Table of contents 目次

10113+1799

c105

name 名前KTakahashi
date 日付December 6, 2014 17:14:27 UTC 2014 年 12 月 7 日 (日) 2 時 14 分 27 秒 (日本時間)
composite number 合成数
100048497608779377324143482635916416759776550845033172224937488423075690133110814269219675814874177923881<105>
prime factors 素因数
20436697869632093215126113359781118400893403921417<50>
4895531472207475393300036090368534375965458233998671393<55>
factorization results 素因数分解の結果
Number: 11131_113
N=100048497608779377324143482635916416759776550845033172224937488423075690133110814269219675814874177923881
  ( 105 digits)
SNFS difficulty: 113 digits.
Divisors found:
 r1=20436697869632093215126113359781118400893403921417 (pp50)
 r2=4895531472207475393300036090368534375965458233998671393 (pp55)
Version: Msieve v. 1.51 (SVN Official Release)
Total time: 1.61 hours.
Scaled time: 3.35 units (timescale=2.075).
Factorization parameters were as follows:
n: 100048497608779377324143482635916416759776550845033172224937488423075690133110814269219675814874177923881
m: 10000000000000000000000
c5: 1000
c0: 179
skew: 0.71
type: snfs
Factor base limits: 600000/800000
Large primes per side: 3
Large prime bits: 25/25
Max factor residue bits: 46/46
Sieved rational special-q in [300000, 550001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 85593 x 85824
Total sieving time: 1.57 hours.
Total relation processing time: 0.01 hours.
Matrix solve time: 0.02 hours.
Time per square root: 0.01 hours.
Prototype def-par.txt line would be:
snfs,113.000,5,0,0,0,0,0,0,0,0,600000,800000,25,25,46,46,2.4,2.4,50000
total time: 1.61 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10114+1799

c112

name 名前KTakahashi
date 日付December 6, 2014 17:15:06 UTC 2014 年 12 月 7 日 (日) 2 時 15 分 6 秒 (日本時間)
composite number 合成数
5847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005849<112>
prime factors 素因数
77179096938009065474374055726591207<35>
75771205525654139831624691834108576102364549719985308808952119218471654718207<77>
factorization results 素因数分解の結果
Number: 11131_114
N=5847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005849
  ( 112 digits)
SNFS difficulty: 115 digits.
Divisors found:
 r1=77179096938009065474374055726591207 (pp35)
 r2=75771205525654139831624691834108576102364549719985308808952119218471654718207 (pp77)
Version: Msieve v. 1.51 (SVN Official Release)
Total time: 1.45 hours.
Scaled time: 3.03 units (timescale=2.080).
Factorization parameters were as follows:
n: 5847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005847953216374269005849
m: 100000000000000000000000
c5: 1
c0: 1790
skew: 4.47
type: snfs
Factor base limits: 600000/800000
Large primes per side: 3
Large prime bits: 25/25
Max factor residue bits: 46/46
Sieved rational special-q in [300000, 500001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 98703 x 98928
Total sieving time: 1.41 hours.
Total relation processing time: 0.01 hours.
Matrix solve time: 0.03 hours.
Time per square root: 0.00 hours.
Prototype def-par.txt line would be:
snfs,115.000,5,0,0,0,0,0,0,0,0,600000,800000,25,25,46,46,2.4,2.4,50000
total time: 1.45 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10126+1799

c122

name 名前Dmitry Domanov
date 日付December 7, 2014 00:37:22 UTC 2014 年 12 月 7 日 (日) 9 時 37 分 22 秒 (日本時間)
composite number 合成数
43284421936545037441024975111457386486603471410639310912002770203003938882396225598407133272735142622170280915898368177293<122>
prime factors 素因数
498679170865081850802653843531558626770753201909557843<54>
86798134883912528909983412356861436712937054895908235298748739701151<68>
factorization results 素因数分解の結果
N=43284421936545037441024975111457386486603471410639310912002770203003938882396225598407133272735142622170280915898368177293
  ( 122 digits)
SNFS difficulty: 126 digits.
Divisors found:
 r1=498679170865081850802653843531558626770753201909557843 (pp54)
 r2=86798134883912528909983412356861436712937054895908235298748739701151 (pp68)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 1.18 hours.
Scaled time: 2.53 units (timescale=2.137).
Factorization parameters were as follows:
n: 43284421936545037441024975111457386486603471410639310912002770203003938882396225598407133272735142622170280915898368177293
m: 10000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 9.579e-09
type: snfs
lss: 1
rlim: 880000
alim: 880000
lpbr: 26
lpba: 26
mfbr: 46
mfba: 46
rlambda: 2.3
alambda: 2.3
Factor base limits: 880000/880000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 46/46
Sieved rational special-q in [440000, 740001)
Primes: , ,
Relations: relations
Max relations in full relation-set:
Initial matrix:
Pruned matrix : 116024 x 116250
Total sieving time: 1.11 hours.
Total relation processing time: 0.03 hours.
Matrix solve time: 0.04 hours.
Time per square root: 0.01 hours.
Prototype def-par.txt line would be:
snfs,126.000,5,0,0,0,0,0,0,0,0,880000,880000,26,26,46,46,2.3,2.3,50000
total time: 1.18 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10127+1799

c99

name 名前Dmitry Domanov
date 日付December 7, 2014 01:07:33 UTC 2014 年 12 月 7 日 (日) 10 時 7 分 33 秒 (日本時間)
composite number 合成数
555044368818224643503757793652897932262997977886580477228951876311179958589252931490416948495082913<99>
prime factors 素因数
72342834671969868314070802118316504188663398919<47>
7672416644094864206185879640096094738528273999515927<52>
factorization results 素因数分解の結果
N=555044368818224643503757793652897932262997977886580477228951876311179958589252931490416948495082913
  ( 99 digits)
SNFS difficulty: 127 digits.
Divisors found:
 r1=72342834671969868314070802118316504188663398919 (pp47)
 r2=7672416644094864206185879640096094738528273999515927 (pp52)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 1.36 hours.
Scaled time: 2.86 units (timescale=2.104).
Factorization parameters were as follows:
n: 555044368818224643503757793652897932262997977886580477228951876311179958589252931490416948495082913
m: 10000000000000000000000000
deg: 5
c5: 100
c0: 179
skew: 1.12
# Murphy_E = 8.646e-09
type: snfs
lss: 1
rlim: 920000
alim: 920000
lpbr: 26
lpba: 26
mfbr: 46
mfba: 46
rlambda: 2.3
alambda: 2.3
Factor base limits: 920000/920000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 46/46
Sieved rational special-q in [460000, 810001)
Primes: , ,
Relations: relations
Max relations in full relation-set:
Initial matrix:
Pruned matrix : 125079 x 125306
Total sieving time: 1.28 hours.
Total relation processing time: 0.03 hours.
Matrix solve time: 0.04 hours.
Time per square root: 0.01 hours.
Prototype def-par.txt line would be:
snfs,127.000,5,0,0,0,0,0,0,0,0,920000,920000,26,26,46,46,2.3,2.3,50000
total time: 1.36 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10129+1799

c116

name 名前Dmitry Domanov
date 日付December 8, 2014 10:11:16 UTC 2014 年 12 月 8 日 (月) 19 時 11 分 16 秒 (日本時間)
composite number 合成数
34509674214653982225717558210039126944173371854967302086360083716011501444045056207692582567939434737796460972111917<116>
prime factors 素因数
614974319582666883825853294099355652048514321719535794151<57>
56115634613934602806245138718853564904152538405498091633867<59>
factorization results 素因数分解の結果
N=34509674214653982225717558210039126944173371854967302086360083716011501444045056207692582567939434737796460972111917
  ( 116 digits)
SNFS difficulty: 130 digits.
Divisors found:
 r1=614974319582666883825853294099355652048514321719535794151 (pp57)
 r2=56115634613934602806245138718853564904152538405498091633867 (pp59)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 1.90 hours.
Scaled time: 0.00 units (timescale=0.000).
Factorization parameters were as follows:
n: 34509674214653982225717558210039126944173371854967302086360083716011501444045056207692582567939434737796460972111917
m: 100000000000000000000000000
deg: 5
c5: 1
c0: 1790
skew: 4.47
# Murphy_E = 7.356e-09
type: snfs
lss: 1
rlim: 1030000
alim: 1030000
lpbr: 26
lpba: 26
mfbr: 47
mfba: 47
rlambda: 2.3
alambda: 2.3

Factor base limits: 1030000/1030000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 47/47
Sieved rational special-q in [515000, 865001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 165070 x 165315
Total sieving time: 1.78 hours.
Total relation processing time: 0.03 hours.
Matrix solve time: 0.07 hours.
Time per square root: 0.02 hours.
Prototype def-par.txt line would be:
snfs,130.000,5,0,0,0,0,0,0,0,0,1030000,1030000,26,26,47,47,2.3,2.3,50000
total time: 1.90 hours.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10132+1799

c98

name 名前KTakahashi
date 日付December 6, 2014 18:04:40 UTC 2014 年 12 月 7 日 (日) 3 時 4 分 40 秒 (日本時間)
composite number 合成数
60139612771324330835615404454708344127374307774369379933889240126862819428937734864244238820172017<98>
prime factors 素因数
116681201208068859997838366191696441<36>
515418183466262547123023298199679023659922702069534278858095737<63>
factorization results 素因数分解の結果
Input number is 60139612771324330835615404454708344127374307774369379933889240126862819428937734864244238820172017 (98 digits)
Using B1=1000000, B2=1045563762, polynomial Dickson(6), sigma=2604244545
Step 1 took 2652ms
********** Factor found in step 1: 116681201208068859997838366191696441
Found probable prime factor of 36 digits: 116681201208068859997838366191696441
Probable prime cofactor 515418183466262547123023298199679023659922702069534278858095737 has 63 digits
software ソフトウェア
GMP-ECM 6.4.4

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10134+1799

c105

name 名前Jo Yeong Uk
date 日付December 9, 2014 14:33:07 UTC 2014 年 12 月 9 日 (火) 23 時 33 分 7 秒 (日本時間)
composite number 合成数
958534948521045541029481546828087712135618627666477689670610088123589886897811017102671555338896820363987<105>
prime factors 素因数
42684823856221157846294364778800708169231348836083<50>
22456106454831781112311730445193655658407553143263792289<56>
factorization results 素因数分解の結果
Number: 11131_134
N=958534948521045541029481546828087712135618627666477689670610088123589886897811017102671555338896820363987
  ( 105 digits)
SNFS difficulty: 135 digits.
Divisors found:
 r1=42684823856221157846294364778800708169231348836083
 r2=22456106454831781112311730445193655658407553143263792289
Version: 
Total time: 1.23 hours.
Scaled time: 6.47 units (timescale=5.254).
Factorization parameters were as follows:
n: 958534948521045541029481546828087712135618627666477689670610088123589886897811017102671555338896820363987
m: 1000000000000000000000000000
deg: 5
c5: 1
c0: 1790
skew: 4.47
# Murphy_E = 4.85e-09
type: snfs
lss: 1
rlim: 1200000
alim: 1200000
lpbr: 26
lpba: 26
mfbr: 47
mfba: 47
rlambda: 2.3
alambda: 2.3
Factor base limits: 1200000/1200000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 47/47
Sieved rational special-q in [600000, 1125001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 3169404
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 190151 x 190399
Total sieving time: 1.05 hours.
Total relation processing time: 0.14 hours.
Matrix solve time: 0.03 hours.
Time per square root: 0.01 hours.
Prototype def-par.txt line would be:
snfs,135,5,0,0,0,0,0,0,0,0,1200000,1200000,26,26,47,47,2.3,2.3,25000
total time: 1.23 hours.
 --------- CPU info (if available) ----------
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6904118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
786KTakahashiDecember 6, 2014 18:08:55 UTC 2014 年 12 月 7 日 (日) 3 時 8 分 55 秒 (日本時間)

10136+1799

c107

name 名前Dmitry Domanov
date 日付December 10, 2014 23:04:28 UTC 2014 年 12 月 11 日 (木) 8 時 4 分 28 秒 (日本時間)
composite number 合成数
55379806421571128408931309316892448533935621656723450552226427006624804832866202037666114262123543705077981<107>
prime factors 素因数
188039201026798147380873588093542922651233261420280607<54>
294512027913151745839819393779398989748794514269386883<54>
factorization results 素因数分解の結果
N=55379806421571128408931309316892448533935621656723450552226427006624804832866202037666114262123543705077981
  ( 107 digits)
SNFS difficulty: 136 digits.
Divisors found:
 r1=188039201026798147380873588093542922651233261420280607 (pp54)
 r2=294512027913151745839819393779398989748794514269386883 (pp54)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 2.46 hours.
Scaled time: 5.30 units (timescale=2.151).
Factorization parameters were as follows:
n: 55379806421571128408931309316892448533935621656723450552226427006624804832866202037666114262123543705077981
m: 1000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 4.178e-09
type: snfs
lss: 1
rlim: 1290000
alim: 1290000
lpbr: 26
lpba: 26
mfbr: 48
mfba: 48
rlambda: 2.3
alambda: 2.3
Factor base limits: 1290000/1290000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 48/48
Sieved rational special-q in [645000, 1245001)
Primes: , ,
Relations: relations
Max relations in full relation-set:
Initial matrix:
Pruned matrix : 184266 x 184492
Total sieving time: 2.30 hours.
Total relation processing time: 0.04 hours.
Matrix solve time: 0.09 hours.
Time per square root: 0.03 hours.
Prototype def-par.txt line would be:
snfs,136.000,5,0,0,0,0,0,0,0,0,1290000,1290000,26,26,48,48,2.3,2.3,75000
total time: 2.46 hours.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6937 / 2318Pierre JammesDecember 8, 2014 16:41:43 UTC 2014 年 12 月 9 日 (火) 1 時 41 分 43 秒 (日本時間)

10137+1799

c103

name 名前KTakahashi
date 日付December 6, 2014 22:13:55 UTC 2014 年 12 月 7 日 (日) 7 時 13 分 55 秒 (日本時間)
composite number 合成数
6264152172271597228995821520096345754400684505927204194343111946343204812746476771684286176629389768811<103>
prime factors 素因数
695175234728698485329315142701588069<36>
9010896619060756861236516901556780790393233921672692886912175269519<67>
factorization results 素因数分解の結果
Number: 11131_137
N=6264152172271597228995821520096345754400684505927204194343111946343204812746476771684286176629389768811
  ( 103 digits)
SNFS difficulty: 137 digits.
Divisors found:
 r1=695175234728698485329315142701588069 (pp36)
 r2=9010896619060756861236516901556780790393233921672692886912175269519 (pp67)
Version: Msieve v. 1.51 (SVN Official Release)
Total time: 7.15 hours.
Scaled time: 12.00 units (timescale=1.678).
Factorization parameters were as follows:
n: 6264152172271597228995821520096345754400684505927204194343111946343204812746476771684286176629389768811
m: 1000000000000000000000000000
c5: 100
c0: 179
skew: 1.12
type: snfs
Factor base limits: 1000000/800000
Large primes per side: 3
Large prime bits: 25/25
Max factor residue bits: 43/43
Sieved rational special-q in [500000, 1850001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 152850 x 153075
Total sieving time: 7.05 hours.
Total relation processing time: 0.01 hours.
Matrix solve time: 0.08 hours.
Time per square root: 0.01 hours.
Prototype def-par.txt line would be:
snfs,137.000,5,0,0,0,0,0,0,0,0,1000000,800000,25,25,43,43,2.3,2.3,75000
total time: 7.15 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6904118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
786KTakahashiDecember 6, 2014 18:05:53 UTC 2014 年 12 月 7 日 (日) 3 時 5 分 53 秒 (日本時間)

10139+1799

c137

name 名前Dmitry Domanov
date 日付December 8, 2014 20:30:52 UTC 2014 年 12 月 9 日 (火) 5 時 30 分 52 秒 (日本時間)
composite number 合成数
52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911<137>
prime factors 素因数
51025377236524928561697507331678672459<38>
1036936045857959773296864167869500273160352545941284902078045204147534647651223106336282046706352429<100>
factorization results 素因数分解の結果
N=52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911
  ( 137 digits)
SNFS difficulty: 140 digits.
Divisors found:
 r1=51025377236524928561697507331678672459 (pp38)
 r2=1036936045857959773296864167869500273160352545941284902078045204147534647651223106336282046706352429 (pp100)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 3.54 hours.
Scaled time: 5.87 units (timescale=1.657).
Factorization parameters were as follows:
n: 52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911
m: 10000000000000000000000000000
deg: 5
c5: 1
c0: 1790
skew: 4.47
# Murphy_E = 3.179e-09
type: snfs
lss: 1
rlim: 1510000
alim: 1510000
lpbr: 26
lpba: 26
mfbr: 48
mfba: 48
rlambda: 2.3
alambda: 2.3
Factor base limits: 1510000/1510000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 48/48
Sieved rational special-q in [755000, 1505001)
Primes: , ,
Relations: relations
Max relations in full relation-set:
Initial matrix:
Pruned matrix : 229540 x 229765
Total sieving time: 3.40 hours.
Total relation processing time: 0.04 hours.
Matrix solve time: 0.07 hours.
Time per square root: 0.03 hours.
Prototype def-par.txt line would be:
snfs,140.000,5,0,0,0,0,0,0,0,0,1510000,1510000,26,26,48,48,2.3,2.3,75000
total time: 3.54 hours.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10141+1799

c132

name 名前KTakahashi
date 日付December 6, 2014 18:07:51 UTC 2014 年 12 月 7 日 (日) 3 時 7 分 51 秒 (日本時間)
composite number 合成数
156569581046256682326504085887775559705059665583698829715609272286633859706063949847403833953056167444743818478680114060357353356501<132>
prime factors 素因数
1714606429696825228518703804261363<34>
91315172003607346049363059427442172005425804414507291228065015483244770936413162085554760970171927<98>
factorization results 素因数分解の結果
Input number is 156569581046256682326504085887775559705059665583698829715609272286633859706063949847403833953056167444743818478680114060357353356501 (132 digits)
Using B1=1000000, B2=1045563762, polynomial Dickson(6), sigma=1111111111
Step 1 took 3588ms
Step 2 took 2308ms
********** Factor found in step 2: 1714606429696825228518703804261363
Found probable prime factor of 34 digits: 1714606429696825228518703804261363
Probable prime cofactor 91315172003607346049363059427442172005425804414507291228065015483244770936413162085554760970171927 has 98 digits
software ソフトウェア
GMP-ECM 6.4.4

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10144+1799

c112

name 名前Cyp
date 日付December 14, 2014 01:53:59 UTC 2014 年 12 月 14 日 (日) 10 時 53 分 59 秒 (日本時間)
composite number 合成数
5495441523305086893017648542557230320130000116537010520316197771441344063239900185204432411269286616217870915309<112>
prime factors 素因数
9843330612115261829783396783578962661633<40>
558290861077169036046855668130119604850002220640280388841338247936481773<72>
factorization results 素因数分解の結果
12/14/14 01:46:52 v1.34.3, 
12/14/14 01:46:52 v1.34.3, ****************************
12/14/14 01:46:52 v1.34.3, Starting factorization of 5495441523305086893017648542557230320130000116537010520316197771441344063239900185204432411269286616217870915309
12/14/14 01:46:52 v1.34.3, using pretesting plan: none
12/14/14 01:46:52 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/14/14 01:46:52 v1.34.3, ****************************
12/14/14 01:46:52 v1.34.3, nfs: commencing nfs on c112: 5495441523305086893017648542557230320130000116537010520316197771441344063239900185204432411269286616217870915309
12/14/14 01:46:52 v1.34.3, nfs: continuing with sieving - could not determine last special q; using default startq
12/14/14 01:46:52 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 01:47:11 v1.34.3, nfs: commencing lattice sieving with 8 threads
[187 lines snipped]
12/14/14 02:49:03 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 02:49:22 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 02:49:41 v1.34.3, nfs: commencing msieve filtering
12/14/14 02:50:29 v1.34.3, nfs: commencing msieve linear algebra
12/14/14 02:53:36 v1.34.3, nfs: commencing msieve sqrt
12/14/14 02:53:58 v1.34.3, prp72 = 558290861077169036046855668130119604850002220640280388841338247936481773
12/14/14 02:53:58 v1.34.3, prp40 = 9843330612115261829783396783578962661633
12/14/14 02:53:58 v1.34.3, NFS elapsed time = 4025.9191 seconds.
12/14/14 02:53:58 v1.34.3, 
12/14/14 02:53:58 v1.34.3, 
12/14/14 02:53:58 v1.34.3, Total factoring time = 4025.9205 seconds
--
Sun Dec 14 02:49:41 2014  
Sun Dec 14 02:49:41 2014  commencing relation filtering
Sun Dec 14 02:49:41 2014  estimated available RAM is 15987.3 MB
Sun Dec 14 02:49:41 2014  commencing duplicate removal, pass 1
Sun Dec 14 02:49:53 2014  found 819087 hash collisions in 4486405 relations
Sun Dec 14 02:49:57 2014  added 179791 free relations
Sun Dec 14 02:49:57 2014  commencing duplicate removal, pass 2
Sun Dec 14 02:50:00 2014  found 732731 duplicates and 3933465 unique relations
Sun Dec 14 02:50:00 2014  memory use: 20.6 MB
Sun Dec 14 02:50:00 2014  reading ideals above 100000
Sun Dec 14 02:50:00 2014  commencing singleton removal, initial pass
Sun Dec 14 02:50:16 2014  memory use: 94.1 MB
Sun Dec 14 02:50:16 2014  reading all ideals from disk
Sun Dec 14 02:50:16 2014  memory use: 124.2 MB
Sun Dec 14 02:50:16 2014  keeping 4576761 ideals with weight <= 200, target excess is 19962
Sun Dec 14 02:50:16 2014  commencing in-memory singleton removal
Sun Dec 14 02:50:16 2014  begin with 3933465 relations and 4576761 unique ideals
Sun Dec 14 02:50:17 2014  reduce to 1384796 relations and 1327833 ideals in 17 passes
Sun Dec 14 02:50:17 2014  max relations containing the same ideal: 99
Sun Dec 14 02:50:17 2014  removing 138610 relations and 121707 ideals in 16904 cliques
Sun Dec 14 02:50:17 2014  commencing in-memory singleton removal
Sun Dec 14 02:50:18 2014  begin with 1246186 relations and 1327833 unique ideals
Sun Dec 14 02:50:18 2014  reduce to 1236304 relations and 1196072 ideals in 8 passes
Sun Dec 14 02:50:18 2014  max relations containing the same ideal: 92
Sun Dec 14 02:50:18 2014  removing 101855 relations and 84951 ideals in 16904 cliques
Sun Dec 14 02:50:18 2014  commencing in-memory singleton removal
Sun Dec 14 02:50:18 2014  begin with 1134449 relations and 1196072 unique ideals
Sun Dec 14 02:50:18 2014  reduce to 1128749 relations and 1105341 ideals in 7 passes
Sun Dec 14 02:50:18 2014  max relations containing the same ideal: 83
Sun Dec 14 02:50:18 2014  relations with 0 large ideals: 458
Sun Dec 14 02:50:18 2014  relations with 1 large ideals: 131
Sun Dec 14 02:50:18 2014  relations with 2 large ideals: 2748
Sun Dec 14 02:50:18 2014  relations with 3 large ideals: 22571
Sun Dec 14 02:50:18 2014  relations with 4 large ideals: 96858
Sun Dec 14 02:50:18 2014  relations with 5 large ideals: 235091
Sun Dec 14 02:50:18 2014  relations with 6 large ideals: 345055
Sun Dec 14 02:50:18 2014  relations with 7+ large ideals: 425837
Sun Dec 14 02:50:18 2014  commencing 2-way merge
Sun Dec 14 02:50:19 2014  reduce to 694471 relation sets and 671063 unique ideals
Sun Dec 14 02:50:19 2014  commencing full merge
Sun Dec 14 02:50:26 2014  memory use: 85.0 MB
Sun Dec 14 02:50:26 2014  found 345727 cycles, need 343263
Sun Dec 14 02:50:26 2014  weight of 343263 cycles is about 24210478 (70.53/cycle)
Sun Dec 14 02:50:26 2014  distribution of cycle lengths:
Sun Dec 14 02:50:26 2014  1 relations: 26385
Sun Dec 14 02:50:26 2014  2 relations: 35123
Sun Dec 14 02:50:26 2014  3 relations: 37621
Sun Dec 14 02:50:26 2014  4 relations: 34669
Sun Dec 14 02:50:26 2014  5 relations: 31961
Sun Dec 14 02:50:26 2014  6 relations: 28318
Sun Dec 14 02:50:26 2014  7 relations: 24779
Sun Dec 14 02:50:26 2014  8 relations: 21200
Sun Dec 14 02:50:26 2014  9 relations: 18244
Sun Dec 14 02:50:26 2014  10+ relations: 84963
Sun Dec 14 02:50:26 2014  heaviest cycle: 25 relations
Sun Dec 14 02:50:26 2014  commencing cycle optimization
Sun Dec 14 02:50:26 2014  start with 2334630 relations
Sun Dec 14 02:50:29 2014  pruned 63888 relations
Sun Dec 14 02:50:29 2014  memory use: 70.7 MB
Sun Dec 14 02:50:29 2014  distribution of cycle lengths:
Sun Dec 14 02:50:29 2014  1 relations: 26385
Sun Dec 14 02:50:29 2014  2 relations: 35796
Sun Dec 14 02:50:29 2014  3 relations: 38958
Sun Dec 14 02:50:29 2014  4 relations: 35633
Sun Dec 14 02:50:29 2014  5 relations: 32876
Sun Dec 14 02:50:29 2014  6 relations: 28809
Sun Dec 14 02:50:29 2014  7 relations: 25167
Sun Dec 14 02:50:29 2014  8 relations: 21309
Sun Dec 14 02:50:29 2014  9 relations: 18187
Sun Dec 14 02:50:29 2014  10+ relations: 80143
Sun Dec 14 02:50:29 2014  heaviest cycle: 25 relations
Sun Dec 14 02:50:29 2014  RelProcTime: 48
Sun Dec 14 02:50:29 2014  
Sun Dec 14 02:50:29 2014  commencing linear algebra
Sun Dec 14 02:50:29 2014  read 343263 cycles
Sun Dec 14 02:50:29 2014  cycles contain 1109552 unique relations
Sun Dec 14 02:50:34 2014  read 1109552 relations
Sun Dec 14 02:50:35 2014  using 20 quadratic characters above 67107534
Sun Dec 14 02:50:38 2014  building initial matrix
Sun Dec 14 02:50:44 2014  memory use: 134.0 MB
Sun Dec 14 02:50:44 2014  read 343263 cycles
Sun Dec 14 02:50:44 2014  matrix is 343101 x 343263 (102.8 MB) with weight 31167931 (90.80/col)
Sun Dec 14 02:50:44 2014  sparse part has weight 23161181 (67.47/col)
Sun Dec 14 02:50:45 2014  filtering completed in 2 passes
Sun Dec 14 02:50:45 2014  matrix is 343004 x 343174 (102.8 MB) with weight 31164991 (90.81/col)
Sun Dec 14 02:50:45 2014  sparse part has weight 23160396 (67.49/col)
Sun Dec 14 02:50:46 2014  matrix starts at (0, 0)
Sun Dec 14 02:50:46 2014  matrix is 343004 x 343174 (102.8 MB) with weight 31164991 (90.81/col)
Sun Dec 14 02:50:46 2014  sparse part has weight 23160396 (67.49/col)
Sun Dec 14 02:50:46 2014  saving the first 48 matrix rows for later
Sun Dec 14 02:50:46 2014  matrix includes 64 packed rows
Sun Dec 14 02:50:46 2014  matrix is 342956 x 343174 (97.4 MB) with weight 24723947 (72.04/col)
Sun Dec 14 02:50:46 2014  sparse part has weight 22096401 (64.39/col)
Sun Dec 14 02:50:46 2014  using block size 65536 for processor cache size 8192 kB
Sun Dec 14 02:50:47 2014  commencing Lanczos iteration (8 threads)
Sun Dec 14 02:50:47 2014  memory use: 93.2 MB
Sun Dec 14 02:50:53 2014  linear algebra at 3.5%, ETA 0h 2m
Sun Dec 14 02:53:36 2014  lanczos halted after 5425 iterations (dim = 342951)
Sun Dec 14 02:53:36 2014  recovered 38 nontrivial dependencies
Sun Dec 14 02:53:36 2014  BLanczosTime: 187
Sun Dec 14 02:53:36 2014  
Sun Dec 14 02:53:36 2014  commencing square root phase
Sun Dec 14 02:53:36 2014  reading relations for dependency 1
Sun Dec 14 02:53:36 2014  read 171405 cycles
Sun Dec 14 02:53:36 2014  cycles contain 555006 unique relations
Sun Dec 14 02:53:40 2014  read 555006 relations
Sun Dec 14 02:53:41 2014  multiplying 555006 relations
Sun Dec 14 02:53:49 2014  multiply complete, coefficients have about 13.29 million bits
Sun Dec 14 02:53:49 2014  initial square root is modulo 43202801
Sun Dec 14 02:53:58 2014  sqrtTime: 22
--
n: 5495441523305086893017648542557230320130000116537010520316197771441344063239900185204432411269286616217870915309
m: 50000000000000000000000000000
deg: 5
c5: 16
c0: 895
skew: 2.24
# Murphy_E = 2.072e-09
type: snfs
lss: 1
rlim: 1810000
alim: 1810000
lpbr: 26
lpba: 26
mfbr: 49
mfba: 49
rlambda: 2.3
alambda: 2.3
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 10, 2014 18:40:09 UTC 2014 年 12 月 11 日 (木) 3 時 40 分 9 秒 (日本時間)
403e6410 / 1122110Ignacio SantosDecember 10, 2014 18:40:09 UTC 2014 年 12 月 11 日 (木) 3 時 40 分 9 秒 (日本時間)
300Serge BatalovDecember 10, 2014 19:45:58 UTC 2014 年 12 月 11 日 (木) 4 時 45 分 58 秒 (日本時間)
4511e6323 / 437132Ignacio SantosDecember 10, 2014 18:40:09 UTC 2014 年 12 月 11 日 (木) 3 時 40 分 9 秒 (日本時間)
291Pierre JammesDecember 12, 2014 10:24:40 UTC 2014 年 12 月 12 日 (金) 19 時 24 分 40 秒 (日本時間)

10145+1799

c109

name 名前Cyp
date 日付December 14, 2014 04:33:00 UTC 2014 年 12 月 14 日 (日) 13 時 33 分 0 秒 (日本時間)
composite number 合成数
3669308101856010327194298101667815089500297391838885835893620128406099759774326421139362589036833115693176499<109>
prime factors 素因数
884971793853434578856951935781104679503<39>
4146242995925027389125424555327400646927751272076455068277282010634333<70>
factorization results 素因数分解の結果
12/14/14 04:35:58 v1.34.3, 
12/14/14 04:35:58 v1.34.3, ****************************
12/14/14 04:35:58 v1.34.3, Starting factorization of 3669308101856010327194298101667815089500297391838885835893620128406099759774326421139362589036833115693176499
12/14/14 04:35:58 v1.34.3, using pretesting plan: none
12/14/14 04:35:58 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/14/14 04:35:58 v1.34.3, ****************************
12/14/14 04:35:58 v1.34.3, nfs: commencing nfs on c109: 3669308101856010327194298101667815089500297391838885835893620128406099759774326421139362589036833115693176499
12/14/14 04:35:58 v1.34.3, nfs: continuing with sieving - could not determine last special q; using default startq
12/14/14 04:35:58 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 04:36:14 v1.34.3, nfs: commencing lattice sieving with 8 threads
[178 lines snipped]
12/14/14 05:28:40 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 05:28:57 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 05:29:15 v1.34.3, nfs: commencing msieve filtering
12/14/14 05:30:00 v1.34.3, nfs: commencing msieve linear algebra
12/14/14 05:32:26 v1.34.3, nfs: commencing msieve sqrt
12/14/14 05:32:59 v1.34.3, prp70 = 4146242995925027389125424555327400646927751272076455068277282010634333
12/14/14 05:32:59 v1.34.3, prp39 = 884971793853434578856951935781104679503
12/14/14 05:32:59 v1.34.3, NFS elapsed time = 3421.0446 seconds.
12/14/14 05:32:59 v1.34.3, 
12/14/14 05:32:59 v1.34.3, 
12/14/14 05:32:59 v1.34.3, Total factoring time = 3421.0451 seconds
--
Sun Dec 14 05:29:15 2014  
Sun Dec 14 05:29:15 2014  commencing relation filtering
Sun Dec 14 05:29:15 2014  estimated available RAM is 15987.3 MB
Sun Dec 14 05:29:15 2014  commencing duplicate removal, pass 1
Sun Dec 14 05:29:26 2014  found 770387 hash collisions in 4481532 relations
Sun Dec 14 05:29:30 2014  added 179785 free relations
Sun Dec 14 05:29:30 2014  commencing duplicate removal, pass 2
Sun Dec 14 05:29:33 2014  found 664483 duplicates and 3996834 unique relations
Sun Dec 14 05:29:33 2014  memory use: 20.6 MB
Sun Dec 14 05:29:33 2014  reading ideals above 100000
Sun Dec 14 05:29:33 2014  commencing singleton removal, initial pass
Sun Dec 14 05:29:48 2014  memory use: 94.1 MB
Sun Dec 14 05:29:48 2014  reading all ideals from disk
Sun Dec 14 05:29:49 2014  memory use: 125.4 MB
Sun Dec 14 05:29:49 2014  keeping 4583511 ideals with weight <= 200, target excess is 20129
Sun Dec 14 05:29:49 2014  commencing in-memory singleton removal
Sun Dec 14 05:29:49 2014  begin with 3996834 relations and 4583511 unique ideals
Sun Dec 14 05:29:50 2014  reduce to 1463273 relations and 1360756 ideals in 13 passes
Sun Dec 14 05:29:50 2014  max relations containing the same ideal: 103
Sun Dec 14 05:29:50 2014  removing 239988 relations and 200404 ideals in 39584 cliques
Sun Dec 14 05:29:50 2014  commencing in-memory singleton removal
Sun Dec 14 05:29:50 2014  begin with 1223285 relations and 1360756 unique ideals
Sun Dec 14 05:29:50 2014  reduce to 1193416 relations and 1129458 ideals in 7 passes
Sun Dec 14 05:29:50 2014  max relations containing the same ideal: 92
Sun Dec 14 05:29:50 2014  removing 184113 relations and 144529 ideals in 39584 cliques
Sun Dec 14 05:29:50 2014  commencing in-memory singleton removal
Sun Dec 14 05:29:50 2014  begin with 1009303 relations and 1129458 unique ideals
Sun Dec 14 05:29:51 2014  reduce to 989745 relations and 964744 ideals in 7 passes
Sun Dec 14 05:29:51 2014  max relations containing the same ideal: 78
Sun Dec 14 05:29:51 2014  relations with 0 large ideals: 507
Sun Dec 14 05:29:51 2014  relations with 1 large ideals: 141
Sun Dec 14 05:29:51 2014  relations with 2 large ideals: 2976
Sun Dec 14 05:29:51 2014  relations with 3 large ideals: 23446
Sun Dec 14 05:29:51 2014  relations with 4 large ideals: 95001
Sun Dec 14 05:29:51 2014  relations with 5 large ideals: 218698
Sun Dec 14 05:29:51 2014  relations with 6 large ideals: 303397
Sun Dec 14 05:29:51 2014  relations with 7+ large ideals: 345579
Sun Dec 14 05:29:51 2014  commencing 2-way merge
Sun Dec 14 05:29:51 2014  reduce to 612977 relation sets and 587976 unique ideals
Sun Dec 14 05:29:51 2014  commencing full merge
Sun Dec 14 05:29:57 2014  memory use: 75.6 MB
Sun Dec 14 05:29:57 2014  found 306157 cycles, need 302176
Sun Dec 14 05:29:58 2014  weight of 302176 cycles is about 21494677 (71.13/cycle)
Sun Dec 14 05:29:58 2014  distribution of cycle lengths:
Sun Dec 14 05:29:58 2014  1 relations: 21280
Sun Dec 14 05:29:58 2014  2 relations: 29674
Sun Dec 14 05:29:58 2014  3 relations: 31838
Sun Dec 14 05:29:58 2014  4 relations: 30349
Sun Dec 14 05:29:58 2014  5 relations: 28540
Sun Dec 14 05:29:58 2014  6 relations: 25488
Sun Dec 14 05:29:58 2014  7 relations: 22891
Sun Dec 14 05:29:58 2014  8 relations: 20169
Sun Dec 14 05:29:58 2014  9 relations: 17596
Sun Dec 14 05:29:58 2014  10+ relations: 74351
Sun Dec 14 05:29:58 2014  heaviest cycle: 23 relations
Sun Dec 14 05:29:58 2014  commencing cycle optimization
Sun Dec 14 05:29:58 2014  start with 2045659 relations
Sun Dec 14 05:30:00 2014  pruned 58537 relations
Sun Dec 14 05:30:00 2014  memory use: 61.7 MB
Sun Dec 14 05:30:00 2014  distribution of cycle lengths:
Sun Dec 14 05:30:00 2014  1 relations: 21280
Sun Dec 14 05:30:00 2014  2 relations: 30283
Sun Dec 14 05:30:00 2014  3 relations: 32964
Sun Dec 14 05:30:00 2014  4 relations: 31179
Sun Dec 14 05:30:00 2014  5 relations: 29370
Sun Dec 14 05:30:00 2014  6 relations: 26163
Sun Dec 14 05:30:00 2014  7 relations: 23424
Sun Dec 14 05:30:00 2014  8 relations: 20422
Sun Dec 14 05:30:00 2014  9 relations: 17627
Sun Dec 14 05:30:00 2014  10+ relations: 69464
Sun Dec 14 05:30:00 2014  heaviest cycle: 23 relations
Sun Dec 14 05:30:00 2014  RelProcTime: 45
Sun Dec 14 05:30:00 2014  
Sun Dec 14 05:30:00 2014  commencing linear algebra
Sun Dec 14 05:30:00 2014  read 302176 cycles
Sun Dec 14 05:30:00 2014  cycles contain 964046 unique relations
Sun Dec 14 05:30:05 2014  read 964046 relations
Sun Dec 14 05:30:05 2014  using 20 quadratic characters above 67108530
Sun Dec 14 05:30:08 2014  building initial matrix
Sun Dec 14 05:30:13 2014  memory use: 113.4 MB
Sun Dec 14 05:30:13 2014  read 302176 cycles
Sun Dec 14 05:30:13 2014  matrix is 301998 x 302176 (90.9 MB) with weight 27320527 (90.41/col)
Sun Dec 14 05:30:13 2014  sparse part has weight 20516532 (67.90/col)
Sun Dec 14 05:30:14 2014  filtering completed in 2 passes
Sun Dec 14 05:30:14 2014  matrix is 301878 x 302056 (90.9 MB) with weight 27316379 (90.43/col)
Sun Dec 14 05:30:14 2014  sparse part has weight 20515279 (67.92/col)
Sun Dec 14 05:30:15 2014  matrix starts at (0, 0)
Sun Dec 14 05:30:15 2014  matrix is 301878 x 302056 (90.9 MB) with weight 27316379 (90.43/col)
Sun Dec 14 05:30:15 2014  sparse part has weight 20515279 (67.92/col)
Sun Dec 14 05:30:15 2014  saving the first 48 matrix rows for later
Sun Dec 14 05:30:15 2014  matrix includes 64 packed rows
Sun Dec 14 05:30:15 2014  matrix is 301830 x 302056 (85.8 MB) with weight 21530896 (71.28/col)
Sun Dec 14 05:30:15 2014  sparse part has weight 19475895 (64.48/col)
Sun Dec 14 05:30:15 2014  using block size 65536 for processor cache size 8192 kB
Sun Dec 14 05:30:15 2014  commencing Lanczos iteration (8 threads)
Sun Dec 14 05:30:15 2014  memory use: 81.8 MB
Sun Dec 14 05:30:21 2014  linear algebra at 4.0%, ETA 0h 2m
Sun Dec 14 05:32:26 2014  lanczos halted after 4775 iterations (dim = 301830)
Sun Dec 14 05:32:26 2014  recovered 38 nontrivial dependencies
Sun Dec 14 05:32:26 2014  BLanczosTime: 146
Sun Dec 14 05:32:26 2014  
Sun Dec 14 05:32:26 2014  commencing square root phase
Sun Dec 14 05:32:26 2014  reading relations for dependency 1
Sun Dec 14 05:32:26 2014  read 150947 cycles
Sun Dec 14 05:32:26 2014  cycles contain 481268 unique relations
Sun Dec 14 05:32:29 2014  read 481268 relations
Sun Dec 14 05:32:30 2014  multiplying 481268 relations
Sun Dec 14 05:32:35 2014  multiply complete, coefficients have about 9.64 million bits
Sun Dec 14 05:32:36 2014  initial square root is modulo 348571
Sun Dec 14 05:32:42 2014  GCD is 1, no factor found
Sun Dec 14 05:32:42 2014  reading relations for dependency 2
Sun Dec 14 05:32:42 2014  read 151078 cycles
Sun Dec 14 05:32:43 2014  cycles contain 482218 unique relations
Sun Dec 14 05:32:46 2014  read 482218 relations
Sun Dec 14 05:32:47 2014  multiplying 482218 relations
Sun Dec 14 05:32:52 2014  multiply complete, coefficients have about 9.66 million bits
Sun Dec 14 05:32:52 2014  initial square root is modulo 357571
Sun Dec 14 05:32:59 2014  sqrtTime: 33
--
n: 3669308101856010327194298101667815089500297391838885835893620128406099759774326421139362589036833115693176499
m: 100000000000000000000000000000
deg: 5
c5: 1
c0: 179
skew: 2.82
# Murphy_E = 2.475e-09
type: snfs
lss: 1
rlim: 1830000
alim: 1830000
lpbr: 26
lpba: 26
mfbr: 49
mfba: 49
rlambda: 2.3
alambda: 2.3
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6355 / 1476Pierre JammesDecember 8, 2014 19:49:00 UTC 2014 年 12 月 9 日 (火) 4 時 49 分 0 秒 (日本時間)
4511e6244 / 4397Pierre JammesDecember 11, 2014 16:18:45 UTC 2014 年 12 月 12 日 (金) 1 時 18 分 45 秒 (日本時間)

