@@ -402,68 +402,68 @@ full_reparam <-
402402 verbose = TRUE )
403403# > Evaluating criterion...
404404# > Calculating step direction...
405- # > Critical value is 59488.6958739971
405+ # > Critical value is 59488.6958740501
406406# > Sum of squared gradients is 20759219.2187245
407407# > Calculating step direction...
408- # > Critical value is 2714.37060242656
408+ # > Critical value is 2714.37060241748
409409# > Sum of squared gradients is 1537213.03209716
410410# > Calculating step direction...
411- # > Critical value is 962.779632393281
412- # > Sum of squared gradients is 49019.0031205343
411+ # > Critical value is 962.779632378656
412+ # > Sum of squared gradients is 49019.0031205385
413413# > Calculating step direction...
414- # > Critical value is 518.44057093839
415- # > Sum of squared gradients is 1170.93895449115
414+ # > Critical value is 518.440570955525
415+ # > Sum of squared gradients is 1170.93895450318
416416# > Calculating step direction...
417- # > Critical value is 439.54758854844
418- # > Sum of squared gradients is 334.451820833091
417+ # > Critical value is 439.547588578626
418+ # > Sum of squared gradients is 334.451820838303
419419# > Fit barrier sub-problem with t = 1.
420420# > Calculating step direction...
421- # > Critical value is 404.262618865894
422- # > Sum of squared gradients is 63.8567779345351
421+ # > Critical value is 404.262618865981
422+ # > Sum of squared gradients is 63.8567779339158
423423# > Fit barrier sub-problem with t = 10.
424424# > Calculating step direction...
425- # > Critical value is 398.535007137036
426- # > Sum of squared gradients is 5.30566317153999
425+ # > Critical value is 398.535007077449
426+ # > Sum of squared gradients is 5.30566317182699
427427# > Fit barrier sub-problem with t = 100.
428428# > Calculating step direction...
429429# > Critical value is 397.933004080956
430- # > Sum of squared gradients is 0.964654574961485
430+ # > Sum of squared gradients is 0.964654574328363
431431# > Fit barrier sub-problem with t = 1000.
432432# > Calculating step direction...
433433# > Critical value is 397.903481699148
434- # > Sum of squared gradients is 0.130878832614764
434+ # > Sum of squared gradients is 0.130878832620995
435435# > Fit barrier sub-problem with t = 10000.
436436# > Calculating step direction...
437- # > Critical value is 397.901192550565
438- # > Sum of squared gradients is 0.00282837980295736
437+ # > Critical value is 397.901192595268
438+ # > Sum of squared gradients is 0.00282837980326623
439439# > Fit barrier sub-problem with t = 1e+05.
440440# > Calculating step direction...
441441# > Critical value is 397.90096349744
442- # > Sum of squared gradients is 1.83612109646989e -05
442+ # > Sum of squared gradients is 1.83712763217375e -05
443443# > Fit barrier sub-problem with t = 1e+06.
444444# > Calculating step direction...
445445# > Critical value is 397.90094058058
446- # > Sum of squared gradients is 2.00871611789907e -06
446+ # > Sum of squared gradients is 2.00871616169818e -06
447447# > Fit barrier sub-problem with t = 1e+07.
448448# > Calculating step direction...
449449# > Critical value is 397.900938584682
450- # > Sum of squared gradients is 1.21879871226826e -06
450+ # > Sum of squared gradients is 1.21879871093009e -06
451451# > Fit barrier sub-problem with t = 1e+08.
452452# > Calculating step direction...
453- # > Critical value is 397.900937759988
454- # > Sum of squared gradients is 1.08520367768346e -06
453+ # > Critical value is 397.900937789791
454+ # > Sum of squared gradients is 1.08520367728683e -06
455455# > Fit barrier sub-problem with t = 1e+09.
456456# > Calculating step direction...
457- # > Critical value is 397.900937737123
458- # > Sum of squared gradients is 9.6773994367296e -07
457+ # > Critical value is 397.900937766926
458+ # > Sum of squared gradients is 9.37277655574636e -07
459459# > Fit barrier sub-problem with t = 1e+10.
460460# > Calculating step direction...
461- # > Critical value is 397.900937734837
462- # > Sum of squared gradients is 9.67741313499729e -07
461+ # > Critical value is 397.900937764639
462+ # > Sum of squared gradients is 9.37278815971218e -07
463463# > Fit barrier sub-problem with t = 1e+11.
464464# > Calculating step direction...
465- # > Critical value is 397.900937734608
466- # > Sum of squared gradients is 9.67741452245802e -07
465+ # > Critical value is 397.900937764411
466+ # > Sum of squared gradients is 9.37278933831892e -07
467467# > Fit barrier sub-problem with t = 1e+12.
468468#
469469# full_cis <- bootstrap_ci(W,
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