[QUOTE=jinydu;92246]StarQwest, what version of Prime95 are you using for the M100,000,007 test?[/QUOTE]

v. 24.14. It can test exponents up to 596 million (see post #150 in this thread (page 2)).

Based on the source code for version 24.14, it does appear that your FFT size is 6 million; the boundaries for that range are [tex]96,830,000\leq{}p<115,300,000[/tex].

The apparently relevant part of the source code is:

[CODE]allfft DD 115300000, 6291456, 0.668, 8364416
allfft DD RPFW+1024*65536+2*4 ;; Flags, min_l2_cache, clm
allfft DD 98304+23*128 ;; scratch area size
allfft DD 13 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M413_1AMD, OFFSET xfft6M413_2AMD
allfft DPTR OFFSET xfft6M413_3AMD, OFFSET xfft6M413_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 192, GAP2_13_4+1
allfft DD 191, 1, 192, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 8364416
allfft DD RPFW+1024*65536+2*2 ;; Flags, min_l2_cache, clm
allfft DD 49152+23*128 ;; scratch area size
allfft DD 13 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M213_1AMD, OFFSET xfft6M213_2AMD
allfft DPTR OFFSET xfft6M213_3AMD, OFFSET xfft6M213_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 192, GAP2_13_2+1
allfft DD 191, 1, 192, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 8364416
allfft DD RPFW+1024*65536+2*1 ;; Flags, min_l2_cache, clm
allfft DD 24576+23*128 ;; scratch area size
allfft DD 13 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M113_1AMD, OFFSET xfft6M113_2AMD
allfft DPTR OFFSET xfft6M113_3AMD, OFFSET xfft6M113_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 192, GAP2_13_1+1
allfft DD 191, 1, 192, 1, 1, 0
DD 115300000, 6291456, 0.668, 9756288
DD RPFW+1024*65536+2*4 ;; Flags, min_l2_cache, clm
DD 196608+47*128 ;; scratch area size
DD 12 ;; FFT levels done in pass2
DPTR OFFSET xfft6M412_1AMD, OFFSET xfft6M412_2AMD
DPTR OFFSET xfft6M412_3AMD, OFFSET xfft6M412_4AMD
DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
DD 384, GAP2_12_4+1
DD 383, 1, 384, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 9756288
allfft DD RPFW+2*2 ;; Flags, min_l2_cache, clm
allfft DD 98304+47*128 ;; scratch area size
allfft DD 12 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M212_1AMD, OFFSET xfft6M212_2AMD
allfft DPTR OFFSET xfft6M212_3AMD, OFFSET xfft6M212_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 384, GAP2_12_2+1
allfft DD 383, 1, 384, 1, 1, 0
DD 115300000, 6291456, 0.668, 9756288
DD RPFW+2*1 ;; Flags, min_l2_cache, clm
DD 49152+47*128 ;; scratch area size
DD 12 ;; FFT levels done in pass2
DPTR OFFSET xfft6M112_1AMD, OFFSET xfft6M112_2AMD
DPTR OFFSET xfft6M112_3AMD, OFFSET xfft6M112_4AMD
DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
DD 384, GAP2_12_1+1
DD 383, 1, 384, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 12886272
allfft DD RPFW+256*65536+2*1 ;; Flags, min_l2_cache, clm
allfft DD 98304+95*128 ;; scratch area size
allfft DD 11 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M111_1AMD, OFFSET xfft6M111_2AMD
allfft DPTR OFFSET xfft6M111_3AMD, OFFSET xfft6M111_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 768, GAP2_11_1+1
allfft DD 767, 1, 768, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 12886272
allfft DD RPFW+256*65536+2*1 ;; Flags, min_l2_cache, clm
allfft DD 98304+95*128 ;; scratch area size
allfft DD 11 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M011_1AMD, OFFSET xfft6M011_2AMD
allfft DPTR OFFSET xfft6M011_3AMD, OFFSET xfft6M011_4AMD
allfft DPTR OFFSET xprctab2a ;; Table of add/sub/norm procs
allfft DD 768, GAP2_11_0+1
allfft DD 767, 1, 768, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 8364416