10146+1799

c105

name 名前Cyp
date 日付December 14, 2014 07:58:37 UTC 2014 年 12 月 14 日 (日) 16 時 58 分 37 秒 (日本時間)
composite number 合成数
192734682867092955032607742750594340361028036179160175921022504952408581760514719442529676370693866311103<105>
prime factors 素因数
1694805088767132012459394924661821946537546132862331<52>
113720854477310872386775759722034516570941335317756813<54>
factorization results 素因数分解の結果
12/14/14 07:22:55 v1.34.3, 
12/14/14 07:22:55 v1.34.3, ****************************
12/14/14 07:22:55 v1.34.3, Starting factorization of 192734682867092955032607742750594340361028036179160175921022504952408581760514719442529676370693866311103
12/14/14 07:22:55 v1.34.3, using pretesting plan: none
12/14/14 07:22:55 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/14/14 07:22:55 v1.34.3, ****************************
12/14/14 07:22:55 v1.34.3, nfs: commencing nfs on c105: 192734682867092955032607742750594340361028036179160175921022504952408581760514719442529676370693866311103
12/14/14 07:22:55 v1.34.3, nfs: continuing with sieving - could not determine last special q; using default startq
12/14/14 07:22:55 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 07:23:08 v1.34.3, nfs: commencing lattice sieving with 8 threads
[298 lines snipped]
12/14/14 08:44:21 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 08:44:37 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 08:44:54 v1.34.3, nfs: commencing msieve filtering
12/14/14 08:45:34 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 08:45:51 v1.34.3, nfs: commencing lattice sieving with 8 threads
[15 lines snipped]
12/14/14 08:50:15 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 08:50:32 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/14/14 08:50:49 v1.34.3, nfs: commencing msieve filtering
12/14/14 08:51:51 v1.34.3, nfs: commencing msieve linear algebra
12/14/14 08:57:15 v1.34.3, nfs: commencing msieve sqrt
12/14/14 08:58:36 v1.34.3, prp54 = 113720854477310872386775759722034516570941335317756813
12/14/14 08:58:36 v1.34.3, prp52 = 1694805088767132012459394924661821946537546132862331
12/14/14 08:58:36 v1.34.3, NFS elapsed time = 5740.5287 seconds.
12/14/14 08:58:36 v1.34.3, 
12/14/14 08:58:36 v1.34.3, 
12/14/14 08:58:36 v1.34.3, Total factoring time = 5740.5292 seconds
--
Sun Dec 14 08:44:54 2014  
Sun Dec 14 08:44:54 2014  commencing relation filtering
Sun Dec 14 08:44:54 2014  estimated available RAM is 15987.3 MB
Sun Dec 14 08:44:54 2014  commencing duplicate removal, pass 1
Sun Dec 14 08:45:06 2014  found 841916 hash collisions in 4477508 relations
Sun Dec 14 08:45:10 2014  added 180363 free relations
Sun Dec 14 08:45:10 2014  commencing duplicate removal, pass 2
Sun Dec 14 08:45:14 2014  found 765444 duplicates and 3892427 unique relations
Sun Dec 14 08:45:14 2014  memory use: 20.6 MB
Sun Dec 14 08:45:14 2014  reading ideals above 100000
Sun Dec 14 08:45:14 2014  commencing singleton removal, initial pass
Sun Dec 14 08:45:32 2014  memory use: 94.1 MB
Sun Dec 14 08:45:32 2014  reading all ideals from disk
Sun Dec 14 08:45:32 2014  memory use: 124.1 MB
Sun Dec 14 08:45:32 2014  keeping 4616752 ideals with weight <= 200, target excess is 20034
Sun Dec 14 08:45:33 2014  commencing in-memory singleton removal
Sun Dec 14 08:45:33 2014  begin with 3892427 relations and 4616752 unique ideals
Sun Dec 14 08:45:34 2014  reduce to 1289027 relations and 1296000 ideals in 16 passes
Sun Dec 14 08:45:34 2014  max relations containing the same ideal: 93
Sun Dec 14 08:50:49 2014  
Sun Dec 14 08:50:49 2014  commencing relation filtering
Sun Dec 14 08:50:49 2014  estimated available RAM is 15987.3 MB
Sun Dec 14 08:50:49 2014  commencing duplicate removal, pass 1
Sun Dec 14 08:51:04 2014  found 922925 hash collisions in 4892208 relations
Sun Dec 14 08:51:09 2014  added 1404 free relations
Sun Dec 14 08:51:09 2014  commencing duplicate removal, pass 2
Sun Dec 14 08:51:13 2014  found 827135 duplicates and 4066477 unique relations
Sun Dec 14 08:51:13 2014  memory use: 22.6 MB
Sun Dec 14 08:51:13 2014  reading ideals above 100000
Sun Dec 14 08:51:13 2014  commencing singleton removal, initial pass
Sun Dec 14 08:51:32 2014  memory use: 94.1 MB
Sun Dec 14 08:51:32 2014  reading all ideals from disk
Sun Dec 14 08:51:32 2014  memory use: 129.7 MB
Sun Dec 14 08:51:32 2014  keeping 4705759 ideals with weight <= 200, target excess is 20683
Sun Dec 14 08:51:33 2014  commencing in-memory singleton removal
Sun Dec 14 08:51:33 2014  begin with 4066477 relations and 4705759 unique ideals
Sun Dec 14 08:51:34 2014  reduce to 1471061 relations and 1420968 ideals in 14 passes
Sun Dec 14 08:51:34 2014  max relations containing the same ideal: 100
Sun Dec 14 08:51:35 2014  removing 116585 relations and 103535 ideals in 13050 cliques
Sun Dec 14 08:51:35 2014  commencing in-memory singleton removal
Sun Dec 14 08:51:35 2014  begin with 1354476 relations and 1420968 unique ideals
Sun Dec 14 08:51:35 2014  reduce to 1347998 relations and 1310863 ideals in 7 passes
Sun Dec 14 08:51:35 2014  max relations containing the same ideal: 97
Sun Dec 14 08:51:35 2014  removing 85620 relations and 72570 ideals in 13050 cliques
Sun Dec 14 08:51:35 2014  commencing in-memory singleton removal
Sun Dec 14 08:51:36 2014  begin with 1262378 relations and 1310863 unique ideals
Sun Dec 14 08:51:36 2014  reduce to 1258780 relations and 1234647 ideals in 7 passes
Sun Dec 14 08:51:36 2014  max relations containing the same ideal: 92
Sun Dec 14 08:51:36 2014  relations with 0 large ideals: 497
Sun Dec 14 08:51:36 2014  relations with 1 large ideals: 135
Sun Dec 14 08:51:36 2014  relations with 2 large ideals: 2561
Sun Dec 14 08:51:36 2014  relations with 3 large ideals: 21977
Sun Dec 14 08:51:36 2014  relations with 4 large ideals: 97185
Sun Dec 14 08:51:36 2014  relations with 5 large ideals: 247422
Sun Dec 14 08:51:36 2014  relations with 6 large ideals: 382952
Sun Dec 14 08:51:36 2014  relations with 7+ large ideals: 506051
Sun Dec 14 08:51:36 2014  commencing 2-way merge
Sun Dec 14 08:51:37 2014  reduce to 776247 relation sets and 752114 unique ideals
Sun Dec 14 08:51:37 2014  commencing full merge
Sun Dec 14 08:51:47 2014  memory use: 94.4 MB
Sun Dec 14 08:51:47 2014  found 390872 cycles, need 388314
Sun Dec 14 08:51:47 2014  weight of 388314 cycles is about 27264901 (70.21/cycle)
Sun Dec 14 08:51:47 2014  distribution of cycle lengths:
Sun Dec 14 08:51:47 2014  1 relations: 31656
Sun Dec 14 08:51:47 2014  2 relations: 42017
Sun Dec 14 08:51:47 2014  3 relations: 44826
Sun Dec 14 08:51:47 2014  4 relations: 41398
Sun Dec 14 08:51:47 2014  5 relations: 36382
Sun Dec 14 08:51:47 2014  6 relations: 32556
Sun Dec 14 08:51:47 2014  7 relations: 27474
Sun Dec 14 08:51:47 2014  8 relations: 23240
Sun Dec 14 08:51:47 2014  9 relations: 19740
Sun Dec 14 08:51:47 2014  10+ relations: 89025
Sun Dec 14 08:51:47 2014  heaviest cycle: 26 relations
Sun Dec 14 08:51:47 2014  commencing cycle optimization
Sun Dec 14 08:51:47 2014  start with 2548322 relations
Sun Dec 14 08:51:50 2014  pruned 68667 relations
Sun Dec 14 08:51:50 2014  memory use: 78.3 MB
Sun Dec 14 08:51:50 2014  distribution of cycle lengths:
Sun Dec 14 08:51:50 2014  1 relations: 31656
Sun Dec 14 08:51:50 2014  2 relations: 42826
Sun Dec 14 08:51:50 2014  3 relations: 46522
Sun Dec 14 08:51:50 2014  4 relations: 42428
Sun Dec 14 08:51:50 2014  5 relations: 37381
Sun Dec 14 08:51:50 2014  6 relations: 33007
Sun Dec 14 08:51:50 2014  7 relations: 27825
Sun Dec 14 08:51:50 2014  8 relations: 23243
Sun Dec 14 08:51:50 2014  9 relations: 19744
Sun Dec 14 08:51:50 2014  10+ relations: 83682
Sun Dec 14 08:51:50 2014  heaviest cycle: 26 relations
Sun Dec 14 08:51:51 2014  RelProcTime: 62
Sun Dec 14 08:51:51 2014  
Sun Dec 14 08:51:51 2014  commencing linear algebra
Sun Dec 14 08:51:51 2014  read 388314 cycles
Sun Dec 14 08:51:51 2014  cycles contain 1238967 unique relations
Sun Dec 14 08:51:57 2014  read 1238967 relations
Sun Dec 14 08:51:58 2014  using 20 quadratic characters above 67102670
Sun Dec 14 08:52:02 2014  building initial matrix
Sun Dec 14 08:52:12 2014  memory use: 148.7 MB
Sun Dec 14 08:52:12 2014  read 388314 cycles
Sun Dec 14 08:52:12 2014  matrix is 388185 x 388314 (115.8 MB) with weight 34431112 (88.67/col)
Sun Dec 14 08:52:12 2014  sparse part has weight 26093529 (67.20/col)
Sun Dec 14 08:52:14 2014  filtering completed in 2 passes
Sun Dec 14 08:52:14 2014  matrix is 388018 x 388176 (115.8 MB) with weight 34425763 (88.69/col)
Sun Dec 14 08:52:14 2014  sparse part has weight 26091307 (67.22/col)
Sun Dec 14 08:52:15 2014  matrix starts at (0, 0)
Sun Dec 14 08:52:15 2014  matrix is 388018 x 388176 (115.8 MB) with weight 34425763 (88.69/col)
Sun Dec 14 08:52:15 2014  sparse part has weight 26091307 (67.22/col)
Sun Dec 14 08:52:15 2014  saving the first 48 matrix rows for later
Sun Dec 14 08:52:15 2014  matrix includes 64 packed rows
Sun Dec 14 08:52:15 2014  matrix is 387970 x 388176 (108.8 MB) with weight 27095768 (69.80/col)
Sun Dec 14 08:52:15 2014  sparse part has weight 24647689 (63.50/col)
Sun Dec 14 08:52:15 2014  using block size 65536 for processor cache size 8192 kB
Sun Dec 14 08:52:16 2014  commencing Lanczos iteration (8 threads)
Sun Dec 14 08:52:16 2014  memory use: 104.3 MB
Sun Dec 14 08:52:25 2014  linear algebra at 3.1%, ETA 0h 4m
Sun Dec 14 08:57:15 2014  lanczos halted after 6137 iterations (dim = 387960)
Sun Dec 14 08:57:15 2014  recovered 36 nontrivial dependencies
Sun Dec 14 08:57:15 2014  BLanczosTime: 324
Sun Dec 14 08:57:15 2014  
Sun Dec 14 08:57:15 2014  commencing square root phase
Sun Dec 14 08:57:15 2014  reading relations for dependency 1
Sun Dec 14 08:57:15 2014  read 193937 cycles
Sun Dec 14 08:57:16 2014  cycles contain 619720 unique relations
Sun Dec 14 08:57:20 2014  read 619720 relations
Sun Dec 14 08:57:21 2014  multiplying 619720 relations
Sun Dec 14 08:57:30 2014  multiply complete, coefficients have about 14.38 million bits
Sun Dec 14 08:57:30 2014  initial square root is modulo 183239431
Sun Dec 14 08:57:41 2014  GCD is 1, no factor found
Sun Dec 14 08:57:41 2014  reading relations for dependency 2
Sun Dec 14 08:57:42 2014  read 194366 cycles
Sun Dec 14 08:57:42 2014  cycles contain 619584 unique relations
Sun Dec 14 08:57:46 2014  read 619584 relations
Sun Dec 14 08:57:47 2014  multiplying 619584 relations
Sun Dec 14 08:57:56 2014  multiply complete, coefficients have about 14.38 million bits
Sun Dec 14 08:57:56 2014  initial square root is modulo 182381011
Sun Dec 14 08:58:07 2014  GCD is 1, no factor found
Sun Dec 14 08:58:07 2014  reading relations for dependency 3
Sun Dec 14 08:58:07 2014  read 194773 cycles
Sun Dec 14 08:58:08 2014  cycles contain 621640 unique relations
Sun Dec 14 08:58:12 2014  read 621640 relations
Sun Dec 14 08:58:13 2014  multiplying 621640 relations
Sun Dec 14 08:58:24 2014  multiply complete, coefficients have about 14.43 million bits
Sun Dec 14 08:58:24 2014  initial square root is modulo 194164351
Sun Dec 14 08:58:36 2014  sqrtTime: 81
--
n: 192734682867092955032607742750594340361028036179160175921022504952408581760514719442529676370693866311103
m: 100000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 1.781e-09
type: snfs
lss: 1
rlim: 1900000
alim: 1900000
lpbr: 26
lpba: 26
mfbr: 49
mfba: 49
rlambda: 2.3
alambda: 2.3
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6904118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
786KTakahashiDecember 6, 2014 18:08:39 UTC 2014 年 12 月 7 日 (日) 3 時 8 分 39 秒 (日本時間)
403e60 / 1690--
4511e6120 / 4439Pierre JammesDecember 8, 2014 18:25:38 UTC 2014 年 12 月 9 日 (火) 3 時 25 分 38 秒 (日本時間)

10149+1799

c135

name 名前Dmitry Domanov
date 日付December 15, 2014 11:52:32 UTC 2014 年 12 月 15 日 (月) 20 時 52 分 32 秒 (日本時間)
composite number 合成数
681549463447680839353765802834905968866405662696750093630736046541416341437364712084921120422071033456288112382186232474396296987088643<135>
prime factors 素因数
12013004302430230572753964384018853127399583136387<50>
56734306114399991858037440894170965508835822159530824064894396687387666184348534114689<86>
factorization results 素因数分解の結果
N=681549463447680839353765802834905968866405662696750093630736046541416341437364712084921120422071033456288112382186232474396296987088643
  ( 135 digits)
SNFS difficulty: 149 digits.
Divisors found:
 r1=12013004302430230572753964384018853127399583136387 (pp50)
 r2=56734306114399991858037440894170965508835822159530824064894396687387666184348534114689 (pp86)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 10.57 hours.
Scaled time: 0.00 units (timescale=0.000).
Factorization parameters were as follows:
n: 681549463447680839353765802834905968866405662696750093630736046541416341437364712084921120422071033456288112382186232474396296987088643
m: 500000000000000000000000000000
deg: 5
c5: 16
c0: 895
skew: 2.24
# Murphy_E = 1.345e-09
type: snfs
lss: 1
rlim: 2200000
alim: 2200000
lpbr: 26
lpba: 26
mfbr: 49
mfba: 49
rlambda: 2.3
alambda: 2.3
Factor base limits: 2200000/2200000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 49/49
Sieved rational special-q in [1100000, 2900001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 338724 x 338956
Total sieving time: 10.31 hours.
Total relation processing time: 0.06 hours.
Matrix solve time: 0.11 hours.
Time per square root: 0.09 hours.
Prototype def-par.txt line would be:
snfs,149.000,5,0,0,0,0,0,0,0,0,2200000,2200000,26,26,49,49,2.3,2.3,100000
total time: 10.57 hours.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:45:59 UTC 2014 年 12 月 11 日 (木) 4 時 45 分 59 秒 (日本時間)

10150+1799

c98

name 名前KTakahashi
date 日付December 6, 2014 18:03:08 UTC 2014 年 12 月 7 日 (日) 3 時 3 分 8 秒 (日本時間)
composite number 合成数
69190013255411188524615080499511895417124591742105846602579972387812173072165389271878010421437073<98>
prime factors 素因数
757550224726954867808962718201<30>
91333895756349968960711584230592251505579228847628290820289926128473<68>
factorization results 素因数分解の結果
GMP-ECM 6.4.4 [configured with GMP 6.0.0] [P+1]
Input number is 69190013255411188524615080499511895417124591742105846602579972387812173072165389271878010421437073 (98 digits)
Using B1=2000000, B2=11183915446, polynomial x^1, x0=2270268000
Step 1 took 1092ms
Step 2 took 1294ms
********** Factor found in step 2: 757550224726954867808962718201
Found probable prime factor of 30 digits: 757550224726954867808962718201
Probable prime cofactor 91333895756349968960711584230592251505579228847628290820289926128473 has 68 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10152+1799

c150

name 名前Dmitry Domanov
date 日付December 9, 2014 08:06:45 UTC 2014 年 12 月 9 日 (火) 17 時 6 分 45 秒 (日本時間)
composite number 合成数
358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068101<150>
prime factors 素因数
90215337707846850283525849520704136753933323733868893<53>
3972971206169137337135642473309218277546451914985076741553658328807276850129241439279568888888457<97>
factorization results 素因数分解の結果
N=358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068101
  ( 150 digits)
SNFS difficulty: 152 digits.
Divisors found:
 r1=90215337707846850283525849520704136753933323733868893 (pp53)
 r2=3972971206169137337135642473309218277546451914985076741553658328807276850129241439279568888888457 (pp97)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 13.54 hours.
Scaled time: 0.00 units (timescale=0.000).
Factorization parameters were as follows:
n: 358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068100358422939068101
m: 1000000000000000000000000000000
deg: 5
c5: 100
c0: 179
skew: 1.12
# Murphy_E = 1.038e-09
type: snfs
lss: 1
rlim: 2400000
alim: 2400000
lpbr: 27
lpba: 27
mfbr: 50
mfba: 50
rlambda: 2.4
alambda: 2.4

Factor base limits: 2400000/2400000
Large primes per side: 3
Large prime bits: 27/27
Max factor residue bits: 50/50
Sieved rational special-q in [1200000, 2000001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 457389 x 457620
Total sieving time: 13.12 hours.
Total relation processing time: 0.09 hours.
Matrix solve time: 0.20 hours.
Time per square root: 0.13 hours.
Prototype def-par.txt line would be:
snfs,152.000,5,0,0,0,0,0,0,0,0,2400000,2400000,27,27,50,50,2.4,2.4,100000
total time: 13.54 hours.
 --------- CPU info (if available) ----------

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 8, 2014 19:27:20 UTC 2014 年 12 月 9 日 (火) 4 時 27 分 20 秒 (日本時間)

10154+1799

c108

name 名前Erik Branger
date 日付December 9, 2014 19:13:33 UTC 2014 年 12 月 10 日 (水) 4 時 13 分 33 秒 (日本時間)
composite number 合成数
368165988228621824761281195218138132394820701936069178899955823710848727336661727510499444451656254941114023<108>
prime factors 素因数
1641008358544219017504026367105556805567651<43>
224353511858544950179983138057507606399103796316705238095723350573<66>
factorization results 素因数分解の結果
Number: 11131_154
N = 368165988228621824761281195218138132394820701936069178899955823710848727336661727510499444451656254941114023 (108 digits)
Divisors found:
r1=1641008358544219017504026367105556805567651 (pp43)
r2=224353511858544950179983138057507606399103796316705238095723350573 (pp66)
Version: Msieve v. 1.51 (SVN 845)
Total time: 6.96 hours.
Factorization parameters were as follows:
n: 368165988228621824761281195218138132394820701936069178899955823710848727336661727510499444451656254941114023
Y0: -150375683470759565797918815
Y1: 14328817877941
c0: 4641812114491842812518738098148
c1: -784129472192653616939792
c2: -262854245825286787
c3: 12383073578
c4: 720
skew: 12797008.23
type: gnfs
Factor base limits: 2500000/2500000
Large primes per side: 3
Large prime bits: 26/26
Sieved algebraic special-q in [0, 0)
Total raw relations: 5649676
Relations: 568606 relations
Pruned matrix : 345166 x 345394
Polynomial selection time: 0.00 hours.
Total sieving time: 6.83 hours.
Total relation processing time: 0.03 hours.
Matrix solve time: 0.09 hours.
time per square root: 0.02 hours.
Prototype def-par.txt line would be: gnfs,107,4,59,2000,0.0006,0.25,200,15,15000,2000,2500000,2500000,26,26,49,49,2.6,2.6,150000
total time: 6.96 hours.
Intel64 Family 6 Model 58 Stepping 9, GenuineIntel
Windows-7-6.1.7601-SP1
processors: 8, speed: 2.29GHz
software ソフトウェア
GGNFS, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 8, 2014 17:06:36 UTC 2014 年 12 月 9 日 (火) 2 時 6 分 36 秒 (日本時間)
403e6110 / 2126Ignacio SantosDecember 8, 2014 17:06:36 UTC 2014 年 12 月 9 日 (火) 2 時 6 分 36 秒 (日本時間)
4511e632 / 4437Ignacio SantosDecember 8, 2014 17:06:36 UTC 2014 年 12 月 9 日 (火) 2 時 6 分 36 秒 (日本時間)

10160+1799

c122

name 名前Serge Batalov
date 日付December 10, 2014 20:20:33 UTC 2014 年 12 月 11 日 (木) 5 時 20 分 33 秒 (日本時間)
composite number 合成数
80344487457569893734644111988765837917895699725734980198138457559419298591056165604987316556456752744850074772347135875269<122>
prime factors 素因数
541534054029991949222848556778479<33>
6645310427459998852266986683747865686108207<43>
22326211735897618261761772345015525545642012773<47>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=1660293133
Step 1 took 7680ms
Step 2 took 6260ms
********** Factor found in step 2: 541534054029991949222848556778479
Found probable prime factor of 33 digits: 541534054029991949222848556778479
--
Input number is 80344487457569893734644111988765837917895699725734980198138457559419298591056165604987316556456752744850074772347135875269 (122 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=4294528441
Step 1 took 7678ms
Step 2 took 6266ms
********** Factor found in step 2: 6645310427459998852266986683747865686108207
Found probable prime factor of 43 digits: 6645310427459998852266986683747865686108207

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:45:59 UTC 2014 年 12 月 11 日 (木) 4 時 45 分 59 秒 (日本時間)

10162+1799

c120

name 名前Jo Yeong Uk
date 日付January 1, 2015 13:04:22 UTC 2015 年 1 月 1 日 (木) 22 時 4 分 22 秒 (日本時間)
composite number 合成数
263956648945902562623725028412348104744897076720405870610460428841422513957721478580964754973765846274108678949895395733<120>
prime factors 素因数
279050769229794369019438036189987554184317649925718763386599<60>
945909053303981357492559544851217757628140708473118409746467<60>
factorization results 素因数分解の結果
Number: 11131_162
N=263956648945902562623725028412348104744897076720405870610460428841422513957721478580964754973765846274108678949895395733
  ( 120 digits)
SNFS difficulty: 162 digits.
Divisors found:
 r1=279050769229794369019438036189987554184317649925718763386599
 r2=945909053303981357492559544851217757628140708473118409746467
Version: 
Total time: 11.97 hours.
Scaled time: 62.86 units (timescale=5.253).
Factorization parameters were as follows:
n: 263956648945902562623725028412348104744897076720405870610460428841422513957721478580964754973765846274108678949895395733
m: 100000000000000000000000000000000
deg: 5
c5: 100
c0: 179
skew: 1.12
# Murphy_E = 4.284e-10
type: snfs
lss: 1
rlim: 3600000
alim: 3600000
lpbr: 27
lpba: 27
mfbr: 51
mfba: 51
rlambda: 2.4
alambda: 2.4
Factor base limits: 3600000/3600000
Large primes per side: 3
Large prime bits: 27/27
Max factor residue bits: 51/51
Sieved rational special-q in [1800000, 3525001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 9713219
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 668938 x 669186
Total sieving time: 10.94 hours.
Total relation processing time: 0.53 hours.
Matrix solve time: 0.42 hours.
Time per square root: 0.08 hours.
Prototype def-par.txt line would be:
snfs,162,5,0,0,0,0,0,0,0,0,3600000,3600000,27,27,51,51,2.4,2.4,75000
total time: 11.97 hours.
 --------- CPU info (if available) ----------
CPU0: Intel(R) Core(TM) i7-4930K CPU @ 3.40GHz stepping 04
Memory: 49373664k/51380224k available (5220k kernel code, 1086460k absent, 920100k reserved, 7121k data, 1264k init)
Calibrating delay loop (skipped), value calculated using timer frequency.. 6799.88 BogoMIPS (lpj=3399941)
Total of 12 processors activated (81598.58 BogoMIPS).
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:00 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 0 秒 (日本時間)
4511e6770 / 4409Pierre JammesDecember 15, 2014 07:46:30 UTC 2014 年 12 月 15 日 (月) 16 時 46 分 30 秒 (日本時間)

10163+1799

c148

name 名前Jo Yeong Uk
date 日付January 6, 2015 13:13:51 UTC 2015 年 1 月 6 日 (火) 22 時 13 分 51 秒 (日本時間)
composite number 合成数
1542969024573610249137377463241758674676055795552640369895124130345832532915679496002005402559312416905510165108790735953462821316198049291645334279<148>
prime factors 素因数
6458158084800648970279774422665544268045417101046714057013550139<64>
238917815933463443820641736151841695224996577562293140785088626555392633815413732261<84>
factorization results 素因数分解の結果
Number: 11131_163
N=1542969024573610249137377463241758674676055795552640369895124130345832532915679496002005402559312416905510165108790735953462821316198049291645334279
  ( 148 digits)
SNFS difficulty: 163 digits.
Divisors found:
 r1=6458158084800648970279774422665544268045417101046714057013550139
 r2=238917815933463443820641736151841695224996577562293140785088626555392633815413732261
Version: 
Total time: 13.68 hours.
Scaled time: 71.13 units (timescale=5.198).
Factorization parameters were as follows:
n: 1542969024573610249137377463241758674676055795552640369895124130345832532915679496002005402559312416905510165108790735953462821316198049291645334279
m: 200000000000000000000000000000000
deg: 5
c5: 125
c0: 716
skew: 1.42
# Murphy_E = 3.387e-10
type: snfs
lss: 1
rlim: 3800000
alim: 3800000
lpbr: 27
lpba: 27
mfbr: 51
mfba: 51
rlambda: 2.4
alambda: 2.4
Factor base limits: 3800000/3800000
Large primes per side: 3
Large prime bits: 27/27
Max factor residue bits: 51/51
Sieved rational special-q in [1900000, 3900001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 9688360
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 737967 x 738215
Total sieving time: 12.66 hours.
Total relation processing time: 0.47 hours.
Matrix solve time: 0.51 hours.
Time per square root: 0.04 hours.
Prototype def-par.txt line would be:
snfs,163,5,0,0,0,0,0,0,0,0,3800000,3800000,27,27,51,51,2.4,2.4,100000
total time: 13.68 hours.
 --------- CPU info (if available) ----------
CPU0: Intel(R) Core(TM) i7-4930K CPU @ 3.40GHz stepping 04
Memory: 49373664k/51380224k available (5220k kernel code, 1086460k absent, 920100k reserved, 7121k data, 1264k init)
Calibrating delay loop (skipped), value calculated using timer frequency.. 6800.24 BogoMIPS (lpj=3400120)
Total of 12 processors activated (81602.88 BogoMIPS).
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:00 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 0 秒 (日本時間)

10164+1799

c112

name 名前Cyp
date 日付December 12, 2014 04:11:53 UTC 2014 年 12 月 12 日 (金) 13 時 11 分 53 秒 (日本時間)
composite number 合成数
2320435667180097755177813981532078901505429212089350812332948917584222303374426484102208668804363664769836212373<112>
prime factors 素因数
7632528962967057393035936940281833274594151592537956173<55>
304019241648321923513537692622867214190723705976294519401<57>
factorization results 素因数分解の結果
12/12/14 03:09:18 v1.34.3, 
12/12/14 03:09:18 v1.34.3, ****************************
12/12/14 03:09:18 v1.34.3, Starting factorization of 2320435667180097755177813981532078901505429212089350812332948917584222303374426484102208668804363664769836212373
12/12/14 03:09:18 v1.34.3, using pretesting plan: none
12/12/14 03:09:18 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/12/14 03:09:18 v1.34.3, ****************************
12/12/14 03:09:18 v1.34.3, rho: x^2 + 3, starting 1000 iterations on C112
12/12/14 03:09:18 v1.34.3, rho: x^2 + 2, starting 1000 iterations on C112
12/12/14 03:09:18 v1.34.3, rho: x^2 + 1, starting 1000 iterations on C112
12/12/14 03:09:18 v1.34.3, final ECM pretested depth: 0.00
12/12/14 03:09:18 v1.34.3, scheduler: switching to sieve method
12/12/14 03:09:18 v1.34.3, nfs: commencing nfs on c112: 2320435667180097755177813981532078901505429212089350812332948917584222303374426484102208668804363664769836212373
12/12/14 03:09:18 v1.34.3, nfs: commencing poly selection with 8 threads
12/12/14 03:09:18 v1.34.3, nfs: setting deadline of 575 seconds
12/12/14 03:18:54 v1.34.3, nfs: completed 147 ranges of size 250 in 575.7574 seconds
12/12/14 03:18:54 v1.34.3, nfs: best poly = # norm 1.284116e-10 alpha -5.933246 e 8.048e-10 rroots 3
12/12/14 03:18:54 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 03:23:54 v1.34.3, nfs: commencing lattice sieving with 8 threads
[12 lines snipped]
12/12/14 04:29:48 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 04:34:57 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 04:39:49 v1.34.3, nfs: commencing msieve filtering
12/12/14 04:40:31 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 04:45:46 v1.34.3, nfs: commencing msieve filtering
12/12/14 04:46:32 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 04:51:44 v1.34.3, nfs: commencing msieve filtering
12/12/14 04:52:33 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 04:57:37 v1.34.3, nfs: commencing msieve filtering
12/12/14 04:58:29 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 05:03:44 v1.34.3, nfs: commencing msieve filtering
12/12/14 05:04:54 v1.34.3, nfs: commencing msieve linear algebra
12/12/14 05:10:48 v1.34.3, nfs: commencing msieve sqrt
12/12/14 05:11:52 v1.34.3, prp57 = 304019241648321923513537692622867214190723705976294519401
12/12/14 05:11:52 v1.34.3, prp55 = 7632528962967057393035936940281833274594151592537956173
12/12/14 05:11:52 v1.34.3, NFS elapsed time = 7353.6611 seconds.
12/12/14 05:11:52 v1.34.3, 
12/12/14 05:11:52 v1.34.3, 
12/12/14 05:11:52 v1.34.3, Total factoring time = 7353.6832 seconds
--
Fri Dec 12 04:39:49 2014  
Fri Dec 12 04:39:49 2014  commencing relation filtering
Fri Dec 12 04:39:49 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 04:39:49 2014  commencing duplicate removal, pass 1
Fri Dec 12 04:40:03 2014  found 412430 hash collisions in 4509753 relations
Fri Dec 12 04:40:07 2014  added 32692 free relations
Fri Dec 12 04:40:07 2014  commencing duplicate removal, pass 2
Fri Dec 12 04:40:11 2014  found 177354 duplicates and 4365091 unique relations
Fri Dec 12 04:40:11 2014  memory use: 19.6 MB
Fri Dec 12 04:40:11 2014  reading ideals above 100000
Fri Dec 12 04:40:11 2014  commencing singleton removal, initial pass
Fri Dec 12 04:40:30 2014  memory use: 172.2 MB
Fri Dec 12 04:40:30 2014  reading all ideals from disk
Fri Dec 12 04:40:30 2014  memory use: 148.2 MB
Fri Dec 12 04:40:30 2014  keeping 5400397 ideals with weight <= 200, target excess is 23971
Fri Dec 12 04:40:30 2014  commencing in-memory singleton removal
Fri Dec 12 04:40:30 2014  begin with 4365091 relations and 5400397 unique ideals
Fri Dec 12 04:40:31 2014  reduce to 87 relations and 0 ideals in 22 passes
Fri Dec 12 04:40:31 2014  max relations containing the same ideal: 0
Fri Dec 12 04:45:46 2014  
Fri Dec 12 04:45:46 2014  commencing relation filtering
Fri Dec 12 04:45:46 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 04:45:46 2014  commencing duplicate removal, pass 1
Fri Dec 12 04:46:01 2014  found 464427 hash collisions in 4825415 relations
Fri Dec 12 04:46:06 2014  added 68 free relations
Fri Dec 12 04:46:06 2014  commencing duplicate removal, pass 2
Fri Dec 12 04:46:09 2014  found 198580 duplicates and 4626903 unique relations
Fri Dec 12 04:46:09 2014  memory use: 20.6 MB
Fri Dec 12 04:46:09 2014  reading ideals above 100000
Fri Dec 12 04:46:09 2014  commencing singleton removal, initial pass
Fri Dec 12 04:46:29 2014  memory use: 172.2 MB
Fri Dec 12 04:46:30 2014  reading all ideals from disk
Fri Dec 12 04:46:30 2014  memory use: 157.1 MB
Fri Dec 12 04:46:30 2014  keeping 5530607 ideals with weight <= 200, target excess is 24941
Fri Dec 12 04:46:30 2014  commencing in-memory singleton removal
Fri Dec 12 04:46:30 2014  begin with 4626903 relations and 5530607 unique ideals
Fri Dec 12 04:46:32 2014  reduce to 931125 relations and 1088542 ideals in 36 passes
Fri Dec 12 04:46:32 2014  max relations containing the same ideal: 63
Fri Dec 12 04:51:44 2014  
Fri Dec 12 04:51:44 2014  commencing relation filtering
Fri Dec 12 04:51:44 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 04:51:44 2014  commencing duplicate removal, pass 1
Fri Dec 12 04:52:00 2014  found 513273 hash collisions in 5101701 relations
Fri Dec 12 04:52:05 2014  added 47 free relations
Fri Dec 12 04:52:05 2014  commencing duplicate removal, pass 2
Fri Dec 12 04:52:09 2014  found 220099 duplicates and 4881649 unique relations
Fri Dec 12 04:52:09 2014  memory use: 20.6 MB
Fri Dec 12 04:52:09 2014  reading ideals above 100000
Fri Dec 12 04:52:09 2014  commencing singleton removal, initial pass
Fri Dec 12 04:52:30 2014  memory use: 172.2 MB
Fri Dec 12 04:52:30 2014  reading all ideals from disk
Fri Dec 12 04:52:31 2014  memory use: 165.8 MB
Fri Dec 12 04:52:31 2014  keeping 5649115 ideals with weight <= 200, target excess is 25982
Fri Dec 12 04:52:31 2014  commencing in-memory singleton removal
Fri Dec 12 04:52:31 2014  begin with 4881649 relations and 5649115 unique ideals
Fri Dec 12 04:52:33 2014  reduce to 1383142 relations and 1478930 ideals in 27 passes
Fri Dec 12 04:52:33 2014  max relations containing the same ideal: 85
Fri Dec 12 04:57:37 2014  
Fri Dec 12 04:57:37 2014  commencing relation filtering
Fri Dec 12 04:57:37 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 04:57:37 2014  commencing duplicate removal, pass 1
Fri Dec 12 04:57:54 2014  found 564331 hash collisions in 5378317 relations
Fri Dec 12 04:57:59 2014  added 40 free relations
Fri Dec 12 04:57:59 2014  commencing duplicate removal, pass 2
Fri Dec 12 04:58:03 2014  found 242835 duplicates and 5135522 unique relations
Fri Dec 12 04:58:03 2014  memory use: 20.6 MB
Fri Dec 12 04:58:03 2014  reading ideals above 100000
Fri Dec 12 04:58:03 2014  commencing singleton removal, initial pass
Fri Dec 12 04:58:25 2014  memory use: 172.2 MB
Fri Dec 12 04:58:26 2014  reading all ideals from disk
Fri Dec 12 04:58:26 2014  memory use: 174.5 MB
Fri Dec 12 04:58:26 2014  keeping 5760817 ideals with weight <= 200, target excess is 26988
Fri Dec 12 04:58:27 2014  commencing in-memory singleton removal
Fri Dec 12 04:58:27 2014  begin with 5135522 relations and 5760817 unique ideals
Fri Dec 12 04:58:29 2014  reduce to 1764558 relations and 1781151 ideals in 23 passes
Fri Dec 12 04:58:29 2014  max relations containing the same ideal: 96
Fri Dec 12 05:03:44 2014  
Fri Dec 12 05:03:44 2014  commencing relation filtering
Fri Dec 12 05:03:44 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 05:03:44 2014  commencing duplicate removal, pass 1
Fri Dec 12 05:04:01 2014  found 618588 hash collisions in 5663905 relations
Fri Dec 12 05:04:08 2014  added 34 free relations
Fri Dec 12 05:04:08 2014  commencing duplicate removal, pass 2
Fri Dec 12 05:04:13 2014  found 267068 duplicates and 5396871 unique relations
Fri Dec 12 05:04:13 2014  memory use: 20.6 MB
Fri Dec 12 05:04:13 2014  reading ideals above 100000
Fri Dec 12 05:04:13 2014  commencing singleton removal, initial pass
Fri Dec 12 05:04:36 2014  memory use: 172.2 MB
Fri Dec 12 05:04:37 2014  reading all ideals from disk
Fri Dec 12 05:04:37 2014  memory use: 183.5 MB
Fri Dec 12 05:04:37 2014  keeping 5867407 ideals with weight <= 200, target excess is 28305
Fri Dec 12 05:04:37 2014  commencing in-memory singleton removal
Fri Dec 12 05:04:37 2014  begin with 5396871 relations and 5867407 unique ideals
Fri Dec 12 05:04:39 2014  reduce to 2139382 relations and 2059591 ideals in 17 passes
Fri Dec 12 05:04:39 2014  max relations containing the same ideal: 105
Fri Dec 12 05:04:40 2014  removing 246011 relations and 222532 ideals in 23479 cliques
Fri Dec 12 05:04:40 2014  commencing in-memory singleton removal
Fri Dec 12 05:04:40 2014  begin with 1893371 relations and 2059591 unique ideals
Fri Dec 12 05:04:40 2014  reduce to 1868656 relations and 1811923 ideals in 10 passes
Fri Dec 12 05:04:40 2014  max relations containing the same ideal: 94
Fri Dec 12 05:04:41 2014  removing 181634 relations and 158155 ideals in 23479 cliques
Fri Dec 12 05:04:41 2014  commencing in-memory singleton removal
Fri Dec 12 05:04:41 2014  begin with 1687022 relations and 1811923 unique ideals
Fri Dec 12 05:04:41 2014  reduce to 1671456 relations and 1637984 ideals in 10 passes
Fri Dec 12 05:04:41 2014  max relations containing the same ideal: 90
Fri Dec 12 05:04:42 2014  relations with 0 large ideals: 92
Fri Dec 12 05:04:42 2014  relations with 1 large ideals: 142
Fri Dec 12 05:04:42 2014  relations with 2 large ideals: 2459
Fri Dec 12 05:04:42 2014  relations with 3 large ideals: 23346
Fri Dec 12 05:04:42 2014  relations with 4 large ideals: 112783
Fri Dec 12 05:04:42 2014  relations with 5 large ideals: 306296
Fri Dec 12 05:04:42 2014  relations with 6 large ideals: 484160
Fri Dec 12 05:04:42 2014  relations with 7+ large ideals: 742178
Fri Dec 12 05:04:42 2014  commencing 2-way merge
Fri Dec 12 05:04:42 2014  reduce to 951579 relation sets and 918107 unique ideals
Fri Dec 12 05:04:42 2014  commencing full merge
Fri Dec 12 05:04:50 2014  memory use: 102.9 MB
Fri Dec 12 05:04:51 2014  found 466143 cycles, need 462307
Fri Dec 12 05:04:51 2014  weight of 462307 cycles is about 32590430 (70.50/cycle)
Fri Dec 12 05:04:51 2014  distribution of cycle lengths:
Fri Dec 12 05:04:51 2014  1 relations: 54679
Fri Dec 12 05:04:51 2014  2 relations: 53408
Fri Dec 12 05:04:51 2014  3 relations: 52592
Fri Dec 12 05:04:51 2014  4 relations: 46504
Fri Dec 12 05:04:51 2014  5 relations: 41360
Fri Dec 12 05:04:51 2014  6 relations: 35751
Fri Dec 12 05:04:51 2014  7 relations: 30983
Fri Dec 12 05:04:51 2014  8 relations: 26366
Fri Dec 12 05:04:51 2014  9 relations: 22478
Fri Dec 12 05:04:51 2014  10+ relations: 98186
Fri Dec 12 05:04:51 2014  heaviest cycle: 24 relations
Fri Dec 12 05:04:51 2014  commencing cycle optimization
Fri Dec 12 05:04:51 2014  start with 2868252 relations
Fri Dec 12 05:04:53 2014  pruned 58094 relations
Fri Dec 12 05:04:53 2014  memory use: 96.5 MB
Fri Dec 12 05:04:53 2014  distribution of cycle lengths:
Fri Dec 12 05:04:53 2014  1 relations: 54679
Fri Dec 12 05:04:53 2014  2 relations: 54534
Fri Dec 12 05:04:53 2014  3 relations: 54163
Fri Dec 12 05:04:53 2014  4 relations: 47401
Fri Dec 12 05:04:53 2014  5 relations: 42234
Fri Dec 12 05:04:53 2014  6 relations: 35899
Fri Dec 12 05:04:53 2014  7 relations: 31150
Fri Dec 12 05:04:53 2014  8 relations: 26328
Fri Dec 12 05:04:53 2014  9 relations: 22301
Fri Dec 12 05:04:53 2014  10+ relations: 93618
Fri Dec 12 05:04:53 2014  heaviest cycle: 24 relations
Fri Dec 12 05:04:54 2014  RelProcTime: 70
Fri Dec 12 05:04:54 2014  
Fri Dec 12 05:04:54 2014  commencing linear algebra
Fri Dec 12 05:04:54 2014  read 462307 cycles
Fri Dec 12 05:04:54 2014  cycles contain 1628031 unique relations
Fri Dec 12 05:05:02 2014  read 1628031 relations
Fri Dec 12 05:05:03 2014  using 20 quadratic characters above 67108530
Fri Dec 12 05:05:09 2014  building initial matrix
Fri Dec 12 05:05:17 2014  memory use: 205.1 MB
Fri Dec 12 05:05:17 2014  read 462307 cycles
Fri Dec 12 05:05:18 2014  matrix is 462136 x 462307 (140.7 MB) with weight 44468218 (96.19/col)
Fri Dec 12 05:05:18 2014  sparse part has weight 31334634 (67.78/col)
Fri Dec 12 05:05:19 2014  filtering completed in 2 passes
Fri Dec 12 05:05:19 2014  matrix is 461365 x 461542 (140.6 MB) with weight 44435671 (96.28/col)
Fri Dec 12 05:05:19 2014  sparse part has weight 31325661 (67.87/col)
Fri Dec 12 05:05:20 2014  matrix starts at (0, 0)
Fri Dec 12 05:05:20 2014  matrix is 461365 x 461542 (140.6 MB) with weight 44435671 (96.28/col)
Fri Dec 12 05:05:20 2014  sparse part has weight 31325661 (67.87/col)
Fri Dec 12 05:05:20 2014  saving the first 48 matrix rows for later
Fri Dec 12 05:05:20 2014  matrix includes 64 packed rows
Fri Dec 12 05:05:20 2014  matrix is 461317 x 461542 (134.8 MB) with weight 35316426 (76.52/col)
Fri Dec 12 05:05:20 2014  sparse part has weight 30718857 (66.56/col)
Fri Dec 12 05:05:20 2014  using block size 65536 for processor cache size 8192 kB
Fri Dec 12 05:05:21 2014  commencing Lanczos iteration (8 threads)
Fri Dec 12 05:05:21 2014  memory use: 128.1 MB
Fri Dec 12 05:05:30 2014  linear algebra at 2.6%, ETA 0h 4m
Fri Dec 12 05:10:47 2014  lanczos halted after 7298 iterations (dim = 461316)
Fri Dec 12 05:10:48 2014  recovered 33 nontrivial dependencies
Fri Dec 12 05:10:48 2014  BLanczosTime: 354
Fri Dec 12 05:10:48 2014  
Fri Dec 12 05:10:48 2014  commencing square root phase
Fri Dec 12 05:10:48 2014  reading relations for dependency 1
Fri Dec 12 05:10:48 2014  read 230576 cycles
Fri Dec 12 05:10:48 2014  cycles contain 814134 unique relations
Fri Dec 12 05:10:53 2014  read 814134 relations
Fri Dec 12 05:10:55 2014  multiplying 814134 relations
Fri Dec 12 05:11:20 2014  multiply complete, coefficients have about 35.66 million bits
Fri Dec 12 05:11:20 2014  initial square root is modulo 131909
Fri Dec 12 05:11:52 2014  sqrtTime: 64
--
n: 2320435667180097755177813981532078901505429212089350812332948917584222303374426484102208668804363664769836212373
skew: 22893.71
c0: -79393378350093157942116200
c1: -15918954611892353898546
c2: 89476705640516669
c3: 29138245007736
c4: -1015703712
c5: 32040
Y0: -2354916455965252876311
Y1: 85124506439
rlim: 3720000
alim: 3720000
lpbr: 26
lpba: 26
mfbr: 52
mfba: 52
rlambda: 2.5
alambda: 2.5
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 8, 2014 22:33:10 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 10 秒 (日本時間)
403e6110 / 2126Ignacio SantosDecember 8, 2014 22:33:10 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 10 秒 (日本時間)
4511e632 / 4437Ignacio SantosDecember 8, 2014 22:33:10 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 10 秒 (日本時間)

