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 2022-01-31, 02:43 #34 ATH Einyen     Dec 2003 Denmark 2·17·101 Posts n=170-190 finally finished: Code: no factor for k*2^170+1 in k range: 1100000000000000 to 1125899906842623 (220-bit factors) [mmff 0.28 mfaktc_barrett220_F160_191gs] no factor for k*2^170+1 in k range: 1125899906842624 to 1400000000000000 (221-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^171+1 in k range: 1100000000000000 to 1125899906842623 (221-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^171+1 in k range: 1125899906842624 to 1400000000000000 (222-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^172+1 in k range: 1100000000000000 to 1125899906842623 (222-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^172+1 in k range: 1125899906842624 to 1400000000000000 (223-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^173+1 in k range: 1100000000000000 to 1125899906842623 (223-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^173+1 in k range: 1125899906842624 to 1400000000000000 (224-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^174+1 in k range: 1100000000000000 to 1125899906842623 (224-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^174+1 in k range: 1125899906842624 to 1400000000000000 (225-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^175+1 in k range: 1100000000000000 to 1125899906842623 (225-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^175+1 in k range: 1125899906842624 to 1400000000000000 (226-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^176+1 in k range: 1100000000000000 to 1125899906842623 (226-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^176+1 in k range: 1125899906842624 to 1400000000000000 (227-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^177+1 in k range: 1100000000000000 to 1125899906842623 (227-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^177+1 in k range: 1125899906842624 to 1400000000000000 (228-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^178+1 in k range: 1100000000000000 to 1125899906842623 (228-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^178+1 in k range: 1125899906842624 to 1400000000000000 (229-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^179+1 in k range: 1100000000000000 to 1125899906842623 (229-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^179+1 in k range: 1125899906842624 to 1400000000000000 (230-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^180+1 in k range: 1100000000000000 to 1125899906842623 (230-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^180+1 in k range: 1125899906842624 to 1400000000000000 (231-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^181+1 in k range: 1100000000000000 to 1125899906842623 (231-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^181+1 in k range: 1125899906842624 to 1400000000000000 (232-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^182+1 in k range: 1100000000000000 to 1125899906842623 (232-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^182+1 in k range: 1125899906842624 to 1400000000000000 (233-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^183+1 in k range: 1100000000000000 to 1125899906842623 (233-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^183+1 in k range: 1125899906842624 to 1400000000000000 (234-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^184+1 in k range: 1100000000000000 to 1125899906842623 (234-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^184+1 in k range: 1125899906842624 to 1400000000000000 (235-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^185+1 in k range: 1100000000000000 to 1125899906842623 (235-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^185+1 in k range: 1125899906842624 to 1400000000000000 (236-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^186+1 in k range: 1100000000000000 to 1125899906842623 (236-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^186+1 in k range: 1125899906842624 to 1400000000000000 (237-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^187+1 in k range: 1100000000000000 to 1125899906842623 (237-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^187+1 in k range: 1125899906842624 to 1400000000000000 (238-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^188+1 in k range: 1100000000000000 to 1125899906842623 (238-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^188+1 in k range: 1125899906842624 to 1400000000000000 (239-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^189+1 in k range: 1100000000000000 to 1125899906842623 (239-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^189+1 in k range: 1125899906842624 to 1400000000000000 (240-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^190+1 in k range: 1130T to 1400T (241-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] Last fiddled with by ATH on 2022-01-31 at 02:50
2022-01-31, 14:53   #35
ET_
Banned

