time ....: Wed Aug  5 16:59:48 2015
3595  end run time ....: Wed Aug  5 16:59:50 2015
3596  run duration ....: 2s
3597
3598--Float nr 1 : 1 initial position / 3 obs loaded
3599--Float nr 2 : 1 initial position / 3 obs loaded
3600Run with 8 ext_iter with 100932 obs
3601Ext loop 1/8
3602
3603start run time: Wed Aug  5 16:59:50 2015
3604
3605Yao#>(6) Arret sur dxmin pendant le line-search
3606
3607start run time ....: Wed Aug  5 16:59:50 2015
3608  end run time ....: Wed Aug  5 16:59:53 2015
3609  run duration ....: 3s
3610
3611Ext loop 2/8
3612
3613start run time: Wed Aug  5 16:59:53 2015
3614
3615Yao#>(6) Arret sur dxmin pendant le line-search
3616
3617start run time ....: Wed Aug  5 16:59:53 2015
3618  end run time ....: Wed Aug  5 16:59:55 2015
3619  run duration ....: 2s
3620
3621Ext loop 3/8
3622
3623start run time: Wed Aug  5 16:59:55 2015
3624
3625Yao#>(6) Arret sur dxmin pendant le line-search
3626
3627start run time ....: Wed Aug  5 16:59:55 2015
3628  end run time ....: Wed Aug  5 16:59:57 2015
3629  run duration ....: 2s
3630
3631Ext loop 4/8
3632
3633start run time: Wed Aug  5 16:59:57 2015
3634
3635Yao#>(6) Arret sur dxmin pendant le line-search
3636
3637start run time ....: Wed Aug  5 16:59:57 2015
3638  end run time ....: Wed Aug  5 16:59:59 2015
3639  run duration ....: 2s
3640
3641Ext loop 5/8
3642
3643start run time: Wed Aug  5 16:59:59 2015
3644
3645     dfn-norm of g =  1.26492373D-01
3646
3647 -------------------------------------------------------------------------------
3648
3649 m1qn3: output mode is  6
3650     number of iterations:             14
3651     number of simulations:            59
3652     realized relative precision on g:  3.63D-04
3653     f             =  5.92771033D-03
3654     dfn-norm of g =  4.59710602D-05
3655
3656 M1QN3 (Version 3.3, October 2009): entry point
3657     dimension of the problem (n):         10092
3658     absolute precision on x (dxmin):          1.00D-12
3659     expected decrease for f (df1):            4.58D-03
3660     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3661     maximal number of iterations (niter):    20
3662     maximal number of simulations (nsim):   200
3663     printing level (impres):                  1
3664     direct communication
3665
3666 m1qn3: Diagonal Initial Scaling mode
3667
3668     allocated memory (ndz) :   201848
3669     used memory :              201848
3670     number of updates :             8
3671     (y,s) pairs are stored in core memory
3672
3673 m1qn3: cold start
3674
3675     f             =  4.57626116D-03
3676     dfn-norm of g =  1.00050766D-01
3677
3678 -------------------------------------------------------------------------------
3679
3680 m1qn3: output mode is  6
3681     number of iterations:             14
3682     number of simulations:            60
3683     realized relative precision on g:  2.91D-04
3684     f             =  3.60147026D-03
3685     dfn-norm of g =  2.91617065D-05
3686
3687 M1QN3 (Version 3.3, October 2009): entry point
3688     dimension of the problem (n):         10092
3689     absolute precision on x (dxmin):          1.00D-12
3690     expected decrease for f (df1):            2.96D-03
3691     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3692     maximal number of iterations (niter):    20
3693     maximal number of simulations (nsim):   200
3694     printing level (impres):                  1
3695     direct communication
3696
3697 m1qn3: Diagonal Initial Scaling mode
3698
3699     allocated memory (ndz) :   201848
3700     used memory :              201848
3701     number of updates :             8
3702     (y,s) pairs are stored in core memory
3703
3704 m1qn3: cold start
3705
3706     f             =  2.96180160D-03
3707     dfn-norm of g =  7.32922285D-02
3708
3709 -------------------------------------------------------------------------------
3710
3711 m1qn3: output mode is  6
3712     number of iterations:             15
3713     number of simulations:            58