10165+1799

c121

name 名前Maksym Voznyy
date 日付February 8, 2015 01:25:42 UTC 2015 年 2 月 8 日 (日) 10 時 25 分 42 秒 (日本時間)
composite number 合成数
3146215132845102340753521711207541770636528404593154425815633434712066642039318922589213851270022896135791429171047329007<121>
prime factors 素因数
164261387146750160389554437888765975098838164057745953637<57>
19153710969421512214162337349314945732649440973698495806175747011<65>
factorization results 素因数分解の結果
Number: example8
N = 3146215132845102340753521711207541770636528404593154425815633434712066642039318922589213851270022896135791429171047329007 (121 digits)
SNFS difficulty: 166 digits.
Divisors found:
r2=164261387146750160389554437888765975098838164057745953637 (pp57)
r3=533430676533041177960320831644413038217233435275987999469 (pp57)
r4=10417393965966540313036700419805573317937398108616542956873773 (pp62)
r5=19153710969421512214162337349314945732649440973698495806175747011 (pp65)
r6=5430093009989847691469443628800863162615323828939017467532857013814297 (pp70)
r7=2328908101716036508677199901942873845182242161115165372736474378987903966196973209 (pp82)
Version: Msieve v. 1.51 (SVN 845)
Total time: 52.01 hours.
Factorization parameters were as follows:
n: 3146215132845102340753521711207541770636528404593154425815633434712066642039318922589213851270022896135791429171047329007
m: 1000000000000000000000000000000000
deg: 5
c5: 1
c0: 179
skew: 2.82
# Murphy_E = 4.233e-10
type: snfs
lss: 1
rlim: 3900000
alim: 3900000
lpbr: 27
lpba: 27
mfbr: 51
mfba: 51
rlambda: 2.4
alambda: 2.4
Factor base limits: 3900000/3900000
Large primes per side: 3
Large prime bits: 27/27
Sieved rational special-q in [0, 0)
Total raw relations: 9405840
Relations: 1090504 relations
Pruned matrix : 647470 x 647703
Polynomial selection time: 0.00 hours.
Total sieving time: 46.50 hours.
Total relation processing time: 0.40 hours.
Matrix solve time: 4.62 hours.
time per square root: 0.49 hours.
Prototype def-par.txt line would be: snfs,166,5,0,0,0,0,0,0,0,0,3900000,3900000,27,27,51,51,2.4,2.4,100000
total time: 52.01 hours.
x86 Family 6 Model 15 Stepping 6, GenuineIntel
Windows-XP-5.1.2600-SP3
processors: 4, speed: 2.66GHz

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:01 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 1 秒 (日本時間)
4511e6650 / 4409Pierre JammesJanuary 6, 2015 07:39:53 UTC 2015 年 1 月 6 日 (火) 16 時 39 分 53 秒 (日本時間)

10166+1799

c164

name 名前Erik Branger
date 日付December 9, 2014 14:44:58 UTC 2014 年 12 月 9 日 (火) 23 時 44 分 58 秒 (日本時間)
composite number 合成数
28490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490029<164>
prime factors 素因数
40676850082494641821933449087055003092151077276871862983591<59>
700399082825964118616643598540999626468742637165129975752152130391838771147631736216928840379565973719819<105>
factorization results 素因数分解の結果
Number: 11131_166
N = 28490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490029 (164 digits)
SNFS difficulty: 167 digits.
Divisors found:
r1=40676850082494641821933449087055003092151077276871862983591 (pp59)
r2=700399082825964118616643598540999626468742637165129975752152130391838771147631736216928840379565973719819 (pp105)
Version: Msieve v. 1.51 (SVN 845)
Total time: 23.98 hours.
Factorization parameters were as follows:
n: 28490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490029
m: 1000000000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 3.04e-10
type: snfs
lss: 1
rlim: 4100000
alim: 4100000
lpbr: 27
lpba: 27
mfbr: 51
mfba: 51
rlambda: 2.4
alambda: 2.4
Factor base limits: 4100000/4100000
Large primes per side: 3
Large prime bits: 27/27
Sieved rational special-q in [0, 0)
Total raw relations: 9828104
Relations: 1163306 relations
Pruned matrix : 706900 x 707128
Polynomial selection time: 0.00 hours.
Total sieving time: 23.52 hours.
Total relation processing time: 0.06 hours.
Matrix solve time: 0.36 hours.
time per square root: 0.04 hours.
Prototype def-par.txt line would be: snfs,167,5,0,0,0,0,0,0,0,0,4100000,4100000,27,27,51,51,2.4,2.4,100000
total time: 23.98 hours.
Intel64 Family 6 Model 58 Stepping 9, GenuineIntel
Windows-7-6.1.7601-SP1
processors: 8, speed: 2.29GHz
software ソフトウェア
GGNFS, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 8, 2014 19:27:27 UTC 2014 年 12 月 9 日 (火) 4 時 27 分 27 秒 (日本時間)

10168+1799

c142

name 名前Jo Yeong Uk
date 日付March 30, 2015 10:38:48 UTC 2015 年 3 月 30 日 (月) 19 時 38 分 48 秒 (日本時間)
composite number 合成数
6531988268190171294990324878990542320570057840365877187301064687998584807588512658063991203129145405213934925194522182655754687890657259078487<142>
prime factors 素因数
969194676648758177433983661372458230033032022883128932030413<60>
6739603947037981997419764129461502479034352888246544882824905709616714164191845299<82>
factorization results 素因数分解の結果
Number: 11131_168
N=6531988268190171294990324878990542320570057840365877187301064687998584807588512658063991203129145405213934925194522182655754687890657259078487
  ( 142 digits)
SNFS difficulty: 168 digits.
Divisors found:
 r1=969194676648758177433983661372458230033032022883128932030413
 r2=6739603947037981997419764129461502479034352888246544882824905709616714164191845299
Version: 
Total time: 21.41 hours.
Scaled time: 112.45 units (timescale=5.253).
Factorization parameters were as follows:
n: 6531988268190171294990324878990542320570057840365877187301064687998584807588512658063991203129145405213934925194522182655754687890657259078487
m: 2000000000000000000000000000000000
deg: 5
c5: 125
c0: 716
skew: 1.42
# Murphy_E = 2.159e-10
type: snfs
lss: 1
rlim: 5400000
alim: 5400000
lpbr: 27
lpba: 27
mfbr: 52
mfba: 52
rlambda: 2.4
alambda: 2.4
Factor base limits: 5400000/5400000
Large primes per side: 3
Large prime bits: 27/27
Max factor residue bits: 52/52
Sieved rational special-q in [2700000, 5500001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 10901966
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 1006273 x 1006521
Total sieving time: 19.39 hours.
Total relation processing time: 0.75 hours.
Matrix solve time: 1.01 hours.
Time per square root: 0.26 hours.
Prototype def-par.txt line would be:
snfs,168,5,0,0,0,0,0,0,0,0,5400000,5400000,27,27,52,52,2.4,2.4,100000
total time: 21.41 hours.
 --------- CPU info (if available) ----------
CPU0: Intel(R) Core(TM) i7-4930K CPU @ 3.40GHz stepping 04
Memory: 49373664k/51380224k available (5220k kernel code, 1086460k absent, 920100k reserved, 7121k data, 1264k init)
Calibrating delay loop (skipped), value calculated using timer frequency.. 6800.24 BogoMIPS (lpj=3400120)
Total of 12 processors activated (81602.88 BogoMIPS).
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62650300Serge BatalovDecember 10, 2014 19:46:01 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 1 秒 (日本時間)
2350Ignacio SantosFebruary 19, 2015 18:50:15 UTC 2015 年 2 月 20 日 (金) 3 時 50 分 15 秒 (日本時間)

10174+1799

c148

name 名前Ignacio Santos
date 日付March 8, 2015 21:45:39 UTC 2015 年 3 月 9 日 (月) 6 時 45 分 39 秒 (日本時間)
composite number 合成数
8378214809936465712939808613242200775278874900760498201496865737471496491985739862905202917268455027674576500797734015681016010446326482668353953847<148>
prime factors 素因数
2988487889210238593833554568069631<34>
2803496323403391442718320970233501382246933494973618483907620467462856186260893071742823503136192016106101712302537<115>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1:3480413668
Step 1 took 10093ms
********** Factor found in step 1: 2988487889210238593833554568069631
Found probable prime factor of 34 digits: 2988487889210238593833554568069631
Probable prime cofactor 2803496323403391442718320970233501382246933494973618483907620467462856186260893071742823503136192016106101712302537 has 115 digits
software ソフトウェア
GMP-ECM 7.0

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 2318CypDecember 8, 2014 11:55:59 UTC 2014 年 12 月 8 日 (月) 20 時 55 分 59 秒 (日本時間)

10175+1799

c118

name 名前Serge Batalov
date 日付December 9, 2014 00:54:24 UTC 2014 年 12 月 9 日 (火) 9 時 54 分 24 秒 (日本時間)
composite number 合成数
8024879095891588200889719112957925145223746513574367970311825322982509519292612849855039518464706142271930788660747319<118>
prime factors 素因数
3185164760970369631901538353687<31>
composite cofactor 合成数の残り
2519454941303188861383996920285646950321547019737959405293355111312199704478590531840737<88>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=1138985116
Step 1 took 8965ms
Step 2 took 7731ms
********** Factor found in step 2: 3185164760970369631901538353687
Found probable prime factor of 31 digits: 3185164760970369631901538353687
Composite cofactor 

c88

name 名前Serge Batalov
date 日付December 9, 2014 16:23:13 UTC 2014 年 12 月 10 日 (水) 1 時 23 分 13 秒 (日本時間)
composite number 合成数
2519454941303188861383996920285646950321547019737959405293355111312199704478590531840737<88>
prime factors 素因数
21760271076886495601084304989786779861743811<44>
115782332508684798193539173355097017387971467<45>
factorization results 素因数分解の結果
***factors found***

PRP45 = 115782332508684798193539173355097017387971467
PRP44 = 21760271076886495601084304989786779861743811
software ソフトウェア
yafu 1.31

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10176+1799

c164

name 名前Ben Meekins
date 日付August 23, 2015 13:44:20 UTC 2015 年 8 月 23 日 (日) 22 時 44 分 20 秒 (日本時間)
composite number 合成数
50921584655641263672903368838462247004048667953585104554462013811664258392645851652373381374287529884530477405521169000937252105157225810352455540791657797516969871<164>
prime factors 素因数
2531393107549567379545452274656849584349119593<46>
20116031960335960850670423937627304618379263145609226521058254342946047928979270425046509133233885254781608415093493047<119>
factorization results 素因数分解の結果
Number: 11131_176
N = 50921584655641263672903368838462247004048667953585104554462013811664258392645851652373381374287529884530477405521169000937252105157225810352455540791657797516969871 (164 digits)
SNFS difficulty: 177 digits.
Divisors found:
r1=2531393107549567379545452274656849584349119593 (pp46)
r2=20116031960335960850670423937627304618379263145609226521058254342946047928979270425046509133233885254781608415093493047 (pp119)
Version: Msieve v. 1.53 (SVN unknown)
Total time: 10.95 hours.
Factorization parameters were as follows:
n: 50921584655641263672903368838462247004048667953585104554462013811664258392645851652373381374287529884530477405521169000937252105157225810352455540791657797516969871
m: 100000000000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 1.22e-10
type: snfs
lss: 1
rlim: 6000000
alim: 6000000
lpbr: 28
lpba: 28
mfbr: 53
mfba: 53
rlambda: 2.5
alambda: 2.5
Factor base limits: 6000000/6000000
Large primes per side: 3
Large prime bits: 28/28
Sieved rational special-q in [0, 0)
Total raw relations: 17929732
Relations: 2383606 relations
Pruned matrix : 1367901 x 1368130
Polynomial selection time: 0.00 hours.
Total sieving time: 9.48 hours.
Total relation processing time: 0.12 hours.
Matrix solve time: 1.31 hours.
time per square root: 0.04 hours.
Prototype def-par.txt line would be: snfs,177,5,0,0,0,0,0,0,0,0,6000000,6000000,28,28,53,53,2.5,2.5,200000
total time: 10.95 hours.
x86_64
Linux-3.13.0-62-generic-x86_64-with-Ubuntu-14.04-trusty
processors: 4, speed: 0.80GHz

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62650300Serge BatalovDecember 10, 2014 19:46:01 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 1 秒 (日本時間)
2350Ignacio SantosMarch 29, 2015 10:02:22 UTC 2015 年 3 月 29 日 (日) 19 時 2 分 22 秒 (日本時間)

10177+1799

c106

name 名前Dmitry Domanov
date 日付December 9, 2014 12:26:21 UTC 2014 年 12 月 9 日 (火) 21 時 26 分 21 秒 (日本時間)
composite number 合成数
4296407850605614657404204060055981039881745478688032701451568318938012946542730525557359664191982578120583<106>
prime factors 素因数
389108836183711095266719913229390975402333189263<48>
11041660972656861039654252936735852165376506870295734581641<59>
factorization results 素因数分解の結果
N=4296407850605614657404204060055981039881745478688032701451568318938012946542730525557359664191982578120583
  ( 106 digits)
Divisors found:
 r1=389108836183711095266719913229390975402333189263 (pp48)
 r2=11041660972656861039654252936735852165376506870295734581641 (pp59)
Version: Msieve v. 1.50 (SVN unknown)
Total time: 8.35 hours.
Scaled time: 0.00 units (timescale=0.000).
Factorization parameters were as follows:
n: 4296407850605614657404204060055981039881745478688032701451568318938012946542730525557359664191982578120583
skew: 8822195.42
c0: -4274851237338025622111204791120
c1: 809354827121238627303062
c2: -146972687403134033
c3: 21831446482
c4: 3432
Y0: -33449392511825595557373663
Y1: 63969658599133
rlim: 2640000
alim: 2640000
lpbr: 26
lpba: 26
mfbr: 52
mfba: 52
rlambda: 2.5
alambda: 2.5
type: gnfs
Factor base limits: 2640000/2640000
Large primes per side: 3
Large prime bits: 26/26
Max factor residue bits: 52/52
Sieved algebraic special-q in [1320000, 2220001)
Primes: , , 
Relations: relations 
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 315220 x 315447
Total sieving time: 8.03 hours.
Total relation processing time: 0.07 hours.
Matrix solve time: 0.09 hours.
Time per square root: 0.16 hours.
Prototype def-par.txt line would be:
gnfs,105,4,maxs1,maxskew,goodScore,efrac,j0,j1,eStepSize,maxTime,2640000,2640000,26,26,52,52,2.5,2.5,150000
total time: 8.35 hours.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 8, 2014 17:05:50 UTC 2014 年 12 月 9 日 (火) 2 時 5 分 50 秒 (日本時間)
403e6110 / 2126Ignacio SantosDecember 8, 2014 17:05:50 UTC 2014 年 12 月 9 日 (火) 2 時 5 分 50 秒 (日本時間)
4511e632 / 4437Ignacio SantosDecember 8, 2014 17:05:50 UTC 2014 年 12 月 9 日 (火) 2 時 5 分 50 秒 (日本時間)

10178+1799

c119

name 名前Serge Batalov
date 日付December 9, 2014 00:54:42 UTC 2014 年 12 月 9 日 (火) 9 時 54 分 42 秒 (日本時間)
composite number 合成数
10351653646435154678351878267639810637289618573731365912131288013284055953443034971642318206465174333726284496029136949<119>
prime factors 素因数
12283432043999387289138177963978797<35>
842733008930681477055441921494504735546457585201261471742144178770204401199763154217<84>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=1001876367
Step 1 took 8143ms
Step 2 took 7480ms
********** Factor found in step 2: 12283432043999387289138177963978797
Found probable prime factor of 35 digits: 12283432043999387289138177963978797
Probable prime cofactor

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10181+1799

c179

name 名前Robert Backstrom
date 日付December 25, 2014 02:31:19 UTC 2014 年 12 月 25 日 (木) 11 時 31 分 19 秒 (日本時間)
composite number 合成数
52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911<179>
prime factors 素因数
1590957813947489693254213200489568268620789856991485104045386154396552823347<76>
33256729025876754702824793266441370171197406924041308434993128523911956851053112138969124329809138440213<104>
factorization results 素因数分解の結果
Number: n
N=52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911
  ( 179 digits)
SNFS difficulty: 181 digits.
Divisors found:

Thu Dec 25 13:27:58 2014  prp76 factor: 1590957813947489693254213200489568268620789856991485104045386154396552823347
Thu Dec 25 13:27:58 2014  prp104 factor: 33256729025876754702824793266441370171197406924041308434993128523911956851053112138969124329809138440213
Thu Dec 25 13:27:58 2014  elapsed time 00:27:25 (Msieve 1.44 - dependency 2)

Version: GGNFS-0.77.1-20060513-nocona
Total time: 0.00 hours.
Scaled time: 0.00 units (timescale=2.272).
Factorization parameters were as follows:
#
#  N = 10^181+179 1(179)31
#
n: 52910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052910052911
m: 1000000000000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 7.673e-11
type: snfs
lss: 1
rlim: 7300000
alim: 7300000
lpbr: 28
lpba: 28
mfbr: 53
mfba: 53
rlambda: 2.5
alambda: 2.5
Factor base limits: 7300000/7300000
Large primes per side: 3
Large prime bits: 28/28
Max factor residue bits: 53/53
Sieved  special-q in [100000, 9250000)
Primes: RFBsize:495666, AFBsize:496199,
Relations:
Max relations in full relation-set: 28
Initial matrix:
Pruned matrix :

Msieve: found 3646542 hash collisions in 31972350 relations (29535025 unique)
Msieve: matrix is 803009 x 803242 (224.9 MB)

Total sieving time: 0.00 hours.
Total relation processing time: 0hrs 17min 58sec.
Matrix solve time: 0.00 hours.
Total square root time: 0hrs 2min 36sec.

Prototype def-par.txt line would be:
snfs,181,5,0,0,0,0,0,0,0,0,7300000,7300000,28,28,53,53,2.5,2.5,100000
total time: 0.00 hours.
 --------- CPU info (if available) ----------
[    0.038684] smpboot: CPU0: Intel(R) Core(TM) i7-4790 CPU @ 3.60GHz (fam: 06, model: 3c, stepping: 03)
[    0.000000] Memory: 16059644K/16661464K available (7373K kernel code, 1159K rwdata, 3228K rodata, 1468K init, 1504K bss, 601820K reserved)
[    1.137325] [drm] Memory usable by graphics device = 2048M
[    0.000027] Calibrating delay loop (skipped), value calculated using timer frequency.. 7200.13 BogoMIPS (lpj=3600065)
[    0.136532] smpboot: Total of 8 processors activated (57601.04 BogoMIPS)

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 8, 2014 19:27:33 UTC 2014 年 12 月 9 日 (火) 4 時 27 分 33 秒 (日本時間)

10182+1799

c150

name 名前KTakahashi
date 日付May 18, 2015 09:46:46 UTC 2015 年 5 月 18 日 (月) 18 時 46 分 46 秒 (日本時間)
composite number 合成数
575793073477203531115864706343496402937084255910103365168913959479289266125720321496920125859565461108790033106536853291387686165466396631320729995651<150>
prime factors 素因数
93402616979017433194308319140224471197<38>
6164635339998593443801612562486033856356891723692969578323226949670381650118295615134271730810773313063717197983<112>
factorization results 素因数分解の結果
GMP-ECM 6.4.4 [configured with GMP 6.0.0] [ECM]
Input number is 575793073477203531115864706343496402937084255910103365168913959479289266125720321496920125859565461108790033106536853291387686165466396631320729995651 (150 digits)
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=2288192772
Step 1 took 43680ms
Step 2 took 17816ms
********** Factor found in step 2: 93402616979017433194308319140224471197
Found probable prime factor of 38 digits: 93402616979017433194308319140224471197
Probable prime cofactor 6164635339998593443801612562486033856356891723692969578323226949670381650118295615134271730810773313063717197983 has 112 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 2318CypDecember 8, 2014 17:40:14 UTC 2014 年 12 月 9 日 (火) 2 時 40 分 14 秒 (日本時間)

10183+1799

c165

name 名前Jo Yeong Uk
date 日付April 18, 2016 10:15:14 UTC 2016 年 4 月 18 日 (月) 19 時 15 分 14 秒 (日本時間)
composite number 合成数
143504582066407027732155109418340630355677776793281975604102643315977436253818774262280009188553630653692157371005703336666899688346036326407896695383755812131545039<165>
prime factors 素因数
47266147547776398106731379532339753133143415119<47>
150000857415628343386245419058492763783379392597<48>
20240527203096781646934758600149586187127415367009588610807506958389373<71>
factorization results 素因数分解の結果
Number: 11131_183
N=143504582066407027732155109418340630355677776793281975604102643315977436253818774262280009188553630653692157371005703336666899688346036326407896695383755812131545039
  ( 165 digits)
SNFS difficulty: 183 digits.
Divisors found:
 r1=47266147547776398106731379532339753133143415119
 r2=150000857415628343386245419058492763783379392597
 r3=20240527203096781646934758600149586187127415367009588610807506958389373
Version: 
Total time: 78.38 hours.
Scaled time: 412.02 units (timescale=5.257).
Factorization parameters were as follows:
n: 143504582066407027732155109418340630355677776793281975604102643315977436253818774262280009188553630653692157371005703336666899688346036326407896695383755812131545039
m: 2000000000000000000000000000000000000
deg: 5
c5: 125
c0: 716
skew: 1.42
# Murphy_E = 5.434e-11
type: snfs
lss: 1
rlim: 7000000
alim: 7000000
lpbr: 28
lpba: 28
mfbr: 53
mfba: 53
rlambda: 2.5
alambda: 2.5
Factor base limits: 7000000/7000000
Large primes per side: 3
Large prime bits: 28/28
Max factor residue bits: 53/53
Sieved rational special-q in [3500000, 7200001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 18935142
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 1489036 x 1489284
Total sieving time: 73.77 hours.
Total relation processing time: 1.80 hours.
Matrix solve time: 2.63 hours.
Time per square root: 0.17 hours.
Prototype def-par.txt line would be:
snfs,183,5,0,0,0,0,0,0,0,0,7000000,7000000,28,28,53,53,2.5,2.5,100000
total time: 78.38 hours.
 --------- CPU info (if available) ----------
CPU0: Intel(R) Core(TM) i7-4930K CPU @ 3.40GHz stepping 04
Memory: 49365464k/51380224k available (5398k kernel code, 1086460k absent, 928300k reserved, 7010k data, 1296k init)
Calibrating delay loop (skipped), value calculated using timer frequency.. 6799.84 BogoMIPS (lpj=3399923)
Total of 12 processors activated (81598.15 BogoMIPS).
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:02 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 2 秒 (日本時間)
4511e6585 / 4409CypJanuary 26, 2015 14:21:07 UTC 2015 年 1 月 26 日 (月) 23 時 21 分 7 秒 (日本時間)

10184+1799

c154

name 名前Jo Yeong Uk
date 日付May 24, 2016 12:46:00 UTC 2016 年 5 月 24 日 (火) 21 時 46 分 0 秒 (日本時間)
composite number 合成数
3248248687229643020761675584705739595679705553971231094897895912432070506487776827926530886564615868801955623156828202460880709728429201042928595200332723<154>
prime factors 素因数
65277479657607356142285072756906148665551294351583868702552095274603597<71>
49760632675576900373376078368779271655745693774040948571030208492800081140972226559<83>
factorization results 素因数分解の結果
Number: 11131_184
N=3248248687229643020761675584705739595679705553971231094897895912432070506487776827926530886564615868801955623156828202460880709728429201042928595200332723
  ( 154 digits)
SNFS difficulty: 185 digits.
Divisors found:
 r1=65277479657607356142285072756906148665551294351583868702552095274603597
 r2=49760632675576900373376078368779271655745693774040948571030208492800081140972226559
Version: 
Total time: 70.60 hours.
Scaled time: 347.23 units (timescale=4.918).
Factorization parameters were as follows:
n: 3248248687229643020761675584705739595679705553971231094897895912432070506487776827926530886564615868801955623156828202460880709728429201042928595200332723
m: 10000000000000000000000000000000000000
deg: 5
c5: 1
c0: 1790
skew: 4.47
# Murphy_E = 5.668e-11
type: snfs
lss: 1
rlim: 7400000
alim: 7400000
lpbr: 28
lpba: 28
mfbr: 54
mfba: 54
rlambda: 2.5
alambda: 2.5
Factor base limits: 7400000/7400000
Large primes per side: 3
Large prime bits: 28/28
Max factor residue bits: 54/54
Sieved rational special-q in [3700000, 6900001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 20236834
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 1587512 x 1587760
Total sieving time: 65.60 hours.
Total relation processing time: 1.70 hours.
Matrix solve time: 3.22 hours.
Time per square root: 0.09 hours.
Prototype def-par.txt line would be:
snfs,185,5,0,0,0,0,0,0,0,0,7400000,7400000,28,28,54,54,2.5,2.5,100000
total time: 70.60 hours.
 --------- CPU info (if available) ----------
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6580280CypDecember 10, 2014 17:57:04 UTC 2014 年 12 月 11 日 (木) 2 時 57 分 4 秒 (日本時間)
300Serge BatalovDecember 10, 2014 19:46:02 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 2 秒 (日本時間)
4511e6600 / 4347KTakahashiMay 25, 2015 09:22:55 UTC 2015 年 5 月 25 日 (月) 18 時 22 分 55 秒 (日本時間)

10185+1799

c133

name 名前Serge Batalov
date 日付December 11, 2014 01:31:56 UTC 2014 年 12 月 11 日 (木) 10 時 31 分 56 秒 (日本時間)
composite number 合成数
2577594754479857066416435575496218410047026003274485383499661893612922876846248262307887948468518140130474102642582826265374605822461<133>
prime factors 素因数
34000552387737679926903888711255347<35>
75810378757536545071073462481595412070996017132236422837932424880090182956438680696628684020814863<98>
factorization results 素因数分解の結果
Input number is 2577594754479857066416435575496218410047026003274485383499661893612922876846248262307887948468518140130474102642582826265374605822461 (133 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=2194347548
Step 1 took 7356ms
Step 2 took 1243ms
********** Factor found in step 2: 34000552387737679926903888711255347
Found probable prime factor of 35 digits: 34000552387737679926903888711255347
Probable prime cofactor 75810378757536545071073462481595412070996017132236422837932424880090182956438680696628684020814863 has 98 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:03 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 3 秒 (日本時間)

10186+1799

c181

name 名前Robert Backstrom
date 日付December 27, 2014 10:20:45 UTC 2014 年 12 月 27 日 (土) 19 時 20 分 45 秒 (日本時間)
composite number 合成数
3775308725871058105776599881455306007648775478614763722303391359828449971496419119673511301386670895012439642251745136458533896609395233295202715202035646464989674530634742656080701<181>
prime factors 素因数
1278920038385863867371899187763723948082051358424258079<55>
2951950561847406949214997564874196796940400498304404881604178030438427033895575554346781019636464603425941656654605385204566819<127>
factorization results 素因数分解の結果
Number: n
N=3775308725871058105776599881455306007648775478614763722303391359828449971496419119673511301386670895012439642251745136458533896609395233295202715202035646464989674530634742656080701
  ( 181 digits)
SNFS difficulty: 186 digits.
Divisors found:

Sat Dec 27 21:16:28 2014  prp55 factor: 1278920038385863867371899187763723948082051358424258079
Sat Dec 27 21:16:28 2014  prp127 factor: 2951950561847406949214997564874196796940400498304404881604178030438427033895575554346781019636464603425941656654605385204566819
Sat Dec 27 21:16:28 2014  elapsed time 00:41:59 (Msieve 1.44 - dependency 1)

Version: GGNFS-0.77.1-20060513-nocona
Total time: 0.00 hours.
Scaled time: 0.00 units (timescale=2.186).
Factorization parameters were as follows:
#
#  N = 10^186+179 1(184)31
#
n: 3775308725871058105776599881455306007648775478614763722303391359828449971496419119673511301386670895012439642251745136458533896609395233295202715202035646464989674530634742656080701
m: 10000000000000000000000000000000000000
deg: 5
c5: 10
c0: 179
skew: 1.78
# Murphy_E = 4.806e-11
type: snfs
lss: 1
rlim: 8800000
alim: 8800000
lpbr: 28
lpba: 28
mfbr: 54
mfba: 54
rlambda: 2.5
alambda: 2.5
Factor base limits: 8800000/8800000
Large primes per side: 3
Large prime bits: 28/28
Max factor residue bits: 54/54
Sieved  special-q in [100000, 10000000)
Primes: RFBsize:590006, AFBsize:589895,
Relations:
Max relations in full relation-set: 28
Initial matrix:
Pruned matrix :

Msieve: found 4209750 hash collisions in 31982483 relations (29548768 unique)
Msieve: matrix is 1045770 x 1046001 (293.5 MB)

Total sieving time: 0.00 hours.
Total relation processing time: 0hrs 33min 51sec.
Matrix solve time: 0.00 hours.
Total square root time: 0hrs 1min 7sec.

