More confusion, arrrrhhggg
 

[QUOTE=RichD;407307]
GW_3_513 has three days left in LA.[/QUOTE]
Sorry for the late reply and confusion with this number, I already queued this number on my machine, see post 256, ETA is 38 hours. I should have put a reply that I was going to do it after that post.

[B]9029^59minus1[/B]
[code]Tue Aug 04 03:20:00 2015 prp77 factor: 15975176403059518589793086688149919635847264731947205315132209685275899460301
Tue Aug 04 03:20:00 2015 prp154 factor: 1673795190003032886142374673371527092269310882760791827319584308061327753607591146538287916861092063775161502234975462337258102701690208488014669369597731[/code]

W_819
 

[code]
prp55 factor: 3697554547336547537845946268428071001270720876887636837
prp168 factor: 618668372632297526067350921964859446503411970639378659141493695617339197502075285603762941242530623616159948913106044987445518817939919629294852351151934648361001430627
[/code]

Reserving 2617_71_minus1 if it is available. Thanks.

Reserving GW_3_515

GW_3_513 killed.

GC_8_264 a little over two days remain in LA.

GC_8_264 factors were reported to FDB before I finished up.

[QUOTE=RichD;407494]GC_8_264 factors were reported to FDB before I finished up.[/QUOTE]

That's weird. You were the only one that reserve this number.

It wasn't factored before I started because info was missing.

If you look at the .fb & .poly files, the R0/R1/Y0/Y1 values are missing.

I double checked in FDB before computing the needed values.

GC_8_264
 

You might as well call [URL="http://www.factordb.com/index.php?id=1100000000033210974"]GC_8_264[/URL] complete. p86 * p151.

Here is the matrix build at TD=120.
[CODE]Thu Aug 6 08:01:23 2015 commencing linear algebra
Thu Aug 6 08:01:26 2015 read 8518502 cycles
Thu Aug 6 08:01:43 2015 cycles contain 28840968 unique relations
Thu Aug 6 08:06:17 2015 read 28840968 relations
Thu Aug 6 08:06:55 2015 using 20 quadratic characters above 2147483564
Thu Aug 6 08:08:33 2015 building initial matrix
Thu Aug 6 08:13:51 2015 memory use: 3779.7 MB
Thu Aug 6 08:13:54 2015 read 8518502 cycles
Thu Aug 6 08:13:55 2015 matrix is 8518325 x 8518502 (4016.2 MB) with weight 1171677653 (137.55/col)
Thu Aug 6 08:13:55 2015 sparse part has weight 959114833 (112.59/col)
Thu Aug 6 08:15:18 2015 filtering completed in 2 passes
Thu Aug 6 08:15:19 2015 matrix is 8518216 x 8518393 (4016.2 MB) with weight 1171673123 (137.55/col)
Thu Aug 6 08:15:19 2015 sparse part has weight 959113066 (112.59/col)
Thu Aug 6 08:15:59 2015 matrix starts at (0, 0)
Thu Aug 6 08:16:00 2015 matrix is 8518216 x 8518393 (4016.2 MB) with weight 1171673123 (137.55/col)
Thu Aug 6 08:16:00 2015 sparse part has weight 959113066 (112.59/col)
Thu Aug 6 08:16:00 2015 saving the first 48 matrix rows for later
Thu Aug 6 08:16:01 2015 matrix includes 64 packed rows
Thu Aug 6 08:16:02 2015 matrix is 8518168 x 8518393 (3858.4 MB) with weight 1002777503 (117.72/col)
Thu Aug 6 08:16:02 2015 sparse part has weight 926268458 (108.74/col)
Thu Aug 6 08:16:03 2015 using block size 8192 and superblock size 786432 for processor cache size 8192 kB
Thu Aug 6 08:16:33 2015 commencing Lanczos iteration (4 threads)
Thu Aug 6 08:16:33 2015 memory use: 3260.7 MB
Thu Aug 6 08:17:08 2015 linear algebra at 0.0%, ETA 53h 7m
Thu Aug 6 08:17:19 2015 checkpointing every 170000 dimensions[/CODE]

GW_3_513
 

[B]GW_3_513
[/B][code]
Sat Aug 08 11:09:15 2015 prp83 factor: 69354019416694318437125144285273793703438851333395185116773378730988072711895348393
Sat Aug 08 11:09:15 2015 prp131 factor: 15730092113775406738860664704522496514453519587549157539836852924345410323756930105274543688362211884697631752138889815649079995163[/code]

GW_3_515 done
 

[code]
Sun Aug 9 09:33:16 2015 p65 factor: 32820791940434922086023766264218862719679645291998392219288105961
Sun Aug 9 09:33:16 2015 p92 factor: 12944527596699957002155790678504087036842446058134430704624664729192291897160068793262363343
[/code]

46 hours on 8 threads Xeon E5-2650v2 for 10.4M matrix. Log attached.