|
[QUOTE=unconnected;481017]C166 from aliquot sequence 11040:i10075
[CODE]# norm 4.842117e-16 alpha -6.386566 e 6.660e-13 rroots 3 n: 2551866496142796205194568169329050899278937865114244895973054888348809197050044923560369430165888035215055871309580662671238395950373968027390712562466183225011292407 skew: 7780729.92 c0: 1052102815123603697416958023552029918720 c1: 783092726395247432218104971505272 c2: -15526014291945706673885210 c3: -87643615010505497547 c4: 513904181620 c5: 246480 Y0: -100696703391936382577037265134733 Y1: 48212383385190019 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6 lss: 0 [/CODE]I'll run LA (hope it fits in 8Gb).[/QUOTE] If it's not too late, you might want to test-sieve the following poly as well. CADO says it could be better: [code] R0: -100696703388843461758110555035845 R1: 48212383385190019 A0: 1102252752356273888259693951096113934528 A1: 780019153848524122193043103602008 A2: -32380213343714146093821362 A3: -87501599253372813387 A4: 592965106420 A5: 246480 skew 7800000, size 4.004e-16, alpha -6.387, combined = 6.660e-13 rroots = 3[/code] |
[b]QUEUED AS C200_1888171_37[/b] C200 from the OPN t550 file.
[CODE]n: 58956247144761155278613168085211713638277229691132091638630002376104127349026879008603179854595188620241037639199375559185450850245292518790331052700554195341370631981768183901285762977057263635211697 # 1888171^37-1, difficulty: 232 skew: 0.09 c6: 1888171 c0: -1 Y1: -1 Y0: 45315621292308633302084213655142172521 m: 45315621292308633302084213655142172521 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 61 mfba: 61 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 15983 60M 12268 100M 11064[/CODE] |
[b]QUEUED AS C164_338xxx579_19[/b] C164 from the OPN t600 file.
[CODE]n: 38860861445778850969680630439311227159415792788932789500259849081812468751053583273644509181372728849492824609056535053661624930439377145596390615682047885423904123 # 3381863410579^19-1 C164 # expecting poly E from 7.60e-13 to > 8.74e-13 lss: 0 Y0: -27442674178124839763824673150351 Y1: 7793043806681 c0: 280136295732840685450151421109904775360 c1: 325766467046230728769901747863120 c2: -744071351884218696190168360 c3: -47883588659751104714 c4: 70117622905917 c5: 2496780 skew: 3312465.63 # skew 3312465.63, size 5.372e-16, alpha -7.192, combined = 7.782e-13 rroots = 5 type: gnfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 13759 60M 14317 100M 14087[/CODE] |
[b]QUEUED AS C163_287xxx323_3[/b] C163 from the OPN t600 file.
[ a.k.a. Phi_3(Phi_29(14401)/59/523/3065713912035839) ] p97^3-1 [CODE]n: 5291610598339803917854125624126199550883921985264025408871351973087265336861502115187345391316093888171298195520496677064033950538617659817036392737180252641770449 # 2878319791561117685582532984481924989856693782709674033037185004142735435821967737094116024989323^3-1 # expecting poly E from 8.58e-13 to > 9.86e-13 lss: 0 Y0: -26390248615952502337921014298222 Y1: 3393833987825897 c0: -20193065923418146666342028352047917688361 c1: 3241721956776338193620593742878017 c2: 1636579644193690708337989739 c3: -179681922722879266453 c4: -20533078427110 c5: 413400 skew: 9550000.00 type: gnfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 7252 50M 7555 80M 6179 110M 6013[/CODE] |
[QUOTE=RichD;481298]C164 from the OPN t600 file.
[CODE]n: 38860861445778850969680630439311227159415792788932789500259849081812468751053583273644509181372728849492824609056535053661624930439377145596390615682047885423904123 # 3381863410579^19-1 C164 # expecting poly E from 7.60e-13 to > 8.74e-13 lss: 0 Y0: -27442674178124839763824673150351 Y1: 7793043806681 c0: 280136295732840685450151421109904775360 c1: 325766467046230728769901747863120 c2: -744071351884218696190168360 c3: -47883588659751104714 c4: 70117622905917 c5: 2496780 skew: 3312465.63 # skew 3312465.63, size 5.372e-16, alpha -7.192, combined = 7.782e-13 rroots = 5 type: gnfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE]Trial sieving 5K blocks. [CODE] Q Yield 20M 13759 60M 14317 100M 14087[/CODE][/QUOTE] CADO variant of the same poly. May sieve better. Consider test-sieving just in case. [code] Y0: -27442674178123406747757325421347 Y1: 7793043806681 c0: 314662976051697823608329659840189789056 c1: 49021687019203609857877256003760 c2: -756105726286871951538665776 c3: 4534691569295778598 c4: 72413212373517 c5: 2496780 skew: 3295535.88118 # lognorm 51.65, E 44.46, alpha -7.19 (proj -1.90), 5 real roots # MurphyE = 7.78034951e-13 [/code] |
[QUOTE=RichD;481543]C163 from the OPN t600 file.
[ a.k.a. Phi_3(Phi_29(14401)/59/523/3065713912035839) ] p97^3-1 [CODE]n: 5291610598339803917854125624126199550883921985264025408871351973087265336861502115187345391316093888171298195520496677064033950538617659817036392737180252641770449 # 2878319791561117685582532984481924989856693782709674033037185004142735435821967737094116024989323^3-1 # expecting poly E from 8.58e-13 to > 9.86e-13 lss: 0 Y0: -26390248615952502337921014298222 Y1: 3393833987825897 c0: -20193065923418146666342028352047917688361 c1: 3241721956776338193620593742878017 c2: 1636579644193690708337989739 c3: -179681922722879266453 c4: -20533078427110 c5: 413400 skew: 9550000.00 type: gnfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE]Trial sieving 5K blocks. [CODE] Q Yield 20M 7252 50M 7555 80M 6179 110M 6013[/CODE][/QUOTE] CADO variant of the same poly. Has the same E score but may sieve better. Consider test-sieving just in case. [code] Y0: -26390248615952502337921014298222 Y1: 3393833987825897 c0: -20193065923418146666342028352047917688361 c1: 3241721956776338193620593742878017 c2: 1636579644193690708337989739 c3: -179681922722879266453 c4: -20533078427110 c5: 413400 skew: 9582567.07081 # lognorm 52.36, E 44.68, alpha -7.68 (proj -2.28), 5 real roots # MurphyE = 8.64000688e-13 [/code] |
[QUOTE=Max0526;481552]CADO variant of the same poly. May sieve better. Consider test-sieving just in case.
[code] Y0: -27442674178123406747757325421347 Y1: 7793043806681 c0: 314662976051697823608329659840189789056 c1: 49021687019203609857877256003760 c2: -756105726286871951538665776 c3: 4534691569295778598 c4: 72413212373517 c5: 2496780 skew: 3295535.88118 # lognorm 51.65, E 44.46, alpha -7.19 (proj -1.90), 5 real roots # MurphyE = 7.78034951e-13 [/code][/QUOTE] All the coefficients are the same! This is the same number as requested in the Polynomial Request Thread. Your first poly sieved the best but by only 2% better than mine. |
@RichD
> All the coefficients are the same! My mistake, very sorry. I assumed that CADO output is never the same, I was wrong. |
[b]QUEUED AS C209_96656723_29[/b] C209 from the OPN t550 file for 14e.
[CODE]n: 38155489400390684492057575248670260375699046067794220801720054838684506391152282907392260134473322821707769822885146094083793285393711876564941302765016751736349211746717683659632829781992038094808885447608239 # 96656723^29-1, difficulty: 239.56, skewness: 21.42, alpha: 0.00 # cost: 3.70275e+18, est. time: 1763.22 GHz days (not accurate yet!) skew: 21.42 c6: 1 c0: -96656723 Y1: -1 Y0: 8436461613321180580662662958405780659843 type: snfs rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.7 alambda: 2.7 type: snfs[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12836 60M 10057 100M 9487 150M 7959 200M 7591 250M 6765 300M 6760[/CODE] |
[b]QUEUED AS C205_924xx521_5[/b]
C205 from the OPN t600 file. [ a.k.a. Phi_5(Phi_11(Phi_5(3851)/5/19218301)/23/186049117) ] P54^5-1 [CODE]n: 1323787797341202891406506433704883166752001838765328656069746984875050362294070749635299260192151103497722045843897943765353227228438616390233123476486387480708100421427049358561931073294411578077974071961 # 924407418969362291616197435056430675289762026161428521^5-1, difficulty: 215.86, skewness: 1.00, alpha: 1.45 # cost: 5.45981e+17, est. time: 259.99 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 924407418969362291616197435056430675289762026161428521 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12030 60M 13286 100M 13975 140M 12704[/CODE] |
[b]QUEUED AS C159_112xx041_17[/b]
C159 from the OPN t600 file. [ a.k.a. Phi_17(Phi_5(8970971)/5/11/811/12926572181) ] [CODE]n: 567033079351417599792287481827798838189390134708539997609886372751620595472206543240914774142736016505565453857390328265649123632896794230620769751076259286187 # 11232875364041^17-1 # expecting poly E from 1.49e-12 to > 1.72e-12 lss: 0 Y0: -4838152153707467647999587052081 Y1: 1979898218066797 c0: 2525402780109740104271968199475880800 c1: 9596414219759589072414289455240 c2: -19454805664515688837147990 c3: -6920023955982287039 c4: -574862570116 c5: 213900 skew: 2793565.99 # skew 2793565.99, size 1.855e-15, alpha -6.134, combined = 1.650e-12 rroots = 3 type: gnfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11566 60M 9750 100M 10534[/CODE] |
[b]QUEUED[/b] C163_151_45 is ready for GNFS on 14e. I've been playing around with xyyx numbers where x=151. Just removing small factors, running low ECM, etc. This job fell out, and GNFS slightly edges out SNFS. Seemed like a fun job.