Prototype def-par.txt line would be:
snfs,186,5,0,0,0,0,0,0,0,0,8800000,8800000,28,28,54,54,2.5,2.5,100000
total time: 0.00 hours.
 --------- CPU info (if available) ----------
[    0.038914] smpboot: CPU0: Intel(R) Core(TM) i7-4790 CPU @ 3.60GHz (fam: 06, model: 3c, stepping: 03)
[    0.000000] Memory: 16059668K/16661464K available (7375K kernel code, 1160K rwdata, 3228K rodata, 1468K init, 1504K bss, 601796K reserved)
[    1.131637] [drm] Memory usable by graphics device = 2048M
[    0.000027] Calibrating delay loop (skipped), value calculated using timer frequency.. 7200.29 BogoMIPS (lpj=3600149)
[    0.136791] smpboot: Total of 8 processors activated (57602.38 BogoMIPS)

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62600280CypDecember 8, 2014 02:30:34 UTC 2014 年 12 月 8 日 (月) 11 時 30 分 34 秒 (日本時間)
2320Serge BatalovDecember 8, 2014 19:27:36 UTC 2014 年 12 月 9 日 (火) 4 時 27 分 36 秒 (日本時間)

10187+1799

c144

name 名前LegionMammal978
date 日付February 11, 2017 02:05:38 UTC 2017 年 2 月 11 日 (土) 11 時 5 分 38 秒 (日本時間)
composite number 合成数
346343426527136913271555188037210805726380298143334858651735455835491159840658813723310905504952517702803732261075274281207713171719058748445273<144>
prime factors 素因数
95994772571094942940745768728816392374063113209060251060039354431<65>
3607940487286748767432073447620943939863416733459471364676122442689186542452583<79>
factorization results 素因数分解の結果
Fri Feb 10 17:20:46 2017  Msieve v. 1.53 (SVN Unversioned directory)
Fri Feb 10 17:20:46 2017  random seeds: 884cde0b 21436811
Fri Feb 10 17:20:46 2017  factoring 346343426527136913271555188037210805726380298143334858651735455835491159840658813723310905504952517702803732261075274281207713171719058748445273 (144 digits)
Fri Feb 10 17:20:46 2017  no P-1/P+1/ECM available, skipping
Fri Feb 10 17:20:46 2017  commencing number field sieve (144-digit input)
Fri Feb 10 17:20:46 2017  R0: -10000000000000000000000000000000000000
Fri Feb 10 17:20:46 2017  R1: 1
Fri Feb 10 17:20:46 2017  A0: 179
Fri Feb 10 17:20:46 2017  A1: 0
Fri Feb 10 17:20:46 2017  A2: 0
Fri Feb 10 17:20:46 2017  A3: 0
Fri Feb 10 17:20:46 2017  A4: 0
Fri Feb 10 17:20:46 2017  A5: 100
Fri Feb 10 17:20:46 2017  skew 1.12, size 3.342e-13, alpha 0.515, combined = 4.311e-11 rroots = 1
Fri Feb 10 17:20:46 2017  
Fri Feb 10 17:20:46 2017  commencing relation filtering
Fri Feb 10 17:20:46 2017  estimated available RAM is 15929.4 MB
Fri Feb 10 17:20:46 2017  commencing duplicate removal, pass 1
Fri Feb 10 17:23:36 2017  found 3238439 hash collisions in 22057778 relations
Fri Feb 10 17:23:55 2017  added 401 free relations
Fri Feb 10 17:23:55 2017  commencing duplicate removal, pass 2
Fri Feb 10 17:24:00 2017  found 2918320 duplicates and 19139859 unique relations
Fri Feb 10 17:24:00 2017  memory use: 98.6 MB
Fri Feb 10 17:24:00 2017  reading ideals above 720000
Fri Feb 10 17:24:01 2017  commencing singleton removal, initial pass
Fri Feb 10 17:26:08 2017  memory use: 689.0 MB
Fri Feb 10 17:26:08 2017  reading all ideals from disk
Fri Feb 10 17:26:08 2017  memory use: 608.5 MB
Fri Feb 10 17:26:08 2017  keeping 21326590 ideals with weight <= 200, target excess is 115996
Fri Feb 10 17:26:09 2017  commencing in-memory singleton removal
Fri Feb 10 17:26:10 2017  begin with 19139859 relations and 21326590 unique ideals
Fri Feb 10 17:26:18 2017  reduce to 7653913 relations and 7470464 ideals in 19 passes
Fri Feb 10 17:26:18 2017  max relations containing the same ideal: 106
Fri Feb 10 17:26:20 2017  removing 366907 relations and 342460 ideals in 24447 cliques
Fri Feb 10 17:26:20 2017  commencing in-memory singleton removal
Fri Feb 10 17:26:20 2017  begin with 7287006 relations and 7470464 unique ideals
Fri Feb 10 17:26:24 2017  reduce to 7271045 relations and 7111964 ideals in 12 passes
Fri Feb 10 17:26:24 2017  max relations containing the same ideal: 102
Fri Feb 10 17:26:26 2017  removing 263738 relations and 239291 ideals in 24447 cliques
Fri Feb 10 17:26:26 2017  commencing in-memory singleton removal
Fri Feb 10 17:26:26 2017  begin with 7007307 relations and 7111964 unique ideals
Fri Feb 10 17:26:29 2017  reduce to 6998399 relations and 6863730 ideals in 9 passes
Fri Feb 10 17:26:29 2017  max relations containing the same ideal: 102
Fri Feb 10 17:26:32 2017  relations with 0 large ideals: 2866
Fri Feb 10 17:26:32 2017  relations with 1 large ideals: 831
Fri Feb 10 17:26:32 2017  relations with 2 large ideals: 16331
Fri Feb 10 17:26:32 2017  relations with 3 large ideals: 130704
Fri Feb 10 17:26:32 2017  relations with 4 large ideals: 553881
Fri Feb 10 17:26:32 2017  relations with 5 large ideals: 1363918
Fri Feb 10 17:26:32 2017  relations with 6 large ideals: 2069859
Fri Feb 10 17:26:32 2017  relations with 7+ large ideals: 2860009
Fri Feb 10 17:26:32 2017  commencing 2-way merge
Fri Feb 10 17:26:35 2017  reduce to 4059560 relation sets and 3924892 unique ideals
Fri Feb 10 17:26:35 2017  ignored 1 oversize relation sets
Fri Feb 10 17:26:35 2017  commencing full merge
Fri Feb 10 17:27:16 2017  memory use: 473.5 MB
Fri Feb 10 17:27:17 2017  found 2063566 cycles, need 2051092
Fri Feb 10 17:27:17 2017  weight of 2051092 cycles is about 143891737 (70.15/cycle)
Fri Feb 10 17:27:17 2017  distribution of cycle lengths:
Fri Feb 10 17:27:17 2017  1 relations: 306386
Fri Feb 10 17:27:17 2017  2 relations: 265674
Fri Feb 10 17:27:17 2017  3 relations: 244415
Fri Feb 10 17:27:17 2017  4 relations: 208909
Fri Feb 10 17:27:17 2017  5 relations: 180893
Fri Feb 10 17:27:17 2017  6 relations: 149129
Fri Feb 10 17:27:17 2017  7 relations: 126433
Fri Feb 10 17:27:17 2017  8 relations: 103447
Fri Feb 10 17:27:17 2017  9 relations: 85329
Fri Feb 10 17:27:17 2017  10+ relations: 380477
Fri Feb 10 17:27:17 2017  heaviest cycle: 28 relations
Fri Feb 10 17:27:17 2017  commencing cycle optimization
Fri Feb 10 17:27:19 2017  start with 11953799 relations
Fri Feb 10 17:27:30 2017  pruned 252685 relations
Fri Feb 10 17:27:30 2017  memory use: 402.3 MB
Fri Feb 10 17:27:30 2017  distribution of cycle lengths:
Fri Feb 10 17:27:30 2017  1 relations: 306386
Fri Feb 10 17:27:30 2017  2 relations: 270953
Fri Feb 10 17:27:30 2017  3 relations: 252160
Fri Feb 10 17:27:30 2017  4 relations: 212684
Fri Feb 10 17:27:30 2017  5 relations: 183707
Fri Feb 10 17:27:30 2017  6 relations: 150367
Fri Feb 10 17:27:30 2017  7 relations: 126315
Fri Feb 10 17:27:30 2017  8 relations: 102330
Fri Feb 10 17:27:30 2017  9 relations: 83997
Fri Feb 10 17:27:30 2017  10+ relations: 362193
Fri Feb 10 17:27:30 2017  heaviest cycle: 28 relations
Fri Feb 10 17:27:32 2017  RelProcTime: 406
Fri Feb 10 17:27:32 2017  elapsed time 00:06:46
Fri Feb 10 17:27:32 2017 LatSieveTime: 1155.19
Fri Feb 10 17:27:32 2017 -> Running matrix solving step ...
Fri Feb 10 17:27:32 2017 -> ./msieve -s 11131_187/11131_187.dat -l 11131_187/11131_187.log -i 11131_187/11131_187.ini -nf 11131_187/11131_187.fb -t 6 -nc2
Fri Feb 10 17:27:32 2017  
Fri Feb 10 17:27:32 2017  
Fri Feb 10 17:27:32 2017  Msieve v. 1.53 (SVN Unversioned directory)
Fri Feb 10 17:27:32 2017  random seeds: 259adf10 da541ddc
Fri Feb 10 17:27:32 2017  factoring 346343426527136913271555188037210805726380298143334858651735455835491159840658813723310905504952517702803732261075274281207713171719058748445273 (144 digits)
Fri Feb 10 17:27:33 2017  no P-1/P+1/ECM available, skipping
Fri Feb 10 17:27:33 2017  commencing number field sieve (144-digit input)
Fri Feb 10 17:27:33 2017  R0: -10000000000000000000000000000000000000
Fri Feb 10 17:27:33 2017  R1: 1
Fri Feb 10 17:27:33 2017  A0: 179
Fri Feb 10 17:27:33 2017  A1: 0
Fri Feb 10 17:27:33 2017  A2: 0
Fri Feb 10 17:27:33 2017  A3: 0
Fri Feb 10 17:27:33 2017  A4: 0
Fri Feb 10 17:27:33 2017  A5: 100
Fri Feb 10 17:27:33 2017  skew 1.12, size 3.342e-13, alpha 0.515, combined = 4.311e-11 rroots = 1
Fri Feb 10 17:27:33 2017  
Fri Feb 10 17:27:33 2017  commencing linear algebra
Fri Feb 10 17:27:33 2017  read 2051092 cycles
Fri Feb 10 17:27:35 2017  cycles contain 6830333 unique relations
Fri Feb 10 17:28:07 2017  read 6830333 relations
Fri Feb 10 17:28:11 2017  using 20 quadratic characters above 4294917295
Fri Feb 10 17:28:37 2017  building initial matrix
Fri Feb 10 17:29:15 2017  memory use: 826.2 MB
Fri Feb 10 17:29:16 2017  read 2051092 cycles
Fri Feb 10 17:29:16 2017  matrix is 2050913 x 2051092 (616.5 MB) with weight 181383740 (88.43/col)
Fri Feb 10 17:29:16 2017  sparse part has weight 139052958 (67.79/col)
Fri Feb 10 17:29:27 2017  filtering completed in 2 passes
Fri Feb 10 17:29:28 2017  matrix is 2048177 x 2048356 (616.3 MB) with weight 181289500 (88.50/col)
Fri Feb 10 17:29:28 2017  sparse part has weight 139019512 (67.87/col)
Fri Feb 10 17:29:32 2017  matrix starts at (0, 0)
Fri Feb 10 17:29:32 2017  matrix is 2048177 x 2048356 (616.3 MB) with weight 181289500 (88.50/col)
Fri Feb 10 17:29:32 2017  sparse part has weight 139019512 (67.87/col)
Fri Feb 10 17:29:32 2017  saving the first 48 matrix rows for later
Fri Feb 10 17:29:33 2017  matrix includes 64 packed rows
Fri Feb 10 17:29:33 2017  matrix is 2048129 x 2048356 (586.1 MB) with weight 145300599 (70.94/col)
Fri Feb 10 17:29:33 2017  sparse part has weight 133167279 (65.01/col)
Fri Feb 10 17:29:33 2017  using block size 8192 and superblock size 786432 for processor cache size 8192 kB
Fri Feb 10 17:29:38 2017  commencing Lanczos iteration (6 threads)
Fri Feb 10 17:29:38 2017  memory use: 472.4 MB
Fri Feb 10 17:29:43 2017  linear algebra at 0.1%, ETA 1h52m
Fri Feb 10 17:29:45 2017  checkpointing every 1050000 dimensions
Fri Feb 10 19:20:34 2017  lanczos halted after 32388 iterations (dim = 2048127)
Fri Feb 10 19:20:36 2017  recovered 39 nontrivial dependencies
Fri Feb 10 19:20:36 2017  BLanczosTime: 6783
Fri Feb 10 19:20:36 2017  elapsed time 01:53:04
Fri Feb 10 19:20:36 2017 -> Running square root step ...
Fri Feb 10 19:20:36 2017 -> ./msieve -s 11131_187/11131_187.dat -l 11131_187/11131_187.log -i 11131_187/11131_187.ini -nf 11131_187/11131_187.fb -t 6 -nc3
Fri Feb 10 19:20:36 2017  
Fri Feb 10 19:20:36 2017  
Fri Feb 10 19:20:36 2017  Msieve v. 1.53 (SVN Unversioned directory)
Fri Feb 10 19:20:36 2017  random seeds: 26caf62a 8cd4d1c1
Fri Feb 10 19:20:36 2017  factoring 346343426527136913271555188037210805726380298143334858651735455835491159840658813723310905504952517702803732261075274281207713171719058748445273 (144 digits)
Fri Feb 10 19:20:36 2017  no P-1/P+1/ECM available, skipping
Fri Feb 10 19:20:36 2017  commencing number field sieve (144-digit input)
Fri Feb 10 19:20:36 2017  R0: -10000000000000000000000000000000000000
Fri Feb 10 19:20:36 2017  R1: 1
Fri Feb 10 19:20:36 2017  A0: 179
Fri Feb 10 19:20:36 2017  A1: 0
Fri Feb 10 19:20:36 2017  A2: 0
Fri Feb 10 19:20:36 2017  A3: 0
Fri Feb 10 19:20:36 2017  A4: 0
Fri Feb 10 19:20:36 2017  A5: 100
Fri Feb 10 19:20:36 2017  skew 1.12, size 3.342e-13, alpha 0.515, combined = 4.311e-11 rroots = 1
Fri Feb 10 19:20:36 2017  
Fri Feb 10 19:20:36 2017  commencing square root phase
Fri Feb 10 19:20:36 2017  reading relations for dependency 1
Fri Feb 10 19:20:36 2017  read 1024132 cycles
Fri Feb 10 19:20:38 2017  cycles contain 3416624 unique relations
Fri Feb 10 19:20:54 2017  read 3416624 relations
Fri Feb 10 19:21:04 2017  multiplying 3416624 relations
Fri Feb 10 19:22:34 2017  multiply complete, coefficients have about 99.93 million bits
Fri Feb 10 19:22:35 2017  initial square root is modulo 14895301
Fri Feb 10 19:24:30 2017  GCD is 1, no factor found
Fri Feb 10 19:24:30 2017  reading relations for dependency 2
Fri Feb 10 19:24:30 2017  read 1024365 cycles
Fri Feb 10 19:24:31 2017  cycles contain 3414366 unique relations
Fri Feb 10 19:24:47 2017  read 3414366 relations
Fri Feb 10 19:24:56 2017  multiplying 3414366 relations
Fri Feb 10 19:26:26 2017  multiply complete, coefficients have about 99.87 million bits
Fri Feb 10 19:26:26 2017  initial square root is modulo 14739371
Fri Feb 10 19:28:22 2017  sqrtTime: 466
Fri Feb 10 19:28:22 2017  p65 factor: 95994772571094942940745768728816392374063113209060251060039354431
Fri Feb 10 19:28:22 2017  p79 factor: 3607940487286748767432073447620943939863416733459471364676122442689186542452583
Fri Feb 10 19:28:22 2017  elapsed time 00:07:46
software ソフトウェア
Msieve 1.53 snfs
execution environment 実行環境
64-bit Ubuntu 16.04.1 LTS, Core i7-2600K 3.4GHz

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 10, 2014 07:15:16 UTC 2014 年 12 月 10 日 (水) 16 時 15 分 16 秒 (日本時間)
4511e6600 / 4413KTakahashiJune 20, 2015 08:22:41 UTC 2015 年 6 月 20 日 (土) 17 時 22 分 41 秒 (日本時間)

10188+1799

c172

name 名前Cyp
date 日付January 28, 2015 15:13:47 UTC 2015 年 1 月 29 日 (木) 0 時 13 分 47 秒 (日本時間)
composite number 合成数
6230030077004668974151127297861048113781620187616392209793072779252006201932490090503238982781714045561679078815784480645271948370577423030513344873415537668880325385106361<172>
prime factors 素因数
31509261933370924928677482899714705074067<41>
197720596889213383272170041799638095574119770663979861127759440064190655761818640402709089445120184106642322395527615695283431796483<132>
factorization results 素因数分解の結果
Run 417 out of 591:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=3006584438
Step 1 took 50234ms
Step 2 took 17320ms
********** Factor found in step 2: 31509261933370924928677482899714705074067
Found probable prime factor of 41 digits: 31509261933370924928677482899714705074067
Probable prime cofactor 197720596889213383272170041799638095574119770663979861127759440064190655761818640402709089445120184106642322395527615695283431796483 has 132 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 879CypDecember 7, 2014 11:06:56 UTC 2014 年 12 月 7 日 (日) 20 時 6 分 56 秒 (日本時間)
4511e6417 / 4413CypJanuary 28, 2015 15:13:47 UTC 2015 年 1 月 29 日 (木) 0 時 13 分 47 秒 (日本時間)

10191+1799

c125

name 名前Serge Batalov
date 日付December 9, 2014 02:42:11 UTC 2014 年 12 月 9 日 (火) 11 時 42 分 11 秒 (日本時間)
composite number 合成数
42198617028066940092142904012938125398092173519472134759311160193666090089169977074280842066866872586687327387678274585685973<125>
prime factors 素因数
161542762792862709223301273761812279271<39>
261222578458534086629106845494001065046533809355081626925080105828506572431485271988963<87>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=844711469
Step 1 took 7653ms
Step 2 took 6635ms
********** Factor found in step 2: 161542762792862709223301273761812279271
Found probable prime factor of 39 digits: 161542762792862709223301273761812279271
Probable prime cofactor 

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:20 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 20 秒 (日本時間)

10192+1799

c192

name 名前Serge Batalov
date 日付December 9, 2014 01:41:02 UTC 2014 年 12 月 9 日 (火) 10 時 41 分 2 秒 (日本時間)
composite number 合成数
111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131<192>
prime factors 素因数
131978496309241968503066933577596952668305384839006563391391656358884763<72>
841887990985774012151025615182454569328719804480121939262653447090055770436741800958999789571342111911142675317006342337<120>
factorization results 素因数分解の結果
prp72 factor: 131978496309241968503066933577596952668305384839006563391391656358884763
prp120 factor: 841887990985774012151025615182454569328719804480121939262653447090055770436741800958999789571342111911142675317006342337

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 904Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)

10193+1799

c111

name 名前Cyp
date 日付December 11, 2014 10:12:54 UTC 2014 年 12 月 11 日 (木) 19 時 12 分 54 秒 (日本時間)
composite number 合成数
900175732395062046812022217591993339670169306101297494009418957400815430790376365036668913354031856505961322223<111>
prime factors 素因数
410608779797677895848794710881235863869834173<45>
2192295383548817104526095467793289030220710506711335006391205517851<67>
factorization results 素因数分解の結果
12/11/14 09:22:37 v1.34.3, 
12/11/14 09:22:37 v1.34.3, ****************************
12/11/14 09:22:37 v1.34.3, Starting factorization of 900175732395062046812022217591993339670169306101297494009418957400815430790376365036668913354031856505961322223
12/11/14 09:22:37 v1.34.3, using pretesting plan: none
12/11/14 09:22:37 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/11/14 09:22:37 v1.34.3, ****************************
12/11/14 09:22:37 v1.34.3, rho: x^2 + 3, starting 1000 iterations on C111
12/11/14 09:22:37 v1.34.3, rho: x^2 + 2, starting 1000 iterations on C111
12/11/14 09:22:37 v1.34.3, rho: x^2 + 1, starting 1000 iterations on C111
12/11/14 09:22:37 v1.34.3, final ECM pretested depth: 0.00
12/11/14 09:22:37 v1.34.3, scheduler: switching to sieve method
12/11/14 09:22:37 v1.34.3, nfs: commencing nfs on c111: 900175732395062046812022217591993339670169306101297494009418957400815430790376365036668913354031856505961322223
12/11/14 09:22:37 v1.34.3, nfs: commencing poly selection with 8 threads
12/11/14 09:22:37 v1.34.3, nfs: setting deadline of 550 seconds
12/11/14 09:31:58 v1.34.3, nfs: completed 147 ranges of size 250 in 560.6061 seconds
12/11/14 09:31:58 v1.34.3, nfs: best poly = # norm 1.703715e-10 alpha -6.227338 e 9.401e-10 rroots 5
12/11/14 09:31:58 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 09:36:56 v1.34.3, nfs: commencing lattice sieving with 8 threads
[10 lines snipped]
12/11/14 10:35:10 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 10:40:26 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 10:45:38 v1.34.3, nfs: commencing msieve filtering
12/11/14 10:46:20 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 10:51:33 v1.34.3, nfs: commencing msieve filtering
12/11/14 10:52:20 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 10:57:34 v1.34.3, nfs: commencing msieve filtering
12/11/14 10:58:25 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/11/14 11:03:54 v1.34.3, nfs: commencing msieve filtering
12/11/14 11:05:02 v1.34.3, nfs: commencing msieve linear algebra
12/11/14 11:10:46 v1.34.3, nfs: commencing msieve sqrt
12/11/14 11:12:53 v1.34.3, prp67 = 2192295383548817104526095467793289030220710506711335006391205517851
12/11/14 11:12:53 v1.34.3, prp45 = 410608779797677895848794710881235863869834173
12/11/14 11:12:53 v1.34.3, NFS elapsed time = 6615.8050 seconds.
12/11/14 11:12:53 v1.34.3, 
12/11/14 11:12:53 v1.34.3, 
12/11/14 11:12:53 v1.34.3, Total factoring time = 6615.8275 seconds
--
Thu Dec 11 10:45:38 2014  
Thu Dec 11 10:45:38 2014  commencing relation filtering
Thu Dec 11 10:45:38 2014  estimated available RAM is 15987.3 MB
Thu Dec 11 10:45:38 2014  commencing duplicate removal, pass 1
Thu Dec 11 10:45:52 2014  found 406376 hash collisions in 4519576 relations
Thu Dec 11 10:45:57 2014  added 32676 free relations
Thu Dec 11 10:45:57 2014  commencing duplicate removal, pass 2
Thu Dec 11 10:46:00 2014  found 166886 duplicates and 4385366 unique relations
Thu Dec 11 10:46:00 2014  memory use: 19.6 MB
Thu Dec 11 10:46:00 2014  reading ideals above 100000
Thu Dec 11 10:46:00 2014  commencing singleton removal, initial pass
Thu Dec 11 10:46:19 2014  memory use: 172.2 MB
Thu Dec 11 10:46:19 2014  reading all ideals from disk
Thu Dec 11 10:46:19 2014  memory use: 147.8 MB
Thu Dec 11 10:46:19 2014  keeping 5389666 ideals with weight <= 200, target excess is 24026
Thu Dec 11 10:46:19 2014  commencing in-memory singleton removal
Thu Dec 11 10:46:19 2014  begin with 4385366 relations and 5389666 unique ideals
Thu Dec 11 10:46:20 2014  reduce to 89 relations and 0 ideals in 28 passes
Thu Dec 11 10:46:20 2014  max relations containing the same ideal: 0
Thu Dec 11 10:51:33 2014  
Thu Dec 11 10:51:33 2014  commencing relation filtering
Thu Dec 11 10:51:33 2014  estimated available RAM is 15987.3 MB
Thu Dec 11 10:51:33 2014  commencing duplicate removal, pass 1
Thu Dec 11 10:51:49 2014  found 463636 hash collisions in 4874287 relations
Thu Dec 11 10:51:53 2014  added 86 free relations
Thu Dec 11 10:51:53 2014  commencing duplicate removal, pass 2
Thu Dec 11 10:51:57 2014  found 189526 duplicates and 4684847 unique relations
Thu Dec 11 10:51:57 2014  memory use: 20.6 MB
Thu Dec 11 10:51:57 2014  reading ideals above 100000
Thu Dec 11 10:51:57 2014  commencing singleton removal, initial pass
Thu Dec 11 10:52:17 2014  memory use: 172.2 MB
Thu Dec 11 10:52:18 2014  reading all ideals from disk
Thu Dec 11 10:52:18 2014  memory use: 158.0 MB
Thu Dec 11 10:52:18 2014  keeping 5536775 ideals with weight <= 200, target excess is 25130
Thu Dec 11 10:52:18 2014  commencing in-memory singleton removal
Thu Dec 11 10:52:18 2014  begin with 4684847 relations and 5536775 unique ideals
Thu Dec 11 10:52:20 2014  reduce to 1088633 relations and 1214954 ideals in 30 passes
Thu Dec 11 10:52:20 2014  max relations containing the same ideal: 78
Thu Dec 11 10:57:34 2014  
Thu Dec 11 10:57:34 2014  commencing relation filtering
Thu Dec 11 10:57:34 2014  estimated available RAM is 15987.3 MB
Thu Dec 11 10:57:34 2014  commencing duplicate removal, pass 1
Thu Dec 11 10:57:52 2014  found 520264 hash collisions in 5197149 relations
Thu Dec 11 10:57:57 2014  added 64 free relations
Thu Dec 11 10:57:57 2014  commencing duplicate removal, pass 2
Thu Dec 11 10:58:01 2014  found 213498 duplicates and 4983715 unique relations
Thu Dec 11 10:58:01 2014  memory use: 20.6 MB
Thu Dec 11 10:58:01 2014  reading ideals above 100000
Thu Dec 11 10:58:01 2014  commencing singleton removal, initial pass
Thu Dec 11 10:58:23 2014  memory use: 172.2 MB
Thu Dec 11 10:58:23 2014  reading all ideals from disk
Thu Dec 11 10:58:23 2014  memory use: 168.1 MB
Thu Dec 11 10:58:23 2014  keeping 5673564 ideals with weight <= 200, target excess is 26304
Thu Dec 11 10:58:23 2014  commencing in-memory singleton removal
Thu Dec 11 10:58:23 2014  begin with 4983715 relations and 5673564 unique ideals
Thu Dec 11 10:58:25 2014  reduce to 1555065 relations and 1600456 ideals in 23 passes
Thu Dec 11 10:58:25 2014  max relations containing the same ideal: 90
Thu Dec 11 11:03:54 2014  
Thu Dec 11 11:03:54 2014  commencing relation filtering
Thu Dec 11 11:03:54 2014  estimated available RAM is 15987.3 MB
Thu Dec 11 11:03:54 2014  commencing duplicate removal, pass 1
Thu Dec 11 11:04:11 2014  found 578826 hash collisions in 5517956 relations
Thu Dec 11 11:04:16 2014  added 57 free relations
Thu Dec 11 11:04:16 2014  commencing duplicate removal, pass 2
Thu Dec 11 11:04:20 2014  found 238453 duplicates and 5279560 unique relations
Thu Dec 11 11:04:20 2014  memory use: 20.6 MB
Thu Dec 11 11:04:20 2014  reading ideals above 100000
Thu Dec 11 11:04:20 2014  commencing singleton removal, initial pass
Thu Dec 11 11:04:43 2014  memory use: 172.2 MB
Thu Dec 11 11:04:44 2014  reading all ideals from disk
Thu Dec 11 11:04:44 2014  memory use: 178.1 MB
Thu Dec 11 11:04:44 2014  keeping 5799655 ideals with weight <= 200, target excess is 27686
Thu Dec 11 11:04:45 2014  commencing in-memory singleton removal
Thu Dec 11 11:04:45 2014  begin with 5279560 relations and 5799655 unique ideals
Thu Dec 11 11:04:47 2014  reduce to 1983178 relations and 1927090 ideals in 18 passes
Thu Dec 11 11:04:47 2014  max relations containing the same ideal: 109
Thu Dec 11 11:04:48 2014  removing 160053 relations and 148067 ideals in 11986 cliques
Thu Dec 11 11:04:48 2014  commencing in-memory singleton removal
Thu Dec 11 11:04:48 2014  begin with 1823125 relations and 1927090 unique ideals
Thu Dec 11 11:04:48 2014  reduce to 1811679 relations and 1767454 ideals in 9 passes
Thu Dec 11 11:04:48 2014  max relations containing the same ideal: 101
Thu Dec 11 11:04:49 2014  removing 115260 relations and 103274 ideals in 11986 cliques
Thu Dec 11 11:04:49 2014  commencing in-memory singleton removal
Thu Dec 11 11:04:49 2014  begin with 1696419 relations and 1767454 unique ideals
Thu Dec 11 11:04:49 2014  reduce to 1689673 relations and 1657380 ideals in 7 passes
Thu Dec 11 11:04:49 2014  max relations containing the same ideal: 93
Thu Dec 11 11:04:50 2014  relations with 0 large ideals: 92
Thu Dec 11 11:04:50 2014  relations with 1 large ideals: 164
Thu Dec 11 11:04:50 2014  relations with 2 large ideals: 2678
Thu Dec 11 11:04:50 2014  relations with 3 large ideals: 24176
Thu Dec 11 11:04:50 2014  relations with 4 large ideals: 115500
Thu Dec 11 11:04:50 2014  relations with 5 large ideals: 314921
Thu Dec 11 11:04:50 2014  relations with 6 large ideals: 494538
Thu Dec 11 11:04:50 2014  relations with 7+ large ideals: 737604
Thu Dec 11 11:04:50 2014  commencing 2-way merge
Thu Dec 11 11:04:50 2014  reduce to 946986 relation sets and 914693 unique ideals
Thu Dec 11 11:04:50 2014  ignored 1 oversize relation sets
Thu Dec 11 11:04:50 2014  commencing full merge
Thu Dec 11 11:04:58 2014  memory use: 99.4 MB
Thu Dec 11 11:04:58 2014  found 463941 cycles, need 460893
Thu Dec 11 11:04:58 2014  weight of 460893 cycles is about 32377232 (70.25/cycle)
Thu Dec 11 11:04:58 2014  distribution of cycle lengths:
Thu Dec 11 11:04:58 2014  1 relations: 55869
Thu Dec 11 11:04:58 2014  2 relations: 55061
Thu Dec 11 11:04:58 2014  3 relations: 53902
Thu Dec 11 11:04:58 2014  4 relations: 47375
Thu Dec 11 11:04:58 2014  5 relations: 41680
Thu Dec 11 11:04:58 2014  6 relations: 34991
Thu Dec 11 11:04:58 2014  7 relations: 30334
Thu Dec 11 11:04:58 2014  8 relations: 24976
Thu Dec 11 11:04:58 2014  9 relations: 20981
Thu Dec 11 11:04:58 2014  10+ relations: 95724
Thu Dec 11 11:04:58 2014  heaviest cycle: 25 relations
Thu Dec 11 11:04:58 2014  commencing cycle optimization
Thu Dec 11 11:04:59 2014  start with 2850751 relations
Thu Dec 11 11:05:01 2014  pruned 54316 relations
Thu Dec 11 11:05:01 2014  memory use: 97.0 MB
Thu Dec 11 11:05:01 2014  distribution of cycle lengths:
Thu Dec 11 11:05:01 2014  1 relations: 55869
Thu Dec 11 11:05:01 2014  2 relations: 56235
Thu Dec 11 11:05:01 2014  3 relations: 55490
Thu Dec 11 11:05:01 2014  4 relations: 48219
Thu Dec 11 11:05:01 2014  5 relations: 42273
Thu Dec 11 11:05:01 2014  6 relations: 35130
Thu Dec 11 11:05:01 2014  7 relations: 30431
Thu Dec 11 11:05:01 2014  8 relations: 24775
Thu Dec 11 11:05:01 2014  9 relations: 20688
Thu Dec 11 11:05:01 2014  10+ relations: 91783
Thu Dec 11 11:05:01 2014  heaviest cycle: 25 relations
Thu Dec 11 11:05:02 2014  RelProcTime: 68
Thu Dec 11 11:05:02 2014  
Thu Dec 11 11:05:02 2014  commencing linear algebra
Thu Dec 11 11:05:02 2014  read 460893 cycles
Thu Dec 11 11:05:02 2014  cycles contain 1647154 unique relations
Thu Dec 11 11:05:09 2014  read 1647154 relations
Thu Dec 11 11:05:10 2014  using 20 quadratic characters above 67108710
Thu Dec 11 11:05:15 2014  building initial matrix
Thu Dec 11 11:05:24 2014  memory use: 205.8 MB
Thu Dec 11 11:05:24 2014  read 460893 cycles
Thu Dec 11 11:05:24 2014  matrix is 460715 x 460893 (138.1 MB) with weight 43809670 (95.05/col)
Thu Dec 11 11:05:24 2014  sparse part has weight 31143467 (67.57/col)
Thu Dec 11 11:05:26 2014  filtering completed in 2 passes
Thu Dec 11 11:05:26 2014  matrix is 459947 x 460125 (138.1 MB) with weight 43777855 (95.14/col)
Thu Dec 11 11:05:26 2014  sparse part has weight 31134857 (67.67/col)
Thu Dec 11 11:05:26 2014  matrix starts at (0, 0)
Thu Dec 11 11:05:26 2014  matrix is 459947 x 460125 (138.1 MB) with weight 43777855 (95.14/col)
Thu Dec 11 11:05:26 2014  sparse part has weight 31134857 (67.67/col)
Thu Dec 11 11:05:26 2014  saving the first 48 matrix rows for later
Thu Dec 11 11:05:26 2014  matrix includes 64 packed rows
Thu Dec 11 11:05:27 2014  matrix is 459899 x 460125 (133.2 MB) with weight 34787353 (75.60/col)
Thu Dec 11 11:05:27 2014  sparse part has weight 30305086 (65.86/col)
Thu Dec 11 11:05:27 2014  using block size 65536 for processor cache size 8192 kB
Thu Dec 11 11:05:28 2014  commencing Lanczos iteration (8 threads)
Thu Dec 11 11:05:28 2014  memory use: 126.6 MB
Thu Dec 11 11:05:36 2014  linear algebra at 2.6%, ETA 0h 4m
Thu Dec 11 11:10:45 2014  lanczos halted after 7274 iterations (dim = 459897)
Thu Dec 11 11:10:46 2014  recovered 30 nontrivial dependencies
Thu Dec 11 11:10:46 2014  BLanczosTime: 344
Thu Dec 11 11:10:46 2014  
Thu Dec 11 11:10:46 2014  commencing square root phase
Thu Dec 11 11:10:46 2014  reading relations for dependency 1
Thu Dec 11 11:10:46 2014  read 229743 cycles
Thu Dec 11 11:10:46 2014  cycles contain 823184 unique relations
Thu Dec 11 11:10:51 2014  read 823184 relations
Thu Dec 11 11:10:53 2014  multiplying 823184 relations
Thu Dec 11 11:11:17 2014  multiply complete, coefficients have about 35.36 million bits
Thu Dec 11 11:11:17 2014  initial square root is modulo 119429
Thu Dec 11 11:11:48 2014  GCD is N, no factor found
Thu Dec 11 11:11:48 2014  reading relations for dependency 2
Thu Dec 11 11:11:48 2014  read 229968 cycles
Thu Dec 11 11:11:48 2014  cycles contain 823114 unique relations
Thu Dec 11 11:11:54 2014  read 823114 relations
Thu Dec 11 11:11:55 2014  multiplying 823114 relations
Thu Dec 11 11:12:20 2014  multiply complete, coefficients have about 35.35 million bits
Thu Dec 11 11:12:20 2014  initial square root is modulo 119087
Thu Dec 11 11:12:53 2014  sqrtTime: 127
--
n: 900175732395062046812022217591993339670169306101297494009418957400815430790376365036668913354031856505961322223
skew: 34017.99
c0: 12394229448173459950828056
c1: 14321171051589650032694
c2: -2222165876673941993
c3: 11911174959078
c4: 1561601484
c5: 9360
Y0: -2492351392504725716185
Y1: 175022507033
rlim: 3460000
alim: 3460000
lpbr: 26
lpba: 26
mfbr: 52
mfba: 52
rlambda: 2.5
alambda: 2.5
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 8, 2014 22:32:07 UTC 2014 年 12 月 9 日 (火) 7 時 32 分 7 秒 (日本時間)
403e6110 / 2126Ignacio SantosDecember 8, 2014 22:32:07 UTC 2014 年 12 月 9 日 (火) 7 時 32 分 7 秒 (日本時間)
4511e632 / 4437Ignacio SantosDecember 8, 2014 22:32:07 UTC 2014 年 12 月 9 日 (火) 7 時 32 分 7 秒 (日本時間)

10194+1799

c163

name 名前Cyp
date 日付June 8, 2015 20:13:26 UTC 2015 年 6 月 9 日 (火) 5 時 13 分 26 秒 (日本時間)
composite number 合成数
8901244124701637759000909523430843025656074608253186064878511094556735692523286957532603807447675935857717769905817802553339908595840203815338860343158284530671597<163>
prime factors 素因数
27150988521731560784027093807099425573663<41>
327842358946787945049218321329368110981965247471953259685825223504768351996504681945274239827700685157457357740726417244019<123>
factorization results 素因数分解の結果
Run 52 out of 585:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=2655023250
Step 1 took 50548ms
Step 2 took 17069ms
********** Factor found in step 2: 27150988521731560784027093807099425573663
Found probable prime factor of 41 digits: 27150988521731560784027093807099425573663
Probable prime cofactor 327842358946787945049218321329368110981965247471953259685825223504768351996504681945274239827700685157457357740726417244019 has 123 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2139Serge BatalovDecember 10, 2014 19:46:03 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 3 秒 (日本時間)
4511e652 / 4409CypJune 8, 2015 20:13:26 UTC 2015 年 6 月 9 日 (火) 5 時 13 分 26 秒 (日本時間)

