[URL="http://www.factordb.com/index.php?id=1100000000126356463"]26010319^29-1[/URL] has been factored! Phew, total time: 1037.52 hours.

Progress on [URL="http://www.factordb.com/index.php?query=8178376117%5E23-1"]8178376117^23-1[/URL] has been quite slow so far, but is continuing.

Update on t800 file
 

Here is the latest update to the easiest SNFS jobs in the t800 file which are ready for NFS.

P48^5-1 (~SNFS-191)
[CODE]112460652744378364853759012694282455494813080061^5-1
107927376183745108366689702165024524322958067003^5-1
447502945934301283161776096917629148402454445541^5-1[/CODE]

P33^7-1 (~SNFS-196)
[CODE]704635516394998559259828961524553^7-1
378113344089458052918622653774119^7-1
127409164457691533608671725623243^7-1
706691267287327023948550632285277^7-1
640992247445482576119970066870663^7-1
118085024551805774505651739081667^7-1
244431668748815002725611352036937^7-1
337597253482952933496880218453677^7-1
110733802113174771476533550595851^7-1[/CODE]

P21^11-1 (~SNFS-206)
[CODE]970244551306876240403^11-1
283355944507855047853^11-1
660195026475300218611^11-1
182252042272959813223^11-1
103737625617657751921^11-1
373760264642068615009^11-1[/CODE]

P17^13-1 (~SNFS-199)
[CODE]33565630407553129^13-1
78372732118311223^13-1
39383509906716221^13-1[/CODE]

Looking at a quote from 2017-01-25.
[QUOTE=RichD;451555]Looking a little closer at the t600.txt file I see some interesting facts.

As of today there are 456 numbers in the file. ...[/QUOTE]
As of today the remaining number of composites is 375.

On a side note, Pascal is running his massive accumulation job and should have new t-files sometime in early-to-mid June.

[QUOTE=lavalamp;451236]I'll work on that batch of P32^7's, but it will take me longer now as I have to use these machines for other things too.[/QUOTE]

Are you still working on [URL=http://www.factordb.com/index.php?id=1100000000438441876]43380497318350653332411961196681^7-1[/URL]?

[QUOTE=RichD;459823]Are you still working on [URL=http://www.factordb.com/index.php?id=1100000000438441876]43380497318350653332411961196681^7-1[/URL]?[/QUOTE]Seems I just forgot to report the result. I've added it now.

Progress for 8178376117^23-1 has slowed quite a bit, but I do have over 50% of the estimated minimum relations now.

[QUOTE=lavalamp;459893]Seems I just forgot to report the result. I've added it now.

Progress for 8178376117^23-1 has slowed quite a bit, but I do have over 50% of the estimated minimum relations now.[/QUOTE]

Thank you.

And Pascal also thanks you.

t600 File
 

As of today, the number of remaining composites in the [URL=http://www.lirmm.fr/~ochem/opn/t600.txt]t600[/URL] file is 350.

Additionally, there is a new [URL=http://www.lirmm.fr/~ochem/opn/t550.txt]t550[/URL] created which contains 91 numbers.

Pascal has created a new Most Wanted Road Blocks [url=http://www.lirmm.fr/~ochem/opn/mwrb2100.txt]file[/url] for the OPN project. Many new numbers have only low level ECM. I have identified all the new numbers below C200. Below is a summary of this list. I will take the two C150s.

11 - C130s
31 - C140s
2 - C150s
9 - C160s
9 - C170s
3 - C180s
12 - C190s

I'm going to switch to the Most Wanted numbers for a while once my current reservation on the Brent tables has finished.

As a starter I'll do the C120-149 ones (43 numbers).

Do you think it's worth posting results here as well as in factordb?

Chris

[QUOTE=chris2be8;468891]I'm going to switch to the Most Wanted numbers for a while once my current reservation on the Brent tables has finished.

As a starter I'll do the C120-149 ones (43 numbers).

Do you think it's worth posting results here as well as in factordb?

Chris[/QUOTE]

I've don't a few in the C130s & C140s. Check FDB before starting a number.

Since these are relatively easy, no need to post here - just FDB. Pascal will pick them up automatically.

P.S. I am finishing 61403^29-1 then completing C150s before moving to C160s.

I've factored all the C120-149 numbers. So I'll reserve some more:

(32237^47-1)/32236 (208 digits, for my main system)
(6980910082227886540820089867^7-1)/48866370575595205785740629062 (167 digits)
(48847^37-1)/48846 (169 digits)

Although I won't start for a couple of days, so post here if they are being worked on.

Chris