R641 tested to n=100K

nothing found

Results emailed - Base released

Reserving R677 to n=100K for BOINC

Reserving S680 to n=100K for BOINC

R677 tested to n=100K

1 prime found, 4 remain

104*677^89520-1 is prime!

Results emailed - Base released

Reserving R663 to n=100K for BOINC

S680 tested to n=100K

2 primes found, 5 remain

173*680^54713+1 is prime!
194*680^59611+1 is prime!

Results emailed - Base released

Reserving S873 to n=100K for BOINC

Reserving R709 to n=100K for BOINC

R663 tested to n=100K

2 primes found, 4 remain

848*663^57568-1 is prime!
456*663^66051-1 is prime!

Results emailed - Base released

S873 tested to n=100K

2 primes found, 3 remain

68*873^81083+1 is prime!
24*873^88530+1 is prime!

Results emailed - Base released

Reserving S842 to n=100K for BOINC

[QUOTE=rebirther;391244]R663 tested to n=100K

2 primes found, 4 remain

848*663^57568-1 is prime!
456*663^66051-1 is prime!

Results emailed - Base released[/QUOTE]

I did not get results on this one.

S842 tested to n=100K

nothing found

Results emailed - Base released

R709 tested to n=100K

1 prime found, 9 remain

408*709^75507-1 is prime!

Results emailed - Base released

Reserving R830 to n=100K for BOINC

R830 tested to n=100K

2 primes found, 6 remain

218*830^54608-1 is prime!
263*830^64410-1 is prime!

Results emailed - Base released

Reserving r920 for sieving will be llrtested in Boinc

Lennart

Reserving R648 to n=200K for BOINC

Reserving s1006 for sieving will be llrtested in Boinc

Lennart

Reserving R1009 to n=100K for BOINC

Reserving S833 to n=200K for BOINC

R648 tested to n=200K

2 primes found, 3 remain

94*648^111133-1 is prime!
43*648^146608-1 is prime!

Results emailed - Base released

As said [URL="http://www.mersenneforum.org/showpost.php?p=391024&postcount=163"]here[/URL], I just took R607 for a spin to 10k. There are plenty of primes found, but a lot more log files with residues. There are 675 k's remaining from the about 52k k's. That was a trial for myself to get used with the tools, and no reservation was done. If the results are of any use, I can send them somewhere. Anyone willing to check if I did at least something right? :smile: There are many files, some duplicates, as I used few of my own tools too. The heaviest part is the cllr logs. Are they necessary to be sent? If I drop everything in a zip (without exe files :P) the result is 14 megs. Without cllr logs there are only ~235k of zip (which is the primes and the remaining k's). Advice? (I mean, I always see "result emailed, base released", what is the proper way to do that? I assume I already have the right email address got by PM).

[edit: the job took about 16 day, single core, small pauses for the stupid programmer to understand what he is doing]

[QUOTE=LaurV;391736]Advice? (I mean, I always see "result emailed, base released", what is the proper way to do that? I assume I already have the right email address got by PM).
[/QUOTE]

For n<=25k, Gary only needs the primes you found and a list of the remaining k's that still have no prime. For n>25k, include also the LLR residues for future double checking.

Reserving R864 to n=200K for BOINC

[QUOTE=Puzzle-Peter;391738]For n<=25k,...[/QUOTE]
Thanks Peter, I sent the files. I think the "checking" and updating of the [URL="http://www.noprimeleftbehind.net/crus/tab/CRUS_tab.htm"]tables[/URL] are more or less manual, therefore may take a while.

Reserving r992 for sieving will be llrtested in Boinc
100K-500K
Lennart

R1009 tested to n=100K

nothing found

Results emailed - Base released

R591
 

R591 tested n=10K-25K
48 primes found - 103 remain
Results emailed - Base released
[COLOR=Red]
Reserving R595 to n=25K[/COLOR]

S833 tested to n=200K

nothing found

Results emailed - Base released

Reserving S648 to n=300K for BOINC (for notice only, I have forgot it)


S648 tested to n=300K

nothing found

Results emailed - Base released

Reserving S911 to n=100K for BOINC

Reserving S920 to n=100K for BOINC

Reserving R720 to n=100K for BOINC

S772 tested to n=10K

324 primes found - 1790 remain

Results emailed - Base released

Odi

R864 tested to n=200K

nothing found

Results emailed - Base released

Reserving R761 to n=400K for BOINC

Reserving R774 to n=200K for BOINC

Reserving S803 to n=250K for BOINC

S920 tested to n=100K

nothing found

Results emailed - Base released

S911 tested to n=100K

1 prime found, 5k remain

182*911^57327+1 is prime!

Results emailed - Base released

R720 tested to n=100K

2 primes found, 3k remain

102*720^58992-1 is prime!
99*720^71291-1 is prime!