[code]n: 2499830250929377371615110582385094423403502627984885738837881195521490842836132126025582427792922041447461382151746121719936601309358197409471760186958718092614989 skew: 1613790.50 c0: -4701620952468620007188957972902640087 c1: -1631530669598296050779238660793 c2: 27727130106879955181681735 c3: -5620908737842388651 c4: 15986229733656 c5: 987900 #size 7.337e-16, alpha -6.035, combined = 9.389e-13 rroots = 3 Y0: -19082686107906196762944828398604 Y1: 1881732516618913 rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6 [/code] Test sieving results on the -a side, with Q in blocks of 10K [code] Q=20M 14369 Q=60M 13489 Q=100M 12693 [/code] Suggesting a sieving range of 20M-110M with target # rels = 120M |
[b]QUEUED AS C184_2561074343_23[/b] C184 from the OPN t600 file.
Sieve on the ALGEBRAIC SIDE. [CODE]n: 1322460979077366630360853543370415887912247543970214396433444750893920001012954175414405407091325909602739020654539459045907273148240171258300868185524781308167406096128005922377951111 # 2561074343^23-1, difficulty: 225.80, skewness: 36.99, alpha: 0.00 # cost: 1.23663e+18, est. time: 588.87 GHz days (not accurate yet!) lss: 0 skew: 36.989 c6: 1 c0: -2561074343 Y1: -1 Y0: 43021816296472741482967144144160959201 type: snfs rlim: 268000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8480 60M 8224 100M 6650 150M 5245 200M 5756[/CODE] |
[b]QUEUED[/b] C175_142_130 is a composite stub remaining after yoyo@Home found a p58. It is ready for GNFS on 15e.
[code] n: 3171216243151117801908173361492419424469848131145041418417259189075751201799682950004775077511748490405838541982866091245947586330479250208822861305228458344423005394835803901 # norm 6.395655e-17 alpha -8.120925 e 1.977e-13 rroots 3 skew: 49633275.07 c0: 9609929940331638596779248778613865916710005 c1: 996381179151505999784768789957391292 c2: 2533637203368113953818353275 c3: -2725489679218934591356 c4: -3986795332704 c5: 257040 Y0: -6580289926091694057481430209096398 Y1: 13762098543200293 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -a side with Q in blocks of 10K. [code] Q=20M 23834 Q=50M 24152 Q=80M 26192 Q=130M 26919 [/code] Suggesting a sieving range for Q of 20M-120M with target # relations = 250M |
[b]QUEUED AS 13_2_850m1[/b] 13*2^850-1 for 14e: ECM was run to roughly a t55.
[code]n: 6092797094107425799704466369284382300839334206194390513215996736007551793410787668914350721278973895519834819835961779089361346742622564060403743326622002553927767824812532734024997259419552697698879 m: 5575186299632655785383929568162090376495104 type: snfs size: 257 skew: 0.83 c6: 13 c0: -4 rlim: 134000000 alim: 200000000 lpbr: 33 lpba: 33 mfbr: 66 mfba: 66 rlambda: 2.7 alambda: 2.7[/code] Test-sieving suggests Q=15M-220M to produce ~630M rels. I'll handle the matrix when ready. While this candidate is a bit larger than 13*2^847-1 done most recently, testing 3LP was 15% slower than 2LP (while 847 was within margin of test-sieve error, perhaps 0-5% slower). 65-bit mfb were also slower by single-digit % (but lower yield, so worse in two ways). |
[b]QUEUED AS C166_755xx481_3[/b]
C166 from the OPN t600 file. [ a.k.a. Phi_3(Phi_5(Phi_5(Phi_3(Phi_5(3169)/5)/78049/22216443433)/1404522989938741)/5)/4052089 ] p86^3-1 [CODE]n: 1407881584907180607948685317019832715417587569623090798213144268275829243110822281390733648807521735048757568056879492657992663715412865944022335241300683482629767987 # 75530533451743557525338385814839050445571761854876146017004062930526523488696122961481^3-1 # expecting poly E from 6.11e-13 to > 7.03e-13 lss: 0 Y0: -104106305266604742527397703090184 Y1: 337692328325489 c0: -7169806242551647659937136588685794115405 c1: 15243629559466206672892964697867510 c2: -1138336935775737851364781151 c3: -315497699423677780349 c4: 2808191956575 c5: 115128 skew: 17492965.34 # skew 17492965.34, size 3.685e-16, alpha -7.248, combined = 6.198e-13 rroots = 5 type: gnfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12044 60M 11313 100M 13371 140M 11209[/CODE] |
[b]QUEUED AS C160_121xx489_13[/b]
C160 from the OPN t600 file. [CODE]n: 4568620356934293839958681438539955826175348114584749897426762119097236484102459468340000657755575989948464189513397960123908937260198537815646144025509868460107 # 12135499643725165489^13-1, difficulty: 229.01, skewness: 1.00, alpha: 3.10 # cost: 1.60248e+18, est. time: 763.09 GHz days (not accurate yet!) skew: 1.000 c6: 1 c5: 1 c4: -5 c3: -4 c2: 6 c1: 3 c0: -1 Y1: -12135499643725165489 Y0: 147270351602853618515276705840436609122 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. In hindsight, it is better to start sieving a little lower. So I added Q=15M [CODE] Q Yield 15M 12760 20M 12223 50M 9307 80M 7734 [strike]110M 7641[/strike][/CODE] |
[b]QUEUED[/b] C253_131_98 is ready for SNFS on 15e.
[code] n:1540029074789172337023106333625758121269245309367275176926804874527872385206366672508133914781576518087648934107643377787346653409698708460220058885390073299900835650765094361845511003880653771833388367183672187518527053878674580620302000286168408015067 # 131^98+98^131, difficulty: 262.84, anorm: 2.59e+039, rnorm: 1.94e+049 # scaled difficulty: 264.49, suggest sieving rational side # size = 1.906e-013, alpha = 0.000, combined = 3.585e-014, rroots = 0 type: snfs size: 262 skew: 10.9051 c6: 1 c0: 1681778 Y1: -7522128193775222200360700096950081 Y0: 64117069607359275099814093732820870081019904 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5K: [code] Q=20M 11188 Q=80M 9670 Q=150M 8711 Q=250M 7715 [/code] Suggesting a sieving range for Q of 20M-280M with a target # relations = 470M |
[b]QUEUED[/b] C177_134_73 is ready for GNFS after a group poly search, top poly by Max0526:
[code] n: 180189746142952844436124262037686342047932954306939405380401568534712179225777244095963902399806570252212701396365362103075796904850851875771907195646912199042073818244500029371 skew: 17903975.73 c0: 422350353444455437951948965729548821847680 c1: 90393272761662392398979662338013948 c2: -68988940653139931958652083763 c3: 3266320170348965129009 c4: 215504618168580 c5: 1134000 Y0: -18032637465214493952643190295486529 Y1: 438537618959093566462 # size 3.482e-017, alpha -8.170, combined = 1.527e-013 rroots = 5 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6 [/code] Test sieving on the -a side with Q in blocks of 10k [code] Q=20M 17078 Q=60M 20987 Q=100M 22069 Q=140M 18840 [/code] Suggesting a sieving range for Q of 20M-145M with a target # rels = 250M |
[b]QUEUED AS C191_279xx283_5[/b] C191 from the OPN t600 file.
[ a.k.a. Phi_5(Phi_23(1009)/139/1013/309811)/36788904895969182461556455470771 ] P56^5-1 [CODE]n: 16578452467011585329221035518278114401146464395198569113442878333169232298949210235447660721329465773986803340478088615679494392467014257553003166535662501623628285087306308041878848741645011 # 27945714132675033142899109225439212386442031501005140283^5-1, difficulty: 221.79, skewness: 1.00, alpha: 1.45 # cost: 8.91016e+17, est. time: 424.29 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 27945714132675033142899109225439212386442031501005140283 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 6699 60M 7835 100M 8261 150M 7292 200M 7709[/CODE] |
Two for 15e
[b]BOTH QUEUED BUT MAY NEED RANGE ADJUSTMENTS[/b]
C186_134_77 is the composite stub of a C240 that remained after yoyo@Home found a p55. Still best sieved via SNFS on 15e. [code] n: 128445577319158263930550780185650382804587326909030046808826557835764681552100569141985179736284551810774195418677239203463573603980302801410542268441647101438503695256476781961344935239 # 134^77+77^134, difficulty: 252.79, anorm: 1.78e+039, rnorm: -9.87e+047 # scaled difficulty: 254.25, suggest sieving rational side # size = 4.410e-013, alpha = 0.000, combined = 6.729e-014, rroots = 0 type: snfs size: 252 skew: 9.6238 c6: 1 c0: 794486 Y1: -318270182965192022252424017587489077700729 Y0: 4491199828872408503792328704 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8[/code] Test sieving on the -r side of 14e, with Q in blocks of 2K: [code] Q=20M 6401 Q=80M 4119 Q=150M 3669 Q=250M 3420 [/code] suggesting a sieving range for Q of 20M-250M with a target # relations = 470M ===================================================== C240_127_111 is ready for SNFS on siever 15e. [code] n: 359646554499262620853148003737727734691845486665468520027896583158072070157966872326226938983956230728292119439331460858284015717718814184811796769020815779022321860418699631818462695985639232161471268053510719560968421204337961828861520653 # 127^111+111^127, difficulty: 261.80, anorm: 3.02e+040, rnorm: 3.95e+048 # scaled difficulty: 263.15, suggest sieving rational side # size = 2.109e-013, alpha = 0.000, combined = 3.926e-014, rroots = 0 type: snfs size: 261 skew: 5.1406 c6: 111 c0: 2048383 Y1: -73869809188743794269800200736680064769 Y0: 8949165805103346732088206385868884620523311 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8[/code] Test sieving on the -r side with Q in blocks of 2K [code] Q=20M 4992 Q=80M 3481 Q=150M 3322 Q=250M 3103 [/code] suggesting a sieving range for Q of 20M-290M with a target # rels = 470M |
[b]QUEUED AS C191_139017523_29[/b] C191 from the OPN t550 file.