"Luigi"
Aug 2002
Team Italia

3×1,619 Posts

Quote:
 Originally Posted by ATH n=170-190 finally finished: Code: no factor for k*2^170+1 in k range: 1100000000000000 to 1125899906842623 (220-bit factors) [mmff 0.28 mfaktc_barrett220_F160_191gs] no factor for k*2^170+1 in k range: 1125899906842624 to 1400000000000000 (221-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^171+1 in k range: 1100000000000000 to 1125899906842623 (221-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^171+1 in k range: 1125899906842624 to 1400000000000000 (222-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^172+1 in k range: 1100000000000000 to 1125899906842623 (222-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^172+1 in k range: 1125899906842624 to 1400000000000000 (223-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^173+1 in k range: 1100000000000000 to 1125899906842623 (223-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^173+1 in k range: 1125899906842624 to 1400000000000000 (224-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^174+1 in k range: 1100000000000000 to 1125899906842623 (224-bit factors) [mmff 0.28 mfaktc_barrett224_F160_191gs] no factor for k*2^174+1 in k range: 1125899906842624 to 1400000000000000 (225-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^175+1 in k range: 1100000000000000 to 1125899906842623 (225-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^175+1 in k range: 1125899906842624 to 1400000000000000 (226-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^176+1 in k range: 1100000000000000 to 1125899906842623 (226-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^176+1 in k range: 1125899906842624 to 1400000000000000 (227-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^177+1 in k range: 1100000000000000 to 1125899906842623 (227-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^177+1 in k range: 1125899906842624 to 1400000000000000 (228-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^178+1 in k range: 1100000000000000 to 1125899906842623 (228-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^178+1 in k range: 1125899906842624 to 1400000000000000 (229-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^179+1 in k range: 1100000000000000 to 1125899906842623 (229-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^179+1 in k range: 1125899906842624 to 1400000000000000 (230-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^180+1 in k range: 1100000000000000 to 1125899906842623 (230-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^180+1 in k range: 1125899906842624 to 1400000000000000 (231-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^181+1 in k range: 1100000000000000 to 1125899906842623 (231-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^181+1 in k range: 1125899906842624 to 1400000000000000 (232-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^182+1 in k range: 1100000000000000 to 1125899906842623 (232-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^182+1 in k range: 1125899906842624 to 1400000000000000 (233-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^183+1 in k range: 1100000000000000 to 1125899906842623 (233-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^183+1 in k range: 1125899906842624 to 1400000000000000 (234-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^184+1 in k range: 1100000000000000 to 1125899906842623 (234-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^184+1 in k range: 1125899906842624 to 1400000000000000 (235-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^185+1 in k range: 1100000000000000 to 1125899906842623 (235-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^185+1 in k range: 1125899906842624 to 1400000000000000 (236-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^186+1 in k range: 1100000000000000 to 1125899906842623 (236-bit factors) [mmff 0.28 mfaktc_barrett236_F160_191gs] no factor for k*2^186+1 in k range: 1125899906842624 to 1400000000000000 (237-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^187+1 in k range: 1100000000000000 to 1125899906842623 (237-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^187+1 in k range: 1125899906842624 to 1400000000000000 (238-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^188+1 in k range: 1100000000000000 to 1125899906842623 (238-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^188+1 in k range: 1125899906842624 to 1400000000000000 (239-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^189+1 in k range: 1100000000000000 to 1125899906842623 (239-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^189+1 in k range: 1125899906842624 to 1400000000000000 (240-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^190+1 in k range: 1130T to 1400T (241-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs]
Thank you!

Last fiddled with by ET_ on 2022-01-31 at 14:53

2022-03-14, 10:13   #36
matzetoni

Feb 2019

1418 Posts

Finished GFN divisor range n=22001-25000, k=2M-3M

No GFN divisor found :(

I attached all PRPs I found, maybe someone run a short divisor double check on them with pfgw64 -gxo

EDIT: should have posted in gfn results
Attached Files
 gfnd_n22001-25000_k2M-3M.zip (784.7 KB, 90 views)

Last fiddled with by matzetoni on 2022-03-14 at 10:17

2022-03-14, 13:52   #37
ET_
Banned

"Luigi"
Aug 2002
Team Italia

3×1,619 Posts

Quote:
 Originally Posted by matzetoni Finished GFN divisor range n=22001-25000, k=2M-3M No GFN divisor found :( I attached all PRPs I found, maybe someone run a short divisor double check on them with pfgw64 -gxo EDIT: should have posted in gfn results
Thank you for the update.

Dis you send the results file to Prof. Keller?

Luigi
---

2022-03-22, 02:57   #38
Gary

"Gary Gostin"
Aug 2015
Texas, USA

1108 Posts

Quote:
 Originally Posted by matzetoni Finished GFN divisor range n=22001-25000, k=2M-3M No GFN divisor found :( I attached all PRPs I found, maybe someone run a short divisor double check on them with pfgw64 -gxo
I tested your list of PRPs (184211 unique numbers) and verified that none of them is a GFN divisor. This was a bit surprising since my estimate for this particular range was 2.5 GFN factors. Looks like you were just unlucky this time. I hope you have better luck with your next range!