Results emailed - Base released

S803 tested to n=250K

nothing found

Results emailed - Base released

R774 tested to n=200K

nothing found

Results emailed - Base released

Reserving R962 to n=100K for BOINC

Reserving S961 to n=100K for BOINC

R761 tested to n=400K

nothing found

Results emailed - Base released

Reserving R737 to n=200K for BOINC

R962 tested to n=100K

nothing found

Results emailed - Base released

Reserving R926 to n=100K for BOINC

Reserving S792 to n=100K for BOINC

S961 tested to n=100K

1 prime found, 7k remain

820*961^63536+1 is prime!

Results emailed - Base released

Reserving R1003 to n=200K for BOINC

Reserving S978 to n=100K for BOINC

R926 tested to n=100K

2 primes found, 7 remain

67*926^52457-1 is prime!
49*926^84987-1 is prime!

Results emailed - Base released

Reserving R848 to n=100K for BOINC

Reserving R872 to n=100K for BOINC

R737 tested to n=200K

nothing found

Results emailed - Base released

Reserving S883 to n=200K for BOINC

Reserving S1021 to n=100K for BOINC

Reserving S830 to n=100K for BOINC

Reserving R894 to n=100K for BOINC

Reserving R912 to n=100K for BOINC

S978 tested to n=100k

2 primes found, 4 remain

173*978^68898+1 is prime!
151*978^71003+1 is prime!

Results emailed - Base released

R848 tested to n=100k

3 primes found, 6 remain

94*848^65401-1 is prime!
185*848^75298-1 is prime!
117*848^82410-1 is prime!

Results emailed - Base released

R872 tested to n=100k

3 primes found, 6 remain

37*872^51045-1 is prime!
38*872^65938-1 is prime!
95*872^76786-1 is prime!

Results emailed - Base released

S792 tested to n=100k

1 prime found, 5 remain

339*792^60434+1 is prime!

Results emailed - Base released

Reserving S766 to n=200K for BOINC

Your BOINC project is making nice progress! What about reserving larger chunks? I'd be willing to help with some sieving.

[QUOTE=Puzzle-Peter;392873]Your BOINC project is making nice progress! What about reserving larger chunks? I'd be willing to help with some sieving.[/QUOTE]

S185 is still running ;)

S883 tested to n=200K

nothing found

Results emailed - Base released

Didn't see any changes in the tables for R607, but I got confirmation that my files (to 10k, 675 k's remaining) were received.
Continuing with R607 from 10k to 25k (got to about n=11500 already, 13 new primes found).
ETA is about April or May.

R1003 tested to n=200K

nothing found

Results emailed - Base released

Reserving S914 to n=400K for BOINC

Reserving S1010 to n=100K for BOINC

Reserving R932 to n=100K for BOINC

[QUOTE=rebirther;392071]Reserving S648 to n=300K for BOINC (for notice only, I have forgot it)


S648 tested to n=300K

nothing found

Results emailed - Base released[/QUOTE]

This is incorrect. 1 prime was found for n=150K-300K shown below. 6 k's remain.

See your Email. I did not receive any files for n=100K-150K so I cannot tell if there are more primes. The above is tentative until I receive the remaining files. (I also did not receive any residues for R648 n=100K-200K. The residues files sent were only S648.)

It is a lot of effort to keep up with all of the bases so this is distressing to me. By nature this project must be very exacting. Please be dilegent in checking your files for primes and completeness of ranges sent. Due to the missing files, in the future please report here where you started as in "completed n=100K-300K"...not..."completed thru n=300K". A person looking at in the future will not be able to tell where you started. Thank you.

Prime:
144*648^102694+1

[QUOTE=LaurV;391736]As said [URL="http://www.mersenneforum.org/showpost.php?p=391024&postcount=163"]here[/URL], I just took R607 for a spin to 10k. There are plenty of primes found, but a lot more log files with residues. There are 675 k's remaining from the about 52k k's. That was a trial for myself to get used with the tools, and no reservation was done. If the results are of any use, I can send them somewhere. Anyone willing to check if I did at least something right? :smile: There are many files, some duplicates, as I used few of my own tools too. The heaviest part is the cllr logs. Are they necessary to be sent? If I drop everything in a zip (without exe files :P) the result is 14 megs. Without cllr logs there are only ~235k of zip (which is the primes and the remaining k's). Advice? (I mean, I always see "result emailed, base released", what is the proper way to do that? I assume I already have the right email address got by PM).

[edit: the job took about 16 day, single core, small pauses for the stupid programmer to understand what he is doing][/QUOTE]

In the future, I'm going to ask that you use the starting bases script. Was it used? If not, it is going to take me a fair amount of time to verify that this is correct.

