47M - 47.2M to 2^63

sonjohan · 2007-05-11, 15:34

Second processor of my dual-core.
Hope it'll work.

[EDIT]Program decides to go to 2^68. I'll let it do, so please change the thread title if possible, I can't.

1997rj7 · 2007-05-11, 16:33

Note that the range you selected is already complete to 2^63.

To factor up to a given bit limit, place the following line in the prime.ini file:

FactorOverride=XX

Where XX = the bit level that you want to factor to.

Factoring a range up to 2^68 will take a long time. You should either do this range to 2^64 or pick a new range. See the sticky thread "All available ranges" above for more information.

Let us know what you decide.

sonjohan · 2007-05-12, 14:27

First one is already finished to 2^68.

No factor.
Btw: the program correctly starts from 2^63 onwards.

I've checked and I see that it takes about a day to finish to 2^68.
There are 4847 checks to do in 47 -> 47.2 .... too long
There are 2364 checks to do in 47 -> 47.1 .... too long

--> So I guess 47M-47.2M to 2^64?

Afterwards, is it 47M-47.2M to 2^65 or another range first?

cheesehead · 2007-05-12, 16:15

No need to be sorry; it's all useful work ... and you learned some things.

Quote:

Originally Posted by sonjohan

--> So I guess 47M-47.2M to 2^64?

Fine.

Quote:

Afterwards, is it 47M-47.2M to 2^65 or another range first?

It's ... look around at the situation as it is then, consider how you feel about your participation so far, then pick whatever looks interesting to you at that time.

Perhaps -- try small amounts of several different types of work to see how you like each of them.

sonjohan · 2007-05-13, 10:44

I've been around for a long time. (Edit: Join Date: May 2003; but that's only the forum, I had 10 PC's running the program when I was at the university, and that was several months before.)

154 P90 years already, and I hope to keep on increasing.

I just can't do first time tests on the Dual core, as the GCD stages take way too many resources(I know not for long, but I need to work on that PC), so I have it run doublechecks. The second processor does the factoring now, and my home PC does 10M digit research :D

sonjohan · 2007-05-15, 11:20

FactorOverride isn't taken into account atm.

markr · 2007-05-15, 13:45

FactorOverride is ignored if you use PrimeNet.

sonjohan · 2007-05-15, 14:40

Perfect! It stopped in the middle of the factoring and went to the next exponent. Thanks.

PS: It considers that the 72% it already did for 2^68 didn't happen. Just no factor to 2^67. CPU time lost

sonjohan · 2007-05-16, 16:59

What file will George need as intermediate resullts?
How frequently?

1997rj7 · 2007-05-17, 21:04

To send in results, simply e-mail your results.txt file to George.

The frequency is up to you, but probably no more than every other week. That is how often the status files are updated.

sonjohan · 2007-07-25, 15:43

45% finished atm.

2007-05-11, 15:34	#1
sonjohan May 2003 Belgium 100011000₂ Posts	47M - 47.2M to 2^63 Second processor of my dual-core. Hope it'll work. [EDIT]Program decides to go to 2^68. I'll let it do, so please change the thread title if possible, I can't. Last fiddled with by sonjohan on 2007-05-11 at 15:38

2007-05-13, 10:44	#5
sonjohan May 2003 Belgium 2³×5×7 Posts	I've been around for a long time. (Edit: Join Date: May 2003; but that's only the forum, I had 10 PC's running the program when I was at the university, and that was several months before.) 154 P90 years already, and I hope to keep on increasing. I just can't do first time tests on the Dual core, as the GCD stages take way too many resources(I know not for long, but I need to work on that PC), so I have it run doublechecks. The second processor does the factoring now, and my home PC does 10M digit research :D Last fiddled with by sonjohan on 2007-05-13 at 10:45

2007-05-11, 16:33	#2
1997rj7 Sep 2003 547₈ Posts	Note that the range you selected is already complete to 2^63. To factor up to a given bit limit, place the following line in the prime.ini file: FactorOverride=XX Where XX = the bit level that you want to factor to. Factoring a range up to 2^68 will take a long time. You should either do this range to 2^64 or pick a new range. See the sticky thread "All available ranges" above for more information. Let us know what you decide.

2007-05-12, 14:27	#3
sonjohan May 2003 Belgium 2³·5·7 Posts	First one is already finished to 2^68. No factor. Btw: the program correctly starts from 2^63 onwards. I've checked and I see that it takes about a day to finish to 2^68. There are 4847 checks to do in 47 -> 47.2 .... too long There are 2364 checks to do in 47 -> 47.1 .... too long --> So I guess 47M-47.2M to 2^64? Afterwards, is it 47M-47.2M to 2^65 or another range first?

2007-05-15, 11:20	#6
sonjohan May 2003 Belgium 280₁₀ Posts	FactorOverride isn't taken into account atm.

2007-05-15, 13:45	#7
markr "Mark" Feb 2003 Sydney 573₁₀ Posts	FactorOverride is ignored if you use PrimeNet.

2007-05-15, 14:40	#8
sonjohan May 2003 Belgium 100011000₂ Posts	Perfect! It stopped in the middle of the factoring and went to the next exponent. Thanks. PS: It considers that the 72% it already did for 2^68 didn't happen. Just no factor to 2^67. CPU time lost

2007-05-16, 16:59	#9
sonjohan May 2003 Belgium 2³×5×7 Posts	What file will George need as intermediate resullts? How frequently?

2007-05-17, 21:04	#10
1997rj7 Sep 2003 359 Posts	To send in results, simply e-mail your results.txt file to George. The frequency is up to you, but probably no more than every other week. That is how often the status files are updated.

2007-07-25, 15:43	#11
sonjohan May 2003 Belgium 2³·5·7 Posts	45% finished atm.