10195+1799

c113

name 名前Cyp
date 日付December 12, 2014 08:54:25 UTC 2014 年 12 月 12 日 (金) 17 時 54 分 25 秒 (日本時間)
composite number 合成数
15699307299941612786168117804941107158198515245221524132236285185823318408775669345588321777369440540165749080607<113>
prime factors 素因数
34216608456866436321671902917253931<35>
458821256926507157738270605494611319562425126309136814861180396537905501170397<78>
factorization results 素因数分解の結果
12/12/14 07:34:12 v1.34.3, 
12/12/14 07:34:12 v1.34.3, ****************************
12/12/14 07:34:12 v1.34.3, Starting factorization of 15699307299941612786168117804941107158198515245221524132236285185823318408775669345588321777369440540165749080607
12/12/14 07:34:12 v1.34.3, using pretesting plan: none
12/12/14 07:34:12 v1.34.3, no tune info: using qs/gnfs crossover of 95 digits
12/12/14 07:34:12 v1.34.3, ****************************
12/12/14 07:34:12 v1.34.3, rho: x^2 + 3, starting 1000 iterations on C113
12/12/14 07:34:12 v1.34.3, rho: x^2 + 2, starting 1000 iterations on C113
12/12/14 07:34:12 v1.34.3, rho: x^2 + 1, starting 1000 iterations on C113
12/12/14 07:34:12 v1.34.3, final ECM pretested depth: 0.00
12/12/14 07:34:12 v1.34.3, scheduler: switching to sieve method
12/12/14 07:34:12 v1.34.3, nfs: commencing nfs on c113: 15699307299941612786168117804941107158198515245221524132236285185823318408775669345588321777369440540165749080607
12/12/14 07:34:12 v1.34.3, nfs: commencing poly selection with 8 threads
12/12/14 07:34:12 v1.34.3, nfs: setting deadline of 650 seconds
12/12/14 07:44:59 v1.34.3, nfs: completed 144 ranges of size 250 in 646.7378 seconds
12/12/14 07:44:59 v1.34.3, nfs: best poly = # norm 1.233403e-10 alpha -7.041917 e 7.660e-10 rroots 5
12/12/14 07:44:59 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 07:50:51 v1.34.3, nfs: commencing lattice sieving with 8 threads
[16 lines snipped]
12/12/14 09:28:41 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 09:34:09 v1.34.3, nfs: commencing lattice sieving with 8 threads
12/12/14 09:40:02 v1.34.3, nfs: commencing msieve filtering
12/12/14 09:41:52 v1.34.3, nfs: commencing msieve linear algebra
12/12/14 09:46:46 v1.34.3, nfs: commencing msieve sqrt
12/12/14 09:54:24 v1.34.3, prp78 = 458821256926507157738270605494611319562425126309136814861180396537905501170397
12/12/14 09:54:24 v1.34.3, prp35 = 34216608456866436321671902917253931
12/12/14 09:54:24 v1.34.3, NFS elapsed time = 8411.5361 seconds.
12/12/14 09:54:24 v1.34.3, 
12/12/14 09:54:24 v1.34.3, 
12/12/14 09:54:24 v1.34.3, Total factoring time = 8411.5592 seconds
--
Fri Dec 12 09:40:02 2014  
Fri Dec 12 09:40:02 2014  commencing relation filtering
Fri Dec 12 09:40:02 2014  estimated available RAM is 15987.3 MB
Fri Dec 12 09:40:02 2014  commencing duplicate removal, pass 1
Fri Dec 12 09:40:33 2014  found 993248 hash collisions in 10157153 relations
Fri Dec 12 09:40:43 2014  added 62653 free relations
Fri Dec 12 09:40:43 2014  commencing duplicate removal, pass 2
Fri Dec 12 09:40:51 2014  found 403886 duplicates and 9815920 unique relations
Fri Dec 12 09:40:51 2014  memory use: 41.3 MB
Fri Dec 12 09:40:51 2014  reading ideals above 100000
Fri Dec 12 09:40:51 2014  commencing singleton removal, initial pass
Fri Dec 12 09:41:34 2014  memory use: 344.5 MB
Fri Dec 12 09:41:34 2014  reading all ideals from disk
Fri Dec 12 09:41:34 2014  memory use: 335.0 MB
Fri Dec 12 09:41:35 2014  keeping 10467002 ideals with weight <= 200, target excess is 84394
Fri Dec 12 09:41:35 2014  commencing in-memory singleton removal
Fri Dec 12 09:41:35 2014  begin with 9815920 relations and 10467002 unique ideals
Fri Dec 12 09:41:38 2014  reduce to 3801505 relations and 3349187 ideals in 16 passes
Fri Dec 12 09:41:38 2014  max relations containing the same ideal: 110
Fri Dec 12 09:41:39 2014  removing 972481 relations and 795271 ideals in 177210 cliques
Fri Dec 12 09:41:39 2014  commencing in-memory singleton removal
Fri Dec 12 09:41:39 2014  begin with 2829024 relations and 3349187 unique ideals
Fri Dec 12 09:41:40 2014  reduce to 2629215 relations and 2341614 ideals in 10 passes
Fri Dec 12 09:41:40 2014  max relations containing the same ideal: 83
Fri Dec 12 09:41:41 2014  removing 737138 relations and 559928 ideals in 177210 cliques
Fri Dec 12 09:41:41 2014  commencing in-memory singleton removal
Fri Dec 12 09:41:41 2014  begin with 1892077 relations and 2341614 unique ideals
Fri Dec 12 09:41:42 2014  reduce to 1722033 relations and 1599225 ideals in 10 passes
Fri Dec 12 09:41:42 2014  max relations containing the same ideal: 66
Fri Dec 12 09:41:42 2014  removing 164599 relations and 139689 ideals in 24910 cliques
Fri Dec 12 09:41:42 2014  commencing in-memory singleton removal
Fri Dec 12 09:41:42 2014  begin with 1557434 relations and 1599225 unique ideals
Fri Dec 12 09:41:42 2014  reduce to 1546473 relations and 1448418 ideals in 7 passes
Fri Dec 12 09:41:42 2014  max relations containing the same ideal: 61
Fri Dec 12 09:41:43 2014  relations with 0 large ideals: 701
Fri Dec 12 09:41:43 2014  relations with 1 large ideals: 9205
Fri Dec 12 09:41:43 2014  relations with 2 large ideals: 59654
Fri Dec 12 09:41:43 2014  relations with 3 large ideals: 202125
Fri Dec 12 09:41:43 2014  relations with 4 large ideals: 384665
Fri Dec 12 09:41:43 2014  relations with 5 large ideals: 432317
Fri Dec 12 09:41:43 2014  relations with 6 large ideals: 297293
Fri Dec 12 09:41:43 2014  relations with 7+ large ideals: 160513
Fri Dec 12 09:41:43 2014  commencing 2-way merge
Fri Dec 12 09:41:43 2014  reduce to 872779 relation sets and 774724 unique ideals
Fri Dec 12 09:41:43 2014  commencing full merge
Fri Dec 12 09:41:49 2014  memory use: 83.9 MB
Fri Dec 12 09:41:49 2014  found 431979 cycles, need 418924
Fri Dec 12 09:41:49 2014  weight of 418924 cycles is about 29408904 (70.20/cycle)
Fri Dec 12 09:41:49 2014  distribution of cycle lengths:
Fri Dec 12 09:41:49 2014  1 relations: 42974
Fri Dec 12 09:41:49 2014  2 relations: 41781
Fri Dec 12 09:41:49 2014  3 relations: 43010
Fri Dec 12 09:41:49 2014  4 relations: 41349
Fri Dec 12 09:41:49 2014  5 relations: 38471
Fri Dec 12 09:41:49 2014  6 relations: 35520
Fri Dec 12 09:41:49 2014  7 relations: 32190
Fri Dec 12 09:41:49 2014  8 relations: 28674
Fri Dec 12 09:41:49 2014  9 relations: 24794
Fri Dec 12 09:41:49 2014  10+ relations: 90161
Fri Dec 12 09:41:49 2014  heaviest cycle: 18 relations
Fri Dec 12 09:41:49 2014  commencing cycle optimization
Fri Dec 12 09:41:50 2014  start with 2614332 relations
Fri Dec 12 09:41:52 2014  pruned 58481 relations
Fri Dec 12 09:41:52 2014  memory use: 87.6 MB
Fri Dec 12 09:41:52 2014  distribution of cycle lengths:
Fri Dec 12 09:41:52 2014  1 relations: 42974
Fri Dec 12 09:41:52 2014  2 relations: 42705
Fri Dec 12 09:41:52 2014  3 relations: 44372
Fri Dec 12 09:41:52 2014  4 relations: 42229
Fri Dec 12 09:41:52 2014  5 relations: 39481
Fri Dec 12 09:41:52 2014  6 relations: 36252
Fri Dec 12 09:41:52 2014  7 relations: 32748
Fri Dec 12 09:41:52 2014  8 relations: 28856
Fri Dec 12 09:41:52 2014  9 relations: 25113
Fri Dec 12 09:41:52 2014  10+ relations: 84194
Fri Dec 12 09:41:52 2014  heaviest cycle: 18 relations
Fri Dec 12 09:41:52 2014  RelProcTime: 110
Fri Dec 12 09:41:52 2014  
Fri Dec 12 09:41:52 2014  commencing linear algebra
Fri Dec 12 09:41:52 2014  read 418924 cycles
Fri Dec 12 09:41:52 2014  cycles contain 1466876 unique relations
Fri Dec 12 09:42:03 2014  read 1466876 relations
Fri Dec 12 09:42:04 2014  using 20 quadratic characters above 134214258
Fri Dec 12 09:42:08 2014  building initial matrix
Fri Dec 12 09:42:16 2014  memory use: 186.9 MB
Fri Dec 12 09:42:16 2014  read 418924 cycles
Fri Dec 12 09:42:16 2014  matrix is 418744 x 418924 (127.4 MB) with weight 41206352 (98.36/col)
Fri Dec 12 09:42:16 2014  sparse part has weight 28366033 (67.71/col)
Fri Dec 12 09:42:18 2014  filtering completed in 2 passes
Fri Dec 12 09:42:18 2014  matrix is 417883 x 418062 (127.3 MB) with weight 41167266 (98.47/col)
Fri Dec 12 09:42:18 2014  sparse part has weight 28354087 (67.82/col)
Fri Dec 12 09:42:19 2014  matrix starts at (0, 0)
Fri Dec 12 09:42:19 2014  matrix is 417883 x 418062 (127.3 MB) with weight 41167266 (98.47/col)
Fri Dec 12 09:42:19 2014  sparse part has weight 28354087 (67.82/col)
Fri Dec 12 09:42:19 2014  saving the first 48 matrix rows for later
Fri Dec 12 09:42:19 2014  matrix includes 64 packed rows
Fri Dec 12 09:42:19 2014  matrix is 417835 x 418062 (123.0 MB) with weight 32915747 (78.73/col)
Fri Dec 12 09:42:19 2014  sparse part has weight 28075081 (67.16/col)
Fri Dec 12 09:42:19 2014  using block size 65536 for processor cache size 8192 kB
Fri Dec 12 09:42:20 2014  commencing Lanczos iteration (8 threads)
Fri Dec 12 09:42:20 2014  memory use: 116.4 MB
Fri Dec 12 09:42:27 2014  linear algebra at 2.9%, ETA 0h 3m
Fri Dec 12 09:46:46 2014  lanczos halted after 6608 iterations (dim = 417835)
Fri Dec 12 09:46:46 2014  recovered 32 nontrivial dependencies
Fri Dec 12 09:46:46 2014  BLanczosTime: 294
Fri Dec 12 09:46:46 2014  
Fri Dec 12 09:46:46 2014  commencing square root phase
Fri Dec 12 09:46:46 2014  reading relations for dependency 1
Fri Dec 12 09:46:46 2014  read 209670 cycles
Fri Dec 12 09:46:47 2014  cycles contain 734918 unique relations
Fri Dec 12 09:46:55 2014  read 734918 relations
Fri Dec 12 09:46:56 2014  multiplying 734918 relations
Fri Dec 12 09:47:17 2014  multiply complete, coefficients have about 30.91 million bits
Fri Dec 12 09:47:17 2014  initial square root is modulo 752721103
Fri Dec 12 09:47:43 2014  GCD is 1, no factor found
Fri Dec 12 09:47:43 2014  reading relations for dependency 2
Fri Dec 12 09:47:43 2014  read 209530 cycles
Fri Dec 12 09:47:43 2014  cycles contain 735448 unique relations
Fri Dec 12 09:47:51 2014  read 735448 relations
Fri Dec 12 09:47:53 2014  multiplying 735448 relations
Fri Dec 12 09:48:13 2014  multiply complete, coefficients have about 30.93 million bits
Fri Dec 12 09:48:14 2014  initial square root is modulo 764799683
Fri Dec 12 09:48:42 2014  GCD is 1, no factor found
Fri Dec 12 09:48:42 2014  reading relations for dependency 3
Fri Dec 12 09:48:42 2014  read 209018 cycles
Fri Dec 12 09:48:43 2014  cycles contain 732324 unique relations
Fri Dec 12 09:48:51 2014  read 732324 relations
Fri Dec 12 09:48:52 2014  multiplying 732324 relations
Fri Dec 12 09:49:13 2014  multiply complete, coefficients have about 30.80 million bits
Fri Dec 12 09:49:13 2014  initial square root is modulo 700343773
Fri Dec 12 09:49:41 2014  GCD is 1, no factor found
Fri Dec 12 09:49:41 2014  reading relations for dependency 4
Fri Dec 12 09:49:41 2014  read 208915 cycles
Fri Dec 12 09:49:41 2014  cycles contain 732132 unique relations
Fri Dec 12 09:49:49 2014  read 732132 relations
Fri Dec 12 09:49:51 2014  multiplying 732132 relations
Fri Dec 12 09:50:11 2014  multiply complete, coefficients have about 30.79 million bits
Fri Dec 12 09:50:11 2014  initial square root is modulo 696133729
Fri Dec 12 09:50:39 2014  GCD is N, no factor found
Fri Dec 12 09:50:39 2014  reading relations for dependency 5
Fri Dec 12 09:50:39 2014  read 209065 cycles
Fri Dec 12 09:50:39 2014  cycles contain 733904 unique relations
Fri Dec 12 09:50:48 2014  read 733904 relations
Fri Dec 12 09:50:49 2014  multiplying 733904 relations
Fri Dec 12 09:51:09 2014  multiply complete, coefficients have about 30.87 million bits
Fri Dec 12 09:51:10 2014  initial square root is modulo 732425159
Fri Dec 12 09:51:35 2014  GCD is 1, no factor found
Fri Dec 12 09:51:35 2014  reading relations for dependency 6
Fri Dec 12 09:51:35 2014  read 209848 cycles
Fri Dec 12 09:51:35 2014  cycles contain 735010 unique relations
Fri Dec 12 09:51:44 2014  read 735010 relations
Fri Dec 12 09:51:45 2014  multiplying 735010 relations
Fri Dec 12 09:52:06 2014  multiply complete, coefficients have about 30.91 million bits
Fri Dec 12 09:52:06 2014  initial square root is modulo 755166253
Fri Dec 12 09:52:32 2014  GCD is 1, no factor found
Fri Dec 12 09:52:32 2014  reading relations for dependency 7
Fri Dec 12 09:52:32 2014  read 208832 cycles
Fri Dec 12 09:52:32 2014  cycles contain 733618 unique relations
Fri Dec 12 09:52:40 2014  read 733618 relations
Fri Dec 12 09:52:42 2014  multiplying 733618 relations
Fri Dec 12 09:53:02 2014  multiply complete, coefficients have about 30.85 million bits
Fri Dec 12 09:53:02 2014  initial square root is modulo 725573347
Fri Dec 12 09:53:28 2014  GCD is 1, no factor found
Fri Dec 12 09:53:28 2014  reading relations for dependency 8
Fri Dec 12 09:53:28 2014  read 209488 cycles
Fri Dec 12 09:53:28 2014  cycles contain 734022 unique relations
Fri Dec 12 09:53:36 2014  read 734022 relations
Fri Dec 12 09:53:38 2014  multiplying 734022 relations
Fri Dec 12 09:53:58 2014  multiply complete, coefficients have about 30.87 million bits
Fri Dec 12 09:53:58 2014  initial square root is modulo 734215103
Fri Dec 12 09:54:24 2014  sqrtTime: 458
--
n: 15699307299941612786168117804941107158198515245221524132236285185823318408775669345588321777369440540165749080607
skew: 105577.68
c0: 18518120219931647004246383684
c1: 1233819477659561773642911
c2: 12707778468679523069
c3: -188279892119136
c4: -758792893
c5: 6960
Y0: -4684405204484441503389
Y1: 101233261657
rlim: 3980000
alim: 3980000
lpbr: 27
lpba: 27
mfbr: 54
mfba: 54
rlambda: 2.5
alambda: 2.5
software ソフトウェア
yafu v1.34.3
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6418118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
300Ignacio SantosDecember 8, 2014 22:33:52 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 52 秒 (日本時間)
403e6110 / 2126Ignacio SantosDecember 8, 2014 22:33:52 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 52 秒 (日本時間)
4511e632 / 4437Ignacio SantosDecember 8, 2014 22:33:52 UTC 2014 年 12 月 9 日 (火) 7 時 33 分 52 秒 (日本時間)

10196+1799

c132

name 名前Erik Branger
date 日付March 4, 2015 07:54:47 UTC 2015 年 3 月 4 日 (水) 16 時 54 分 47 秒 (日本時間)
composite number 合成数
144666748608306385932395931834684105448552803449366072566201734795555280598409423277247595556329319251045820453157402607366333602101<132>
prime factors 素因数
27311645371502717815288309002599563883636820683205635009003777327<65>
5296888804775318330074628644740613173084422195029428811537155321563<67>
factorization results 素因数分解の結果
Number: 11131_196
N = 144666748608306385932395931834684105448552803449366072566201734795555280598409423277247595556329319251045820453157402607366333602101 (132 digits)
Divisors found:
r1=27311645371502717815288309002599563883636820683205635009003777327 (pp65)
r2=5296888804775318330074628644740613173084422195029428811537155321563 (pp67)
Version: Msieve v. 1.52 (SVN 958)
Total time: 57.23 hours.
Factorization parameters were as follows:
# Murphy_E = 6.574e-11, selected by Erik Branger
# expecting poly E from 7.07e-011 to > 8.13e-011
n: 144666748608306385932395931834684105448552803449366072566201734795555280598409423277247595556329319251045820453157402607366333602101
Y0: -31479279873830271233891226
Y1: 19596124279109
c0: -51595068022465482650911770161614195
c1: 92027200822322349297901689404
c2: 49022626344842602101151
c3: -58426696361423336
c4: -18630905184
c5: 4680
skew: 1969469.89
type: gnfs
# selected mechanically
rlim: 10500000
alim: 10500000
lpbr: 28
lpba: 28
mfbr: 54
mfba: 54
rlambda: 2.6
alambda: 2.6
Factor base limits: 10500000/10500000
Large primes per side: 3
Large prime bits: 28/28
Sieved algebraic special-q in [0, 0)
Total raw relations: 19314338
Relations: 2719618 relations
Pruned matrix : 1582343 x 1582576
Polynomial selection time: 0.00 hours.
Total sieving time: 55.95 hours.
Total relation processing time: 0.09 hours.
Matrix solve time: 1.04 hours.
time per square root: 0.14 hours.
Prototype def-par.txt line would be: gnfs,131,5,65,2000,1e-05,0.28,250,20,50000,3600,10500000,10500000,28,28,54,54,2.6,2.6,100000
total time: 57.23 hours.
Intel64 Family 6 Model 60 Stepping 3, GenuineIntel
Windows-7-6.1.7601-SP1
processors: 8, speed: 3.50GHz
software ソフトウェア
GGNFS, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:24 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 24 秒 (日本時間)

10198+1799

c176

name 名前Jo Yeong Uk
date 日付November 19, 2018 04:50:47 UTC 2018 年 11 月 19 日 (月) 13 時 50 分 47 秒 (日本時間)
composite number 合成数
38500790171944204770697292889021696898363168983737338818920769628227482592083539310399089307617866243458943610209217238232068407670502393173144992280120978701582506695454399751<176>
prime factors 素因数
569140955793671239477050476307207522709351<42>
67647196674248421182585150037125586348759552613788959594733141018142164120399748257336931802208456296372877935021462495188525640450401<134>
factorization results 素因数分解の結果
GMP-ECM 6.4.4 [configured with GMP 6.0.0, --enable-asm-redc] [ECM]
Input number is 38500790171944204770697292889021696898363168983737338818920769628227482592083539310399089307617866243458943610209217238232068407670502393173144992280120978701582506695454399751 (176 digits)
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=3632082768
Step 1 took 34792ms
Step 2 took 11084ms
********** Factor found in step 2: 569140955793671239477050476307207522709351
Found probable prime factor of 42 digits: 569140955793671239477050476307207522709351
Probable prime cofactor 67647196674248421182585150037125586348759552613788959594733141018142164120399748257336931802208456296372877935021462495188525640450401 has 134 digits
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 7, 2014 23:47:30 UTC 2014 年 12 月 8 日 (月) 8 時 47 分 30 秒 (日本時間)
4511e6591 / 4413CypJune 20, 2015 20:15:49 UTC 2015 年 6 月 21 日 (日) 5 時 15 分 49 秒 (日本時間)

10199+1799

c184

name 名前Jo Yeong Uk
date 日付July 3, 2019 00:43:04 UTC 2019 年 7 月 3 日 (水) 9 時 43 分 4 秒 (日本時間)
composite number 合成数
2274026670459395590101705815842014892824962939379985193083237805251160748151475719262246399379536611944525603993059228593751786838545320255259342976190384679457056596463798065354446013<184>
prime factors 素因数
218014442525876995190357469049308413328232532356279965946823<60>
10430623972031038190256736412437719755837296528991095902941909120750987185870537929984941478029128268438064074944811265821531<125>
factorization results 素因数分解の結果
Number: 11131_199
N=2274026670459395590101705815842014892824962939379985193083237805251160748151475719262246399379536611944525603993059228593751786838545320255259342976190384679457056596463798065354446013
  ( 184 digits)
SNFS difficulty: 200 digits.
Divisors found:
 r1=218014442525876995190357469049308413328232532356279965946823
 r2=10430623972031038190256736412437719755837296528991095902941909120750987185870537929984941478029128268438064074944811265821531
Version: 
Total time: 225.80 hours.
Scaled time: 1184.77 units (timescale=5.247).
Factorization parameters were as follows:
n: 2274026670459395590101705815842014892824962939379985193083237805251160748151475719262246399379536611944525603993059228593751786838545320255259342976190384679457056596463798065354446013
m: 10000000000000000000000000000000000000000
deg: 5
c5: 1
c0: 1790
skew: 4.47
# Murphy_E = 1.614e-11
type: snfs
lss: 1
rlim: 16000000
alim: 16000000
lpbr: 29
lpba: 29
mfbr: 56
mfba: 56
rlambda: 2.5
alambda: 2.5
Factor base limits: 16000000/16000000
Large primes per side: 3
Large prime bits: 29/29
Max factor residue bits: 56/56
Sieved rational special-q in [8000000, 16300001)
Primes: rational ideals reading, algebraic ideals reading, 
Relations: 38216028
Max relations in full relation-set: 
Initial matrix: 
Pruned matrix : 3164352 x 3164600
Total sieving time: 198.87 hours.
Total relation processing time: 8.31 hours.
Matrix solve time: 18.41 hours.
Time per square root: 0.21 hours.
Prototype def-par.txt line would be:
snfs,200,5,0,0,0,0,0,0,0,0,16000000,16000000,29,29,56,56,2.5,2.5,100000
total time: 225.80 hours.
 --------- CPU info (if available) ----------
software ソフトウェア
GGNFS / Msieve v1.39
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:04 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 4 秒 (日本時間)
4511e6585 / 4409CypJuly 1, 2015 08:28:40 UTC 2015 年 7 月 1 日 (水) 17 時 28 分 40 秒 (日本時間)

10200+1799

c164

name 名前Jo Yeong Uk
date 日付September 4, 2019 15:20:36 UTC 2019 年 9 月 5 日 (木) 0 時 20 分 36 秒 (日本時間)
composite number 合成数
16159956555041248162553726523660296813551147233713064482974884797581094664148841767719274905087693801281392528028592949094787697159523014131240303779076421134276959<164>
prime factors 素因数
1339664637223659460399832396736007936009534047917<49>
12062688008643251118055039164534710783742485126390392334071161103835520112167483720890806575229039767056101689949627<116>
factorization results 素因数分解の結果
GMP-ECM 6.4.4 [configured with GMP 6.0.0, --enable-asm-redc] [ECM]
Input number is 16159956555041248162553726523660296813551147233713064482974884797581094664148841767719274905087693801281392528028592949094787697159523014131240303779076421134276959 (164 digits)
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=3917548946
Step 1 took 29784ms
Step 2 took 9794ms
********** Factor found in step 2: 1339664637223659460399832396736007936009534047917
Found probable prime factor of 49 digits: 1339664637223659460399832396736007936009534047917
Probable prime cofactor 12062688008643251118055039164534710783742485126390392334071161103835520112167483720890806575229039767056101689949627 has 116 digits
execution environment 実行環境
Core i7-4930K

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:04 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 4 秒 (日本時間)
4511e6585 / 4409CypJanuary 27, 2015 11:11:22 UTC 2015 年 1 月 27 日 (火) 20 時 11 分 22 秒 (日本時間)

10201+1799

c164

name 名前Bob Backstrom
date 日付November 16, 2021 01:51:47 UTC 2021 年 11 月 16 日 (火) 10 時 51 分 47 秒 (日本時間)
composite number 合成数
50737634275398191533178405223070794198780023074062864977616852878816106882799393442616439099272512994694562945875684817121793853673767746656237119812463133392804389<164>
prime factors 素因数
31988508944360738749051685918972733722176494091174723<53>
1586120639872548363869301657062354647913393310764397201996000378234131788299401869573012499934677699625871553143<112>
factorization results 素因数分解の結果
GMP-ECM 7.0.4 [configured with GMP 6.2.0, --enable-asm-redc] [ECM]
Input number is 50737634275398191533178405223070794198780023074062864977616852878816106882799393442616439099272512994694562945875684817121793853673767746656237119812463133392804389 (164 digits)
Using B1=37130000, B2=192390318136, polynomial Dickson(12), sigma=1:710151980
Step 1 took 86791ms
Step 2 took 29493ms
********** Factor found in step 2: 31988508944360738749051685918972733722176494091174723
Found prime factor of 53 digits: 31988508944360738749051685918972733722176494091174723
Prime cofactor 1586120639872548363869301657062354647913393310764397201996000378234131788299401869573012499934677699625871553143 has 112 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:04 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 4 秒 (日本時間)
4511e6585CypJanuary 28, 2015 10:45:30 UTC 2015 年 1 月 28 日 (水) 19 時 45 分 30 秒 (日本時間)
5043e61200 / 7410yoyo@HomeJune 11, 2021 14:48:05 UTC 2021 年 6 月 11 日 (金) 23 時 48 分 5 秒 (日本時間)

10202+1799

c156

name 名前ebina
date 日付August 2, 2022 20:46:01 UTC 2022 年 8 月 3 日 (水) 5 時 46 分 1 秒 (日本時間)
composite number 合成数
128468483091744333575580095762216067789542926030142673763081140076005907966719098620203499558661383486578229529396879951747997144207882353809856875915699853<156>
prime factors 素因数
655032250133739696753368723914336401891087905490787<51>
196125432092106270740041261497233629311072694312702412659660633952957794982175343461624986384829508752719<105>
factorization results 素因数分解の結果
Number: 11131_202
N = 128468483091744333575580095762216067789542926030142673763081140076005907966719098620203499558661383486578229529396879951747997144207882353809856875915699853 (156 digits)
SNFS difficulty: 203 digits.
Divisors found:
r1=655032250133739696753368723914336401891087905490787 (pp51)
r2=196125432092106270740041261497233629311072694312702412659660633952957794982175343461624986384829508752719 (pp105)
Version: Msieve v. 1.53 (SVN unknown)
Total time: 90.69 hours.
Factorization parameters were as follows:
n: 128468483091744333575580095762216067789542926030142673763081140076005907966719098620203499558661383486578229529396879951747997144207882353809856875915699853
m: 10000000000000000000000000000000000000000
deg: 5
c5: 100
c0: 179
skew: 1.12
# Murphy_E = 1.031e-11
type: snfs
lss: 1
rlim: 16300000
alim: 16300000
lpbr: 29
lpba: 29
mfbr: 56
mfba: 56
rlambda: 2.6
alambda: 2.6
Factor base limits: 16300000/16300000
Large primes per side: 3
Large prime bits: 29/29
Sieved rational special-q in [0, 0)
Total raw relations: 38988645
Relations: 6124122 relations
Pruned matrix : 3617282 x 3617512
Total sieving time: 82.51 hours.
Total relation processing time: 0.37 hours.
Matrix solve time: 7.63 hours.
time per square root: 0.18 hours.
Prototype def-par.txt line would be: snfs,203,5,0,0,0,0,0,0,0,0,16300000,16300000,29,29,56,56,2.6,2.6,100000
total time: 90.69 hours.
Intel64 Family 6 Model 42 Stepping 7, GenuineIntel
processors: 8, speed: 2.19GHz
Windows-7-6.1.7601-SP1
Running Python 3.2

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 10, 2014 11:33:41 UTC 2014 年 12 月 10 日 (水) 20 時 33 分 41 秒 (日本時間)
4511e64591591CypJuly 6, 2015 17:23:17 UTC 2015 年 7 月 7 日 (火) 2 時 23 分 17 秒 (日本時間)
4000yoyo@HomeJuly 18, 2021 12:27:57 UTC 2021 年 7 月 18 日 (日) 21 時 27 分 57 秒 (日本時間)

10204+1799

c176

name 名前Bob Backstrom
date 日付July 20, 2021 12:49:57 UTC 2021 年 7 月 20 日 (火) 21 時 49 分 57 秒 (日本時間)
composite number 合成数
35400841988434038916155159188436293342620463243781077235907532459475763712047769681915406517529680125081495453459820510992992528418377916882753920321834600366556289992430256203<176>
prime factors 素因数
7696485905173133543759168543681386397989<40>
8354987278135164280051631742096416082262935052963358417<55>
550522812940569802047285244134309327741405649957656517982532846968943685346600831<81>
factorization results 素因数分解の結果
#
# N = 10^204+179 = 1(202)31
#
n: 35400841988434038916155159188436293342620463243781077235907532459475763712047769681915406517529680125081495453459820510992992528418377916882753920321834600366556289992430256203
m: 10000000000000000000000000000000000
deg: 6
c6: 1
c0: 179
skew: 2.37
# Murphy_E = 9.485e-12
type: snfs
lss: 1
rlim: 17600000
alim: 17600000
lpbr: 29
lpba: 29
mfbr: 56
mfba: 56
rlambda: 2.6
alambda: 2.6



GMP-ECM 7.0.4 [configured with GMP 6.2.0, --enable-asm-redc] [ECM]
Input number is 35400841988434038916155159188436293342620463243781077235907532459475763712047769681915406517529680125081495453459820510992992528418377916882753920321834600366556289992430256203 (176 digit
s)
Using B1=44820000, B2=240492041806, polynomial Dickson(12), sigma=1:122044288
Step 1 took 119630ms
Step 2 took 38339ms
********** Factor found in step 2: 7696485905173133543759168543681386397989
Found prime factor of 40 digits: 7696485905173133543759168543681386397989
Composite cofactor 4599611098441645485839157821158683406746611710479522841244027214479461121219323929452517160336852989905809793541149106399875684883044527 has 136 digits



CADO

STA:Tue 20 Jul 2021 10:25:03 AEST (4,599,611,098,441,645,485,839,157,821,158,683,406,746,611,710,479,522,841,244,027,214,479,461,121,219,323,929,452,517,160,336,852,989,905,809,793,541,149,106,399,875,68
4,883,044,527 - C136)

/home/bob/cado-nfs/cado-nfs-2.3.0/cado-nfs.py -t 16 --no-colors --screenlog DEBUG 4599611098441645485839157821158683406746611710479522841244027214479461121219323929452517160336852989905809793541149106399
875684883044527 2>&1 | tee -a log33

Debug:root: Looking for parameter file for c136 in directory /home/bob/cado-nfs/cado-nfs-2.3.0/parameters/factor
Info:root: Using default parameter file /home/bob/cado-nfs/cado-nfs-2.3.0/parameters/factor/params.c135
Debug:Parameters: Reading parameter file /home/bob/cado-nfs/cado-nfs-2.3.0/parameters/factor/params.c135
Info:root: No database exists yet
Info:root: Created temporary directory /tmp/cado.roy8rko6
Info:Database: Opened connection to database /tmp/cado.roy8rko6/c135.db
Info:root: tasks.polyselect.threads = 2
Info:root: tasks.sieve.las.threads = 2
Info:root: slaves.scriptpath is /home/bob/cado-nfs/cado-nfs-2.3.0
Info:root: Command line parameters: /home/bob/cado-nfs/cado-nfs-2.3.0/cado-nfs.py -t 16 --no-colors --screenlog DEBUG 4599611098441645485839157821158683406746611710479522841244027214479461121219323929452
517160336852989905809793541149106399875684883044527
Debug:root: Root parameter dictionary:
N = 4599611098441645485839157821158683406746611710479522841244027214479461121219323929452517160336852989905809793541149106399875684883044527
...
n: 4599611098441645485839157821158683406746611710479522841244027214479461121219323929452517160336852989905809793541149106399875684883044527
skew: 236908.433
c0: -4561725289076024900295611928672
c1: 78849993065004134737329722
c2: -3353686888085705805021
c3: -5632944297629928
c4: -811893914
c5: 49140
Y0: -156452699131267812975789541
Y1: 9534619563939169601
# MurphyE (Bf=1.64e+07,Bg=3.34e+06,area=5.51e+14) = 3.44e-10
# f(x) = 49140*x^5-811893914*x^4-5632944297629928*x^3-3353686888085705805021*x^2+78849993065004134737329722*x-4561725289076024900295611928672
# g(x) = 9534619563939169601*x-156452699131267812975789541
...
Info:Square Root: Factors: 550522812940569802047285244134309327741405649957656517982532846968943685346600831 8354987278135164280051631742096416082262935052963358417
Debug:Square Root: Exit SqrtTask.run(sqrt)
Info:Square Root: Total cpu/real time for sqrt: 1199.51/166.782
Info:Polynomial Selection (size optimized): Aggregate statistics:
Info:Polynomial Selection (size optimized): potential collisions: 35600.4
Info:Polynomial Selection (size optimized): raw lognorm (nr/min/av/max/std): 36222/40.620/48.782/53.820/0.963
Info:Polynomial Selection (size optimized): optimized lognorm (nr/min/av/max/std): 36222/39.510/43.830/49.550/1.421
Info:Polynomial Selection (size optimized): Total time: 8939.93
Info:Polynomial Selection (root optimized): Aggregate statistics:
Info:Polynomial Selection (root optimized): Total time: 3137.15
Info:Polynomial Selection (root optimized): Rootsieve time: 3136.21
Info:Generate Factor Base: Total cpu/real time for makefb: 20.87/1.98147
Info:Generate Free Relations: Total cpu/real time for freerel: 303.86/19.9489
Info:Lattice Sieving: Aggregate statistics:
Info:Lattice Sieving: Total number of relations: 19120747
Info:Lattice Sieving: Average J: 3776.48 for 783791 special-q, max bucket fill: 0.738801
Info:Lattice Sieving: Total CPU time: 592010s
Info:Filtering - Duplicate Removal, splitting pass: Total cpu/real time for dup1: 52.51/66.1366
Info:Filtering - Duplicate Removal, splitting pass: Aggregate statistics:
Info:Filtering - Duplicate Removal, splitting pass: CPU time for dup1: 66.0s
Info:Filtering - Duplicate Removal, removal pass: Total cpu/real time for dup2: 307.71/94.0388
Info:Filtering - Singleton removal: Total cpu/real time for purge: 213.94/79.5635
Info:Filtering - Merging: Total cpu/real time for merge: 555.77/460.319
Info:Filtering - Merging: Total cpu/real time for replay: 44/34.7276
Info:Linear Algebra: Total cpu/real time for bwc: 42117.3/0.000284433
Info:Linear Algebra: Aggregate statistics:
Info:Linear Algebra: Krylov: WCT time 1772.11
Info:Linear Algebra: Lingen CPU time 309.68, WCT time 30.35
Info:Linear Algebra: Mksol: WCT time 988.5
Info:Quadratic Characters: Total cpu/real time for characters: 45.13/10.9201
Info:Square Root: Total cpu/real time for sqrt: 1199.51/166.782
Info:HTTP server: Shutting down HTTP server
Info:Complete Factorization: Total cpu/elapsed time for entire factorization: 648947/43336.2
Info:root: Cleaning up computation data in /tmp/cado.roy8rko6
550522812940569802047285244134309327741405649957656517982532846968943685346600831 8354987278135164280051631742096416082262935052963358417

END:Tue 20 Jul 2021 22:27:20 AEST (4,599,611,098,441,645,485,839,157,821,158,683,406,746,611,710,479,522,841,244,027,214,479,461,121,219,323,929,452,517,160,336,852,989,905,809,793,541,149,106,399,875,68
4,883,044,527 - C136)

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61300300Serge BatalovDecember 10, 2014 19:46:05 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 5 秒 (日本時間)
1000Dmitry DomanovNovember 23, 2016 11:54:30 UTC 2016 年 11 月 23 日 (水) 20 時 54 分 30 秒 (日本時間)
4511e6600 / 4188Dmitry DomanovJanuary 10, 2017 18:54:23 UTC 2017 年 1 月 11 日 (水) 3 時 54 分 23 秒 (日本時間)

10206+1799

c204

name 名前Serge Batalov
date 日付December 9, 2014 01:07:33 UTC 2014 年 12 月 9 日 (火) 10 時 7 分 33 秒 (日本時間)
composite number 合成数
653594771241830065359477124183006535947712418300653594771241830065359477124183006535947712418300653594771241830065359477124183006535947712418300653594771241830065359477124183006535947712418300653594771243<204>
prime factors 素因数
214187449904862065242372352333336371<36>
3051508253784917176615291161446544421051884427645889124728544375809840849592372484186301524707966973787884014123474862169235746450660182770990286565384540478095257301033<169>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=2390111359
Step 1 took 16126ms
Step 2 took 11084ms
********** Factor found in step 2: 214187449904862065242372352333336371
Found probable prime factor of 36 digits: 214187449904862065242372352333336371
Probable prime cofactor

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:37 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 37 秒 (日本時間)

10208+1799

c137

name 名前Serge Batalov
date 日付December 9, 2014 02:20:13 UTC 2014 年 12 月 9 日 (火) 11 時 20 分 13 秒 (日本時間)
composite number 合成数
29525804151972130083751415699173740443861031266667685456220978778238930061403188698703627593226233477987493200735483024613514647362629973<137>
prime factors 素因数
34181331397841825525026757726692089301<38>
863799124976049332788100438201035796285703172133198234273572657928666964688543998657565206317811073<99>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=3909238929
Step 1 took 9892ms
Step 2 took 8613ms
********** Factor found in step 2: 34181331397841825525026757726692089301
Found probable prime factor of 38 digits: 34181331397841825525026757726692089301
Probable prime cofactor 

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:26 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 26 秒 (日本時間)

10211+1799

c126

name 名前Maksym Voznyy
date 日付February 4, 2015 22:30:02 UTC 2015 年 2 月 5 日 (木) 7 時 30 分 2 秒 (日本時間)
composite number 合成数
103989437616735303400797039471471446907382792753983587059200950806088065626306986071169164823870039742434235619580660234294999<126>
prime factors 素因数
337808378022199699903472779928958822836583843520387<51>
307835578932567048200569624252639252027135156691494114771184960548415739677<75>
factorization results 素因数分解の結果
Number: example7
N = 103989437616735303400797039471471446907382792753983587059200950806088065626306986071169164823870039742434235619580660234294999 (126 digits)
Divisors found:
r1=145587187799416660931819594795433915359809 (pp42)
r2=337808378022199699903472779928958822836583843520387 (pp51)
r3=21390949585413314181751856160576154189696288795716393851 (pp56)
r4=450095100686271691681877256315272211386841127314343476157589 (pp60)
r5=2071958927393164663913393755778719537977064921181136987739253082894859 (pp70)
r6=307835578932567048200569624252639252027135156691494114771184960548415739677 (pp75)
Version: Msieve v. 1.51 (SVN 845)
Total time: 43.37 hours.
Factorization parameters were as follows:
# Murphy_E = 1.394e-10, selected by Maksym Voznyy
n: 103989437616735303400797039471471446907382792753983587059200950806088065626306986071169164823870039742434235619580660234294999
Y0: -1543239811322897892127013
Y1: 17220440837821
c0: -34777845865113674290594428994920
c1: 2282245903336331491155975834
c2: -170017521004174463309
c3: -15975976688585350
c4: 13966070268
c5: 11880
skew: 594589.01
type: gnfs
# selected mechanically
rlim: 7200000
alim: 7200000
lpbr: 27
lpba: 27
mfbr: 53
mfba: 53
rlambda: 2.5
alambda: 2.5
Factor base limits: 7200000/7200000
Large primes per side: 3
Large prime bits: 27/27
Sieved algebraic special-q in [0, 0)
Total raw relations: 11214127
Relations: 1757380 relations
Pruned matrix : 1027932 x 1028161
Polynomial selection time: 0.00 hours.
Total sieving time: 37.87 hours.
Total relation processing time: 0.23 hours.
Matrix solve time: 3.55 hours.
time per square root: 1.71 hours.
Prototype def-par.txt line would be: gnfs,125,5,65,2000,1e-05,0.28,250,20,50000,3600,7200000,7200000,27,27,53,53,2.5,2.5,100000
total time: 43.37 hours.
x86 Family 6 Model 15 Stepping 6, GenuineIntel
Windows-XP-5.1.2600-SP3
processors: 4, speed: 2.66GHz

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:21 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 21 秒 (日本時間)

10212+1799

c200

name 名前Serge Batalov
date 日付December 11, 2014 01:31:59 UTC 2014 年 12 月 11 日 (木) 10 時 31 分 59 秒 (日本時間)
composite number 合成数
17386436760308533227331138617062893729821104780407148718018129862993511269757812305310882427510328849507795329547104726768451221898076726803671643860085717686186626492826589188422656268858494337325113<200>
prime factors 素因数
500913492957417197955528393449821<33>
34709459826402718371552002466640444580997960640563796908029787783408529013738076245122077916043908917933051661185951756308210414152084082480525909228939109806485952653<167>
factorization results 素因数分解の結果
Input number is 17386436760308533227331138617062893729821104780407148718018129862993511269757812305310882427510328849507795329547104726768451221898076726803671643860085717686186626492826589188422656268858494337325113 (200 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=1798192685
Step 1 took 15482ms
Step 2 took 9903ms
********** Factor found in step 2: 500913492957417197955528393449821
Found probable prime factor of 33 digits: 500913492957417197955528393449821
Probable prime cofactor 34709459826402718371552002466640444580997960640563796908029787783408529013738076245122077916043908917933051661185951756308210414152084082480525909228939109806485952653 has 167 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:05 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 5 秒 (日本時間)

10213+1799

c204

name 名前ebina
date 日付December 20, 2021 12:05:30 UTC 2021 年 12 月 20 日 (月) 21 時 5 分 30 秒 (日本時間)
composite number 合成数
239173661714771884091259204730215574016227253215800678953897349682285283424339665012838436761492348199675259425565954297793121447429979664094382874937362540663148962156970524206598521828369476399654092413<204>
prime factors 素因数
33064843222973878988459423052650066966092208898586511974840457<62>
7233473333047317855467159107556570332611912850243429729490540154982427133224914226379398030623747581631967963788420990240966907990453830381909<142>
factorization results 素因数分解の結果
Mon Dec 20 20:39:04 2021  Msieve v. 1.53 (SVN unknown)
Mon Dec 20 20:39:04 2021  random seeds: 16524990 5cc93d07
Mon Dec 20 20:39:04 2021  factoring 239173661714771884091259204730215574016227253215800678953897349682285283424339665012838436761492348199675259425565954297793121447429979664094382874937362540663148962156970524206598521828369476399654092413 (204 digits)
Mon Dec 20 20:39:05 2021  searching for 15-digit factors
Mon Dec 20 20:39:05 2021  commencing number field sieve (204-digit input)
Mon Dec 20 20:39:05 2021  R0: -1000000000000000000000000000000000000000000
Mon Dec 20 20:39:05 2021  R1: 1
Mon Dec 20 20:39:05 2021  A0: 179
Mon Dec 20 20:39:05 2021  A1: 0
Mon Dec 20 20:39:05 2021  A2: 0
Mon Dec 20 20:39:05 2021  A3: 0
Mon Dec 20 20:39:05 2021  A4: 0
Mon Dec 20 20:39:05 2021  A5: 1000
Mon Dec 20 20:39:05 2021  skew 0.71, size 4.751e-15, alpha 0.380, combined = 3.065e-12 rroots = 1
Mon Dec 20 20:39:05 2021  
Mon Dec 20 20:39:05 2021  commencing square root phase
Mon Dec 20 20:39:05 2021  reading relations for dependency 1
Mon Dec 20 20:39:06 2021  read 2472599 cycles
Mon Dec 20 20:39:08 2021  cycles contain 7610542 unique relations
Mon Dec 20 20:39:57 2021  read 7610542 relations
Mon Dec 20 20:40:22 2021  multiplying 7610542 relations
Mon Dec 20 20:42:40 2021  multiply complete, coefficients have about 259.02 million bits
Mon Dec 20 20:42:41 2021  initial square root is modulo 1974974941
Mon Dec 20 20:45:37 2021  sqrtTime: 392
Mon Dec 20 20:45:37 2021  p62 factor: 33064843222973878988459423052650066966092208898586511974840457
Mon Dec 20 20:45:37 2021  p142 factor: 7233473333047317855467159107556570332611912850243429729490540154982427133224914226379398030623747581631967963788420990240966907990453830381909
Mon Dec 20 20:45:37 2021  elapsed time 00:06:33

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:06 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 6 秒 (日本時間)
4511e6585 / 4409329CypJanuary 8, 2015 07:39:31 UTC 2015 年 1 月 8 日 (木) 16 時 39 分 31 秒 (日本時間)
256CypJuly 2, 2015 11:59:21 UTC 2015 年 7 月 2 日 (木) 20 時 59 分 21 秒 (日本時間)

10214+1799

c191

name 名前Cyp
date 日付December 10, 2014 11:57:20 UTC 2014 年 12 月 10 日 (水) 20 時 57 分 20 秒 (日本時間)
composite number 合成数
97771447871757858038309124410724224302776713164687130494193771297814333097747780551934335937315006079316618878701580008858441338652883883586874244008249198377390764259345195513115629331052947<191>
prime factors 素因数
166950842666636217514223656632223<33>
composite cofactor 合成数の残り
585630155021054560676039459459749414391222296614793453888189789859162872817757633525734393282707594967204311034742446205752808952749174182535250691320337723789<159>
factorization results 素因数分解の結果
Run 20 out of 280:
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=2940960321
Step 1 took 16146ms
Step 2 took 5740ms
********** Factor found in step 2: 166950842666636217514223656632223
Found probable prime factor of 33 digits: 166950842666636217514223656632223
Composite cofactor 585630155021054560676039459459749414391222296614793453888189789859162872817757633525734393282707594967204311034742446205752808952749174182535250691320337723789 has 159 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61280280CypDecember 10, 2014 11:57:19 UTC 2014 年 12 月 10 日 (水) 20 時 57 分 19 秒 (日本時間)
1000Dmitry DomanovNovember 23, 2016 11:55:05 UTC 2016 年 11 月 23 日 (水) 20 時 55 分 5 秒 (日本時間)
4511e6600 / 4192Dmitry DomanovJanuary 10, 2017 22:54:54 UTC 2017 年 1 月 11 日 (水) 7 時 54 分 54 秒 (日本時間)

10216+1799

c195

composite cofactor 合成数の残り
670520557277912005195789116030811914635026940615694527229268441367821458774229107024048278829866479474907466302324624482697276783998107754049569742576874969931133804978812600213693583196415487351<195>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 9, 2014 06:55:54 UTC 2014 年 12 月 9 日 (火) 15 時 55 分 54 秒 (日本時間)
4511e6756 / 4413356CypMay 13, 2015 18:42:08 UTC 2015 年 5 月 14 日 (木) 3 時 42 分 8 秒 (日本時間)
400Dmitry DomanovJanuary 11, 2017 00:05:17 UTC 2017 年 1 月 11 日 (水) 9 時 5 分 17 秒 (日本時間)

10218+1799

c194

composite cofactor 合成数の残り
28833854625968823521382852495501342879937627510055853792676365674010471933021589452352879168086976596885369998831457437082732139500965982313359796024619150774028182000837550603966878491857236131<194>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6580280CypDecember 10, 2014 16:58:15 UTC 2014 年 12 月 11 日 (木) 1 時 58 分 15 秒 (日本時間)
300Serge BatalovDecember 10, 2014 19:46:06 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 6 秒 (日本時間)
4511e6504 / 4347CypJuly 6, 2015 19:04:28 UTC 2015 年 7 月 7 日 (火) 4 時 4 分 28 秒 (日本時間)

