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#210 |
Banned
"Luigi"
Aug 2002
Team Italia
43×113 Posts |
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#211 |
"Dylan"
Mar 2017
3×199 Posts |
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#212 |
"Matthew Anderson"
Dec 2010
Oregon, USA
23·149 Posts |
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reserving
FermatFactor=35,500e15,700e15 Regards, Matt |
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#213 |
Banned
"Luigi"
Aug 2002
Team Italia
43×113 Posts |
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#214 |
"Dylan"
Mar 2017
25516 Posts |
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Reserving
n = 73, k = 100e14-110e14 n = 74, k = 100e14-110e14 Last fiddled with by Dylan14 on 2021-03-31 at 03:09 Reason: 150e14 is a bit too much to bite off |
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#215 |
Banned
"Luigi"
Aug 2002
Team Italia
43×113 Posts |
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why don't you take n = 75, k = 50e14-70e14 instead?
Just to satisfy my latent OCD... ![]() ![]() ![]() Last fiddled with by ET_ on 2021-03-31 at 10:52 |
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#216 |
"Dylan"
Mar 2017
10010101012 Posts |
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#217 |
Feb 2019
97 Posts |
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I'm close to finishing my three reserved ranges:
n=330-339, k=50e12-60e12 n=350-359, k=40e12-50e12 n=360-369, k=40e12-50e12 I have a short question though: I've read that the reservations should now be n-ranges from xx1 to xx0. So what about the ending n=340 exponent that my reservation is missing? Should I finish the reservation as I reserved them? Or should I just run n=340, too? (n=370 is already reserved, so I don't need to run that) |
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#218 | |
Banned
"Luigi"
Aug 2002
Team Italia
113738 Posts |
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At the moment, all the "holes" due to the shift in reservation ranges have been covered by Gary Gostin and me... |
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#219 | |
Feb 2019
1418 Posts |
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Okay, I let n=340 (k=50e12 to 60e12) run as well :) |
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#220 | ||
"Dylan"
Mar 2017
11258 Posts |
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Quote:
Code:
no factor for k*2^73+1 in k range: 10P to 11P (127-bit factors) [mmff 0.28 mfaktc_barrett128_F64_95gs] no factor for k*2^74+1 in k range: 10P to 11P (128-bit factors) [mmff 0.28 mfaktc_barrett128_F64_95gs] no factor for k*2^75+1 in k range: 5P to 7P (128-bit factors) [mmff 0.28 mfaktc_barrett128_F64_95gs] |
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