[ a.k.a. Phi_29(Phi_3(Phi_3(293459)/277)/3/139/1667353)/59/1103/p33 ] [CODE]n: 66445717350150824619142932557035311552778778952682395780633850692684142715901540831691602703645204757441411082428078738570264548728427544271537467771536527031915445717367507146537922959189401 # 139017523^29-1, difficulty: 244.29, skewness: 22.76, alpha: 0.00 # cost: 5.35407e+18, est. time: 2549.55 GHz days (not accurate yet!) skew: 22.760 c6: 1 c0: -139017523 Y1: -1 Y0: 51921559717088480883753166975856675023843 type: snfs rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.7 alambda: 2.7[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 13437 60M 10770 100M 10407 150M 8729 200M 8527 250M 7675 300M 7647[/CODE] |
[b]QUEUED AS C217_67411_47[/b]
C217 from the OPN t550 file. [CODE]n: 1418283377646599845359375018165304262061449004717649712338902914107448018969837834887386476672240075413553710016033188532883936950143796605255927532883125784304381750047950223918333770727593208525096344280656637191107 # 67411^47-1, difficulty: 231.78, skewness: 6.38, alpha: 0.00 # cost: 2.00115e+18, est. time: 952.93 GHz days (not accurate yet!) skew: 6.380 c6: 1 c0: -67411 Y1: -1 Y0: 426428435865577578026392110844795042081 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9708 50M 7594 80M 6090 110M 6064 140M 4894[/CODE] |
I have queued a number of Lucas SNFS tasks on 15e; I think that's starting to get sufficient. Possibly the smallest ones should have gone on 14e instead - I put two there, and L2705A was 25% faster per relation on 15e which I considered before noticing quite how much backlog there was on 15e.
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[b]QUEUED BUT MAY NEED RANGE ADJUSTMENT[/b]
C220 from the OPN t550 file. Sieve on the ALGEBRAIC side. [CODE]n: 1258687811247928510282538005510791701194253724494200947181797389234838032159943132784362952658974682628442403775905821471095613056463978530085639049970424333569981490357202097322877783472270405687131510808456653835391051 # 1486680579049^19-1, SNFS-231, sieve on algebraic side lss: 0 skew: 0.00936 c6: 1486680579049 c0: -1 Y1: -1 Y0: 3285889877007692111438892059637654649 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 92 rlambda: 2.6 alambda: 3.7[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12423 60M 8569 100M 6122 150M 5371 200M 5351[/CODE] |
[b]QUEUED BUT MAY NEED RANGE ADJUSTMENT[/b]
C169 from the OPN t550 file. [CODE]n: 2406496202486110200490872924827509982383952801332853934367486068031355515480009256618748614565657827185258753407212663153493023907058432366147810433685579490438033315013 # 15428908531^23-1 # expecting poly E from 3.89e-13 to > 4.47e-13 lss: 0 Y0: -261565619270689806824894500541340 Y1: 2619907872396661 c0: -232001792822633783093468900639132629147 c1: 1839653906589552780591084628911489 c2: -1280282944380901512236966079 c3: -1460282909656813915293 c4: 46547725779922 c5: 1965540 skew: 4668889.81 # skew 4668889.81, size 1.840e-16, alpha -7.136, combined = 4.013e-13 rroots = 5 type: gnfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8055 60M 8146 100M 9539 150M 7561 200M 8394[/CODE] |
15e Candidate
[b]QUEUED AS C178_142_140[/b] because fivemack can apparently neither type nor read
Another composite stub remaining after yoyo@Home found a p55. Test sieving indicates that SNFS on 15e is still appropriate. [code] n: 1166551454154509784191145652324187578474854503080078170728449858208872582000622759219595192489341818303969109922370113165361708018451844756244501885783498408012084301689907197757 # 142^120+120^142, difficulty: 262.68, anorm: 3.00e+037, rnorm: 2.41e+049 # scaled difficulty: 264.66, suggest sieving rational side # size = 4.189e-013, alpha = 1.979, combined = 6.228e-014, rroots = 0 type: snfs size: 262 skew: 2.4662 c6: 1 c0: 225 Y1: -10596610576391421032662867140133202401 Y0: 37907050706572935168000000000000000000000000 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5k: [code] Q=20M 7335 Q=80M 5496 Q=150M 4822 Q=250M 4022 [/code] suggesting a sieving range for Q of 20M-260M with target number relations = 240M |
[b]QUEUED AS C210_401173_41[/b] C210 from the OPN t600 file.
[CODE]n: 217880860044466297469305800086322257482379171991676152917030635993457062396628563367722240257041124140619710575869939141015083021333276986761167801225573352778052253584104758943141340817083748605249139389801021 # 401173^41-1, difficulty: 235.34, skewness: 8.59, alpha: 0.00 # cost: 2.65635e+18, est. time: 1264.93 GHz days (not accurate yet!) skew: 8.588 c6: 1 c0: -401173 Y1: -1 Y0: 1672329586132739856823834563328853274397 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11448 60M 8608 100M 7850 150M 6502 200M 6374[/CODE] |
C169_15428908531_23 in the 14e queue still has a problem as mentioned [url=http://www.mersenneforum.org/showpost.php?p=483967&postcount=5]here[/url], or could it be something else?
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[QUOTE=RichD;484144]C169_15428908531_23 in the 14e queue still has a problem as mentioned [url=http://www.mersenneforum.org/showpost.php?p=483967&postcount=5]here[/url], or could it be something else?[/QUOTE]
Well spotted, I have deleted it and requeued as C169_15428908531_23b |
[b]QUEUED[/b] C241_133_83 is ready for SNFS on 15e.
[code] n: 2348974785032910808875484684804704642915510678792072389992425994860788789389314110774140964733342850209980749100736574253271500239999852822997050510072545775622557235347829589545463377178584146715830501473037806982940241523395428856323372851 # 133^83+83^133, difficulty: 255.24, anorm: 2.10e+038, rnorm: -3.60e+048 # scaled difficulty: 256.94, suggest sieving rational side # size = 8.661e-013, alpha = 0.000, combined = 1.065e-013, rroots = 0 type: snfs size: 255 skew: 4.7187 c6: 1 c0: 11039 Y1: -1658509762573818415340429240403156732495289 Y0: 541904769658563069794308330729 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K: [code] Q=20M 11489 Q=80M 8496 Q=150M 7524 [/code] Suggesting a sieving range for Q of 20M-155M with a target number of relations = 240M. |
15e Candidate
[b]QUEUED[/b] C253_131_94 is ready for SNFS on 15e.
[code] n: 2443386674758378548589940474846073636935673901185654394032367109159510336354447126528274405203288394806811813516642941238017939009109113497137008444895280279715662666543587138782975641246538855932040899323216556198229811495751736467664104983200919499663 # 131^94+94^131, difficulty: 261.82, anorm: 1.02e+040, rnorm: -2.80e+049 # scaled difficulty: 263.40, suggest sieving rational side # size = 2.586e-013, alpha = 0.000, combined = 4.426e-014, rroots = 0 type: snfs size: 261 skew: 4.7636 c6: 47 c0: 549152 Y1: -12816893733187983356621912501503370322771968 Y0: 7522128193775222200360700096950081 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7[/code] Test sieving on the -r side with Q in blocks of 5K [code] Q=20M 6450 Q=80M 5121 Q=150M 4423 Q=250M 3592 [/code] Suggesting a sieving range for Q of 20M-285M with a target number of relations = 240M. |
[b]QUEUED AS C192_2311333_37[/b]
C192 from the OPN t600 file. [CODE]n: 153834860399016993189223096506103835478523760147518852456433059688515345138813041095854266651691525648878214182090313973624195147871112970045250541199597233242883730197828597707027835860815779 # 2311333^37-1, difficulty: 235 skew: 0.087 c6: 2311333 c0: -1 Y1: -1 Y0: 152466741885548837613552776393861863369 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9152 60M 6808 100M 6106 150M 5095 200M 4896 250M 4142[/CODE] |
[b]QUEUED AS C196_146_83[/b]
C196_146_83 has survived substantial ECM: 30K curves @ B1=300M and another 20K curves @ B1=850M (this last courtesy of yoyo@Home). Originally designated a GNFS candidate, subsequent analysis suggests SNFS edges out GNFS, especially when poly searching time is added to the effort. Sieving should be performed using 15e on the -r side. [code] n: 7017016091884920408283942283435468101375185745936392981230006908723773868406776252291039837357085953340654379078233939625848466346796875650528859315489533897860802426206368540602768449650495282543 # 146^83+83^146, difficulty: 281.69, anorm: 8.02e+039, rnorm: -2.56e+052 # scaled difficulty: 283.77, suggest sieving rational side # size = 3.801e-014, alpha = 0.000, combined = 1.023e-014, rroots = 0 type: snfs size: 281 skew: 10.0096 c6: 1 c0: 1005794 Y0: -1999585510027208108829825581056 Y1: 11425473754371035063280217037137346730160045921 rlim: 536000000 alim: 536000000 lpbr: 33 lpba: 33 mfbr: 66 mfba: 66 rlambda: 3.0 alambda: 3.0 [/code] Test sieving on the -r side, with Q in blocks of 10K: [code] Q=30M 16505 Q=150M 13224 Q=300M 11222 Q=450M 8953 Q=600M 8318 Q=750M 7520 Q=900M 7277 [/code] This would suggest a sieving range for Q of 30M-980M using a target number of relations = 930M. I tend to oversieve, so please adjust the Q sieving range as appropriate. If no one wants to postprocess this composite, I will do so once my 32 Gb machine completes its current 33-bit efforts. |
[b]QUEUED AS C183_424xx571[/b] C183 from the OPN t550 file.