10219+1799

c213

name 名前Serge Batalov
date 日付December 15, 2014 22:33:24 UTC 2014 年 12 月 16 日 (火) 7 時 33 分 24 秒 (日本時間)
composite number 合成数
865708673448628414463221665571545194754151722370691259718661995302664737867742223122559242608795773263972754416629224766540013487741132329630697336993549604674134269683834535369826416753886815516615979423836249473<213>
prime factors 素因数
13159610020255664622470001908293344644507017494144327132837928332359774983968764808086547120830092686362183<107>
65785283311291427224327292474315417367755799241059246127428469979585316918832901455668748336737027014064631<107>
factorization results 素因数分解の結果
Msieve v. 1.52 (SVN 923M)

begin with 51217205 relations and 47646749 unique ideals
RelProcTime: 2379
matrix is 3988948 x 3989125 (1596.6 MB) with weight 470464993 (117.94/col)
BLanczosTime: 27355
sqrtTime: 1123
prp107 factor: 13159610020255664622470001908293344644507017494144327132837928332359774983968764808086547120830092686362183
prp107 factor: 65785283311291427224327292474315417367755799241059246127428469979585316918832901455668748336737027014064631
software ソフトウェア
Msieve v. 1.52 (SVN 923M)

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:44 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 44 秒 (日本時間)
4511e60--
5043e675002000Serge BatalovDecember 12, 2014 19:00:27 UTC 2014 年 12 月 13 日 (土) 4 時 0 分 27 秒 (日本時間)
5500Serge BatalovDecember 12, 2014 20:55:34 UTC 2014 年 12 月 13 日 (土) 5 時 55 分 34 秒 (日本時間)

10220+1799

c205

name 名前Erik Branger
date 日付December 25, 2017 09:39:21 UTC 2017 年 12 月 25 日 (月) 18 時 39 分 21 秒 (日本時間)
composite number 合成数
1101091704313304365646034174202106077248960228598284024802832976318668407199566468906495807753149553938655705278154746948334664108156181369059600573395207458192108215433124791556448838228965766938867451961<205>
prime factors 素因数
1202746007783575324114797971441391656730676273<46>
915481487519048285929747875457901883469452708382978161164296551347653954777407808792438638431131927566922011434763381769055725806199422533838485235832319582857<159>
factorization results 素因数分解の結果
Number: 11131_220
N = 1101091704313304365646034174202106077248960228598284024802832976318668407199566468906495807753149553938655705278154746948334664108156181369059600573395207458192108215433124791556448838228965766938867451961 (205 digits)
SNFS difficulty: 221 digits.
Divisors found:
r1=1202746007783575324114797971441391656730676273 (pp46)
r2=915481487519048285929747875457901883469452708382978161164296551347653954777407808792438638431131927566922011434763381769055725806199422533838485235832319582857 (pp159)
Version: Msieve v. 1.52 (SVN unknown)
Total time: 62.27 hours.
Factorization parameters were as follows:
n: 1101091704313304365646034174202106077248960228598284024802832976318668407199566468906495807753149553938655705278154746948334664108156181369059600573395207458192108215433124791556448838228965766938867451961
m: 10000000000000000000000000000000000000000000000000000000
deg: 4
c4: 1
c0: 179
skew: 1.00
type: snfs
lss: 1
rlim: 536870912
alim: 67108864
lpbr: 29
lpba: 26
mfbr: 58
mfba: 52
rlambda: 2.8
alambda: 2.8
side: 1
Number of cores used: 4
Number of threads per core: 1
Factor base limits: 536870912/67108864
Large primes per side: 3
Large prime bits: 29/26
Total raw relations: 28061793
Relations: 6992292 relations
Total pre-computation time approximately 1000 CPU-days.
Pre-computation saved approximately 18 G rational relations.
Total batch smoothness checking time: 38.57 hours.
Total relation processing time: 0.24 hours.
Pruned matrix : 6211256 x 6211481
Matrix solve time: 22.90 hours.
time per square root: 0.56 hours.
Prototype def-par.txt line would be: snfs,221,4,0,0,0,0,0,0,0,0,536870912,67108864,29,26,58,52,2.8,2.8,100000
total time: 62.27 hours.
Intel64 Family 6 Model 60 Stepping 3, GenuineIntel
Windows-10-10.0.15063-SP0
processors: 8, speed: 3.50GHz
software ソフトウェア
GGNFS, NFS_factory, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 8, 2014 16:33:57 UTC 2014 年 12 月 9 日 (火) 1 時 33 分 57 秒 (日本時間)
4511e6591 / 4413194CypDecember 29, 2014 09:41:19 UTC 2014 年 12 月 29 日 (月) 18 時 41 分 19 秒 (日本時間)
397CypJune 5, 2015 04:00:11 UTC 2015 年 6 月 5 日 (金) 13 時 0 分 11 秒 (日本時間)

10221+1799

c204

name 名前Erik Branger
date 日付August 16, 2019 15:41:56 UTC 2019 年 8 月 17 日 (土) 0 時 41 分 56 秒 (日本時間)
composite number 合成数
181861786307586815318171469194894826427796660107241494057899154617871388580700805685104621175552302800638866936502318156403728981354719724089814530207069233341684366715703609886045766215214195770327646349<204>
prime factors 素因数
6765989239747886152568911165902420856637392988279866495619231<61>
26878816956907152467711184608567361688741160251473093163275681840946704685523703680287259411680889140359127245570240120150064138071347584484179<143>
factorization results 素因数分解の結果
Number: 11131_221
N = 181861786307586815318171469194894826427796660107241494057899154617871388580700805685104621175552302800638866936502318156403728981354719724089814530207069233341684366715703609886045766215214195770327646349 (204 digits)
SNFS difficulty: 222 digits.
Divisors found:
r1=6765989239747886152568911165902420856637392988279866495619231 (pp61)
r2=26878816956907152467711184608567361688741160251473093163275681840946704685523703680287259411680889140359127245570240120150064138071347584484179 (pp143)
Version: Msieve v. 1.52 (SVN unknown)
Total time: 76.38 hours.
Factorization parameters were as follows:
n: 181861786307586815318171469194894826427796660107241494057899154617871388580700805685104621175552302800638866936502318156403728981354719724089814530207069233341684366715703609886045766215214195770327646349
m: 10000000000000000000000000000000000000000000000000000000
deg: 4
c4: 10
c0: 179
skew: 1.00
type: snfs
lss: 1
rlim: 536870912
alim: 22369622
lpbr: 29
lpba: 28
mfbr: 58
mfba: 56
rlambda: 2.8
alambda: 2.8
side: 1
Factor base limits: 536870912/22369622
Large primes per side: 3
Large prime bits: 29/28
Relations: 8145930 relations
Pruned matrix : 7072055 x 7072280
Total pre-computation time approximately 1000 CPU-days.
Pre-computation saved approximately 18 G relations.
Total batch smoothness checking time: 39.88 hours.
Total relation processing time: 0.41 hours.
Matrix solve time: 35.87 hours.
time per square root: 0.22 hours.
Prototype def-par.txt line would be: snfs,222,4,0,0,0,0,0,0,0,0,536870912,22369622,29,28,58,56,2.8,2.8,100000
total time: 76.38 hours.
Intel64 Family 6 Model 60 Stepping 3, GenuineIntel
Windows-10-10.0.17763-SP0
processors: 8, speed: 3.50GHz
software ソフトウェア
GGNFS, NFS_factory, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:06 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 6 秒 (日本時間)

10224+1799

c161

name 名前Cyp
date 日付December 6, 2014 16:10:57 UTC 2014 年 12 月 7 日 (日) 1 時 10 分 57 秒 (日本時間)
composite number 合成数
90565132016185430084878110895436221562001491495929664589648466451216976427762905263416634163611166421354269980634826709175398849061876465437511190450078812317941<161>
prime factors 素因数
199552205002084864167828634371359189<36>
453841800521518825497858895964933779650109199628703027070864811387567040780690230628030485974598438234991967663705304029035169<126>
factorization results 素因数分解の結果
Run 73 out of 280:
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=2024396803
Step 1 took 13296ms
Step 2 took 4959ms
********** Factor found in step 2: 199552205002084864167828634371359189
Found probable prime factor of 36 digits: 199552205002084864167828634371359189
Probable prime cofactor 453841800521518825497858895964933779650109199628703027070864811387567040780690230628030485974598438234991967663705304029035169 has 126 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e40--
351e6118 / 700Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e673 / 2318CypDecember 6, 2014 16:10:56 UTC 2014 年 12 月 7 日 (日) 1 時 10 分 56 秒 (日本時間)

10225+1799

c225

name 名前NFS@Home + Dmitry Domanov
date 日付March 24, 2016 15:21:25 UTC 2016 年 3 月 25 日 (金) 0 時 21 分 25 秒 (日本時間)
composite number 合成数
111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131<225>
prime factors 素因数
7751829167692735534669866359608637543218345959863314579069916310606337688409399860571149<88>
14333534538427188535967998137251487252272175991367345730789033589253832856686462421009277199840158878026971897018764391318820453653795719<137>
factorization results 素因数分解の結果
prp88 factor: 7751829167692735534669866359608637543218345959863314579069916310606337688409399860571149
prp137 factor: 14333534538427188535967998137251487252272175991367345730789033589253832856686462421009277199840158878026971897018764391318820453653795719
software ソフトウェア
ggnfs-lasieve4I14e on the NFS@Home grid + msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:47 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 47 秒 (日本時間)
4511e640001000Serge BatalovDecember 18, 2014 00:18:42 UTC 2014 年 12 月 18 日 (木) 9 時 18 分 42 秒 (日本時間)
2000Serge BatalovDecember 20, 2014 04:01:58 UTC 2014 年 12 月 20 日 (土) 13 時 1 分 58 秒 (日本時間)
1000Serge BatalovDecember 21, 2014 10:24:36 UTC 2014 年 12 月 21 日 (日) 19 時 24 分 36 秒 (日本時間)
5043e693612000Serge BatalovDecember 21, 2014 12:18:36 UTC 2014 年 12 月 21 日 (日) 21 時 18 分 36 秒 (日本時間)
7361Lionel DebrouxMarch 8, 2016 18:12:21 UTC 2016 年 3 月 9 日 (水) 3 時 12 分 21 秒 (日本時間)

10227+1799

c220

name 名前Serge Batalov
date 日付December 11, 2014 01:32:03 UTC 2014 年 12 月 11 日 (木) 10 時 32 分 3 秒 (日本時間)
composite number 合成数
8265639809701827789196759174880852868553100577875676015683886226113024193445066599152920701022137284507537726239860436324941146578144970560683971775485054607362684785610380717849326809098518739486622764547381416378547127<220>
prime factors 素因数
2901845778988446226436066365705695949<37>
composite cofactor 合成数の残り
2848407682293559145954788513536270373613208404429679334923258844868661093614857734536693196236648432616352346156420347038290053985193428574213515118869505774726065272685867574822424723<184>
factorization results 素因数分解の結果
Input number is 8265639809701827789196759174880852868553100577875676015683886226113024193445066599152920701022137284507537726239860436324941146578144970560683971775485054607362684785610380717849326809098518739486622764547381416378547127 (220 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=1916186067
Step 1 took 16635ms
Step 2 took 10262ms
********** Factor found in step 2: 2901845778988446226436066365705695949
Found probable prime factor of 37 digits: 2901845778988446226436066365705695949
Composite cofactor 2848407682293559145954788513536270373613208404429679334923258844868661093614857734536693196236648432616352346156420347038290053985193428574213515118869505774726065272685867574822424723 has 184 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:07 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 7 秒 (日本時間)
4511e6585 / 4409CypJune 10, 2015 05:55:34 UTC 2015 年 6 月 10 日 (水) 14 時 55 分 34 秒 (日本時間)

10228+1799

c204

name 名前Cyp
date 日付December 10, 2014 18:12:30 UTC 2014 年 12 月 11 日 (木) 3 時 12 分 30 秒 (日本時間)
composite number 合成数
937061316769214743399142326334030862282095384251705927409091259440749018646362830862880556415432426749709663429421845654124127165168930214840616693762793011359215382899901996238463905913205684381220035843<204>
prime factors 素因数
571306976790313336486932882517310173589<39>
composite cofactor 合成数の残り
1640206324861921185906449111594761845227357501743648252087099626413788830313750064207091631119824121589022155289321744482993790137488253124605053535568236260540882487<166>
factorization results 素因数分解の結果
Run 120 out of 280:
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1002534901
Step 1 took 18690ms
Step 2 took 6288ms
********** Factor found in step 2: 571306976790313336486932882517310173589
Found probable prime factor of 39 digits: 571306976790313336486932882517310173589
Composite cofactor 1640206324861921185906449111594761845227357501743648252087099626413788830313750064207091631119824121589022155289321744482993790137488253124605053535568236260540882487 has 166 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61280280CypDecember 10, 2014 18:12:30 UTC 2014 年 12 月 11 日 (木) 3 時 12 分 30 秒 (日本時間)
1000Dmitry DomanovNovember 23, 2016 12:07:51 UTC 2016 年 11 月 23 日 (水) 21 時 7 分 51 秒 (日本時間)
4511e6400 / 4192Dmitry DomanovJanuary 11, 2017 00:06:41 UTC 2017 年 1 月 11 日 (水) 9 時 6 分 41 秒 (日本時間)

10229+1799

c194

composite cofactor 合成数の残り
62689504829240616174099859818376476682257327925785569465116965228306615971796923397694311713297504046993856838915470960631463886329801590699753779053142338993399081549344721138997282627441277447<194>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:07 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 7 秒 (日本時間)
4511e6585 / 4409CypJuly 1, 2015 20:48:45 UTC 2015 年 7 月 2 日 (木) 5 時 48 分 45 秒 (日本時間)

10230+1799

c200

name 名前Dmitry Domanov
date 日付November 23, 2016 12:50:26 UTC 2016 年 11 月 23 日 (水) 21 時 50 分 26 秒 (日本時間)
composite number 合成数
26070293319649235763483552547698576220274540312993408263475955852434348726507747046050714232373156147448642765687103062669447791451821751391200197239956768943034293094229114921865961393422048329219513<200>
prime factors 素因数
82743081988548769089812056314027918811<38>
315075202580165368535622958348548821783573352832940210105594383299386630902031806153833709241407241326682832823400604610925948659904475733998357810979711141036283<162>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1957327770
Step 1 took 23335ms
Step 2 took 8902ms
********** Factor found in step 2: 82743081988548769089812056314027918811
Found probable prime factor of 38 digits: 82743081988548769089812056314027918811
Probable prime cofactor 315075202580165368535622958348548821783573352832940210105594383299386630902031806153833709241407241326682832823400604610925948659904475733998357810979711141036283 has 162 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61280 / 2318280CypDecember 6, 2014 22:57:34 UTC 2014 年 12 月 7 日 (日) 7 時 57 分 34 秒 (日本時間)
1000Dmitry DomanovNovember 23, 2016 12:08:32 UTC 2016 年 11 月 23 日 (水) 21 時 8 分 32 秒 (日本時間)

10231+1799

c218

composite cofactor 合成数の残り
75587361094306890583663438087138885155550343513971021605040858546753030553204050388332695518653031429936356520046763287619817470711350442324389196196231374309582255696441637488793894117285789588747117935636797020685763<218>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 2318CypDecember 7, 2014 12:40:00 UTC 2014 年 12 月 7 日 (日) 21 時 40 分 0 秒 (日本時間)

10232+1799

c196

composite cofactor 合成数の残り
6493841048220769531340274922270627693361180214930407718352559657170278389100770347948434783941340412960867754571405539443658752071729060046199179463149649506714579169721143348889585204857291786069<196>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 9, 2014 00:29:00 UTC 2014 年 12 月 9 日 (火) 9 時 29 分 0 秒 (日本時間)
4511e6591 / 4413CypJune 15, 2015 22:07:28 UTC 2015 年 6 月 16 日 (火) 7 時 7 分 28 秒 (日本時間)

10234+1799

c190

name 名前Cyp
date 日付June 23, 2015 18:43:26 UTC 2015 年 6 月 24 日 (水) 3 時 43 分 26 秒 (日本時間)
composite number 合成数
4960216246874002969808134843255010249909178520771252485498652247219286999395552600954391100597318189707661193687246707005126951136695842632819290713307011944678214124562858355116236263242559<190>
prime factors 素因数
53079962037446342346790614668829072973<38>
93447999140894584708926524413365875936103050947061288563096900531019106219847827622628159900340354491203471764145206146267423676182540304805000436874683<152>
factorization results 素因数分解の結果
Run 559 out of 591:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=734330887
Step 1 took 59207ms
Step 2 took 19479ms
********** Factor found in step 2: 53079962037446342346790614668829072973
Found probable prime factor of 38 digits: 53079962037446342346790614668829072973
Probable prime cofactor 93447999140894584708926524413365875936103050947061288563096900531019106219847827622628159900340354491203471764145206146267423676182540304805000436874683 has 152 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 389CypDecember 9, 2014 23:52:22 UTC 2014 年 12 月 10 日 (水) 8 時 52 分 22 秒 (日本時間)
4511e6559 / 4413CypJune 23, 2015 18:43:26 UTC 2015 年 6 月 24 日 (水) 3 時 43 分 26 秒 (日本時間)

10235+1799

c202

composite cofactor 合成数の残り
3212572221950186899104797654016764295523534690434880210502443200708680562299039066245133189440814372757659946064317191523199017688235216170625127237293450925682579494281062744721492819787089340486700357<202>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 7, 2014 16:20:36 UTC 2014 年 12 月 8 日 (月) 1 時 20 分 36 秒 (日本時間)
4511e6591 / 4413CypJanuary 27, 2015 00:01:42 UTC 2015 年 1 月 27 日 (火) 9 時 1 分 42 秒 (日本時間)

10236+1799

c193

name 名前Cyp
date 日付June 15, 2015 19:24:55 UTC 2015 年 6 月 16 日 (火) 4 時 24 分 55 秒 (日本時間)
composite number 合成数
1770220317640194263966100377464937524358480829018143397167450348108264745550691671568685891798327707518309181871562780279060887891085122089567873100627746410574391391665440407790312770953451051<193>
prime factors 素因数
1927346716755686720286832523469474226645199393<46>
918475281199023606841418966652456312215787551998923396698691610106104802527653238276811974283806182714243333755447497935037246739219625748570812107<147>
factorization results 素因数分解の結果
Run 55 out of 585:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=4243777341
Step 1 took 59760ms
Step 2 took 19265ms
********** Factor found in step 2: 1927346716755686720286832523469474226645199393
Found probable prime factor of 46 digits: 1927346716755686720286832523469474226645199393
Probable prime cofactor 918475281199023606841418966652456312215787551998923396698691610106104802527653238276811974283806182714243333755447497935037246739219625748570812107 has 147 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2129Serge BatalovDecember 10, 2014 19:46:08 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 8 秒 (日本時間)
4511e655 / 4409CypJune 15, 2015 19:24:54 UTC 2015 年 6 月 16 日 (火) 4 時 24 分 54 秒 (日本時間)

10237+1799

c191

composite cofactor 合成数の残り
22516543047549413264187221340922856529539101832368759462969796485170909927208652085130646917836003848220266773996181545880677860974341578735882767168134182433452321990985902516257178363891881<191>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 7, 2014 07:02:33 UTC 2014 年 12 月 7 日 (日) 16 時 2 分 33 秒 (日本時間)
4511e6591 / 4413CypFebruary 1, 2015 15:39:21 UTC 2015 年 2 月 2 日 (月) 0 時 39 分 21 秒 (日本時間)

10238+1799

c190

name 名前Cyp
date 日付June 21, 2015 07:28:52 UTC 2015 年 6 月 21 日 (日) 16 時 28 分 52 秒 (日本時間)
composite number 合成数
4523529860388107349779865702506783238966131865517435340162486849050493666614184682195645024939356493160547614033563247211674062676260232290333957086372208295780044514696824908504877571641049<190>
prime factors 素因数
28735285699418256884485073338945093543<38>
composite cofactor 合成数の残り
157420737267271568485723633745894573338898382132638632180725443935714039890804643027053171942481590423504145901088183455795799590602652762132623091010943<153>
factorization results 素因数分解の結果
Run 29 out of 591:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=3929403612
Step 1 took 58882ms
Step 2 took 19461ms
********** Factor found in step 2: 28735285699418256884485073338945093543
Found probable prime factor of 38 digits: 28735285699418256884485073338945093543
Composite cofactor 157420737267271568485723633745894573338898382132638632180725443935714039890804643027053171942481590423504145901088183455795799590602652762132623091010943 has 153 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

c153

name 名前Dmitry Domanov
date 日付March 2, 2016 06:15:08 UTC 2016 年 3 月 2 日 (水) 15 時 15 分 8 秒 (日本時間)
composite number 合成数
157420737267271568485723633745894573338898382132638632180725443935714039890804643027053171942481590423504145901088183455795799590602652762132623091010943<153>
prime factors 素因数
2507136624256636421769259474670003142376133<43>
62789054152143250052830517688183231717959143988585512872952703900608955735576204725669902573222419662234483571<110>
factorization results 素因数分解の結果
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=1799218659
Step 1 took 47338ms
********** Factor found in step 1: 2507136624256636421769259474670003142376133
Found probable prime factor of 43 digits: 2507136624256636421769259474670003142376133

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 9, 2014 20:35:30 UTC 2014 年 12 月 10 日 (水) 5 時 35 分 30 秒 (日本時間)
4511e61391 / 4413591CypJune 21, 2015 07:28:52 UTC 2015 年 6 月 21 日 (日) 16 時 28 分 52 秒 (日本時間)
800Dmitry DomanovMarch 1, 2016 13:14:24 UTC 2016 年 3 月 1 日 (火) 22 時 14 分 24 秒 (日本時間)