BTW, I noticed that there were 8 duplicate PRPs in your list:

2059589*2^22485+1
2059719*2^22485+1
2215627*2^22250+1
2219569*2^22250+1
2306235*2^22713+1
2555325*2^23235+1
2860173*2^22950+1
2904049*2^22782+1

Apparently whichever sieve program you are using can generate duplicates.

2022-08-23, 11:50   #39
matzetoni

Feb 2019

97 Posts

I have completed

FermatFactor=221,230,250000000000000,300000000000000

No factor found, result file is attached.
Attached Files
 results_n221-230_k250e12-300e12.txt (1.9 KB, 36 views)

2022-08-23, 11:55   #40
matzetoni

Feb 2019

97 Posts

I used mtsieve for sieving. Could this be due to pfgw not updating the .ini file every tested number? So when I stop the running processes and restart, pfgw restarts somewhere before the last tested numbers and some numbers are tested twice, thus leading to a few duplicates.

Quote:
 Originally Posted by Gary I tested your list of PRPs (184211 unique numbers) and verified that none of them is a GFN divisor. This was a bit surprising since my estimate for this particular range was 2.5 GFN factors. Looks like you were just unlucky this time. I hope you have better luck with your next range! BTW, I noticed that there were 8 duplicate PRPs in your list: 2059589*2^22485+1 2059719*2^22485+1 2215627*2^22250+1 2219569*2^22250+1 2306235*2^22713+1 2555325*2^23235+1 2860173*2^22950+1 2904049*2^22782+1 Apparently whichever sieve program you are using can generate duplicates.

2022-08-23, 12:42   #41
rogue

"Mark"
Apr 2003
Between here and the

696210 Posts

Quote:
 Originally Posted by matzetoni I used mtsieve for sieving. Could this be due to pfgw not updating the .ini file every tested number? So when I stop the running processes and restart, pfgw restarts somewhere before the last tested numbers and some numbers are tested twice, thus leading to a few duplicates.
To reduce I/O on the .ini file pfgw will not write to it after every test. IIRC it writes at most once per second. These tests take less than a second.

 2022-08-27, 03:04 #42 ATH Einyen     Dec 2003 Denmark 2·17·101 Posts n=191-200 finished Code: no factor for k*2^191+1 in k range: 1130T to 1400T (242-bit factors) [mmff 0.28 mfaktc_barrett247_F160_191gs] no factor for k*2^192+1 in k range: 1130T to 1400T (243-bit factors) [mmff 0.28 mfaktc_barrett247_F192_223gs] no factor for k*2^193+1 in k range: 1130T to 1400T (244-bit factors) [mmff 0.28 mfaktc_barrett247_F192_223gs] no factor for k*2^194+1 in k range: 1130T to 1400T (245-bit factors) [mmff 0.28 mfaktc_barrett247_F192_223gs] no factor for k*2^195+1 in k range: 1130T to 1400T (246-bit factors) [mmff 0.28 mfaktc_barrett247_F192_223gs] no factor for k*2^196+1 in k range: 1130T to 1400T (247-bit factors) [mmff 0.28 mfaktc_barrett247_F192_223gs] no factor for k*2^197+1 in k range: 1130T to 1400T (248-bit factors) [mmff 0.28 mfaktc_barrett249_F192_223gs] no factor for k*2^198+1 in k range: 1130T to 1400T (249-bit factors) [mmff 0.28 mfaktc_barrett249_F192_223gs] no factor for k*2^199+1 in k range: 1130T to 1400T (250-bit factors) [mmff 0.28 mfaktc_barrett252_F192_223gs] no factor for k*2^200+1 in k range: 1130T to 1400T (251-bit factors) [mmff 0.28 mfaktc_barrett252_F192_223gs]
 2022-12-24, 15:35 #43 rogue     "Mark" Apr 2003 Between here and the 2·592 Posts n=220 k from 30e13 to 35e13 This range is done. Nothing found

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