3714     realized relative precision on g:  9.51D-05
3715     f             =  2.45368830D-03
3716     dfn-norm of g =  6.97244202D-06
3717
3718 M1QN3 (Version 3.3, October 2009): entry point
3719     dimension of the problem (n):         10092
3720     absolute precision on x (dxmin):          1.00D-12
3721     expected decrease for f (df1):            2.09D-03
3722     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3723     maximal number of iterations (niter):    20
3724     maximal number of simulations (nsim):   200
3725     printing level (impres):                  1
3726     direct communication
3727
3728 m1qn3: Diagonal Initial Scaling mode
3729
3730     allocated memory (ndz) :   201848
3731     used memory :              201848
3732     number of updates :             8
3733     (y,s) pairs are stored in core memory
3734
3735 m1qn3: cold start
3736
3737     f             =  2.08899239D-03
3738     dfn-norm of g =  4.93939138D-02
3739
3740 -------------------------------------------------------------------------------
3741
3742 m1qn3: output mode is  6
3743     number of iterations:             13
3744     number of simulations:            56
3745     realized relative precision on g:  7.90D-04
3746     f             =  1.78638531D-03
3747     dfn-norm of g =  3.90272047D-05
3748
3749 M1QN3 (Version 3.3, October 2009): entry point
3750     dimension of the problem (n):         10092
3751     absolute precision on x (dxmin):          1.00D-12
3752     expected decrease for f (df1):            6.68D+00
3753     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3754     maximal number of iterations (niter):    20
3755     maximal number of simulations (nsim):   200
3756     printing level (impres):                  1
3757     direct communication
3758
3759 m1qn3: Diagonal Initial Scaling mode
3760
3761     allocated memory (ndz) :   201848
3762     used memory :              201848
3763     number of updates :             8
3764     (y,s) pairs are stored in core memory
3765
3766 m1qn3: cold start
3767
3768     f             =  6.68484068D+00
3769     dfn-norm of g =  2.60248536D+01
3770
3771 -------------------------------------------------------------------------------
3772
3773 m1qn3: output mode is  6
3774     number of iterations:             15
3775     number of simulations:            65
3776     realized relative precision on g:  2.95D-05
3777     f             =  2.78911442D-01
3778     dfn-norm of g =  7.68057528D-04
3779
3780 M1QN3 (Version 3.3, October 2009): entry point
3781     dimension of the problem (n):         10092
3782     absolute precision on x (dxmin):          1.00D-12
3783     expected decrease for f (df1):            6.57D-01
3784     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3785     maximal number of iterations (niter):    20
3786     maximal number of simulations (nsim):   200
3787     printing level (impres):                  1
3788     direct communication
3789
3790 m1qn3: Diagonal Initial Scaling mode
3791
3792     allocated memory (ndz) :   201848
3793     used memory :              201848
3794     number of updates :             8
3795     (y,s) pairs are stored in core memory
3796
3797 m1qn3: cold start
3798
3799     f             =  6.57018840D-01
3800     dfn-norm of g =  4.71710407D+00
3801
3802 -------------------------------------------------------------------------------
3803
3804 m1qn3: output mode is  6
3805     number of iterations:             13
3806     number of simulations:            59
3807     realized relative precision on g:  1.41D-05
3808     f             =  1.10785000D-01
3809     dfn-norm of g =  6.66994215D-05
3810
3811 M1QN3 (Version 3.3, October 2009): entry point
3812     dimension of the problem (n):         10092
3813     absolute precision on x (dxmin):          1.00D-12
3814     expected decrease for f (df1):            5.62D-02
3815     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3816     maximal number of iterations (niter):    20