[QUOTE=gd_barnes;393046]In the future, I'm going to ask that you use the starting bases script. Was it used? If not, it is going to take me a fair amount of time to verify that this is correct.[/QUOTE]
Got the mail reply, thanks. The "multiple" primes came from the fact that I did more tests, until I "refined" my tools. I also used the starting base script, as you could recognize some files with primes. About testing some k's [U]after[/U] finding a prime, well, when I started I didn't know the LLR option called "StopOnPrimedK=1", and I was wasting less time by testing the same k's for higher n than I should waste to "purge" those k from the sieve file. I even did a script for that, hahaha, until I got enough clever to read the documentation of LLR. I am happy that everything turned out well and no prime was missing at the end. The reason why I started this base was exactly to learn the tools. Now I know how to do it.

[QUOTE=LaurV;393056]Got the mail reply, thanks. The "multiple" primes came from the fact that I did more tests, until I "refined" my tools. I also used the starting base script, as you could recognize some files with primes. About testing some k's [U]after[/U] finding a prime, well, when I started I didn't know the LLR option called "StopOnPrimedK=1", and I was wasting less time by testing the same k's for higher n than I should waste to "purge" those k from the sieve file. I even did a script for that, hahaha, until I got enough clever to read the documentation of LLR. I am happy that everything turned out well and no prime was missing at the end. The reason why I started this base was exactly to learn the tools. Now I know how to do it.[/QUOTE]

After reviewing the files I'm confused as to how you could have used the starting bases script. The n<=50 primes file contained primes for k's that were a multiple of the base where k - 1 was composite. The starting bases script would not have tested those k's. It would have put them in a separate file named pl_MOB. Regardless it looks like everything is OK.

R894 tested to 100k (50-100k)

3 primes found, 7 remain

151*894^53015-1 is prime!
276*894^55679-1 is prime!
59*894^97604-1 is prime!

Results emailed - Base released

S830 tested to 100k (50-100k)

2 primes found, 13 remain

86*830^64645+1 is prime!
43*830^65316+1 is prime!

Results emailed - Base released

R912 tested to 100k (50-100k)

1 prime found, 11 remain

177*912^91873-1 is prime!

Results emailed - Base released

S1021 tested to 100k (50-100k)

2 primes found, 9 remain

28*1021^89452+1 is prime!
930*1021^98125+1 is prime!

Results emailed - Base released

R932 tested to n=100k (50-100k)

nothing found

Results emailed - Base released

S766 tested to n=200k (100-200k)

nothing found

Results emailed - Base released

Reserving S1017 to n=100K (25-100k) for BOINC

Reserving R991 to n=100K (25-100k) for BOINC

Reserving S1027 to n=50K (25-50k) for BOINC

Reserving R957 to n=100K (50-100k) for BOINC

S1025
 

Just a quick update on the status of S1025 from n=1M to 3M.

Started with 46198 candidates.
1502 numbers removed by further sieving (currently at ~33e12 and ongoing).
169 numbers tested, no primes found thus far.

R937 tested to n=100k (50-100k)

nothing found

Results emailed - Base released

S1010 tested to n=100k (25-100k)

3 primes found, 17 remain

337*1010^32704+1 is prime!
195*1010^51101+1 is prime!
336*1010^53583+1 is prime!

Results emailed - Base released

S1017 tested to n=100k (25-100k)

6 primes found, 17 remain

812*1017^27331+1 is prime!
1060*1017^28767+1 is prime!
212*1017^36396+1 is prime!
186*1017^39237+1 is prime!
278*1017^59509+1 is prime!
1006*1017^99013+1 is prime!

Results emailed - Base released

Reserving S1003 to n=100K (25-100k) for BOINC

Reserving R950 to n=100K (25-100k) for BOINC

Reserving R953 to n=100K (50-100k) for BOINC

R991 tested to n=100k (25-100k)

9 primes found, 24 remain

6372*991^34388-1 is prime!
10050*991^38711-1 is prime!
9074*991^40763-1 is prime!
8804*991^45118-1 is prime!
5240*991^48787-1 is prime!
5294*991^50019-1 is prime!
7218*991^50722-1 is prime!
32*991^52191-1 is prime!
3942*991^71722-1 is prime!

Results emailed - Base released

R957 tested to n=100k (50-100k)

1 prime found, 9 remain

452*957^55574-1 is prime!

Results emailed - Base released

Reserving S698, S712, and S894 to n=50K.

Reserving R984 to n=100K (50-100k) for BOINC

R953 tested to n=100k (50-100k)

nothing found

Results emailed - Base released

Reserving R572, R578, and R654 to n=50K.

S914 tested to n=400k (200-400k)

nothing found

Results emailed - Base released