[ a.k.a. Phi_19(Phi_11(61)/199/859)/647/36899/41770608521/506346977828028589131752597 ] [CODE]n: 392748558141750453712433849759258449003647787946644665712595536858936557351021950127841460906130611837518256180482395229415088888932072687358800861465392973039150395446820393824755749 # 4242586390571^19-1, SNFS-240, sieve on algebraic side lss: 0 skew: 0.00786 c6: 4242586390571 c0: -1 Y1: -1 Y0: 76364600392062954586359356915032139411 type: snfs rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 95 rlambda: 2.6 alambda: 3.7[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12136 60M 7275 62M 9813 100M 9405 150M 7909 200M 7365 250M 5479 300M 5763 350M 5895[/CODE] |
[b]QUEUED AS C160_117xx351_3[/b]
C160 from the OPN t600 file. [ a.k.a. Phi_3(Phi_11(861235321)/11/89/19559)/3/7/3037 ] P83^3-1 [CODE]n: 2155330593979073851225303132102399913029514373690237176369053406946549367374934241571273426786149257123026253066831566143713087128313893361224651134106961137289 # 11724355815660124915535088311032487705863837675251193935172812233877609917572819351^3-1 # expecting poly E from 1.38e-12 to > 1.58e-12 lss: 0 Y0: -7739493272861337567121620935238 Y1: 2717429411949167 c0: 602219086782547279005788765868677653907 c1: 1164186718892358891472298962785608 c2: -39529723745062062090300783 c3: -30216764714253075080 c4: 431223997732 c5: 77616 skew: 10515116.97 # skew 10515116.97, size 1.676e-15, alpha -7.207, combined = 1.551e-12 rroots = 5 type: gnfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11538 50M 9823 80M 9000[/CODE] |
No new WUs appear to be sent out in the 14e queue.
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[b]QUEUED AS C184_91605427_29[/b] C184 from the OPN t600 file.
[CODE]n: 7997085338078121978016624396860397836399506308737414796818923712658923013977062578840663872715006667776481505546502822535909762705845972859243606038648328426845384356522428671394177191 # 91605427^29-1, difficulty: 238.86, skewness: 21.23, alpha: 0.00 # cost: 3.50518e+18, est. time: 1669.14 GHz days (not accurate yet!) skew: 21.232 c6: 1 c0: -91605427 Y1: -1 Y0: 6450687706606674009565167454064864055907 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 92 rlambda: 2.7 alambda: 3.6 type: snfs[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8101 60M 6295 100M 5891 150M 4773 200M 4736 250M 3859[/CODE] |
[b]QUEUED AS C220_126xx371_13 [/b]
C220 from the OPN t600 file. a.k.a. Phi_13(Phi_3(Phi_17(127)/527532101/115512048133057)/3/151)/3819325511 [CODE]n: 4475398720221532191560392433003558695369150667171119380354184718959225102510665417946755623836140435218689330346842781933848112219949259962751917816222263482847202497940267007975336137424284105548005141651237325728105343 # 12668782123542431371^13-1, difficulty: 229.23, skewness: 1.00, alpha: 3.10 # cost: 1.63164e+18, est. time: 776.97 GHz days (not accurate yet!) skew: 1.000 c6: 1 c5: 1 c4: -5 c3: -4 c2: 6 c1: 3 c0: -1 Y1: -12668782123542431371 Y0: 160498040493788276841052593058244939642 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11864 50M 9354 80M 7366 110M 7425[/CODE] |
[b]QUEUED AS C214_249541_43[/b]
C214 from the OPN t600 file. [CODE]n: 1547209916252578521237598139225664677712121413701766826729861340159590516382608784325477238216300138772897110880933629845969726274272037923547373058367070851183839353527087512483328393531780547047680590249009228327 # 249541^43-1, difficulty: 232 skew: 0.126 c6: 249541 c0: -1 Y1: -1 Y0: 60255039831511724428874194299741430381 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 13732 60M 10270 100M 9363 150M 7583[/CODE] |
[b]QUEUED AS C207_103xx849_11[/b]
C207 from the OPN t600 file. [ a.k.a. Phi_11(Phi_11(9181)/23/635471/2813416783)/11/89/16475746717/64101544453 ] [CODE]n: 136269621321667259521519009150906975040454349830241012545831912816679642031264955010900165188470610369491470024405232450473087790903057879701187762505317300571959972132665442804629366089800287645014517953169 # 103487890442126237477849^11-1, difficulty: 230.15, skewness: 1.00, alpha: 2.22 # cost: 1.75626e+18, est. time: 836.31 GHz days (not accurate yet!) skew: 1.000 c5: 1 c4: 1 c3: -4 c2: -3 c1: 3 c0: 1 Y1: -103487890442126237477849 Y0: 10709743468161523055918639363539329676765666802 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9059 50M 8986 80M 7947 110M 8088[/CODE] |
[b]QUEUED AS C197_4788_12515 [/b]
Aliquot 4788 term 12515 is a C197 ready for 15e: [code]n: 20901242090929750331460152543809850619619290452256403363055163961224444523016833873892080737966534318102450035876136293050152061659131510274015648390725105024055454805289274799895497557473573901631 Y0: -128280183283175038524897222460023160055 Y1: 37708946555548118686 c0: -4737682113152575563349555619330383737950004367008 c1: 38184808779885988297067997820651742275074 c2: 525511402998103765746708260854197 c3: -2817683344110966477947732 c4: -4690042596771655 c5: 1203384 skew: 374011545.23 alambda: 3.8 rlambda: 2.8 alim: 268000000 rlim: 268000000 lpbr: 33 lpba: 33 mfbr: 66 mfba: 95 # size 2.697e-019, alpha -8.824, combined = 7.570e-015 rroots = 5[/code] A record poly, score 7.87e-15, was found during poly select, but yield on the above poly was 10% better without a meaningful loss in speed (2-4%). Q-range of 40M to 580M should yield ~950-980M relations: [code]Q=50M 0.406 sec/rel, 2289 rels Q=100M 0.417 sec/rel, 1939 rels Q=150M 0.439 sec/rel, 2499 rels Q=200M 0.505 sec/rel, 1695 rels Q=250M 0.520 sec/rel, 2088 rels Q=300M 0.570 sec/rel, 1608 rels Q=350M 0.560 sec/rel, 1396 rels Q=400M 0.626 sec/rel, 1375 rels Q=450M 0.543 sec/rel, 1289 rels Q=500M 0.618 sec/rel, 1884 rels Q=550M 0.607 sec/rel, 1597 rels[/code] Each test is a 1000-Q range. |
[b]QUEUED AS C200_862xx811_5[/b]
[b]AFTER ADDING c3: 1[/b] C200 from the OPN t800 file. [ a.k.a. Phi_5(Phi_5(Phi_11(313)/199/9466799)/61857011)/5/1061/1901/659171/47130661 ] P55^5-1 [CODE]n: 17656528956644396476117300085775936682750226566404879981083679437182466952542877401688479486508833082033719153761557542029814852026421439376242397025821195132534447785652729307063134358147688995764331 # 8624195935718427593141266250403294267464320864840833811^5-1, difficulty: 219.74, skewness: 1.00, alpha: 1.45 # cost: 7.53204e+17, est. time: 358.67 GHz days (not accurate yet!) skew: 1.000 c4: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 8624195935718427593141266250403294267464320864840833811 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8143 60M 9660 100M 10064 150M 8907[/CODE] |
[QUOTE=RichD;485409][b]QUEUED AS C200_862xx811_5[/b]
[b]AFTER ADDING c3: 1[/b][/QUOTE] Whoa! How did this sieve properly? The test sieve yield seems reasonable. Hope all works out in the end... |
[b]QUEUED AS C210_14073559_31[/b]
C210 from the OPN t600 file. Sieve on the algebraic side. [CODE]n: 146974916257584089871431987268258265832536457831640727014927536229413689533935288701361174651788768299942171277252095184393004039909244295898813168455593432294530960359854903741132614684823761361932462981540833 # 14073559^31-1, difficulty: 222 lss: 0 c6: 14073559 c0: -1 Y1: -1 Y0: 552102470718049477542965467392591799 skew: 0.0644 type: snfs rlim: 134000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 88 rlambda: 2.6 alambda: 3.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 10747 50M 7921 80M 6106 110M 6482[/CODE] |
[b]QUEUED[/b]
C181_127_116 ready for SNFS on 15e. [code] n: 9610581487472954641264295980309386348016456678496224775918621397467282411680474978356612637830609770576678281656340478104723712234618960468350174582926113967282108375572431415722307 # 127^116+116^127, difficulty: 264.25, anorm: 2.74e+039, rnorm: 1.49e+049 # scaled difficulty: 265.87, suggest sieving rational side # size = 3.061e-013, alpha = 0.000, combined = 5.029e-014, rroots = 0 type: snfs size: 264 skew: 2.2761 c6: 116 c0: 16129 Y1: -9381465766970461872264625493558368225663 Y0: 22574480965645865347730049191047385543868416 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K [code] Q=20M 6338 Q=80M 4943 Q=150M 4146 Q=250M 3452 Q=300M 3428 [/code] Suggesting a sieving range for Q of 20M-300M with a target # relations = 240M |
[b]QUEUED AS C210_500xx567_5[/b]
C210 from the OPN t800 file. [ a.k.a. Phi_5(Phi_3(Phi_19(17971)/141934268680411/6688305084541471/3926176001243013937)/3/7)/11/61/71/20681 ] P55^5-1 [CODE]n: 638531150048518923065120183488140703112422978491715931518839814003388545457488057653017822065341955284418857292533822302210062216125158495392470471846808604938914216715579937131054696685606782262054046990707521 # 5008222592773727579144925037437049294195177974568327567^5-1, difficulty: 218.80, skewness: 1.00, alpha: 1.45 # cost: 6.96694e+17, est. time: 331.76 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 5008222592773727579144925037437049294195177974568327567 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9240 60M 10745 100M 11231 150M 9953[/CODE] |
[b]QUEUED[/b]
C263_150_94 is now ready for SNFS on 15e. [code] n: 13164576021892819782044119453725863303487474057094068530257500893426269826369366680809383987399565025007890323918885830937131795250288076622589627511842859993600443177684739397687712390596646614739250010369811292474764146151062087992389000558886004805743858147033 # 150^94+94^150, difficulty: 268.88, anorm: 3.60e+038, rnorm: 2.73e+050 # scaled difficulty: 270.86, suggest sieving rational side # size = 2.045e-013, alpha = 0.000, combined = 3.623e-014, rroots = 0 type: snfs size: 268 skew: 2.8231 c6: 4 c0: 2025 Y1: 66817305050790309906005859375 Y0: -324875087417181639656874224034078226811805184 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8[/code] Test sieving on the -r side with Q in blocks of 4k [code] Q=20M 9282 Q=80M 7840 Q=150M 7282 Q=250M 6772 [/code] suggesting a sieving range for Q of 20M-280M with target # relations = 480M |
[b]QUEUED[/b] C242_132_107 is ready for sieving on 14e.