3817     maximal number of simulations (nsim):   200
3818     printing level (impres):                  1
3819     direct communication
3820
3821 m1qn3: Diagonal Initial Scaling mode
3822
3823     allocated memory (ndz) :   201848
3824     used memory :              201848
3825     number of updates :             8
3826     (y,s) pairs are stored in core memory
3827
3828 m1qn3: cold start
3829
3830     f             =  5.61941303D-02
3831     dfn-norm of g =  1.19655990D+00
3832
3833 -------------------------------------------------------------------------------
3834
3835 m1qn3: output mode is  6
3836     number of iterations:             11
3837     number of simulations:            56
3838     realized relative precision on g:  5.82D-05
3839     f             =  2.74790321D-02
3840     dfn-norm of g =  6.96130273D-05
3841
3842 M1QN3 (Version 3.3, October 2009): entry point
3843     dimension of the problem (n):         10092
3844     absolute precision on x (dxmin):          1.00D-12
3845     expected decrease for f (df1):            2.36D-02
3846     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3847     maximal number of iterations (niter):    20
3848     maximal number of simulations (nsim):   200
3849     printing level (impres):                  1
3850     direct communication
3851
3852 m1qn3: Diagonal Initial Scaling mode
3853
3854     allocated memory (ndz) :   201848
3855     used memory :              201848
3856     number of updates :             8
3857     (y,s) pairs are stored in core memory
3858
3859 m1qn3: cold start
3860
3861     f             =  2.35850159D-02
3862     dfn-norm of g =  2.36367861D-01
3863
3864 -------------------------------------------------------------------------------
3865
3866 m1qn3: output mode is  6
3867     number of iterations:             12
3868     number of simulations:            58
3869     realized relative precision on g:  1.55D-04
3870     f             =  1.82139892D-02
3871     dfn-norm of g =  3.66144575D-05
3872
3873 M1QN3 (Version 3.3, October 2009): entry point
3874     dimension of the problem (n):         10092
3875     absolute precision on x (dxmin):          1.00D-12
3876     expected decrease for f (df1):            1.44D-02
3877     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3878     maximal number of iterations (niter):    20
3879     maximal number of simulations (nsim):   200
3880Yao#>(6) Arret sur dxmin pendant le line-search
3881
3882start run time ....: Wed Aug  5 16:59:59 2015
3883  end run time ....: Wed Aug  5 17:00:01 2015
3884  run duration ....: 2s
3885
3886Ext loop 6/8
3887
3888start run time: Wed Aug  5 17:00:01 2015
3889
3890Yao#>(6) Arret sur dxmin pendant le line-search
3891
3892start run time ....: Wed Aug  5 17:00:01 2015
3893  end run time ....: Wed Aug  5 17:00:03 2015
3894  run duration ....: 2s
3895
3896Ext loop 7/8
3897
3898start run time: Wed Aug  5 17:00:03 2015
3899
3900Yao#>(6) Arret sur dxmin pendant le line-search
3901
3902start run time ....: Wed Aug  5 17:00:03 2015
3903  end run time ....: Wed Aug  5 17:00:05 2015
3904  run duration ....: 2s
3905
3906Ext loop 8/8
3907
3908start run time: Wed Aug  5 17:00:05 2015
3909
3910Yao#>(6) Arret sur dxmin pendant le line-search
3911
3912start run time ....: Wed Aug  5 17:00:05 2015
3913  end run time ....: Wed Aug  5 17:00:07 2015
3914  run duration ....: 2s
3915
3916Yao#>
3917Yao#>save_output_uv ./uv_geos_div.dat
3918Yao#>save_output_uvtot ./uv_tot_div.dat
3919Yao#>save_output_rfloat ./rfloat_div.dat
3920Yao#>savestate Div 0 ij 0 A 3 ./Div_ana_div.dat
3921 95874 state(s) selected saving module Div
3922Yao#>
3923Yao#>goto fin
3924     printing level (impres):                  1
3925     direct communication
3926
3927 m1qn3: Diagonal Initial Scaling mode
3928
3929     allocated memory (ndz) :   201848
3930     used memory :              201848
3931     number of updates :             8
3932     (y,s) pairs are stored in core memory
3933
3934 m1qn3: cold start
3935
3936     f             =  1.44094350D-02