10239+1799

c239

name 名前Ray Chandler
date 日付February 13, 2022 05:25:38 UTC 2022 年 2 月 13 日 (日) 14 時 25 分 38 秒 (日本時間)
composite number 合成数
11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131<239>
prime factors 素因数
49383754917758737763635485127931846613929451697024418071107649304357433843624195787453467391627646082881790722183421907<119>
224995266755535415366731149377947580408085476528372147307326700783870529602722674519446833358213080078919156952552892633<120>
factorization results 素因数分解の結果
02/05/22 13:09:01, 
02/05/22 13:09:01, ****************************
02/05/22 13:09:01, Starting factorization of 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:01, using pretesting plan: normal
02/05/22 13:09:01, using specified qs/gnfs crossover of 100 digits
02/05/22 13:09:01, using specified qs/snfs crossover of 75 digits
02/05/22 13:09:01, ****************************
02/05/22 13:09:01, rho: x^2 + 3, starting 1000 iterations on C239
02/05/22 13:09:01, rho: x^2 + 2, starting 1000 iterations on C239
02/05/22 13:09:01, rho: x^2 + 1, starting 1000 iterations on C239
02/05/22 13:09:02, nfs: input divides 10^239 + 179
02/05/22 13:09:02, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, nfs: input divides 10^239 + 179
02/05/22 13:09:02, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, pm1: starting B1 = 150K, B2 = gmp-ecm default on C239
02/05/22 13:09:02, nfs: input divides 10^239 + 179
02/05/22 13:09:02, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, current ECM pretesting depth: 0.00
02/05/22 13:09:02, scheduled 30 curves at B1=2000 toward target pretesting depth of 57.20
02/05/22 13:09:02, ecm: commencing 48 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=2k, B2=200k
02/05/22 13:09:02, ecm: finished 384 curves using AVX-ECM method on C239 input, B1=2k, B2=200k
02/05/22 13:09:02, nfs: input divides 10^239 + 179
02/05/22 13:09:02, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:02, current ECM pretesting depth: 17.27
02/05/22 13:09:02, scheduled 74 curves at B1=11000 toward target pretesting depth of 57.20
02/05/22 13:09:03, ecm: commencing 96 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=11k, B2=1100k
02/05/22 13:09:03, ecm: finished 384 curves using AVX-ECM method on C239 input, B1=11k, B2=1100k
02/05/22 13:09:03, nfs: input divides 10^239 + 179
02/05/22 13:09:03, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:03, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:03, current ECM pretesting depth: 21.28
02/05/22 13:09:03, scheduled 214 curves at B1=50000 toward target pretesting depth of 57.20
02/05/22 13:09:04, ecm: commencing 240 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=50k, B2=5M
02/05/22 13:09:05, ecm: finished 384 curves using AVX-ECM method on C239 input, B1=50k, B2=5M
02/05/22 13:09:05, nfs: input divides 10^239 + 179
02/05/22 13:09:05, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:05, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:05, pm1: starting B1 = 3750K, B2 = gmp-ecm default on C239
02/05/22 13:09:07, nfs: input divides 10^239 + 179
02/05/22 13:09:07, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:07, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:07, current ECM pretesting depth: 25.62
02/05/22 13:09:07, scheduled 430 curves at B1=250000 toward target pretesting depth of 57.20
02/05/22 13:09:09, ecm: commencing 432 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=250k, B2=25M
02/05/22 13:09:21, ecm: finished 768 curves using AVX-ECM method on C239 input, B1=250k, B2=25M
02/05/22 13:09:21, nfs: input divides 10^239 + 179
02/05/22 13:09:21, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:21, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:21, pm1: starting B1 = 15M, B2 = gmp-ecm default on C239
02/05/22 13:09:28, nfs: input divides 10^239 + 179
02/05/22 13:09:28, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:28, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:09:28, current ECM pretesting depth: 30.81
02/05/22 13:09:28, scheduled 904 curves at B1=1000000 toward target pretesting depth of 57.20
02/05/22 13:09:30, ecm: commencing 912 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=1M, B2=100M
02/05/22 13:10:35, ecm: finished 1152 curves using AVX-ECM method on C239 input, B1=1M, B2=100M
02/05/22 13:10:36, nfs: input divides 10^239 + 179
02/05/22 13:10:36, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:10:36, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:10:36, current ECM pretesting depth: 35.72
02/05/22 13:10:36, scheduled 2350 curves at B1=3000000 toward target pretesting depth of 57.20
02/05/22 13:10:38, ecm: commencing 2352 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=3M, B2=300M
02/05/22 13:17:58, ecm: finished 2688 curves using AVX-ECM method on C239 input, B1=3M, B2=300M
02/05/22 13:18:00, nfs: input divides 10^239 + 179
02/05/22 13:18:00, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:18:00, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 13:18:00, current ECM pretesting depth: 40.73
02/05/22 13:18:00, scheduled 4480 curves at B1=11000000 toward target pretesting depth of 57.20
02/05/22 13:18:02, ecm: commencing 4512 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=11M, B2=1100M
02/05/22 14:03:09, ecm: finished 4608 curves using AVX-ECM method on C239 input, B1=11M, B2=1100M
02/05/22 14:03:11, nfs: input divides 10^239 + 179
02/05/22 14:03:11, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 14:03:11, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 14:03:11, current ECM pretesting depth: 45.76
02/05/22 14:03:11, scheduled 7553 curves at B1=43000000 toward target pretesting depth of 57.20
02/05/22 14:03:13, ecm: commencing 7584 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=43M, B2=4300M
02/05/22 18:54:09, ecm: finished 7680 curves using AVX-ECM method on C239 input, B1=43M, B2=4300M
02/05/22 18:54:10, nfs: input divides 10^239 + 179
02/05/22 18:54:10, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 18:54:10, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/05/22 18:54:10, current ECM pretesting depth: 50.88
02/05/22 18:54:10, scheduled 17769 curves at B1=110000000 toward target pretesting depth of 57.20
02/05/22 18:54:12, ecm: commencing 17808 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=110M, B2=11B
02/06/22 23:37:57, ecm: finished 18048 curves using AVX-ECM method on C239 input, B1=110M, B2=11B
02/06/22 23:37:59, nfs: input divides 10^239 + 179
02/06/22 23:37:59, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/06/22 23:37:59, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/06/22 23:38:00, current ECM pretesting depth: 55.93
02/06/22 23:38:00, scheduled 10647 curves at B1=260000000 toward target pretesting depth of 57.20
02/06/22 23:38:02, ecm: commencing 10656 curves using AVX-ECM method on 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131, B1=260M, B2=26B
02/08/22 15:45:37, ecm: finished 10752 curves using AVX-ECM method on C239 input, B1=260M, B2=26B
02/08/22 15:45:40, nfs: input divides 10^239 + 179
02/08/22 15:45:40, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/08/22 15:45:40, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/08/22 15:45:40, final ECM pretested depth: 57.21
02/08/22 15:45:40, scheduler: switching to sieve method
02/08/22 15:45:40, nfs: commencing nfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/08/22 15:45:40, nfs: input divides 10^239 + 179
02/08/22 15:45:40, nfs: using supplied cofactor: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/08/22 15:45:40, nfs: commencing snfs on c239: 11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111131
02/08/22 15:45:48, test: fb generation took 8.3308 seconds
02/08/22 15:45:48, test: commencing test sieving of polynomial 0 on the algebraic side over range 47200000-47201000
skew: 4.4602
c6: 1
c0: 1790
Y1: -1
Y0: 10000000000000000000000000000000000000000
rlim: 47200000
alim: 47200000
mfbr: 60
mfba: 60
lpbr: 30
lpba: 30
rlambda: 2.60
alambda: 2.60
02/08/22 15:47:21, nfs: parsing special-q from .dat file
02/08/22 15:47:21, test: new best estimated total sieving time = 3 days 16h 40m 34s (with 48 threads)
02/08/22 15:47:29, test: fb generation took 8.4539 seconds
02/08/22 15:47:29, test: commencing test sieving of polynomial 1 on the algebraic side over range 47200000-47201000
skew: 2.2301
c6: 32
c0: 895
Y1: -1
Y0: 5000000000000000000000000000000000000000
rlim: 47200000
alim: 47200000
mfbr: 60
mfba: 60
lpbr: 30
lpba: 30
rlambda: 2.60
alambda: 2.60
02/08/22 15:49:01, nfs: parsing special-q from .dat file
02/08/22 15:49:01, test: new best estimated total sieving time = 3 days 10h 57m 23s (with 48 threads)
02/08/22 15:49:07, test: fb generation took 5.8128 seconds
02/08/22 15:49:07, test: commencing test sieving of polynomial 2 on the rational side over range 51000000-51001000
skew: 3.1085
c5: 16
c0: 895
Y1: -1
Y0: 500000000000000000000000000000000000000000000000
rlim: 51000000
alim: 51000000
mfbr: 60
mfba: 60
lpbr: 30
lpba: 30
rlambda: 2.60
alambda: 2.60
02/08/22 15:51:03, nfs: parsing special-q from .dat file
02/08/22 15:51:03, test: estimated total sieving time = 4 days 21h 28m 18s (with 48 threads)
02/08/22 15:51:11, test: fb generation took 8.4623 seconds
02/08/22 15:51:11, test: commencing test sieving of polynomial 0 on the rational side over range 47200000-47201000
skew: 2.2301
c6: 32
c0: 895
Y1: -1
Y0: 5000000000000000000000000000000000000000
rlim: 47200000
alim: 47200000
mfbr: 62
mfba: 62
lpbr: 31
lpba: 31
rlambda: 2.60
alambda: 2.60
02/08/22 15:53:20, nfs: parsing special-q from .dat file
02/08/22 15:53:20, test: new best estimated total sieving time = 1 day 16h 9m 14s (with 48 threads)
02/08/22 15:53:20, nfs: commencing lattice sieving with 48 threads
02/08/22 16:00:46, nfs: commencing lattice sieving with 48 threads
02/08/22 16:08:15, nfs: commencing lattice sieving with 48 threads
02/08/22 16:15:46, nfs: commencing lattice sieving with 48 threads
02/08/22 16:23:30, nfs: commencing lattice sieving with 48 threads
02/08/22 16:30:56, nfs: commencing lattice sieving with 48 threads
02/08/22 16:38:23, nfs: commencing lattice sieving with 48 threads
02/08/22 16:46:01, nfs: commencing lattice sieving with 48 threads
02/08/22 16:53:46, nfs: commencing lattice sieving with 48 threads
02/08/22 17:01:21, nfs: commencing lattice sieving with 48 threads
02/08/22 17:08:56, nfs: commencing lattice sieving with 48 threads
02/08/22 17:16:31, nfs: commencing lattice sieving with 48 threads
02/08/22 17:24:01, nfs: commencing lattice sieving with 48 threads
02/08/22 17:32:03, nfs: commencing lattice sieving with 48 threads
02/08/22 17:39:57, nfs: commencing lattice sieving with 48 threads
02/08/22 17:47:40, nfs: commencing lattice sieving with 48 threads
02/08/22 17:55:18, nfs: commencing lattice sieving with 48 threads
02/08/22 18:02:52, nfs: commencing lattice sieving with 48 threads
02/08/22 18:10:43, nfs: commencing lattice sieving with 48 threads
02/08/22 18:18:21, nfs: commencing lattice sieving with 48 threads
02/08/22 18:25:58, nfs: commencing lattice sieving with 48 threads
02/08/22 18:33:42, nfs: commencing lattice sieving with 48 threads
02/08/22 18:41:30, nfs: commencing lattice sieving with 48 threads
02/08/22 18:49:07, nfs: commencing lattice sieving with 48 threads
02/08/22 18:56:49, nfs: commencing lattice sieving with 48 threads
02/08/22 19:04:45, nfs: commencing lattice sieving with 48 threads
02/08/22 19:12:44, nfs: commencing lattice sieving with 48 threads
02/08/22 19:20:20, nfs: commencing lattice sieving with 48 threads
02/08/22 19:28:13, nfs: commencing lattice sieving with 48 threads
02/08/22 19:36:08, nfs: commencing lattice sieving with 48 threads
02/08/22 19:43:55, nfs: commencing lattice sieving with 48 threads
02/08/22 19:51:57, nfs: commencing lattice sieving with 48 threads
02/08/22 19:59:38, nfs: commencing lattice sieving with 48 threads
02/08/22 20:07:22, nfs: commencing lattice sieving with 48 threads
02/08/22 20:14:55, nfs: commencing lattice sieving with 48 threads
02/08/22 20:23:01, nfs: commencing lattice sieving with 48 threads
02/08/22 20:30:51, nfs: commencing lattice sieving with 48 threads
02/08/22 20:38:43, nfs: commencing lattice sieving with 48 threads
02/08/22 20:46:34, nfs: commencing lattice sieving with 48 threads
02/08/22 20:54:34, nfs: commencing lattice sieving with 48 threads
02/08/22 21:02:29, nfs: commencing lattice sieving with 48 threads
02/08/22 21:10:34, nfs: commencing lattice sieving with 48 threads
02/08/22 21:18:16, nfs: commencing lattice sieving with 48 threads
02/08/22 21:26:07, nfs: commencing lattice sieving with 48 threads
02/08/22 21:34:04, nfs: commencing lattice sieving with 48 threads
02/08/22 21:42:02, nfs: commencing lattice sieving with 48 threads
02/08/22 21:49:56, nfs: commencing lattice sieving with 48 threads
02/08/22 21:57:41, nfs: commencing lattice sieving with 48 threads
02/08/22 22:05:32, nfs: commencing lattice sieving with 48 threads
02/08/22 22:13:27, nfs: commencing lattice sieving with 48 threads
02/08/22 22:21:18, nfs: commencing lattice sieving with 48 threads
02/08/22 22:29:03, nfs: commencing lattice sieving with 48 threads
02/08/22 22:36:50, nfs: commencing lattice sieving with 48 threads
02/08/22 22:44:49, nfs: commencing lattice sieving with 48 threads
02/08/22 22:52:55, nfs: commencing lattice sieving with 48 threads
02/08/22 23:00:57, nfs: commencing lattice sieving with 48 threads
02/08/22 23:08:53, nfs: commencing lattice sieving with 48 threads
02/08/22 23:16:57, nfs: commencing lattice sieving with 48 threads
02/08/22 23:24:40, nfs: commencing lattice sieving with 48 threads
02/08/22 23:32:38, nfs: commencing lattice sieving with 48 threads
02/08/22 23:40:33, nfs: commencing lattice sieving with 48 threads
02/08/22 23:48:45, nfs: commencing lattice sieving with 48 threads
02/08/22 23:56:39, nfs: commencing lattice sieving with 48 threads
02/09/22 00:04:36, nfs: commencing lattice sieving with 48 threads
02/09/22 00:12:43, nfs: commencing lattice sieving with 48 threads
02/09/22 00:20:50, nfs: commencing lattice sieving with 48 threads
02/09/22 00:28:35, nfs: commencing lattice sieving with 48 threads
02/09/22 00:36:29, nfs: commencing lattice sieving with 48 threads
02/09/22 00:44:31, nfs: commencing lattice sieving with 48 threads
02/09/22 00:52:34, nfs: commencing lattice sieving with 48 threads
02/09/22 01:00:37, nfs: commencing lattice sieving with 48 threads
02/09/22 01:08:36, nfs: commencing lattice sieving with 48 threads
02/09/22 01:16:36, nfs: commencing lattice sieving with 48 threads
02/09/22 01:24:34, nfs: commencing lattice sieving with 48 threads
02/09/22 01:32:32, nfs: commencing lattice sieving with 48 threads
02/09/22 01:40:20, nfs: commencing lattice sieving with 48 threads
02/09/22 01:48:27, nfs: commencing lattice sieving with 48 threads
02/09/22 01:56:20, nfs: commencing lattice sieving with 48 threads
02/09/22 02:04:10, nfs: commencing lattice sieving with 48 threads
02/09/22 02:12:22, nfs: commencing lattice sieving with 48 threads
02/09/22 02:20:24, nfs: commencing lattice sieving with 48 threads
02/09/22 02:28:26, nfs: commencing lattice sieving with 48 threads
02/09/22 02:36:28, nfs: commencing lattice sieving with 48 threads
02/09/22 02:44:29, nfs: commencing lattice sieving with 48 threads
02/09/22 02:52:32, nfs: commencing lattice sieving with 48 threads
02/09/22 03:00:43, nfs: commencing lattice sieving with 48 threads
02/09/22 03:08:46, nfs: commencing lattice sieving with 48 threads
02/09/22 03:16:55, nfs: commencing lattice sieving with 48 threads
02/09/22 03:24:52, nfs: commencing lattice sieving with 48 threads
02/09/22 03:33:02, nfs: commencing lattice sieving with 48 threads
02/09/22 03:41:01, nfs: commencing lattice sieving with 48 threads
02/09/22 03:49:11, nfs: commencing lattice sieving with 48 threads
02/09/22 03:57:27, nfs: commencing lattice sieving with 48 threads
02/09/22 04:05:40, nfs: commencing lattice sieving with 48 threads
02/09/22 04:13:58, nfs: commencing lattice sieving with 48 threads
02/09/22 04:22:11, nfs: commencing lattice sieving with 48 threads
02/09/22 04:30:34, nfs: commencing lattice sieving with 48 threads
02/09/22 04:38:41, nfs: commencing lattice sieving with 48 threads
02/09/22 04:46:50, nfs: commencing lattice sieving with 48 threads
02/09/22 04:55:01, nfs: commencing lattice sieving with 48 threads
02/09/22 05:03:16, nfs: commencing lattice sieving with 48 threads
02/09/22 05:11:28, nfs: commencing lattice sieving with 48 threads
02/09/22 05:19:35, nfs: commencing lattice sieving with 48 threads
02/09/22 05:27:32, nfs: commencing lattice sieving with 48 threads
02/09/22 05:35:57, nfs: commencing lattice sieving with 48 threads
02/09/22 05:44:49, nfs: commencing lattice sieving with 48 threads
02/09/22 05:52:59, nfs: commencing lattice sieving with 48 threads
02/09/22 06:01:04, nfs: commencing lattice sieving with 48 threads
02/09/22 06:09:13, nfs: commencing lattice sieving with 48 threads
02/09/22 06:17:18, nfs: commencing lattice sieving with 48 threads
02/09/22 06:25:37, nfs: commencing lattice sieving with 48 threads
02/09/22 06:33:42, nfs: commencing lattice sieving with 48 threads
02/09/22 06:41:52, nfs: commencing lattice sieving with 48 threads
02/09/22 06:50:12, nfs: commencing lattice sieving with 48 threads
02/09/22 06:58:31, nfs: commencing lattice sieving with 48 threads
02/09/22 07:06:49, nfs: commencing lattice sieving with 48 threads
02/09/22 07:15:03, nfs: commencing lattice sieving with 48 threads
02/09/22 07:23:33, nfs: commencing lattice sieving with 48 threads
02/09/22 07:31:50, nfs: commencing lattice sieving with 48 threads
02/09/22 07:40:03, nfs: commencing lattice sieving with 48 threads
02/09/22 07:48:29, nfs: commencing lattice sieving with 48 threads
02/09/22 07:56:41, nfs: commencing lattice sieving with 48 threads
02/09/22 08:04:55, nfs: commencing lattice sieving with 48 threads
02/09/22 08:13:25, nfs: commencing lattice sieving with 48 threads
02/09/22 08:21:56, nfs: commencing lattice sieving with 48 threads
02/09/22 08:30:09, nfs: commencing lattice sieving with 48 threads
02/09/22 08:38:36, nfs: commencing lattice sieving with 48 threads
02/09/22 08:47:03, nfs: commencing lattice sieving with 48 threads
02/09/22 08:55:32, nfs: commencing lattice sieving with 48 threads
02/09/22 09:03:46, nfs: commencing lattice sieving with 48 threads
02/09/22 09:12:12, nfs: commencing lattice sieving with 48 threads
02/09/22 09:20:37, nfs: commencing lattice sieving with 48 threads
02/09/22 09:28:58, nfs: commencing lattice sieving with 48 threads
02/09/22 09:37:49, nfs: commencing lattice sieving with 48 threads
02/09/22 09:46:18, nfs: commencing lattice sieving with 48 threads
02/09/22 09:54:56, nfs: commencing lattice sieving with 48 threads
02/09/22 10:03:37, nfs: commencing lattice sieving with 48 threads
02/09/22 10:12:02, nfs: commencing lattice sieving with 48 threads
02/09/22 10:20:35, nfs: commencing lattice sieving with 48 threads
02/09/22 10:28:55, nfs: commencing lattice sieving with 48 threads
02/09/22 10:37:21, nfs: commencing lattice sieving with 48 threads
02/09/22 10:45:46, nfs: commencing lattice sieving with 48 threads
02/09/22 10:54:18, nfs: commencing lattice sieving with 48 threads
02/09/22 11:02:38, nfs: commencing lattice sieving with 48 threads
02/09/22 11:11:17, nfs: commencing lattice sieving with 48 threads
02/09/22 11:19:50, nfs: commencing lattice sieving with 48 threads
02/09/22 11:28:18, nfs: commencing lattice sieving with 48 threads
02/09/22 11:36:55, nfs: commencing lattice sieving with 48 threads
02/09/22 11:45:39, nfs: commencing lattice sieving with 48 threads
02/09/22 11:53:59, nfs: commencing lattice sieving with 48 threads
02/09/22 12:02:49, nfs: commencing lattice sieving with 48 threads
02/09/22 12:11:11, nfs: commencing lattice sieving with 48 threads
02/09/22 12:19:41, nfs: commencing lattice sieving with 48 threads
02/09/22 12:28:09, nfs: commencing lattice sieving with 48 threads
02/09/22 12:36:38, nfs: commencing lattice sieving with 48 threads
02/09/22 12:45:15, nfs: commencing lattice sieving with 48 threads
02/09/22 12:53:50, nfs: commencing lattice sieving with 48 threads
02/09/22 13:02:22, nfs: commencing lattice sieving with 48 threads
02/09/22 13:10:46, nfs: commencing lattice sieving with 48 threads
02/09/22 13:19:12, nfs: commencing lattice sieving with 48 threads
02/09/22 13:27:41, nfs: commencing lattice sieving with 48 threads
02/09/22 13:36:26, nfs: commencing lattice sieving with 48 threads
02/09/22 13:45:13, nfs: commencing lattice sieving with 48 threads
02/09/22 13:53:33, nfs: commencing lattice sieving with 48 threads
02/09/22 14:02:08, nfs: commencing lattice sieving with 48 threads
02/09/22 14:10:40, nfs: commencing lattice sieving with 48 threads
02/09/22 14:19:08, nfs: commencing lattice sieving with 48 threads
02/09/22 14:27:30, nfs: commencing lattice sieving with 48 threads
02/09/22 14:36:00, nfs: commencing lattice sieving with 48 threads
02/09/22 14:44:32, nfs: commencing lattice sieving with 48 threads
02/09/22 14:53:01, nfs: commencing lattice sieving with 48 threads
02/09/22 15:01:34, nfs: commencing lattice sieving with 48 threads
02/09/22 15:10:14, nfs: commencing lattice sieving with 48 threads
02/09/22 15:18:42, nfs: commencing lattice sieving with 48 threads
02/09/22 15:27:10, nfs: commencing lattice sieving with 48 threads
02/09/22 15:35:41, nfs: commencing lattice sieving with 48 threads
02/09/22 15:43:55, nfs: commencing lattice sieving with 48 threads
02/09/22 15:52:21, nfs: commencing lattice sieving with 48 threads
02/09/22 16:01:02, nfs: commencing lattice sieving with 48 threads
02/09/22 16:09:31, nfs: commencing lattice sieving with 48 threads
02/09/22 16:18:03, nfs: commencing lattice sieving with 48 threads
02/09/22 16:26:29, nfs: commencing lattice sieving with 48 threads
02/09/22 16:35:12, nfs: commencing lattice sieving with 48 threads
02/09/22 16:43:32, nfs: commencing lattice sieving with 48 threads
02/09/22 16:52:04, nfs: commencing lattice sieving with 48 threads
02/09/22 17:00:26, nfs: commencing lattice sieving with 48 threads
02/09/22 17:09:14, nfs: commencing lattice sieving with 48 threads
02/09/22 17:17:26, nfs: commencing lattice sieving with 48 threads
02/09/22 17:25:48, nfs: commencing lattice sieving with 48 threads
02/09/22 17:34:21, nfs: commencing lattice sieving with 48 threads
02/09/22 17:42:48, nfs: commencing lattice sieving with 48 threads
02/09/22 17:51:27, nfs: commencing lattice sieving with 48 threads
02/09/22 18:00:01, nfs: commencing lattice sieving with 48 threads
02/09/22 18:08:17, nfs: commencing lattice sieving with 48 threads
02/09/22 18:16:46, nfs: commencing lattice sieving with 48 threads
02/09/22 18:25:11, nfs: commencing lattice sieving with 48 threads
02/09/22 18:33:37, nfs: commencing lattice sieving with 48 threads
02/09/22 18:42:12, nfs: commencing lattice sieving with 48 threads
02/09/22 18:50:33, nfs: commencing lattice sieving with 48 threads
02/09/22 18:59:05, nfs: commencing lattice sieving with 48 threads
02/09/22 19:07:24, nfs: commencing lattice sieving with 48 threads
02/09/22 19:15:49, nfs: commencing lattice sieving with 48 threads
02/09/22 19:24:29, nfs: commencing lattice sieving with 48 threads
02/09/22 19:33:01, nfs: commencing lattice sieving with 48 threads
02/09/22 19:41:29, nfs: commencing lattice sieving with 48 threads
02/09/22 19:49:45, nfs: commencing lattice sieving with 48 threads
02/09/22 19:58:30, nfs: commencing lattice sieving with 48 threads
02/09/22 20:07:10, nfs: commencing lattice sieving with 48 threads
02/09/22 20:15:29, nfs: commencing lattice sieving with 48 threads
02/09/22 20:24:02, nfs: commencing lattice sieving with 48 threads
02/09/22 20:32:59, nfs: commencing lattice sieving with 48 threads
02/09/22 20:41:25, nfs: commencing lattice sieving with 48 threads
02/09/22 20:49:43, nfs: commencing lattice sieving with 48 threads
02/09/22 20:58:06, nfs: commencing lattice sieving with 48 threads
02/09/22 21:06:37, nfs: commencing lattice sieving with 48 threads
02/09/22 21:14:59, nfs: commencing lattice sieving with 48 threads
02/09/22 21:23:22, nfs: commencing lattice sieving with 48 threads
02/09/22 21:31:43, nfs: commencing lattice sieving with 48 threads
02/09/22 21:40:04, nfs: commencing lattice sieving with 48 threads
02/09/22 21:48:28, nfs: commencing lattice sieving with 48 threads
02/09/22 21:56:50, nfs: commencing lattice sieving with 48 threads
02/09/22 22:05:29, nfs: commencing lattice sieving with 48 threads
02/09/22 22:13:45, nfs: commencing lattice sieving with 48 threads
02/09/22 22:22:14, nfs: commencing lattice sieving with 48 threads
02/09/22 22:30:48, nfs: commencing lattice sieving with 48 threads
02/09/22 22:38:59, nfs: commencing lattice sieving with 48 threads
02/09/22 22:47:14, nfs: commencing lattice sieving with 48 threads
02/09/22 22:55:27, nfs: commencing lattice sieving with 48 threads
02/09/22 23:03:57, nfs: commencing lattice sieving with 48 threads
02/09/22 23:12:26, nfs: commencing lattice sieving with 48 threads
02/09/22 23:20:47, nfs: commencing lattice sieving with 48 threads
02/09/22 23:29:17, nfs: commencing lattice sieving with 48 threads
02/09/22 23:37:46, nfs: commencing lattice sieving with 48 threads
02/09/22 23:46:21, nfs: commencing lattice sieving with 48 threads
02/09/22 23:54:50, nfs: commencing lattice sieving with 48 threads
02/10/22 00:03:19, nfs: commencing lattice sieving with 48 threads
02/10/22 00:11:35, nfs: commencing lattice sieving with 48 threads
02/10/22 00:19:50, nfs: commencing lattice sieving with 48 threads
02/10/22 00:28:13, nfs: commencing lattice sieving with 48 threads
02/10/22 00:36:39, nfs: commencing lattice sieving with 48 threads
02/10/22 00:45:16, nfs: commencing lattice sieving with 48 threads
02/10/22 00:53:42, nfs: commencing lattice sieving with 48 threads
02/10/22 01:02:00, nfs: commencing lattice sieving with 48 threads
02/10/22 01:10:26, nfs: commencing lattice sieving with 48 threads
02/10/22 01:18:56, nfs: commencing lattice sieving with 48 threads
02/10/22 01:27:31, nfs: commencing lattice sieving with 48 threads
02/10/22 01:36:02, nfs: commencing lattice sieving with 48 threads
02/10/22 01:44:15, nfs: commencing lattice sieving with 48 threads
02/10/22 01:52:48, nfs: commencing lattice sieving with 48 threads
02/10/22 02:01:12, nfs: commencing lattice sieving with 48 threads
02/10/22 02:09:34, nfs: commencing lattice sieving with 48 threads
02/10/22 02:18:04, nfs: commencing lattice sieving with 48 threads
02/10/22 02:26:32, nfs: commencing lattice sieving with 48 threads
02/10/22 02:35:00, nfs: commencing lattice sieving with 48 threads
02/10/22 02:43:27, nfs: commencing lattice sieving with 48 threads
02/10/22 02:52:00, nfs: commencing lattice sieving with 48 threads
02/10/22 03:00:22, nfs: commencing lattice sieving with 48 threads
02/10/22 03:08:51, nfs: commencing lattice sieving with 48 threads
02/10/22 03:17:10, nfs: commencing lattice sieving with 48 threads
02/10/22 03:25:32, nfs: commencing lattice sieving with 48 threads
02/10/22 03:33:41, nfs: commencing lattice sieving with 48 threads
02/10/22 03:42:12, nfs: commencing lattice sieving with 48 threads
02/10/22 03:50:43, nfs: commencing lattice sieving with 48 threads
02/10/22 03:59:03, nfs: commencing lattice sieving with 48 threads
02/10/22 04:07:18, nfs: commencing lattice sieving with 48 threads
02/10/22 04:15:43, nfs: commencing lattice sieving with 48 threads
02/10/22 04:24:23, nfs: commencing lattice sieving with 48 threads
02/10/22 04:32:51, nfs: commencing lattice sieving with 48 threads
02/10/22 04:41:16, nfs: commencing lattice sieving with 48 threads
02/10/22 04:49:30, nfs: commencing lattice sieving with 48 threads
02/10/22 04:57:54, nfs: commencing lattice sieving with 48 threads
02/10/22 05:06:07, nfs: commencing lattice sieving with 48 threads
02/10/22 05:15:02, nfs: commencing lattice sieving with 48 threads
02/10/22 05:23:28, nfs: commencing lattice sieving with 48 threads
02/10/22 05:31:51, nfs: commencing lattice sieving with 48 threads
02/10/22 05:40:12, nfs: commencing lattice sieving with 48 threads
02/10/22 05:48:37, nfs: commencing lattice sieving with 48 threads
02/10/22 05:56:55, nfs: commencing lattice sieving with 48 threads
02/10/22 06:05:17, nfs: commencing lattice sieving with 48 threads
02/10/22 06:13:31, nfs: commencing lattice sieving with 48 threads
02/10/22 06:21:49, nfs: commencing lattice sieving with 48 threads
02/10/22 06:30:23, nfs: commencing lattice sieving with 48 threads
02/10/22 06:38:51, nfs: commencing lattice sieving with 48 threads
02/10/22 06:47:05, nfs: commencing lattice sieving with 48 threads
02/10/22 06:55:21, nfs: commencing lattice sieving with 48 threads
02/10/22 07:03:30, nfs: commencing lattice sieving with 48 threads
02/10/22 07:12:06, nfs: commencing lattice sieving with 48 threads
02/10/22 07:20:19, nfs: commencing lattice sieving with 48 threads
02/10/22 07:28:36, nfs: commencing lattice sieving with 48 threads
02/10/22 07:37:19, nfs: commencing lattice sieving with 48 threads
02/10/22 07:45:26, nfs: commencing lattice sieving with 48 threads
02/10/22 07:53:48, nfs: commencing lattice sieving with 48 threads
02/10/22 08:02:06, nfs: commencing lattice sieving with 48 threads
02/10/22 08:10:21, nfs: commencing lattice sieving with 48 threads
02/10/22 08:18:58, nfs: commencing lattice sieving with 48 threads
02/10/22 08:27:25, nfs: commencing lattice sieving with 48 threads
02/10/22 08:35:47, nfs: commencing lattice sieving with 48 threads
02/10/22 08:44:07, nfs: commencing lattice sieving with 48 threads
02/10/22 08:52:29, nfs: commencing lattice sieving with 48 threads
02/10/22 09:00:54, nfs: commencing lattice sieving with 48 threads
02/10/22 09:09:06, nfs: commencing lattice sieving with 48 threads
02/10/22 09:17:25, nfs: commencing lattice sieving with 48 threads
02/10/22 09:25:55, nfs: commencing lattice sieving with 48 threads
02/10/22 09:34:16, nfs: commencing lattice sieving with 48 threads
02/10/22 09:42:39, nfs: commencing lattice sieving with 48 threads
02/10/22 09:50:59, nfs: commencing lattice sieving with 48 threads
02/10/22 09:59:42, nfs: commencing lattice sieving with 48 threads
02/10/22 10:08:07, nfs: commencing lattice sieving with 48 threads
02/10/22 10:16:29, nfs: commencing lattice sieving with 48 threads
02/10/22 10:24:50, nfs: commencing lattice sieving with 48 threads
02/10/22 10:32:58, nfs: commencing lattice sieving with 48 threads
02/10/22 10:41:10, nfs: commencing lattice sieving with 48 threads
02/10/22 10:49:54, nfs: commencing lattice sieving with 48 threads
02/10/22 10:58:20, nfs: commencing lattice sieving with 48 threads
02/10/22 11:06:36, nfs: commencing lattice sieving with 48 threads
02/10/22 11:14:58, nfs: commencing lattice sieving with 48 threads
02/10/22 11:23:11, nfs: commencing lattice sieving with 48 threads
02/10/22 11:31:50, nfs: commencing lattice sieving with 48 threads
02/10/22 11:40:06, nfs: commencing lattice sieving with 48 threads
02/10/22 11:48:31, nfs: commencing lattice sieving with 48 threads
02/10/22 11:56:50, nfs: commencing lattice sieving with 48 threads
02/10/22 12:05:16, nfs: commencing lattice sieving with 48 threads
02/10/22 12:13:30, nfs: commencing lattice sieving with 48 threads
02/10/22 12:21:45, nfs: commencing lattice sieving with 48 threads
02/10/22 12:30:11, nfs: commencing lattice sieving with 48 threads
02/10/22 12:38:32, nfs: commencing lattice sieving with 48 threads
02/10/22 12:47:10, nfs: commencing lattice sieving with 48 threads
02/10/22 12:55:48, nfs: commencing lattice sieving with 48 threads
02/10/22 13:04:06, nfs: commencing lattice sieving with 48 threads
02/10/22 13:12:32, nfs: commencing lattice sieving with 48 threads
02/10/22 13:20:49, nfs: commencing lattice sieving with 48 threads
02/10/22 13:29:06, nfs: commencing lattice sieving with 48 threads
02/10/22 13:37:12, nfs: commencing lattice sieving with 48 threads
02/10/22 13:45:41, nfs: commencing lattice sieving with 48 threads
02/10/22 13:53:58, nfs: commencing lattice sieving with 48 threads
02/10/22 14:02:29, nfs: commencing lattice sieving with 48 threads
02/10/22 14:10:42, nfs: commencing lattice sieving with 48 threads
02/10/22 14:18:51, nfs: commencing lattice sieving with 48 threads
02/10/22 14:27:17, nfs: commencing lattice sieving with 48 threads
02/10/22 14:35:29, nfs: commencing lattice sieving with 48 threads
02/10/22 14:44:07, nfs: commencing lattice sieving with 48 threads
02/10/22 14:52:34, nfs: commencing lattice sieving with 48 threads
02/10/22 15:00:50, nfs: commencing lattice sieving with 48 threads
02/10/22 15:08:55, nfs: commencing lattice sieving with 48 threads
02/10/22 15:17:18, nfs: commencing lattice sieving with 48 threads
02/10/22 15:25:41, nfs: commencing lattice sieving with 48 threads
02/10/22 15:34:06, nfs: commencing lattice sieving with 48 threads
02/10/22 15:42:29, nfs: commencing lattice sieving with 48 threads
02/10/22 15:50:41, nfs: commencing lattice sieving with 48 threads
02/10/22 15:59:09, nfs: commencing lattice sieving with 48 threads
02/10/22 16:07:26, nfs: commencing lattice sieving with 48 threads
02/10/22 16:15:39, nfs: commencing lattice sieving with 48 threads
02/10/22 16:23:58, nfs: commencing lattice sieving with 48 threads
02/10/22 16:32:08, nfs: commencing lattice sieving with 48 threads
02/10/22 16:40:33, nfs: commencing lattice sieving with 48 threads
02/10/22 16:48:46, nfs: commencing lattice sieving with 48 threads
02/10/22 16:57:08, nfs: commencing lattice sieving with 48 threads
02/10/22 17:05:17, nfs: commencing lattice sieving with 48 threads
02/10/22 17:13:55, nfs: commencing lattice sieving with 48 threads
02/10/22 17:22:44, nfs: commencing lattice sieving with 48 threads
02/10/22 17:31:01, nfs: commencing lattice sieving with 48 threads
02/10/22 17:39:18, nfs: commencing lattice sieving with 48 threads
02/10/22 17:47:36, nfs: commencing lattice sieving with 48 threads
02/10/22 17:55:48, nfs: commencing lattice sieving with 48 threads
02/10/22 18:04:04, nfs: commencing lattice sieving with 48 threads
02/10/22 18:12:20, nfs: commencing lattice sieving with 48 threads
02/10/22 18:20:48, nfs: commencing lattice sieving with 48 threads
02/10/22 18:29:02, nfs: commencing lattice sieving with 48 threads
02/10/22 18:37:12, nfs: commencing lattice sieving with 48 threads
02/10/22 18:45:26, nfs: commencing lattice sieving with 48 threads
02/10/22 18:53:36, nfs: commencing lattice sieving with 48 threads
02/10/22 19:01:52, nfs: commencing lattice sieving with 48 threads
02/10/22 19:10:11, nfs: commencing lattice sieving with 48 threads
02/10/22 19:18:25, nfs: commencing lattice sieving with 48 threads
02/10/22 19:26:45, nfs: commencing lattice sieving with 48 threads
02/10/22 19:34:55, nfs: commencing lattice sieving with 48 threads
02/10/22 19:43:21, nfs: commencing lattice sieving with 48 threads
02/10/22 19:51:39, nfs: commencing lattice sieving with 48 threads
02/10/22 20:00:09, nfs: commencing lattice sieving with 48 threads
02/10/22 20:08:20, nfs: commencing lattice sieving with 48 threads
02/10/22 20:16:38, nfs: commencing lattice sieving with 48 threads
02/10/22 20:25:05, nfs: commencing lattice sieving with 48 threads
02/10/22 20:33:17, nfs: commencing lattice sieving with 48 threads
02/10/22 20:41:39, nfs: commencing lattice sieving with 48 threads
02/10/22 20:49:51, nfs: commencing lattice sieving with 48 threads
02/10/22 20:58:16, nfs: commencing lattice sieving with 48 threads
02/10/22 21:06:41, nfs: commencing lattice sieving with 48 threads
02/10/22 21:14:56, nfs: commencing lattice sieving with 48 threads
02/10/22 21:23:11, nfs: commencing lattice sieving with 48 threads
02/10/22 21:31:27, nfs: commencing lattice sieving with 48 threads
02/10/22 21:39:50, nfs: commencing lattice sieving with 48 threads
02/10/22 21:48:23, nfs: commencing lattice sieving with 48 threads
02/10/22 21:56:40, nfs: commencing lattice sieving with 48 threads
02/10/22 22:05:03, nfs: commencing lattice sieving with 48 threads
02/10/22 22:13:25, nfs: commencing lattice sieving with 48 threads
02/10/22 22:21:43, nfs: commencing lattice sieving with 48 threads
02/10/22 22:29:56, nfs: commencing lattice sieving with 48 threads
02/10/22 22:38:01, nfs: commencing lattice sieving with 48 threads
02/10/22 22:46:15, nfs: commencing lattice sieving with 48 threads
02/10/22 22:54:36, nfs: commencing lattice sieving with 48 threads
02/10/22 23:02:42, nfs: commencing lattice sieving with 48 threads
02/10/22 23:10:47, nfs: commencing lattice sieving with 48 threads
02/10/22 23:19:06, nfs: commencing lattice sieving with 48 threads
02/10/22 23:27:38, nfs: commencing lattice sieving with 48 threads
02/10/22 23:36:10, nfs: commencing lattice sieving with 48 threads
02/10/22 23:44:21, nfs: commencing lattice sieving with 48 threads
02/10/22 23:52:30, nfs: commencing lattice sieving with 48 threads
02/11/22 00:00:57, nfs: commencing lattice sieving with 48 threads
02/11/22 00:09:13, nfs: commencing lattice sieving with 48 threads
02/11/22 00:17:33, nfs: commencing lattice sieving with 48 threads
02/11/22 00:25:50, nfs: commencing lattice sieving with 48 threads
02/11/22 00:33:56, nfs: commencing lattice sieving with 48 threads
02/11/22 00:42:00, nfs: commencing lattice sieving with 48 threads
02/11/22 00:50:04, nfs: commencing lattice sieving with 48 threads
02/11/22 00:58:28, nfs: commencing lattice sieving with 48 threads
02/11/22 01:06:25, nfs: commencing lattice sieving with 48 threads
02/11/22 01:14:56, nfs: commencing lattice sieving with 48 threads
02/11/22 01:23:09, nfs: commencing lattice sieving with 48 threads
02/11/22 01:31:38, nfs: commencing lattice sieving with 48 threads
02/11/22 01:39:45, nfs: commencing lattice sieving with 48 threads
02/11/22 01:47:51, nfs: commencing lattice sieving with 48 threads
02/11/22 01:56:10, nfs: commencing lattice sieving with 48 threads
02/11/22 02:04:38, nfs: commencing lattice sieving with 48 threads
02/11/22 02:12:45, nfs: commencing lattice sieving with 48 threads
02/11/22 02:20:49, nfs: commencing lattice sieving with 48 threads
02/11/22 02:28:48, nfs: commencing lattice sieving with 48 threads
02/11/22 02:37:38, nfs: commencing lattice sieving with 48 threads
02/11/22 02:45:47, nfs: commencing lattice sieving with 48 threads
02/11/22 02:54:05, nfs: commencing lattice sieving with 48 threads
02/11/22 03:02:07, nfs: commencing lattice sieving with 48 threads
02/11/22 03:10:24, nfs: commencing lattice sieving with 48 threads
02/11/22 03:18:41, nfs: commencing lattice sieving with 48 threads
02/11/22 03:26:46, nfs: commencing lattice sieving with 48 threads
02/11/22 03:35:02, nfs: commencing lattice sieving with 48 threads
02/11/22 03:43:08, nfs: commencing lattice sieving with 48 threads
02/11/22 03:51:15, nfs: commencing lattice sieving with 48 threads
02/11/22 03:59:21, nfs: commencing lattice sieving with 48 threads
02/11/22 04:07:27, nfs: commencing lattice sieving with 48 threads
02/11/22 04:15:44, nfs: commencing lattice sieving with 48 threads
02/11/22 04:23:59, nfs: commencing lattice sieving with 48 threads
02/11/22 04:32:09, nfs: commencing lattice sieving with 48 threads
02/11/22 04:40:23, nfs: commencing lattice sieving with 48 threads
02/11/22 04:48:22, nfs: commencing lattice sieving with 48 threads
02/11/22 04:56:22, nfs: commencing lattice sieving with 48 threads
02/11/22 05:04:21, nfs: commencing lattice sieving with 48 threads
02/11/22 05:12:30, nfs: commencing lattice sieving with 48 threads
02/11/22 05:20:40, nfs: commencing lattice sieving with 48 threads
02/11/22 05:28:32, nfs: commencing lattice sieving with 48 threads
02/11/22 05:36:28, nfs: commencing lattice sieving with 48 threads
02/11/22 05:44:41, nfs: commencing lattice sieving with 48 threads
02/11/22 05:52:58, nfs: commencing lattice sieving with 48 threads
02/11/22 06:01:19, nfs: commencing lattice sieving with 48 threads
02/11/22 06:09:31, nfs: commencing lattice sieving with 48 threads
02/11/22 06:17:50, nfs: commencing lattice sieving with 48 threads
02/11/22 06:25:58, nfs: commencing lattice sieving with 48 threads
02/11/22 06:34:08, nfs: commencing lattice sieving with 48 threads
02/11/22 06:42:23, nfs: commencing lattice sieving with 48 threads
02/11/22 06:50:35, nfs: commencing lattice sieving with 48 threads
02/11/22 06:58:49, nfs: commencing lattice sieving with 48 threads
02/11/22 07:07:18, nfs: commencing lattice sieving with 48 threads
02/11/22 07:15:43, nfs: commencing lattice sieving with 48 threads
02/11/22 07:23:42, nfs: commencing lattice sieving with 48 threads
02/11/22 07:31:56, nfs: commencing lattice sieving with 48 threads
02/11/22 07:39:56, nfs: commencing lattice sieving with 48 threads
02/11/22 07:48:12, nfs: commencing lattice sieving with 48 threads
02/11/22 07:56:32, nfs: commencing lattice sieving with 48 threads
02/11/22 08:04:42, nfs: commencing lattice sieving with 48 threads
02/11/22 08:12:55, nfs: commencing lattice sieving with 48 threads
02/11/22 08:20:55, nfs: commencing lattice sieving with 48 threads
02/11/22 08:29:06, nfs: commencing lattice sieving with 48 threads
02/11/22 08:37:05, nfs: commencing lattice sieving with 48 threads
02/11/22 08:45:18, nfs: commencing lattice sieving with 48 threads
02/11/22 08:53:37, nfs: commencing lattice sieving with 48 threads
02/11/22 09:01:49, nfs: commencing lattice sieving with 48 threads
02/11/22 09:10:03, nfs: commencing lattice sieving with 48 threads
02/11/22 09:18:29, nfs: commencing lattice sieving with 48 threads
02/11/22 09:26:39, nfs: commencing lattice sieving with 48 threads
02/11/22 09:34:49, nfs: commencing lattice sieving with 48 threads
02/11/22 09:43:02, nfs: commencing lattice sieving with 48 threads
02/11/22 09:51:15, nfs: commencing lattice sieving with 48 threads
02/11/22 09:59:34, nfs: commencing lattice sieving with 48 threads
02/11/22 10:07:47, nfs: commencing lattice sieving with 48 threads
02/11/22 10:16:07, nfs: commencing lattice sieving with 48 threads
02/11/22 10:24:13, nfs: commencing lattice sieving with 48 threads
02/11/22 10:32:18, nfs: commencing lattice sieving with 48 threads
02/11/22 10:40:19, nfs: commencing lattice sieving with 48 threads
02/11/22 10:48:33, nfs: commencing lattice sieving with 48 threads
02/11/22 10:56:35, nfs: commencing lattice sieving with 48 threads
02/11/22 11:04:38, nfs: commencing lattice sieving with 48 threads
02/11/22 11:12:51, nfs: commencing lattice sieving with 48 threads
02/11/22 11:21:01, nfs: commencing lattice sieving with 48 threads
02/11/22 11:29:03, nfs: commencing lattice sieving with 48 threads
02/11/22 11:37:17, nfs: commencing lattice sieving with 48 threads
02/11/22 11:45:37, nfs: commencing lattice sieving with 48 threads
02/11/22 11:53:51, nfs: commencing lattice sieving with 48 threads
02/11/22 12:02:11, nfs: commencing lattice sieving with 48 threads
02/11/22 12:10:13, nfs: commencing lattice sieving with 48 threads
02/11/22 12:18:16, nfs: commencing lattice sieving with 48 threads
02/11/22 12:26:23, nfs: commencing lattice sieving with 48 threads
02/11/22 12:34:35, nfs: commencing lattice sieving with 48 threads
02/11/22 12:42:32, nfs: commencing lattice sieving with 48 threads
02/11/22 12:50:36, nfs: commencing lattice sieving with 48 threads
02/11/22 12:58:46, nfs: commencing lattice sieving with 48 threads
02/11/22 13:07:24, nfs: commencing lattice sieving with 48 threads
02/11/22 13:15:40, nfs: commencing lattice sieving with 48 threads
02/11/22 13:23:38, nfs: commencing lattice sieving with 48 threads
02/11/22 13:32:00, nfs: commencing lattice sieving with 48 threads
02/11/22 13:40:12, nfs: commencing lattice sieving with 48 threads
02/11/22 13:48:20, nfs: commencing lattice sieving with 48 threads
02/11/22 13:56:30, nfs: commencing lattice sieving with 48 threads
02/11/22 14:04:41, nfs: commencing lattice sieving with 48 threads
02/11/22 14:12:52, nfs: commencing lattice sieving with 48 threads
02/11/22 14:20:59, nfs: commencing lattice sieving with 48 threads
02/11/22 14:29:08, nfs: commencing lattice sieving with 48 threads
02/11/22 14:37:23, nfs: commencing lattice sieving with 48 threads
02/11/22 14:45:30, nfs: commencing lattice sieving with 48 threads
02/11/22 14:53:47, nfs: commencing lattice sieving with 48 threads
02/11/22 15:02:22, nfs: commencing lattice sieving with 48 threads
02/11/22 15:10:15, nfs: commencing lattice sieving with 48 threads
02/11/22 15:18:10, nfs: commencing lattice sieving with 48 threads
02/11/22 15:26:22, nfs: commencing lattice sieving with 48 threads
02/11/22 15:34:24, nfs: commencing lattice sieving with 48 threads
02/11/22 15:42:31, nfs: commencing lattice sieving with 48 threads
02/11/22 15:50:44, nfs: commencing lattice sieving with 48 threads
02/11/22 15:59:08, nfs: commencing lattice sieving with 48 threads
02/11/22 16:07:05, nfs: commencing lattice sieving with 48 threads
02/11/22 16:15:17, nfs: commencing lattice sieving with 48 threads
02/11/22 16:23:34, nfs: commencing lattice sieving with 48 threads
02/11/22 16:31:37, nfs: commencing lattice sieving with 48 threads
02/11/22 16:39:54, nfs: commencing lattice sieving with 48 threads
02/11/22 16:48:02, nfs: commencing lattice sieving with 48 threads
02/11/22 16:56:05, nfs: commencing lattice sieving with 48 threads
02/11/22 17:04:06, nfs: commencing lattice sieving with 48 threads
02/11/22 17:12:13, nfs: commencing lattice sieving with 48 threads
02/11/22 17:20:41, nfs: commencing lattice sieving with 48 threads
02/11/22 17:28:43, nfs: commencing lattice sieving with 48 threads
02/11/22 17:37:03, nfs: commencing lattice sieving with 48 threads
02/11/22 17:45:20, nfs: commencing lattice sieving with 48 threads
02/11/22 17:53:26, nfs: commencing lattice sieving with 48 threads
02/11/22 18:01:53, nfs: commencing lattice sieving with 48 threads
02/11/22 18:09:48, nfs: commencing lattice sieving with 48 threads
02/11/22 18:18:06, nfs: commencing lattice sieving with 48 threads
02/11/22 18:26:11, nfs: commencing lattice sieving with 48 threads
02/11/22 18:34:12, nfs: commencing lattice sieving with 48 threads
02/11/22 18:42:17, nfs: commencing lattice sieving with 48 threads
02/11/22 18:50:29, nfs: commencing lattice sieving with 48 threads
02/11/22 18:58:27, nfs: commencing lattice sieving with 48 threads
02/11/22 19:06:29, nfs: commencing lattice sieving with 48 threads
02/11/22 19:14:41, nfs: commencing lattice sieving with 48 threads
02/11/22 19:22:57, nfs: commencing lattice sieving with 48 threads
02/11/22 19:30:54, nfs: commencing lattice sieving with 48 threads
02/11/22 19:38:53, nfs: commencing lattice sieving with 48 threads
02/11/22 19:47:08, nfs: commencing lattice sieving with 48 threads
02/11/22 19:55:34, nfs: commencing lattice sieving with 48 threads
02/11/22 20:03:52, nfs: commencing lattice sieving with 48 threads
02/11/22 20:12:02, nfs: commencing lattice sieving with 48 threads
02/11/22 20:20:16, nfs: commencing lattice sieving with 48 threads
02/11/22 20:28:23, nfs: commencing lattice sieving with 48 threads
02/11/22 20:36:52, nfs: commencing lattice sieving with 48 threads
02/11/22 20:45:08, nfs: commencing lattice sieving with 48 threads
02/11/22 20:53:32, nfs: commencing lattice sieving with 48 threads
02/11/22 21:01:47, nfs: commencing lattice sieving with 48 threads
02/11/22 21:09:44, nfs: commencing lattice sieving with 48 threads
02/11/22 21:18:03, nfs: commencing lattice sieving with 48 threads
02/11/22 21:26:26, nfs: commencing lattice sieving with 48 threads
02/11/22 21:34:29, nfs: commencing lattice sieving with 48 threads
02/11/22 21:42:37, nfs: commencing lattice sieving with 48 threads
02/11/22 21:50:50, nfs: commencing lattice sieving with 48 threads
02/11/22 21:58:41, nfs: commencing lattice sieving with 48 threads
02/11/22 22:07:11, nfs: commencing lattice sieving with 48 threads
02/11/22 22:15:00, nfs: commencing lattice sieving with 48 threads
02/11/22 22:23:03, nfs: commencing lattice sieving with 48 threads
02/11/22 22:31:03, nfs: commencing lattice sieving with 48 threads
02/11/22 22:39:06, nfs: commencing lattice sieving with 48 threads
02/11/22 22:47:18, nfs: commencing lattice sieving with 48 threads
02/11/22 22:55:21, nfs: commencing lattice sieving with 48 threads
02/11/22 23:03:21, nfs: commencing lattice sieving with 48 threads
02/11/22 23:11:24, nfs: commencing lattice sieving with 48 threads
02/11/22 23:19:40, nfs: commencing lattice sieving with 48 threads
02/11/22 23:27:55, nfs: commencing lattice sieving with 48 threads
02/11/22 23:36:03, nfs: commencing lattice sieving with 48 threads
02/11/22 23:44:10, nfs: commencing lattice sieving with 48 threads
02/11/22 23:52:14, nfs: commencing lattice sieving with 48 threads
02/12/22 00:00:19, nfs: commencing lattice sieving with 48 threads
02/12/22 00:08:23, nfs: commencing lattice sieving with 48 threads
02/12/22 00:16:20, nfs: commencing lattice sieving with 48 threads
02/12/22 00:24:23, nfs: commencing lattice sieving with 48 threads
02/12/22 00:32:24, nfs: commencing lattice sieving with 48 threads
02/12/22 00:40:40, nfs: commencing lattice sieving with 48 threads
02/12/22 00:48:56, nfs: commencing lattice sieving with 48 threads
02/12/22 00:56:55, nfs: commencing lattice sieving with 48 threads
02/12/22 01:05:14, nfs: commencing lattice sieving with 48 threads
02/12/22 01:13:11, nfs: commencing lattice sieving with 48 threads
02/12/22 01:21:16, nfs: commencing lattice sieving with 48 threads
02/12/22 01:29:24, nfs: commencing lattice sieving with 48 threads
02/12/22 01:37:34, nfs: commencing lattice sieving with 48 threads
02/12/22 01:45:28, nfs: commencing lattice sieving with 48 threads
02/12/22 01:53:22, nfs: commencing lattice sieving with 48 threads
02/12/22 02:01:22, nfs: commencing lattice sieving with 48 threads
02/12/22 02:09:20, nfs: commencing lattice sieving with 48 threads
02/12/22 02:17:27, nfs: commencing lattice sieving with 48 threads
02/12/22 02:25:26, nfs: commencing lattice sieving with 48 threads
02/12/22 02:33:29, nfs: commencing lattice sieving with 48 threads
02/12/22 02:41:42, nfs: commencing lattice sieving with 48 threads
02/12/22 02:49:42, nfs: commencing lattice sieving with 48 threads
02/12/22 02:57:43, nfs: commencing lattice sieving with 48 threads
02/12/22 03:06:03, nfs: commencing lattice sieving with 48 threads
02/12/22 03:13:56, nfs: commencing lattice sieving with 48 threads
02/12/22 03:21:50, nfs: commencing lattice sieving with 48 threads
02/12/22 03:30:04, nfs: commencing lattice sieving with 48 threads
02/12/22 03:38:03, nfs: commencing lattice sieving with 48 threads
02/12/22 03:46:29, nfs: commencing lattice sieving with 48 threads
02/12/22 03:54:38, nfs: commencing lattice sieving with 48 threads
02/12/22 04:02:34, nfs: commencing lattice sieving with 48 threads
02/12/22 04:10:48, nfs: commencing lattice sieving with 48 threads
02/12/22 04:18:56, nfs: commencing lattice sieving with 48 threads
02/12/22 04:26:59, nfs: commencing lattice sieving with 48 threads
02/12/22 04:35:05, nfs: commencing lattice sieving with 48 threads
02/12/22 04:42:57, nfs: commencing lattice sieving with 48 threads
02/12/22 04:50:57, nfs: commencing lattice sieving with 48 threads
02/12/22 04:59:07, nfs: commencing lattice sieving with 48 threads
02/12/22 05:07:24, nfs: commencing lattice sieving with 48 threads
02/12/22 05:15:19, nfs: commencing lattice sieving with 48 threads
02/12/22 05:23:31, nfs: commencing lattice sieving with 48 threads
02/12/22 05:31:30, nfs: commencing lattice sieving with 48 threads
02/12/22 05:39:25, nfs: commencing lattice sieving with 48 threads
02/12/22 05:47:31, nfs: commencing lattice sieving with 48 threads
02/12/22 05:55:34, nfs: commencing lattice sieving with 48 threads
02/12/22 06:03:41, nfs: commencing lattice sieving with 48 threads
02/12/22 06:11:43, nfs: commencing lattice sieving with 48 threads
02/12/22 06:19:51, nfs: commencing lattice sieving with 48 threads
02/12/22 06:28:00, nfs: commencing lattice sieving with 48 threads
02/12/22 06:36:11, nfs: commencing lattice sieving with 48 threads
02/12/22 06:44:05, nfs: commencing lattice sieving with 48 threads
02/12/22 06:52:01, nfs: commencing lattice sieving with 48 threads
02/12/22 07:00:16, nfs: commencing lattice sieving with 48 threads
02/12/22 07:08:37, nfs: commencing lattice sieving with 48 threads
02/12/22 07:16:32, nfs: commencing lattice sieving with 48 threads
02/12/22 07:24:33, nfs: commencing lattice sieving with 48 threads
02/12/22 07:32:46, nfs: commencing lattice sieving with 48 threads
02/12/22 07:40:42, nfs: commencing lattice sieving with 48 threads
02/12/22 07:48:52, nfs: commencing lattice sieving with 48 threads
02/12/22 07:56:52, nfs: commencing lattice sieving with 48 threads
02/12/22 08:04:58, nfs: commencing lattice sieving with 48 threads
02/12/22 08:13:11, nfs: commencing lattice sieving with 48 threads
02/12/22 08:21:08, nfs: commencing lattice sieving with 48 threads
02/12/22 08:29:05, nfs: commencing lattice sieving with 48 threads
02/12/22 08:37:15, nfs: commencing lattice sieving with 48 threads
02/12/22 08:45:12, nfs: commencing lattice sieving with 48 threads
02/12/22 08:53:16, nfs: commencing lattice sieving with 48 threads
02/12/22 09:01:31, nfs: commencing lattice sieving with 48 threads
02/12/22 09:09:55, nfs: commencing lattice sieving with 48 threads
02/12/22 09:17:44, nfs: commencing lattice sieving with 48 threads
02/12/22 09:25:40, nfs: commencing lattice sieving with 48 threads
02/12/22 09:33:36, nfs: commencing lattice sieving with 48 threads
02/12/22 09:41:31, nfs: commencing lattice sieving with 48 threads
02/12/22 09:49:36, nfs: commencing lattice sieving with 48 threads
02/12/22 09:57:32, nfs: commencing lattice sieving with 48 threads
02/12/22 10:05:35, nfs: commencing lattice sieving with 48 threads
02/12/22 10:13:34, nfs: commencing lattice sieving with 48 threads
02/12/22 10:21:25, nfs: commencing lattice sieving with 48 threads
02/12/22 10:29:17, nfs: commencing lattice sieving with 48 threads
02/12/22 10:37:27, nfs: commencing lattice sieving with 48 threads
02/12/22 10:45:23, nfs: commencing lattice sieving with 48 threads
02/12/22 10:53:19, nfs: commencing lattice sieving with 48 threads
02/12/22 11:01:31, nfs: commencing lattice sieving with 48 threads
02/12/22 11:09:20, nfs: commencing lattice sieving with 48 threads
02/12/22 11:17:25, nfs: commencing lattice sieving with 48 threads
02/12/22 11:25:36, nfs: commencing lattice sieving with 48 threads
02/12/22 11:33:45, nfs: commencing lattice sieving with 48 threads
02/12/22 11:41:53, nfs: commencing lattice sieving with 48 threads
02/12/22 11:50:09, nfs: commencing lattice sieving with 48 threads
02/12/22 11:58:27, nfs: commencing msieve filtering
02/12/22 12:45:41, nfs: commencing msieve linear algebra
02/12/22 22:35:34, nfs: commencing msieve sqrt
02/12/22 22:52:25, prp119 = 49383754917758737763635485127931846613929451697024418071107649304357433843624195787453467391627646082881790722183421907
02/12/22 22:52:25, prp120 = 224995266755535415366731149377947580408085476528372147307326700783870529602722674519446833358213080078919156952552892633
02/12/22 22:52:28, NFS elapsed time = 371208.2783 seconds.
02/12/22 22:52:28, 
02/12/22 22:52:28, 
02/12/22 22:52:28, Total factoring time = 639807.0407 seconds
software ソフトウェア
YAFU Version 2.07
Built with GCC 9
Using GMP-ECM 7.0.5-dev, Powered by GMP 6.2.1
Detected Intel(R) Xeon(R) Gold 6248R CPU @ 3.00GHz
Detected L1 = 32768 bytes, L2 = 37486592 bytes, CL = 64 bytes
Using 1 random witness for Rabin-Miller PRP checks
Cached 664579 primes; max prime is 9999991
execution environment 実行環境
Ubuntu 20.04.3 LTS