I will postprocess this job. [code] n: 63457800120527261098780837031560431154382851515310934854957611728057659764172460139142502507077121551995743339830881547311301347838961687863776523858468754428219785432615164027539306332649864595560554649642681838552293984390054633663928988347 # 132^107+107^132, difficulty: 267.88, anorm: 2.30e+037, rnorm: -6.66e+050 # scaled difficulty: 270.12, suggest sieving rational side # size = 4.027e-013, alpha = 0.000, combined = 5.719e-014, rroots = 0 type: snfs size: 267 skew: 2.2565 c6: 1 c0: 132 Y1: -443040174110042643239751500532541979250113449 Y0: 148023531651267802318084042549912141824 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 2K [code] Q=20M 2759 Q=80M 2178 Q=150M 2173 Q=250M 2017 Q=350M 1761 Q=470M 1493 [/code] Suggesting a sieving range of 20M-490M with target number of relations = 460M |
[b]QUEUED[/b] C182_134_107 is ready for SNFS on 15e. All combinations of 3LP were not productive.
[code] n: 27309405299299965430320700754882887108541088192219170326225432025667667540253794306598834267984336392457779113762982500126145379743604822054061820780008523390434607109410733446050229 # 134^107+107^134, difficulty: 271.94, anorm: 2.48e+039, rnorm: -1.45e+051 # scaled difficulty: 273.90, suggest sieving rational side # size = 5.917e-014, alpha = 0.000, combined = 1.470e-014, rroots = 0 type: snfs size: 271 skew: 10.7394 c6: 1 c0: 1534166 Y1: -443040174110042643239751500532541979250113449 Y0: 194037812784471751056970486312549482496 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5K. [code] Q=20M 6546 Q=80M 5470 Q=150M 5041 Q=250M 4424 Q=350M 4408 Q=450M 3524 [/code] Suggesting a sieving range for Q of 20M-530M with a target number of relations = 460M. |
[b]QUEUED[/b] C226_131_92 is ready for sieving on 15e.
[code] n: 2594357408754528840336959976776254616275246107866122821999046266053766159058030850231097893328128352328947096832750386386130266785143101133671784697182867503271185161380822889883416013987993463560795091939357749857883574352801 # 131^92+92^131, difficulty: 259.22, anorm: 2.51e+039, rnorm: 4.86e+048 # scaled difficulty: 260.77, suggest sieving rational side # size = 2.575e-013, alpha = 0.857, combined = 4.514e-014, rroots = 0 type: snfs size: 259 skew: 10.7908 c6: 1 c0: 1578812 Y1: -57420825906681085498936641961451 Y0: 15971003380339100300054651735509963965988864 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5K: [code] Q=20M 13089 Q=80M 10527 Q=150M 9353 Q=250M 8299 [/code] Suggesting a sieving range for Q of 20M-245M with a target number of relations = 450M. |
[b]QUEUED[/b] C216 from the OPN t800 file.
[ a.k.a. Phi_5(Phi_5(Phi_29(11)/523)/1811/10492129345935944590511/120083120723324592094962551)/5/251 ] P55^5-1 [CODE]n: 150826953004613608413756734306900070962473810747766544031798084407009355892093285604292852673042954908898374690039074473850084340841788948543178619587650159533492100551160336211807530026414470114592791019534905979311 # 3709203584816762750361605901613244632119234246512357131^5-1, difficulty: 218.28, skewness: 1.00, alpha: 1.45 # cost: 6.67255e+17, est. time: 317.74 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 3709203584816762750361605901613244632119234246512357131 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9635 60M 10910 100M 11097 150M 10415[/CODE] |
I am surprised that C182_134_107 is not being done as a GNFS number - the yields look pretty low for SNFS, and combined = 1.470e-014 compares poorly to the 'expecting poly E from 5.46e-14 to > 6.27e-14' from msieve.
|
It was a close thing, and I originally had it down as a GNFS. But considering poly search time, and the fact that SNFS isn’t ridiculously difficult swayed me.
|
[QUOTE=swellman;485693][b]QUEUED[/b] C182_134_107 is ready for SNFS on 15e. All combinations of 3LP were not productive.
Suggesting a sieving range for Q of 20M-530M with a target number of relations = 460M.[/QUOTE] Would GNFS-182 be faster? I'm too lazy to feed this SNFS poly into msieve to see how it compares with the GNFS-183 record, but 20-530MQ sounds way tougher than GNFS. |
See above. I also considered estimated time to sieve, which appeared to be much closer than the respective e-scores would indicate.
If it seems too much effort, we can pull it out of queue and I’ll submit it as a GNFS job later. |
Whoops for not noticing the "next page" active button! Sorry for duplicate posts.
|
[QUOTE=fivemack;485708]I am surprised that C182_134_107 is not being done as a GNFS number - the yields look pretty low for SNFS, and combined = 1.470e-014 compares poorly to the 'expecting poly E from 5.46e-14 to > 6.27e-14' from msieve.[/QUOTE]
One last point that makes me pause is the fact [url=http://www.mersenneforum.org/showpost.php?p=352488&postcount=193]one cannot directly compare e-scores between polys of different degree[/url]. In the case of C182_134_107, SNFS is a sextic and GNFS a quintic. So I tend to compare sieving times. For GNFS, I built a model using [url=http://www.mersenneforum.org/showpost.php?p=478855&postcount=86]record e-scores[/url] vs estimated time to sieve on my machine. This tells me for a given GNFS difficulty (assuming a vigorous poly search) the estimated time to sieve. Or am I making this harder than it needs to be? In the case of C182_134_107, the estimated time to sieve using SNFS likely has grown from original estimates. |
When comparing different degrees, I wouldn't claim a 50% difference in score is proof that one is better than the other, but we're talking a factor of 3 or 4 here; I'd wager GNFS is faster by at least 33% (that is, would take 75% of the computation that SNFS would take), and I won't be surprised if it's twice as fast (50% effort).
|
[b]QUEUED AS C223_152407_43 BECAUSE I CAN'T READ[/b]
C218 from the OPN t550 file. [CODE]n: 48552238369764222404451202815863870784923640485950052568134184776529275037262960949926252818354286473949118268321922244437788062275291574704623632133947396586935180950344112960928573499107977576583231784028003649602057 # 152407^43-1, difficulty: 223 skew: 0.137 c6: 152407 c0: -1 Y1: -1 Y0: 1910004547189193227289967055663496743 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 10384 50M 8000 80M 6279 110M 6362[/CODE] |
[QUOTE=VBCurtis;485737]When comparing different degrees, I wouldn't claim a 50% difference in score is proof that one is better than the other, but we're talking a factor of 3 or 4 here; I'd wager GNFS is faster by at least 33% (that is, would take 75% of the computation that SNFS would take), and I won't be surprised if it's twice as fast (50% effort).[/QUOTE]
Surprisingly the difference was <15%, in favor of GNFS, plus poly search time. But when I fully characterized the SNFS poly in preparation for sieving, I ultimately increased it to a 32-bit job, resulting a bit slower sieving (though with better yield). So it’s current state, GNFS is about 19% faster than SNFS. On my machine, 161 weeks to sieve GNFS vs 190 weeks to sieve via SNFS. (It was closer with 31-bit.) I should have circled back to check the final sieving time estimates. Guess I was anxious to feed the grid. I’ve got a similar upcoming composite, namely C184_137_92. A G184 is ~S277 in difficulty, and I’ve identified a SNFS poly that is 271 in difficulty. So it’s SNFS, right? But sieving time estimates show GNFS is 203 weeks versus 224 weeks to sieve via SNFS. I’m just hoping ECM splits it first! :tu: I say pull C182_134_107 and I will post it as a GNFS sometime in the future. But please know that I spent a lot of time vacillating between G and SNFS! |
[b]QUEUED AS C199_303xx547_5[/b]
C199 from the OPN t800 file. [ a.k.a. Phi_5(Phi_3(Phi_23(613)/47/139/25815256247831656853726042407)/3/1723)/196501/9098911/24976331 ] P55^5-1 [CODE]n: 1902366521245793311389457366349965487561026183864120192454545212076753045769666710284384982514061774031356592603173243577887989687351702960303900213668762913663025816401075489113229811287921717311921 # 3035947480926316850031166838725714212949019226256137547^5-1, difficulty: 217.93, skewness: 1.00, alpha: 1.45 # cost: 6.4829e+17, est. time: 308.71 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 3035947480926316850031166838725714212949019226256137547 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9510 60M 11011 100M 11568 140M 10623[/CODE] |
[b]QUEUED AS C209_701xx141_5; ADJUST Qmax LATER[/b]
C209 from the OPN t600 file. [ a.k.a. Phi_5(Phi_47(19))/5/271/1031/2971/94849240571811031 ] P59^5-1 [CODE]n: 61581815529079132304813018338357138481780489336584146816158006864717875878591499122228136605966639710141469984688566379929258986016819106314790486201414112000572078680086628545515430857955674208753385246946981 # 70169234660105574400577005075855017842743056666917902427141^5-1, difficulty: 235.38, skewness: 1.00, alpha: 1.45 # cost: 2.66576e+18, est. time: 1269.41 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 70169234660105574400577005075855017842743056666917902427141 type: snfs rlim: 134000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 94 mfba: 64 rlambda: 3.7 alambda: 2.7[/CODE] Trial sieving 5K blocks. Talk about a flat curve. I added 32M since that might be a better starting point. [CODE] Q Yield 20M 3771 32M 4546 60M 5046 100M 5776 150M 5243 200M 5355 250M 4752 300M 5068 350M 4926 400M 4708 450M 4334 500M 4240[/CODE] |
[b]QUEUED AS C166_527xx019_5[/b] C166 from the OPN t800 file.