3937     dfn-norm of g =  1.29581288D-01
3938
3939 -------------------------------------------------------------------------------
3940
3941 m1qn3: output mode is  6
3942     number of iterations:             13
3943     number of simulations:            57
3944     realized relative precision on g:  3.71D-04
3945     f             =  1.19128134D-02
3946     dfn-norm of g =  4.80625449D-05
3947
3948 M1QN3 (Version 3.3, October 2009): entry point
3949     dimension of the problem (n):         10092
3950     absolute precision on x (dxmin):          1.00D-12
3951     expected decrease for f (df1):            9.67D-03
3952     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3953     maximal number of iterations (niter):    20
3954     maximal number of simulations (nsim):   200
3955     printing level (impres):                  1
3956     direct communication
3957
3958 m1qn3: Diagonal Initial Scaling mode
3959
3960     allocated memory (ndz) :   201848
3961     used memory :              201848
3962     number of updates :             8
3963     (y,s) pairs are stored in core memory
3964
3965 m1qn3: cold start
3966
3967     f             =  9.66564566D-03
3968     dfn-norm of g =  1.01977168D-01
3969
3970 -------------------------------------------------------------------------------
3971
3972 m1qn3: output mode is  6
3973     number of iterations:             14
3974     number of simulations:            54
3975     realized relative precision on g:  3.51D-04
3976     f             =  8.21834523D-03
3977     dfn-norm of g =  3.57778729D-05
3978
3979 M1QN3 (Version 3.3, October 2009): entry point
3980     dimension of the problem (n):         10092
3981     absolute precision on x (dxmin):          1.00D-12
3982     expected decrease for f (df1):            6.87D-03
3983     relative precision on g (epsg):           1.00D-12 (dfn-norm)
3984     maximal number of iterations (niter):    20
3985     maximal number of simulations (nsim):   200
3986     printing level (impres):                  1
3987     direct communication
3988
3989 m1qn3: Diagonal Initial Scaling mode
3990
3991     allocated memory (ndz) :   201848
3992     used memory :              201848
3993     number of updates :             8
3994     (y,s) pairs are stored in core memory
3995
3996 m1qn3: cold start
3997
3998     f             =  6.86570397D-03
3999     dfn-norm of g =  7.63603529D-02
4000
4001 -------------------------------------------------------------------------------
4002
4003 m1qn3: output mode is  6
4004     number of iterations:             12
4005     number of simulations:            59
4006     realized relative precision on g:  9.22D-04
4007     f             =  5.99760050D-03
4008     dfn-norm of g =  7.03667966D-05
4009
4010 M1QN3 (Version 3.3, October 2009): entry point
4011     dimension of the problem (n):         10092
4012     absolute precision on x (dxmin):          1.00D-12
4013     expected decrease for f (df1):            5.18D-03
4014     relative precision on g (epsg):           1.00D-12 (dfn-norm)
4015     maximal number of iterations (niter):    20
4016     maximal number of simulations (nsim):   200
4017     printing level (impres):                  1
4018     direct communication
4019
4020 m1qn3: Diagonal Initial Scaling mode
4021
4022     allocated memory (ndz) :   201848
4023     used memory :              201848
4024     number of updates :             8
4025     (y,s) pairs are stored in core memory
4026
4027 m1qn3: cold start
4028
4029     f             =  5.17737633D-03
4030     dfn-norm of g =  5.92249188D-02
4031
4032 -------------------------------------------------------------------------------
4033
4034 m1qn3: output mode is  6
4035     number of iterations:             12
4036     number of simulations:            58
4037     realized relative precision on g:  3.61D-04
4038     f             =  4.63042082D-03
4039     dfn-norm of g =  2.14053695D-05
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