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:55 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 55 秒 (日本時間)
4511e640001000Serge BatalovDecember 18, 2014 00:18:59 UTC 2014 年 12 月 18 日 (木) 9 時 18 分 59 秒 (日本時間)
1000Serge BatalovDecember 18, 2014 01:48:48 UTC 2014 年 12 月 18 日 (木) 10 時 48 分 48 秒 (日本時間)
2000Serge BatalovDecember 20, 2014 04:02:04 UTC 2014 年 12 月 20 日 (土) 13 時 2 分 4 秒 (日本時間)
5043e6500Serge BatalovJanuary 11, 2015 01:24:47 UTC 2015 年 1 月 11 日 (日) 10 時 24 分 47 秒 (日本時間)
5511e78000 / 17322yoyo@HomeMay 25, 2020 13:33:32 UTC 2020 年 5 月 25 日 (月) 22 時 33 分 32 秒 (日本時間)

10240+1799

c203

name 名前Serge Batalov
date 日付December 11, 2014 01:32:06 UTC 2014 年 12 月 11 日 (木) 10 時 32 分 6 秒 (日本時間)
composite number 合成数
64542042341943983239850753388637301915726515709228723902058002524722585109419286887246297754833641220370223402471472664794304432155666891637911019858334175852436776500286619010585141777717385522488883623<203>
prime factors 素因数
31881606761558064607367528403641959<35>
composite cofactor 合成数の残り
2024428781919703735929446813214948904358661299148594243706296335034925395827918906743512022255272868839125049442801032098976502906752372876483212935568761930197406370497<169>
factorization results 素因数分解の結果
Input number is 64542042341943983239850753388637301915726515709228723902058002524722585109419286887246297754833641220370223402471472664794304432155666891637911019858334175852436776500286619010585141777717385522488883623 (203 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=324589831
Step 1 took 16074ms
Step 2 took 10528ms
********** Factor found in step 2: 31881606761558064607367528403641959
Found probable prime factor of 35 digits: 31881606761558064607367528403641959
Composite cofactor 2024428781919703735929446813214948904358661299148594243706296335034925395827918906743512022255272868839125049442801032098976502906752372876483212935568761930197406370497 has 169 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61100300Serge BatalovDecember 10, 2014 19:46:08 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 8 秒 (日本時間)
800Dmitry DomanovNovember 23, 2016 12:50:41 UTC 2016 年 11 月 23 日 (水) 21 時 50 分 41 秒 (日本時間)
4511e6800 / 4232Dmitry DomanovJanuary 11, 2017 00:07:54 UTC 2017 年 1 月 11 日 (水) 9 時 7 分 54 秒 (日本時間)

10241+1799

c189

name 名前Cyp
date 日付June 23, 2015 17:49:51 UTC 2015 年 6 月 24 日 (水) 2 時 49 分 51 秒 (日本時間)
composite number 合成数
393373014929307292288750208567258547344454170291967870707743292115203765697281876798555795527656043850791273783056200666984272695695358146915739168003750592016920784276004789038703580132739<189>
prime factors 素因数
1864076838222539704911178479779066353<37>
composite cofactor 合成数の残り
211028326120076553875451583947025634815968741322916634137794274118734859104602983008445687111886643981649606403079501750601030073068975060585346842192563<153>
factorization results 素因数分解の結果
Run 340 out of 585:
Using B1=11000000, B2=35133391030, polynomial Dickson(12), sigma=393068994
Step 1 took 59336ms
Step 2 took 19469ms
********** Factor found in step 2: 1864076838222539704911178479779066353
Found probable prime factor of 37 digits: 1864076838222539704911178479779066353
Composite cofactor 211028326120076553875451583947025634815968741322916634137794274118734859104602983008445687111886643981649606403079501750601030073068975060585346842192563 has 153 digits
software ソフトウェア
GMP-ECM 6.4.4
execution environment 実行環境
Gentoo Linux, Intel(R) Core(TM) i7-3770K CPU

c153

name 名前NFS@Home + Rich Dickerson
date 日付October 28, 2022 11:26:37 UTC 2022 年 10 月 28 日 (金) 20 時 26 分 37 秒 (日本時間)
composite number 合成数
211028326120076553875451583947025634815968741322916634137794274118734859104602983008445687111886643981649606403079501750601030073068975060585346842192563<153>
prime factors 素因数
130355111152663520332389032326384974915031176575866944365034673003<66>
1618872664478293865641530238259748583684554781460609382454765396566909485876668533186521<88>
factorization results 素因数分解の結果
p66 factor: 130355111152663520332389032326384974915031176575866944365034673003
p88 factor: 1618872664478293865641530238259748583684554781460609382454765396566909485876668533186521

Complete post-processing log at: https://pastebin.com/v7v57B3A
software ソフトウェア
GGNFS + Msieve
execution environment 実行環境
GTX 1660 for LA phase.

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:09 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 9 秒 (日本時間)
4511e64409585CypJune 23, 2015 17:49:51 UTC 2015 年 6 月 24 日 (水) 2 時 49 分 51 秒 (日本時間)
800Dmitry DomanovMarch 1, 2016 13:14:11 UTC 2016 年 3 月 1 日 (火) 22 時 14 分 11 秒 (日本時間)
3024Ben MeekinsJanuary 27, 2017 16:52:50 UTC 2017 年 1 月 28 日 (土) 1 時 52 分 50 秒 (日本時間)
5043e60--
5511e73283 / 1749138Ben MeekinsJanuary 27, 2017 21:26:06 UTC 2017 年 1 月 28 日 (土) 6 時 26 分 6 秒 (日本時間)
3245Ben MeekinsFebruary 22, 2017 19:02:07 UTC 2017 年 2 月 23 日 (木) 4 時 2 分 7 秒 (日本時間)

10242+1799

c233

composite cofactor 合成数の残り
13333368762760809741356978067095453219371627847622850036770451039775836225685352224451264145232420044919876694429685771894366411043760758814421655014555038008980330795868324114644170765823892280579901290247041777772745231071961337749<233>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280CypDecember 8, 2014 19:07:19 UTC 2014 年 12 月 9 日 (火) 4 時 7 分 19 秒 (日本時間)
4511e6591 / 4413CypMay 17, 2015 20:21:23 UTC 2015 年 5 月 18 日 (月) 5 時 21 分 23 秒 (日本時間)

10243+1799

c228

composite cofactor 合成数の残り
125818562761432672172850291921936037475691922981487658935906481266647039264611119717559297593295664493962415813999568694531268583870938273471711987508406919913799836668588424284476126335666065694376342335877573026378636609964357<228>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6280 / 2318CypDecember 10, 2014 10:28:18 UTC 2014 年 12 月 10 日 (水) 19 時 28 分 18 秒 (日本時間)

10244+1799

c242

name 名前Serge Batalov
date 日付December 9, 2014 02:39:20 UTC 2014 年 12 月 9 日 (火) 11 時 39 分 20 秒 (日本時間)
composite number 合成数
28490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490028490029<242>
prime factors 素因数
811402080478984382671802098486967<33>
composite cofactor 合成数の残り
35112096918965679705241534412586814407513172267884404780549415247981068316518547790393135261853188376344650538438202444085784200547859213901098175646996772733572426172290359674923037751312421016945586940841787<209>
factorization results 素因数分解の結果
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=3219882228
Step 1 took 20919ms
********** Factor found in step 1: 811402080478984382671802098486967
Found probable prime factor of 33 digits: 811402080478984382671802098486967
Composite cofactor 

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e62320Serge BatalovDecember 9, 2014 00:57:59 UTC 2014 年 12 月 9 日 (火) 9 時 57 分 59 秒 (日本時間)

10245+1799

c181

name 名前Serge Batalov
date 日付December 11, 2014 01:32:10 UTC 2014 年 12 月 11 日 (木) 10 時 32 分 10 秒 (日本時間)
composite number 合成数
2433016059732044920850268691099225734651695484050337557221824745120093042963855743634646558377102473123049685404460339549081947470973443113354043952190377575369577489608761793575303<181>
prime factors 素因数
11546551574760611575455625901<29>
210713652814778799463993976635363300692349034195763339820177802323674348476960212856064187620014805673495075469155135908408483071886463870536692054857603<153>
factorization results 素因数分解の結果
Input number is 2433016059732044920850268691099225734651695484050337557221824745120093042963855743634646558377102473123049685404460339549081947470973443113354043952190377575369577489608761793575303 (181 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=881952710
Step 1 took 13614ms
********** Factor found in step 1: 11546551574760611575455625901
Found probable prime factor of 29 digits: 11546551574760611575455625901
Probable prime cofactor 210713652814778799463993976635363300692349034195763339820177802323674348476960212856064187620014805673495075469155135908408483071886463870536692054857603 has 153 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:09 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 9 秒 (日本時間)

10248+1799

c211

composite cofactor 合成数の残り
1096384532323738786043670198871707175678460759023246291246506717540323792729824404120864039798787469203372035594194200385360871007125654184549342962463869247594338238934437897812487942176349718131602749521911329<211>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300 / 2318Serge BatalovDecember 10, 2014 19:46:09 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 9 秒 (日本時間)

10249+1799

c222

name 名前Serge Batalov
date 日付December 11, 2014 01:32:13 UTC 2014 年 12 月 11 日 (木) 10 時 32 分 13 秒 (日本時間)
composite number 合成数
651429961251678432016088286120242930584332416706167375763980576697494988935587364990957246208863672148438918343875102973830727281418439326538629282347666622006068852424516322549429597761435925839928343082349356437614947441<222>
prime factors 素因数
301493240494731068879444913799<30>
composite cofactor 合成数の残り
2160678495420738622437290616998075600515031338578737125023517811487910783175642301532294615114117309478832482427861419933057125652332471396721282365435632813015478040191699339160739685753426759<193>
factorization results 素因数分解の結果
Input number is 651429961251678432016088286120242930584332416706167375763980576697494988935587364990957246208863672148438918343875102973830727281418439326538629282347666622006068852424516322549429597761435925839928343082349356437614947441 (222 digits)
Using B1=3000000, B2=11414255590, polynomial Dickson(12), sigma=701292891
Step 1 took 18086ms
Step 2 took 11576ms
********** Factor found in step 2: 301493240494731068879444913799
Found probable prime factor of 30 digits: 301493240494731068879444913799
Composite cofactor 2160678495420738622437290616998075600515031338578737125023517811487910783175642301532294615114117309478832482427861419933057125652332471396721282365435632813015478040191699339160739685753426759 has 193 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e6300Serge BatalovDecember 10, 2014 19:46:10 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 10 秒 (日本時間)
4511e6585 / 4409CypJanuary 24, 2015 10:17:39 UTC 2015 年 1 月 24 日 (土) 19 時 17 分 39 秒 (日本時間)

10250+1799

c236

composite cofactor 合成数の残り
56094833985812330773812985757527775643774673266662424928590818231008014795203855920995926928385532407525976758377874125900292496609224641846353136210935170683725467811466675710478277284499103344970923943646167612761208276632297010106629<236>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
351e6118Makoto KamadaDecember 6, 2014 04:00:00 UTC 2014 年 12 月 6 日 (土) 13 時 0 分 0 秒 (日本時間)
403e61300300Serge BatalovDecember 10, 2014 19:46:10 UTC 2014 年 12 月 11 日 (木) 4 時 46 分 10 秒 (日本時間)
1000Dmitry DomanovDecember 17, 2014 13:28:24 UTC 2014 年 12 月 17 日 (水) 22 時 28 分 24 秒 (日本時間)
4511e61095 / 418839CypJanuary 1, 2015 16:38:59 UTC 2015 年 1 月 2 日 (金) 1 時 38 分 59 秒 (日本時間)
256CypJanuary 25, 2015 21:58:16 UTC 2015 年 1 月 26 日 (月) 6 時 58 分 16 秒 (日本時間)
800Dmitry DomanovOctober 25, 2015 21:33:19 UTC 2015 年 10 月 26 日 (月) 6 時 33 分 19 秒 (日本時間)

10252+1799

c223

composite cofactor 合成数の残り
5088725167054851148062483204137174057362404000755061201469691511147599279425210068147868454179821805136861200440845151080303022743221602056692124869165952867744457104026436853754037664059731046133357966512414371310514261761<223>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:31:03 UTC 2016 年 4 月 15 日 (金) 15 時 31 分 3 秒 (日本時間)

10253+1799

c220

composite cofactor 合成数の残り
5780487143553170272733551082887039550234131985717878750421571116169991012309536195272885861978885279536504168923646470652850979474645587473141078099537965612201828084008565877137135299433768452515681862449660113602541169<220>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:31:14 UTC 2016 年 4 月 15 日 (金) 15 時 31 分 14 秒 (日本時間)

10254+1799

c202

name 名前Dmitry Domanov
date 日付April 15, 2016 09:35:53 UTC 2016 年 4 月 15 日 (金) 18 時 35 分 53 秒 (日本時間)
composite number 合成数
1479129988048060639948415995785115376151605023854665915544907884659665534410951731016428166593696948129281209005887901310834156035932525381168475630573064261924493141532702665743427028303087439168716453<202>
prime factors 素因数
1124218752027008871780425134655407<34>
1315695886926928949176942607740914207372796717462992441537444173889573288863404544293217346899032062152955919212374469773183301136790073901267319959824664869304048639979<169>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=2740848589
Step 1 took 22757ms
Step 2 took 7823ms
********** Factor found in step 2: 1124218752027008871780425134655407
Found probable prime factor of 34 digits: 1124218752027008871780425134655407

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:31:26 UTC 2016 年 4 月 15 日 (金) 15 時 31 分 26 秒 (日本時間)

10255+1799

c241

composite cofactor 合成数の残り
4765926239929709116059145828619222312887940883760371540774170334698535074291843671710870341037496231416607605396277043933146102303225955827272867005112847730788164888542558672961198245030142453061660547665579910620608032272808631852405332881<241>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:31:39 UTC 2016 年 4 月 15 日 (金) 15 時 31 分 39 秒 (日本時間)

10256+1799

c249

composite cofactor 合成数の残り
131391570886481716475306011954031397566283861266636028780167356860018954810799225625382160595896512477475707242394047446783884503235340054458915517887168881251885222683025600478202250072767936746205736626936352070441438757147159465994698639176186413<249>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:31:54 UTC 2016 年 4 月 15 日 (金) 15 時 31 分 54 秒 (日本時間)

10258+1799

c209

composite cofactor 合成数の残り
13659010780164144033540813827807253920553747860238532245686181645194794341246977451599080580112597477237286052616158055001454862941178365821848327790172172845208762159242914365365684560491897803176077329007047<209>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:32:10 UTC 2016 年 4 月 15 日 (金) 15 時 32 分 10 秒 (日本時間)

10259+1799

c255

composite cofactor 合成数の残り
212490172329529759248634750642782771296827521727120120694417883172903253224538365100614096598032341004228554429357642209047831537791377148806867682369690401818915875140774739168313465502220522300843585984148233144217079960051847602048405261256666879156839<255>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600Dmitry DomanovOctober 29, 2015 07:31:46 UTC 2015 年 10 月 29 日 (木) 16 時 31 分 46 秒 (日本時間)
4511e6800 / 4346Dmitry DomanovFebruary 5, 2016 14:31:53 UTC 2016 年 2 月 5 日 (金) 23 時 31 分 53 秒 (日本時間)

10260+1799

c245

name 名前Dmitry Domanov
date 日付April 15, 2016 09:36:35 UTC 2016 年 4 月 15 日 (金) 18 時 36 分 35 秒 (日本時間)
composite number 合成数
50578076277564540911273859726303887382957263027384224074429025350171250902667342276451080178102448524172674926254744730842678958459058452325004284249291362381907063179480492339069606671583880791459223718926727509491333835064121806742184116794569<245>
prime factors 素因数
33097663825838813782824994392225929<35>
composite cofactor 合成数の残り
1528146413707877783645387119633098719995603684500768371567368875631912881006483669027597840718554646481736822250833683630633639204837268708130269587997026656349074176615504672552977131817820908494439275302980161<211>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=2203083590
Step 1 took 27689ms
Step 2 took 8623ms
********** Factor found in step 2: 33097663825838813782824994392225929
Found probable prime factor of 35 digits: 33097663825838813782824994392225929

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:32:28 UTC 2016 年 4 月 15 日 (金) 15 時 32 分 28 秒 (日本時間)

10264+1799

c231

composite cofactor 合成数の残り
152354137264662542653966292594459371914975414316674733938387031059552623603748421058175232994154398773725763117623769385363017966255308886490977934989228380402198307920103060885487811690018532125228891982532222667966607942177226159<231>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:32:44 UTC 2016 年 4 月 15 日 (金) 15 時 32 分 44 秒 (日本時間)

10265+1799

c183

composite cofactor 合成数の残り
800577385976639738973311720330849665719562700018705327145734419637982424405005932287811475793720447930937327050997820303745513023670383660174598321129369644080600619974352487569462653<183>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e6825KTakahashiOctober 28, 2015 21:21:10 UTC 2015 年 10 月 29 日 (木) 6 時 21 分 10 秒 (日本時間)
403e62111KTakahashiOctober 29, 2015 09:54:04 UTC 2015 年 10 月 29 日 (木) 18 時 54 分 4 秒 (日本時間)

10266+1799

c227

composite cofactor 合成数の残り
12022920571387985466901045388645184987282397723440782398872765310771837842607170026597053828160765080218882796306975776829654710072297013379552359175888394456577226761720107207015439152883070660774253784477694944500082545073253<227>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 15, 2016 06:33:09 UTC 2016 年 4 月 15 日 (金) 15 時 33 分 9 秒 (日本時間)

10269+1799

c223

name 名前Dmitry Domanov
date 日付April 20, 2016 14:10:16 UTC 2016 年 4 月 20 日 (水) 23 時 10 分 16 秒 (日本時間)
composite number 合成数
8614105158792273148647990244202823063650140586883618860247003386250856388721396546986991457490565642625821324674301838384573586372757095520422731299532021164828837009041669117406001349880994225510083466505341501596151555829<223>
prime factors 素因数
18945294431351488917819534003618569179<38>
composite cofactor 合成数の残り
454683097695081531704294080441026025325802895221080457452346958902648348887766162549062038159150335162635210110339989157280379093859952057447354813566979683165622440674875393969435306351<186>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=2045676002
Step 1 took 27386ms
Step 2 took 8616ms
********** Factor found in step 2: 18945294431351488917819534003618569179
Found probable prime factor of 38 digits: 18945294431351488917819534003618569179

c186

name 名前Dmitry Domanov
date 日付May 8, 2016 23:16:54 UTC 2016 年 5 月 9 日 (月) 8 時 16 分 54 秒 (日本時間)
composite number 合成数
454683097695081531704294080441026025325802895221080457452346958902648348887766162549062038159150335162635210110339989157280379093859952057447354813566979683165622440674875393969435306351<186>
prime factors 素因数
556189795848117719141718918799508418240937063<45>
composite cofactor 合成数の残り
817496295489830837630981833483938828010985171029988574872254274416711100019252834419287377877802008867309639051471460294364912201392587867577<141>
factorization results 素因数分解の結果
Using B1=43000000, B2=240490660426, polynomial Dickson(12), sigma=3297395578
Step 1 took 255919ms
Step 2 took 67993ms
********** Factor found in step 2: 556189795848117719141718918799508418240937063
Found probable prime factor of 45 digits: 556189795848117719141718918799508418240937063
Composite cofactor 817496295489830837630981833483938828010985171029988574872254274416711100019252834419287377877802008867309639051471460294364912201392587867577 has 141 digits

c141

name 名前Erik Branger
date 日付November 29, 2016 19:54:09 UTC 2016 年 11 月 30 日 (水) 4 時 54 分 9 秒 (日本時間)
composite number 合成数
817496295489830837630981833483938828010985171029988574872254274416711100019252834419287377877802008867309639051471460294364912201392587867577<141>
prime factors 素因数
132780340816129776166825092678831665744175398538793336335158081<63>
6156757020392613158427139619570936992325440284671330660665334290035077863044217<79>
factorization results 素因数分解の結果
Number: 11131_269
N = 817496295489830837630981833483938828010985171029988574872254274416711100019252834419287377877802008867309639051471460294364912201392587867577 (141 digits)
Divisors found:
r1=132780340816129776166825092678831665744175398538793336335158081 (pp63)
r2=6156757020392613158427139619570936992325440284671330660665334290035077863044217 (pp79)
Version: Msieve v. 1.51 (SVN 845)
Total time: 409.50 hours.
Factorization parameters were as follows:
# Murphy_E = 1.902e-11, selected by Erik Branger
# expecting poly E from 1.81e-011 to > 2.08e-011
n: 817496295489830837630981833483938828010985171029988574872254274416711100019252834419287377877802008867309639051471460294364912201392587867577
Y0: -2799768305202511530154265401
Y1: 954073551148213
c0: -35476837350196944213017001234161640
c1: 86344509537542178448859869806
c2: 90101665854929350189309
c3: -153367360054809998
c4: -35404531464
c5: 4752
skew: 1824253.46
type: gnfs
# selected mechanically
rlim: 19300000
alim: 19300000
lpbr: 28
lpba: 28
mfbr: 56
mfba: 56
rlambda: 2.6
alambda: 2.6
Factor base limits: 19300000/19300000
Large primes per side: 3
Large prime bits: 28/28
Sieved algebraic special-q in [0, 0)
Total raw relations: 23254732
Relations: 3886092 relations
Pruned matrix : 2407648 x 2407873
Polynomial selection time: 0.00 hours.
Total sieving time: 402.93 hours.
Total relation processing time: 0.21 hours.
Matrix solve time: 5.72 hours.
time per square root: 0.64 hours.
Prototype def-par.txt line would be: gnfs,140,5,65,2000,1e-05,0.28,250,20,50000,3600,19300000,19300000,28,28,56,56,2.6,2.6,100000
total time: 409.50 hours.
Intel64 Family 6 Model 58 Stepping 9, GenuineIntel
Windows-post2008Server-6.2.9200
processors: 8, speed: 2.29GHz
execution environment 実行環境
GGNFS, Msieve

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600Dmitry DomanovApril 20, 2016 11:59:13 UTC 2016 年 4 月 20 日 (水) 20 時 59 分 13 秒 (日本時間)
4511e6800Dmitry DomanovApril 30, 2016 23:43:53 UTC 2016 年 5 月 1 日 (日) 8 時 43 分 53 秒 (日本時間)
5043e61000 / 7334400Dmitry DomanovMay 4, 2016 14:40:34 UTC 2016 年 5 月 4 日 (水) 23 時 40 分 34 秒 (日本時間)
600Dmitry DomanovMay 7, 2016 20:52:16 UTC 2016 年 5 月 8 日 (日) 5 時 52 分 16 秒 (日本時間)
5511e75 / 17356Dmitry DomanovMay 7, 2016 20:52:40 UTC 2016 年 5 月 8 日 (日) 5 時 52 分 40 秒 (日本時間)
6026e71 / 41885Dmitry DomanovMay 7, 2016 20:53:06 UTC 2016 年 5 月 8 日 (日) 5 時 53 分 6 秒 (日本時間)

10271+1799

c222

composite cofactor 合成数の残り
151292598679458709409748360536089118493987638052826061026976520026282841270604463159102703578095913135109479490751305550206511490777219531762843576090823443065351950844318039578028218790176805253709597652984218996784680179<222>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 11:59:23 UTC 2016 年 4 月 20 日 (水) 20 時 59 分 23 秒 (日本時間)

10273+1799

c182

composite cofactor 合成数の残り
13889533311293564605169597061980768034782513986570170472192570525236461667367142054747260175158657357422772661876257868107059168221272938521827243680800338476880260448374627770711293<182>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6894294KTakahashiOctober 28, 2015 09:07:56 UTC 2015 年 10 月 28 日 (水) 18 時 7 分 56 秒 (日本時間)
600Dmitry DomanovOctober 29, 2015 07:12:26 UTC 2015 年 10 月 29 日 (木) 16 時 12 分 26 秒 (日本時間)
4511e6600Dmitry DomanovNovember 19, 2015 22:49:43 UTC 2015 年 11 月 20 日 (金) 7 時 49 分 43 秒 (日本時間)
5043e61500 / 7385Erik BrangerNovember 23, 2015 08:26:53 UTC 2015 年 11 月 23 日 (月) 17 時 26 分 53 秒 (日本時間)

10274+1799

c215

composite cofactor 合成数の残り
22803728555820974499858401841601592235804311201819138201337315231367111255341077502768780231319779284701116574060146528261740336733709711052950120808501832300919581753067817059310738201447398971916518915382617974983<215>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 11:59:41 UTC 2016 年 4 月 20 日 (水) 20 時 59 分 41 秒 (日本時間)

10275+1799

c221

composite cofactor 合成数の残り
71484977318761354305099840094397407801364168687765270896578083721957079820216820714130653231899731926487539958787138845087214132823824797211216956758304831054868749308359451385346266611719582344447210459209631229065099441<221>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 11:59:52 UTC 2016 年 4 月 20 日 (水) 20 時 59 分 52 秒 (日本時間)

10276+1799

c228

composite cofactor 合成数の残り
324506518978019992442795633053669939591755614782732373565097682361175996306608442903832690605163510507330891167560074869181735513006115538711013763362462617633769341630370119020740409518644729352039264421302063374644226043277521<228>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 12:00:03 UTC 2016 年 4 月 20 日 (水) 21 時 0 分 3 秒 (日本時間)

10277+1799

c267

composite cofactor 合成数の残り
501154172818992529314340915435588119016164331481441321491842631515144876772223050627564121152778216181183732672205015346781339387319441630632903599127802323063794332576667158849678638026410713751565375042322764322640450258707062483823235058934999790152464946762486689<267>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:21:48 UTC 2016 年 4 月 15 日 (金) 6 時 21 分 48 秒 (日本時間)

10278+1799

c227

composite cofactor 合成数の残り
28605030523771171683702328110991616463723536548081258041596638853233503679076904982136129542706558631909654048235192016325874908202220819507857188708766653266564785785842801394941229153830166882713085321098904270616065565887619<227>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 16:57:44 UTC 2016 年 4 月 21 日 (木) 1 時 57 分 44 秒 (日本時間)

10280+1799

c199

composite cofactor 合成数の残り
8231863893536064434581083917442747102123208397812486099976694122926670810304459486373462845384300558592281729500190932218461736499177200723392890129591654626588681094640794569508288591918988290815433<199>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e61400600Dmitry DomanovApril 20, 2016 16:58:00 UTC 2016 年 4 月 21 日 (木) 1 時 58 分 0 秒 (日本時間)
800Dmitry DomanovNovember 24, 2016 20:38:01 UTC 2016 年 11 月 25 日 (金) 5 時 38 分 1 秒 (日本時間)
4511e6600 / 4169Dmitry DomanovJanuary 11, 2017 00:09:07 UTC 2017 年 1 月 11 日 (水) 9 時 9 分 7 秒 (日本時間)

10282+1799

c273

composite cofactor 合成数の残り
910837948442194630991570698480552977223803951524158741941590099192229103703114877331300772947922019632825975555694421909175052548996530424245900662463096706004928797351970382078402804706132449753485671399195746668776203788776727119828384067175566584036085570554679279353067<273>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:22:04 UTC 2016 年 4 月 15 日 (金) 6 時 22 分 4 秒 (日本時間)

10283+1799

c209

name 名前Dmitry Domanov
date 日付April 20, 2016 20:48:56 UTC 2016 年 4 月 21 日 (木) 5 時 48 分 56 秒 (日本時間)
composite number 合成数
49042926063043615507090794843577861676301557584804928532263820091426445492646342461872486208450128205129358512284717434801471939892906419926430522057969362803024600788685405304759276246508054969270546595265641<209>
prime factors 素因数
273656983949903345069434804616249207<36>
composite cofactor 合成数の残り
179213135200019576698363753593816619529017004843856139167224944760559286533303483309358051070109231059582251156386473026660248331197388894461081047105057166108135152064600863<174>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=1778641655
Step 1 took 22354ms
Step 2 took 7230ms
********** Factor found in step 2: 273656983949903345069434804616249207
Found probable prime factor of 36 digits: 273656983949903345069434804616249207

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600Dmitry DomanovApril 20, 2016 19:38:33 UTC 2016 年 4 月 21 日 (木) 4 時 38 分 33 秒 (日本時間)
4511e62000Dmitry DomanovApril 21, 2016 14:39:23 UTC 2016 年 4 月 21 日 (木) 23 時 39 分 23 秒 (日本時間)
5043e6600 / 6985400Dmitry DomanovApril 22, 2016 00:14:07 UTC 2016 年 4 月 22 日 (金) 9 時 14 分 7 秒 (日本時間)
200Dmitry DomanovApril 23, 2016 20:40:15 UTC 2016 年 4 月 24 日 (日) 5 時 40 分 15 秒 (日本時間)
5511e740 / 17425Dmitry DomanovApril 23, 2016 22:25:27 UTC 2016 年 4 月 24 日 (日) 7 時 25 分 27 秒 (日本時間)

10284+1799

c198

name 名前Dmitry Domanov
date 日付November 25, 2016 01:20:36 UTC 2016 年 11 月 25 日 (金) 10 時 20 分 36 秒 (日本時間)
composite number 合成数
317981139976564996085517940817961675551342600847339330649331732111706910860822564708531360542838170380652432318163314995329195823745566010204832209784072587638182423151893119074468741440893948177477<198>
prime factors 素因数
6829294895305549651367380726107713023<37>
composite cofactor 合成数の残り
46561342693686416664580848564352680345658532401471481787093677574348896157270059911007948029311697946832894572362221820875095026483028929521068138539456236973499<161>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=14367199
Step 1 took 25752ms
Step 2 took 8634ms
********** Factor found in step 2: 6829294895305549651367380726107713023
Found probable prime factor of 37 digits: 6829294895305549651367380726107713023
Composite cofactor 46561342693686416664580848564352680345658532401471481787093677574348896157270059911007948029311697946832894572362221820875095026483028929521068138539456236973499 has 161 digits

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e61400600Dmitry DomanovApril 20, 2016 19:38:55 UTC 2016 年 4 月 21 日 (木) 4 時 38 分 55 秒 (日本時間)
800Dmitry DomanovNovember 24, 2016 20:38:49 UTC 2016 年 11 月 25 日 (金) 5 時 38 分 49 秒 (日本時間)
4511e61600Dmitry DomanovNovember 26, 2016 12:10:07 UTC 2016 年 11 月 26 日 (土) 21 時 10 分 7 秒 (日本時間)
5043e6600 / 6982Dmitry DomanovNovember 29, 2016 23:44:17 UTC 2016 年 11 月 30 日 (水) 8 時 44 分 17 秒 (日本時間)
5511e766 / 17444Dmitry DomanovDecember 1, 2016 00:17:56 UTC 2016 年 12 月 1 日 (木) 9 時 17 分 56 秒 (日本時間)

10285+1799

c270

name 名前Dmitry Domanov
date 日付April 15, 2016 15:29:54 UTC 2016 年 4 月 16 日 (土) 0 時 29 分 54 秒 (日本時間)
composite number 合成数
279150892060125497578995825803991499454923760232648191833129717578185059089974261763370893771782725285719360184308384467879869555109714117468292437198806843800617431834146625463290317349315872446462317891913054914634292593676971459415714802195420359237838069657068785477<270>
prime factors 素因数
11076922529605149926015083953686533<35>
composite cofactor 合成数の残り
25201123445076234819147659009499202333249845114626765700854629667715916201777455787259663822340406947476963883652173194290256983178533538954834744698602260375256509041307129949194694737921389541013945878854007166184546846397359902395969<236>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=4120151874
Step 1 took 36231ms
Step 2 took 2776ms
********** Factor found in step 2: 11076922529605149926015083953686533
Found probable prime factor of 35 digits: 11076922529605149926015083953686533

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:22:17 UTC 2016 年 4 月 15 日 (金) 6 時 22 分 17 秒 (日本時間)

10286+1799

c230

composite cofactor 合成数の残り
16236724238205375561625464041770520000028700694944134690774647961621470975743988892740948396193738518945135752272513157269180055476557903982158441220802666213735095269367375040961325589749753518393620693758081793263256534892765183<230>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 20:49:38 UTC 2016 年 4 月 21 日 (木) 5 時 49 分 38 秒 (日本時間)

10288+1799

c206

composite cofactor 合成数の残り
22027711996019539168844191185966565200862823504929675103076983566670451736108743650760810097855217091283034476935368364694367397360206165850862668214378758881613197296952955999816451482662202825752891543129<206>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 20:49:57 UTC 2016 年 4 月 21 日 (木) 5 時 49 分 57 秒 (日本時間)

10289+1799

c205

composite cofactor 合成数の残り
9700741383011141502843563129448837042794735690431002454800868211479690524105038286443369394974673068198700806654600012044476621138305057130069060176222807311124558633348898824963524475878863834744809233987<205>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 20:50:14 UTC 2016 年 4 月 21 日 (木) 5 時 50 分 14 秒 (日本時間)

10290+1799

c259

composite cofactor 合成数の残り
3721193602869738557416991065533963911380088257020083568388539305820557057208415230073496092702949791582868627305798755620307281003289165120873291583559705407022855665974963943262381574008557871994794722311030554864418554936764022365310665793416070830888825967<259>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:22:31 UTC 2016 年 4 月 15 日 (金) 6 時 22 分 31 秒 (日本時間)

10291+1799

c238

composite cofactor 合成数の残り
3537203775450293678065171772549684110842174020873571058183681465112921097978919573368360427534873423410634513234181807893650954150344848145469575783678057884413952751483876271544706344023341725686707860314893985773770055194051067624900153<238>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 20, 2016 16:57:00 UTC 2016 年 4 月 21 日 (木) 1 時 57 分 0 秒 (日本時間)

10292+1799

c261

name 名前Dmitry Domanov
date 日付April 15, 2016 10:33:43 UTC 2016 年 4 月 15 日 (金) 19 時 33 分 43 秒 (日本時間)
composite number 合成数
225558986613029663051142525920739777557547053710629944594336608184922097394675855639328827153596909097268445696715968614679692215534172931953414335722107994986846821514786305993206052845544620033675818097095541095196319605487579192936392174174616222487207529387<261>
prime factors 素因数
787173163560701668540411679388549254929<39>
composite cofactor 合成数の残り
286543034054585148183087420672047061939562565415774930940551145311649108447758850435566359868453757044153758367087568536265168368133448568904711527926266441104303845870090162389177042956323229066419695608650744256556017403<222>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=4226410435
Step 1 took 38403ms
********** Factor found in step 1: 787173163560701668540411679388549254929
Found probable prime factor of 39 digits: 787173163560701668540411679388549254929

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:22:42 UTC 2016 年 4 月 15 日 (金) 6 時 22 分 42 秒 (日本時間)

10293+1799

c263

composite cofactor 合成数の残り
89445711664671349650893970255651980911349314162300245343998347653209595668774178059297234320785255399722456439476798581214585596190465023205414604188010521513533647265181025401993140226931416328841983439674891321858343070030754118606739478939168302235305025633949<263>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:22:54 UTC 2016 年 4 月 15 日 (金) 6 時 22 分 54 秒 (日本時間)

10294+1799

c234

composite cofactor 合成数の残り
136878888606238425330973890991776026066852433961724089773627508648472736266013208335143590999812642730991321118049321073722108373983267810167399898561610557614977500671405661751604204842167794266995109397897744072518548271238302833039<234>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:23:30 UTC 2016 年 4 月 15 日 (金) 6 時 23 分 30 秒 (日本時間)

10295+1799

c282

composite cofactor 合成数の残り
116995179650637128841529370969729712857763135442375750185158859749586925040642307474305114304609164462365350270884214410879883970793330150417644367083145406241974539630057492208697263523984311398205905750929393773930904908672241566286203287184395116230438703802789696884972730009521<282>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 13, 2016 12:38:59 UTC 2016 年 4 月 13 日 (水) 21 時 38 分 59 秒 (日本時間)

10297+1799

c280

composite cofactor 合成数の残り
5924261169270554382424379294246416443490975780299298481820288027963104897845899422558620401022352409766373811370576591414100095838501682053348196578297621935130923371606422390859580370177143139815860379792772133932687109433706715768491405531239983701752937733681433732438207910317<280>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 13, 2016 12:39:25 UTC 2016 年 4 月 13 日 (水) 21 時 39 分 25 秒 (日本時間)

10298+1799

c276

composite cofactor 合成数の残り
688122722177447289405708253463522179450764165490866923908046367283367815263101631131097083316965174185952167769019384597487621053535009028122036719878045694405678712219003426798422247169186562025652247803720050292119040885127543413107093682682827238360700779671939872952909827<276>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 13, 2016 12:39:42 UTC 2016 年 4 月 13 日 (水) 21 時 39 分 42 秒 (日本時間)

10299+1799

c264

composite cofactor 合成数の残り
913061729275766781341715574696207327022676408802113697076921097560757885672476829042242197967262466333226689199124061741165781882680713381629678364302648627179681447762115406565034372469801323561163757309108808289331790960608536031128221955484597875015260081385409<264>

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e6600 / 2336Dmitry DomanovApril 14, 2016 21:23:12 UTC 2016 年 4 月 15 日 (金) 6 時 23 分 12 秒 (日本時間)

10300+1799

c237

name 名前Dmitry Domanov
date 日付October 28, 2015 18:20:15 UTC 2015 年 10 月 29 日 (木) 3 時 20 分 15 秒 (日本時間)
composite number 合成数
589336212386193497257590879541578423002651622940177299451967811492843066089045771287890610286369479477968317083889116390601164892929204404569771015261519301816352671010601196116710193927934118849852531604889039746230494080797478194868087<237>
prime factors 素因数
154023037784871944164636063110019723<36>
3826286124867469452005992483152678622831758912638892927724384383927932384568476803295363970613037619567436306067665075086091610708665631408676350041045511113715007395583331458521973783261833062699366469<202>
factorization results 素因数分解の結果
Using B1=3000000, B2=5706890290, polynomial Dickson(6), sigma=3497265807
Step 1 took 32232ms
********** Factor found in step 1: 154023037784871944164636063110019723
Found probable prime factor of 36 digits: 154023037784871944164636063110019723

ECM

level レベルB1reported runs 報告された回数name 名前date 日付
3025e4430Makoto KamadaOctober 27, 2015 09:00:00 UTC 2015 年 10 月 27 日 (火) 18 時 0 分 0 秒 (日本時間)
351e60--
403e61336 / 2336136KTakahashiOctober 28, 2015 09:09:26 UTC 2015 年 10 月 28 日 (水) 18 時 9 分 26 秒 (日本時間)
1200Dmitry DomanovOctober 28, 2015 15:32:00 UTC 2015 年 10 月 29 日 (木) 0 時 32 分 0 秒 (日本時間)