[ a.k.a. Phi_5(Phi_3(Phi_3(Phi_3(Phi_3(Phi_91(19)/p93)/56094673)/3)/3/7/31/433)/3)/23291/50761796825351/72501470939322306872370255992388011 ] P55^5-1 [CODE]n: 9030114198100048648584114274353244478012845328680423795811669491130662668819657166263209286422373583331117603424725926151099637728335893172056775412180607047936211511 # 5274621437966752855709432191676310205338603949788663019^5-1, difficulty: 218.89, skewness: 1.00, alpha: 1.45 # cost: 7.01901e+17, est. time: 334.24 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 5274621437966752855709432191676310205338603949788663019 type: snfs rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 92 mfba: 62 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8981 60M 10192 100M 10675 140M 9717[/CODE] |
[b]QUEUED AS C199_970xx011_13[/b]
C199 from the OPN t550 file. [ a.k.a. Phi_13(Phi_13(109)/282631)/13/79/11701/26292317170349126296739 ] [CODE]n: 2197770554031601666585753454606598133774863692270541110425810704989693319641069219110359480073878046150178099815169653352274890192938968368043893199480571238138251921571924279778821567444634005590781 # 9700639967080761011^13-1, difficulty: 227.84, skewness: 1.00, alpha: 3.10 # cost: 1.4586e+18, est. time: 694.57 GHz days (not accurate yet!) skew: 1.000 c6: 1 c5: 1 c4: -5 c3: -4 c2: 6 c1: 3 c0: -1 Y1: -9700639967080761011 Y0: 94102415770924628071170375614897742122 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12932 50M 9963 80M 8145[/CODE] |
[b]QUEUED[/b] C242_130_101 is ready for SNFS on 15e.
[code] n: 48840708659913176691225217523395829161228391722788572246277839498146398102036862491852596525668285950340271091262268059736172921796058880513416850210324153479589552218894037491181483973652202930950649282915867122876436124148901370409112010259 # 130^101+101^130, difficulty: 260.56, anorm: 2.28e+031, rnorm: 7.96e+057 # scaled difficulty: 264.99, suggest sieving rational side # size = 7.180e-018, alpha = 0.000, combined = 3.698e-014, rroots = 1 type: snfs size: 260 skew: 2.6472 c5: 1 c0: 130 Y1: -1900496377488079943880100000000000000000000 Y0: 12952563149674059497286795495913738760889297603252601 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K [code] Q=30M 4257 Q=70M 4765 Q=130M 5221 Q=200M 4616 Q=250M 4422 [/code] Suggesting a sieving range for Q of 30M-280M with a target # rels = 240M ETA: I will postprocess this job. |
[b]QUEUED AS C209_114xx263_17[/b]
C209 from the OPN MWRB file. Sieve on the algebraic side. [CODE]n: 86697086931122354907494932883922180069264515809008587250853163972081818829633367233019560862780454806856681284054733602110976957240457271384141889004666331555192063540159146206866845040373923752393661329860161 # 11445249950263^17-1, difficulty: 235.06, sieve algebraic side lss: 0 skew: 150.12 c6: 1 c0: -11445249950263 Y1: -1 Y0: 1499256169743995142390532121453892841447 m: 1499256169743995142390532121453892841447 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 91 rlambda: 2.6 alambda: 3.7 type: snfs[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 9223 60M 6837 100M 6908 200M 5392 300M 4395[/CODE] |
[b]QUEUED AS C211_112xx307_13[/b]
C211 from the OPN t600 file. [ a.k.a. Phi_13(Phi_3(Phi_7(4591)/254322041)/13/19/486583)/13807/41788486516297 ] [CODE]n: 7384177698987921674808024450215220861748471114843635774877757488304787155840561361746712722660592718777063270070483868238732349780062142612257993006322377666394802320037724932133194259239023372774330601902553919 # 11283786030043965307^13-1, difficulty: 228.63, skewness: 1.00, alpha: 3.10 # cost: 1.55429e+18, est. time: 740.14 GHz days (not accurate yet!) skew: 1.000 c6: 1 c5: 1 c4: -5 c3: -4 c2: 6 c1: 3 c0: -1 Y1: -11283786030043965307 Y0: 127323827171815351133864455368219604250 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12171 50M 9202 80M 7738[/CODE] |
[b]QUEUED AS C219_169xx649_11[/b] Not sure how many WUs the Pentathlon needs or if the grid wants to deal with 29-bit jobs but I have a handful of them if needed.
C219 from the OPN t600 file. [ a.k.a. Phi_11(Phi_17(4733)/63284371/7563524537/7816625987881598827)/23/331 ] [CODE]n: 257514903016088013491324926001311761911000437835713565901667417145032204974924949715741919124737645339535343561884510648715592591032370156458475146213685836177108125823093331361626047266444248237466701914189409775844927 # 16952580673293897376649^11-1, difficulty: 222.29, skewness: 1.00, alpha: 2.22 # cost: 9.28841e+17, est. time: 442.31 GHz days (not accurate yet!) skew: 1.000 c5: 1 c4: 1 c3: -4 c2: -3 c1: 3 c0: 1 Y1: -16952580673293897376649 Y0: 287389991484537770903536853477555164170469202 type: snfs rlim: 33500000 alim: 33500000 lpbr: 29 lpba: 29 mfbr: 58 mfba: 58 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 10M 6854 20M 7572 30M 7329 40M 7052 50M 6404[/CODE] |
From rules at [url]https://www.seti-germany.de/boinc_pentathlon/15_en_Rules.html[/url] NFS@Home has a high chance to be elected at least for one of the discipline, I would say the Sprint one. Rosetta probably will be the marathon one. People are not fancy about running math projects but you’ll never know and get a surprise so I would just keep feeding the queue.
I can help postprocessing the 29/30 bits jobs. |
[b]QUEUED[/b] 13*2^851-1 for the 14e queue:
[code]n: 3398366046456678858924141308731520663591211619486845983629650204160292488157480248581516735432572086969699225923580388262416482550711351876646869454301699838372589058281608436453118125334208412763969820734733927203 skew: 0.74 type: snfs size: 258 c6: 13 c0: -2 Y1: -1 Y0: 5575186299632655785383929568162090376495104 rlim: 134000000 alim: 200000000 lpbr: 32 lpba: 33 mfbr: 64 mfba: 66 rlambda: 2.7 alambda: 2.7[/code] Trying a hybrid 32-33LP job. Test-sieving indicates Q-range of 15M-225M will be sufficient for 520M relations; I think that's enough to build a matrix. Regions of 1000 Q were tested: [code]Q=20M 0.076 sec/rel, 3873 rels Q=40M 0.084 sec.rel, 3243 rels Q=60M 0.091 sec/rel, 2809 rels Q=100M 0.120 sec/rel, 2437 rels Q=140M 0.128 sec/rel, 2352 rels Q=180M 0.135 sec/rel, 1941 rels Q=220M 0.148 sec/rel, 1888 rels[/code] I'll handle the matrix. |
[b]QUEUED[/b]
C219_135_92 is ready for SNFS on 15e. [code] n: 304466229481372883034340649062487802152176348600110089550690892295514625896611980377341954837855578783641634693325419896103971445203990308627416472789823296243606701016693220629628932203034603120273090717258220014859623 # 135^92+92^135, difficulty: 267.41, anorm: 1.10e+039, rnorm: -5.35e+049 # scaled difficulty: 269.19, suggest sieving rational side # size = 2.140e-013, alpha = 0.000, combined = 3.837e-014, rroots = 0 type: snfs size: 267 skew: 2.8046 c6: 25 c0: 12167 Y1: -31942006760678200600109303471019927931977728 Y0: 270475406483535800046661376953125 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5K: [code] Q=20M 11372 Q=80M 9462 Q=150M 8600 Q=250M 7808 [/code] Suggesting a sieving range for Q of 20M-280M with the target number of relations = 460M. |
[b]QUEUED[/b] C234_138_83 is ready for SNFS on 15e.
[code] n: 124231786267570901737446055938823433688557019747927823043512817133157522027062414531136633589768834131416680141467650490128569456514351348813813679472654005063491455855412912783331293386366033221801666837555626835316236993827690830953 # 138^83+83^138, difficulty: 264.83, anorm: 2.35e+037, rnorm: -2.08e+050 # scaled difficulty: 266.99, suggest sieving rational side # size = 3.521e-013, alpha = 0.000, combined = 5.324e-014, rroots = 0 type: snfs size: 264 skew: 2.2732 c6: 1 c0: 138 Y1: -137656310293626928473255626953462008797108987 Y0: 908462928074224101543164657664 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K [code] Q=20M 6668 Q=80M 4970 Q=150M 4111 Q=250M 3504 [/code] Suggesting a sieving range for Q of 20M-290M with a target number of relations = 240M. |
Queues hung up
It appears no new WUs are being pushed to the Unsent queue in both 14e & 15e. The queues will dry up in a matter of hours.
|
[b]QUEUED[/b]
C226_129_98 is ready for SNFS on 15e. This will be my last 15e nomination until the backlog is cleared out. [code] n: 4765069903429150414660618934120868400302255650598934357325767642574242362272961785484883989674341710285781578638634398083630229497835078882568813398211954544514885006837506897134345519548170604500317889381395929737783678908649 # 129^98+98^129, difficulty: 260.31, anorm: 7.30e+038, rnorm: 2.42e+048 # scaled difficulty: 261.89, suggest sieving rational side # size = 4.989e-013, alpha = 0.000, combined = 7.267e-014, rroots = 0 type: snfs size: 260 skew: 3.5729 c6: 8 c0: 16641 Y1: -5880785850256519209198206471505921 Y0: 4579790686239948221415292409487205005787136 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K [code] Q=20M 8001 Q=80M 5934 Q=150M 5074 Q=250M 4142 [/code] Suggesting a sieving range for Q of 20M-235M with a target number relations = 240M. |
[QUOTE=RichD;486171]It appears no new WUs are being pushed to the Unsent queue in both 14e & 15e. The queues will dry up in a matter of hours.[/QUOTE]
Kicked by Greg. |
[b]QUEUED[/b]
C209 from the OPN t800 file. [ a.k.a. Phi_5(Phi_7(Phi_3(Phi_11(1009)/617/4647193/16441151)/7/5426779)/12517/22807/36779/4335268008582853397399/281465973149806516140884501)/11/191/1481 ] P54^5-1 [CODE]n: 53710078530678862294351013893822763187318309121858457669466954028113514898058960247036396278046254155787839725019620016369352253166632285821902895621535980935656095379793403466991740051630256294167179074732981 # 639380261008803628431960073790812092273301210080820223^5-1, difficulty: 215.22, skewness: 1.00, alpha: 1.45 # cost: 5.17566e+17, est. time: 246.46 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 639380261008803628431960073790812092273301210080820223 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12171 60M 13866 100M 13482 140M 11784[/CODE] |
[b]QUEUED AS C202_15251867_29[/b]
C202 from the OPN t600 file. [CODE]n: 1358451987359270000405194034794086616362369737131960093557312207018564872870133640908953139966895837810611154493023889491739355775136210187592405262475404516620802486604105475804324481040027996644972281 # 15251867^29-1, difficulty: 215.50, skewness: 27.33, alpha: 0.00 # cost: 5.29661e+17, est. time: 252.22 GHz days (not accurate yet!) skew: 27.332 c5: 1 c0: -15251867 Y1: -1 Y0: 12587458646703389884576571145026096900637769 type: snfs rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11216 50M 10302 80M 8706[/CODE] |
[b]QUEUED AS C208_843xx513_5[/b]
C208 from the OPN t800 file. [ a.k.a. Phi_5(Phi_17(6315307)/20640159840336654625177/367822512050207216480436310855201)/11/43020781 ] P54^5-1 [CODE]n: 1068488274743971635367013988725060600352506123073098206404248435800164692840302041844032237626526618723109289089460950316778246418878277742647916284421415698801034518172088630416793768508450639793094082937851 # 843257444697004500814337453783444999735258933840873513^5-1, difficulty: 215.70, skewness: 1.00, alpha: 1.45 # cost: 5.38761e+17, est. time: 256.55 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 843257444697004500814337453783444999735258933840873513 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11793 60M 13217 100M 12774 140M 11111[/CODE] |
[b]QUEUED AS C170_169xx751_17[/b]
C170 from the OPN t550 file. [ a.k.a. Phi_17(Phi_5(797161)/5/2671/178601)/458797/2343799299254843057/25449301427368466856766953538160561 ] [CODE]n: 16645397672368033458750528536443478283215402904547304124803111195696362501965593411219338668614912171960236177256207576274079842561190278924037070419533105550665421148293 # 169299992707751^17-1 lss: 0 skew: 7480594.93 Y0: -454732468701334781005483852662235 Y1: 29092705937661113 c0: 6662259821293514803510966651807011413136 c1: 4694414950348143224614722619182212 c2: -732093103912637632602182026 c3: -581462890292675725197 c4: 21454212807530 c5: 856080 alim: 134000000 rlim: 134000000 lpba: 31 lpbr: 31 mfba: 62 mfbr: 62 alambda: 2.6 rlambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8601 60M 7842 100M 7299 150M 7764 200M 6357[/CODE] |
[b]QUEUED[/b]
C180_151_22 can be run on 14e. Yes it's a small SNFS job, but 14e has seen smaller. [code] n: 382513805811670498247222043369167412522466914861542969441139568541027472470584832804285150286040931174809572329019429528162492651332077068236841017970741784399203982324867461745013 type: snfs size: 203 skew: 4.0096 c5: 22 c0: 22801 Y1: 519885601 Y0: -18736153019903829443036278993864332673024 rlim: 16000000 alim: 16000000 lpbr: 28 lpba: 28 mfbr: 56 mfba: 56 rlambda: 2.4 alambda: 2.4 [/code] Test sieving on the -r side with Q in blocks of 5k [code] Q=10M 7470 Q=20M 6877 Q=30M 5989 [/code] Which leads to a sieving range for Q of 10M-32M assuming a target # rels = 26M. This range may need tweaking. |
[b]QUEUED[/b] Another easy SNFS job for 14e, C164_151_24.
[code] n: 27971534979278744495637719882228041772795964320530685151248796277827248680242873889095980682920741501206421726867544106454864279123619242593238662616340303144505609 type: snfs size: 208 skew: 29.3183 c5: 24 c0: 519885601 Y1: 519885601 Y0: -254880876153761202627773829926908776677376 rlim: 33000000 alim: 33000000 lpbr: 29 lpba: 29 mfbr: 58 mfba: 58 rlambda: 2.5 alambda: 2.5 [/code] Test sieving on the -r side with Q in blocks of 5k. [code] Q=10M 6570 Q=20M 6550 Q=40M 5510 [/code] A range of 10M-55M is suggested. |
[b]QUEUED AS C175_772xx001_5[/b]
C175 from the OPN t800 file. [ a.k.a. Phi_5(Phi_5(Phi_43(11)/1416258521793067)/151/439541/213648985811128070311/298898108538648885669998386159261)/5/11/541/22018745166701/330398374269522087833851 ] P54^5-1 [CODE]n: 1643217395680347890938278148203271260739667012473700500492706319538680932865253717865661501614831588382689552804917791699074470842211487296228795660368747773915985421716900001 # 772273906760787473540309377429691377421828629349112001^5-1, difficulty: 215.55, skewness: 1.00, alpha: 1.45 # cost: 5.31938e+17, est. time: 253.30 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 772273906760787473540309377429691377421828629349112001 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 11939 60M 13186 100M 13161 140M 11607[/CODE] |
[b]QUEUED[/b]
C167_151_25 for 14e. A rare 4th degree poly. [code] n: 17598010250559084391681947277613418326662663758811647953719847332247268181767239117801724006224962119158536720225304569242048357588162048110413635004178668909841818561 type: snfs size: 211 skew: 1.5677 c4: 25 c0: 151 Y1: 11853911588401 Y0: -26469779601696885595885078146238811314105987548828125 rlim: 67000000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6 [/code] Test sieving on the -r side with Q in blocks of 5k. [code] Q=30M 5555 Q=40M 5998 Q=100M 5993 Q=130M 5904 [/code] Suggesting a sieving range for Q of 30M-130M, assuming a target number of relations = 110M. Or do we need more relations for a quartic? |
[b]QUEUED AS C191_746xx861_5[/b]
C191 from the OPN t800 file. [ a.k.a. Phi_5( lpf(Phi_11(Phi_3(Phi_11(19)/104281)/7/31)) )/5/18481/32321/541231/9904188991 ] P54^5-1 [CODE]n: 19407864482581494985968577668877410488837425419022625468770390537409195730863072714980604121646932865353138693038183479278421127776373362028562992257815030427764926610475189006796975699178601 # 746603288596132650067619444573771916391043462048441861^5-1, difficulty: 215.49, skewness: 1.00, alpha: 1.45 # cost: 5.29337e+17, est. time: 252.07 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 746603288596132650067619444573771916391043462048441861 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12003 60M 13179 100M 12670 140M 11592[/CODE] |
[b]QUEUED[/b] C220_151_35 is ready for 14e.
[code] n: 4089263332701697228420882508540091644376703296896110065654534304762429217408281868997003856736486061414601297407906761033924522394503640489010010309240123916670020093505139954684990804807081022647041374780878312363529371 type: snfs size: 233 skew: 17.189 c5: 1 c0: 1500625 Y1: 1789940649848551 Y0: -734698875038166561234010118059813976287841796875 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5K. [code] Q=20M 7189 Q=80M 7143 Q=150M 7019 Q=200M 6823 [/code] Suggesting a sieving range of 20M-190M with a target number of relations = 240M. |
[b]QUEUED[/b] C242_137_78 is ready for sieving on 14e.
[code] n: 13029875362375294088343211097651009623791697461639404892908738734535404404272935522887496047953923116178176750888498022185431182683762757281298068600350477097701538089162596768656652472015547456196066375459500857404349303948056421014683397463 # 137^78+78^137, difficulty: 261.11, anorm: 1.77e+037, rnorm: 2.29e+049 # scaled difficulty: 263.13, suggest sieving rational side # size = 4.565e-013, alpha = 0.000, combined = 6.619e-014, rroots = 0 type: snfs size: 261 skew: 2.0670 c6: 1 c0: 78 Y1: -5989180101784270567563310697 Y0: 32974321035493774488828614324632075320164352 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5K. [code] Q=20M 7423 Q=80M 5855 Q=150M 5452 Q=250M 4970 Q=350M 4623 Q=450M 3806 [/code] Suggesting a sieving range for Q of 20M-470M with the target number of relations = 460M. |
[b]QUEUED[/b] C179_151_38 is ready for SNFS on 14e.
[code] n: 79650359285024786755766519150789076278609785251974503757416366952362049756323973207155883799779195104818510968612523843847383442820172271154104711490154537632733179822096306382401 type: snfs size: 239 skew: 2.904 c6: 38 c0: 22801 Y1: 11853911588401 Y0: -3123128945369882154942078678703504621568 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -r side with Q in blocks of 5k. [code] Q=20M 9410 Q=80M 6233 Q=150M 5228 Q=200M 4936 [/code] Suggesting a sieving range for Q of 20M-215M with a target number of relations = 240M. |
[b]QUEUED[/b] C149_M31_k54 of kosta’s project is a GNFS job ready for 14e. Hope it is not too small, but I throw it into the pot as 14e won't last long once the BOINC Pentathlon begins. 14e has seen some C150-151 GNFS jobs in the past as well. I've also got a GNFS 142 but I don't want to bring that much shame to the game...
[code] n: 71616377109907864688008347908682359177816201466974857346197413741355050473949229228608329211063362973255861812104220291663736034427872242744908822221 skew: 547519.63 c0: -65857866039033502914860260223957284 c1: 1176726095465499606174498407468 c2: -1820376450544187168737241 c3: -8303416657506710648 c4: 3849523576902 c5: 10241532 Y1: 244671119341709 Y0: -23384575139302119515733127239 # size 1.748e-14, alpha -7.210, combined = 6.008e-12 rroots = 5 rlim: 33000000 alim: 33000000 lpbr: 29 lpba: 29 mfbr: 58 mfba: 58 rlambda: 2.5 alambda: 2.5 [/code] Test sieving on the -a side with Q in blocks of 5K [code] Q=20M 14082 Q=30M 13064 Q=40M 13066 [/code] Suggesting a sieving range of 20M-43M with a target number of relations = 60M. |
[b]QUEUED AS C214_274xx567_5[/b]
C214 from the OPN t800 file. [ a.k.a. Phi_5( lpf(Phi_19(Phi_3(4733))) ) ] P54^5-1 [CODE]n: 5700810342238100007403425689006438490969668986957348829360652812558246130064214779149269116385831611359717192732995298236537553457654760308502844879153670939860819603986461619684736133167740484011344708486351339441 # 274779385661583918674191179310397622695969202132614567^5-1, difficulty: 213.76, skewness: 1.00, alpha: 1.45 # cost: 4.57757e+17, est. time: 217.98 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 274779385661583918674191179310397622695969202132614567 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 13746 60M 14905 100M 15024 140M 12783[/CODE] |
[b]QUEUED AS C171_10810256869463_17[/b]
C171 from the OPN t600 file. 10810256869463^17-1 [CODE]n: 137476156837117727470953884227066754907575366388247605942243759867950248296120246934550874520701686582539775342324328221882037352885379825696615133027689524913015517382883 lss: 0 skew: 10321114.62 Y0: -534344545659664342730407108619255 Y1: 43903045755442477 c0: -31771195781220320909435237624799901862016 c1: 68168435698061403924300600510051624 c2: -9818553910154714077015507602 c3: -2487420940855872901399 c4: -142585261360562 c5: 3155880 alim: 134000000 rlim: 134000000 lpba: 31 lpbr: 31 mfba: 62 mfbr: 62 alambda: 2.6 rlambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 8761 60M 8993 100M 8047 150M 7507 200M 7208[/CODE] |
C205 from the OPN t600 file.
[ a.k.a. Phi_13(Phi_5(Phi_23(3)/47)/181/1099298734488491)/20420063/3286872312959 ] [CODE]n: 4162523490517414235416070757031338005103995603020975474083868299260843991005474552044950506822829565255038523518227661496692159082364425915400415333686055204755468318195383897315641655630759908023921707969 # 5056496574263951471^13-1, difficulty: 224.45, skewness: 1.00, alpha: 3.10 # cost: 1.10754e+18, est. time: 527.40 GHz days (not accurate yet!) skew: 1.000 c6: 1 c5: 1 c4: -5 c3: -4 c2: 6 c1: 3 c0: -1 Y1: -5056496574263951471 Y0: 25568157605543076893697191087043063842 type: snfs rlim: 6700000 alim: 67000000 lpbr: 30 lpba: 30 mfbr: 60 mfba: 60 rlambda: 2.6 alambda: 2.6[/CODE] In hindsight, it appeared a starting point around 10M might be better so it was added. Trial sieving 5K blocks. [CODE] Q Yield 10M 15127 20M 11563 50M 7820 80M 6124 110M 6113[/CODE] |
[b]QUEUED[/b] C215 from the OPN t800 file.
[ a.k.a. Phi_5(Phi_2( lpf(Phi_7(Phi_5(Phi_7(13))/151/151841)) )/2/5) ] P54^5-1 [CODE]n: 72270101295123041276527116761764521431866093655401688094185070904488657368112353206432603121819085513775533474290338989082239630948795628893810488787831844749091552085141199462195670487569508438298272445093903834781 # 518489141839991966393425074886720757544645449474963309^5-1, difficulty: 214.86, skewness: 1.00, alpha: 1.45 # cost: 5.02055e+17, est. time: 239.07 GHz days (not accurate yet!) skew: 1.000 c4: 1 c3: 1 c2: 1 c1: 1 c0: 1 Y1: -1 Y0: 518489141839991966393425074886720757544645449474963309 type: snfs rlim: 67000000 alim: 67000000 lpbr: 31 lpba: 31 mfbr: 91 mfba: 61 rlambda: 3.6 alambda: 2.6[/CODE] Trial sieving 5K blocks. [CODE] Q Yield 20M 12367 60M 13472 100M 13470 140M 11969[/CODE] |
[b]QUEUED[/b] C242_137_90 is ready for SNFS on 14e.
[code] n: 71103093976678893891407527309167771195856981812400200327243554393415927587233027781926566247789011596051936831220879826300141074235047643960421767724231609412833734157558148474335495581277243996195840989804452028509762347743085864886666362651 # 137^90+90^137, difficulty: 269.69, anorm: 1.90e+037, rnorm: 6.09e+050 # scaled difficulty: 271.94, suggest sieving rational side # size = 4.563e-013, alpha = 0.000, combined = 6.247e-014, rroots = 0 type: snfs size: 269 skew: 2.1169 c6: 1 c0: 90 Y1: -112410921330388974282595778471993 Y0: 886293811965250109592900000000000000000000000 rlim: 268000000 alim: 268000000 lpbr: 32 lpba: 32 mfbr: 64 mfba: 64 rlambda: 2.8 alambda: 2.8 [/code] Test sieving on the -r side with Q in blocks of 5k [code] Q=20M 7139 Q=80M 6096 Q=150M 5689 Q=250M 5226 Q=350M 4778 Q=450M 4230 [/code] Suggesting a sieving range for Q of 20M-450M with a target number of relations = 460M. |
[b]QUEUED[/b] C167_M31_k33 is ready for GNFS on 14e.
[code] n: 85216871592568624595812203856707941584024063704265436782223551911044541675943214120371856558192854976461943423426286561304622878272457780499063071930019606823743589001 skew: 4256028.21 c0: 194305260172719769847222169403184999805 c1: 1758179491143826347948342214259014 c2: 2451440450461814160010827121 c3: -299821529450336077208 c4: -107811293506940 c5: 4040400 Y0: -116096798800022440536072820991794 Y1: 510757190878957 # size 2.636e-16, alpha -7.277, combined = 5.066e-13 rroots = 5 rlim: 134000000 alim: 134000000 lpbr: 31 lpba: 31 mfbr: 62 mfba: 62 rlambda: 2.7 alambda: 2.7 [/code] Test sieving on the -a side with Q in blocks of 10K [code] Q=20M 19350 Q=80M 18339 Q=150M 20096 [/code] Suggesting a sieving range for Q of 20M-150M with a target number of relations = 250M. |
# 5056496574263951471^13-1, difficulty: 224.45, skewness: 1.00, alpha: 3.10
Do you really mean to sieve this with rlim=6700000 and alim=67000000 (a factor ten apart)? If not, could you redo the trial sieving, since the yield curve will be quite a different shape in that case |
[QUOTE=fivemack;486800]# 5056496574263951471^13-1, difficulty: 224.45, skewness: 1.00, alpha: 3.10
Do you really mean to sieve this with rlim=6700000 and alim=67000000 (a factor ten apart)? If not, could you redo the trial sieving, since the yield curve will be quite a different shape in that case[/QUOTE] Yep, you're right. Big fat typo. I wondered why the curve petered out so quickly. That should have been the first clue. |
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