allfft DD 1024*65536+2*4 ;; Flags, min_l2_cache, clm
allfft DD 98304+23*128 ;; scratch area size
allfft DD 13 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M413_1, OFFSET xfft6M413_2
allfft DPTR OFFSET xfft6M413_3, OFFSET xfft6M413_4
allfft DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
allfft DD 192, GAP2_13_4+1
allfft DD 191, 1, 192, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 8364416
allfft DD 1024*65536+2*2 ;; Flags, min_l2_cache, clm
allfft DD 49152+23*128 ;; scratch area size
allfft DD 13 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M213_1, OFFSET xfft6M213_2
allfft DPTR OFFSET xfft6M213_3, OFFSET xfft6M213_4
allfft DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
allfft DD 192, GAP2_13_2+1
allfft DD 191, 1, 192, 1, 1, 0
DD 115300000, 6291456, 0.668, 9756288
DD 2048*65536+2*4 ;; Flags, min_l2_cache, clm
DD 196608+47*128 ;; scratch area size
DD 12 ;; FFT levels done in pass2
DPTR OFFSET xfft6M412_1, OFFSET xfft6M412_2
DPTR OFFSET xfft6M412_3, OFFSET xfft6M412_4
DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
DD 384, GAP2_12_4+1
DD 383, 1, 384, 1, 1, 0
DD 115300000, 6291456, 0.668, 9756288
DD 1024*65536+2*2 ;; Flags, min_l2_cache, clm
DD 98304+47*128 ;; scratch area size
DD 12 ;; FFT levels done in pass2
DPTR OFFSET xfft6M212_1, OFFSET xfft6M212_2
DPTR OFFSET xfft6M212_3, OFFSET xfft6M212_4
DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
DD 384, GAP2_12_2+1
DD 383, 1, 384, 1, 1, 0
DD 115300000, 6291456, 0.668, 9756288
DD 2*1 ;; Flags, min_l2_cache, clm
DD 49152+47*128 ;; scratch area size
DD 12 ;; FFT levels done in pass2
DPTR OFFSET xfft6M112_1, OFFSET xfft6M112_2
DPTR OFFSET xfft6M112_3, OFFSET xfft6M112_4
DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
DD 384, GAP2_12_1+1
DD 383, 1, 384, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 12886272
allfft DD 256*65536+2*1 ;; Flags, min_l2_cache, clm
allfft DD 98304+95*128 ;; scratch area size
allfft DD 11 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M111_1, OFFSET xfft6M111_2
allfft DPTR OFFSET xfft6M111_3, OFFSET xfft6M111_4
allfft DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
allfft DD 768, GAP2_11_1+1
allfft DD 767, 1, 768, 1, 1, 0
allfft DD 115300000, 6291456, 0.668, 12886272
allfft DD 256*65536+2*1 ;; Flags, min_l2_cache, clm
allfft DD 98304+95*128 ;; scratch area size
allfft DD 11 ;; FFT levels done in pass2
allfft DPTR OFFSET xfft6M011_1, OFFSET xfft6M011_2
allfft DPTR OFFSET xfft6M011_3, OFFSET xfft6M011_4
allfft DPTR OFFSET xprctab2 ;; Table of add/sub/norm procs
allfft DD 768, GAP2_11_0+1
allfft DD 767, 1, 768, 1, 1, 0[/CODE]

I have little idea how to interpret that... Previously, I thought that 6291456 represents the FFT size; but now it seems that it isn't.

Anyway, it seems that you are now well past iteration 93,000,000. Less than 7 million to go!

Check out my new web page for Team StarQwest:

[url]http://www.starqwest.org/page4.html[/url]

Also, I am now at 94.2 million iterations on M100,000,007 and should finish on the 17th!

Great, StarQwest! I'm at 57.4 now (6 april 2007)... Saw your web-site - please, make pictures not bmp - better jpg or gif. They are loading long time now.

P.S. tomorrow, RC2 of MasterPrime 2006.

Down to less than 5 million iterations:

[CODE]******** 32 95083776 314.6 14.6 60.6 03-Dec-06 08:24 23-Jan-06 03:42 StarQwest1 2800 v19/v20[/CODE]

M100,000,007
 

I am currently at iteration 95,372,500! Two weeks to go!!!

The next exponent that StarQwest finishes will almost certainly be M100,00,007. For the record, he currently has 92.954 LL P90 CPU years. The number of CPU years he has after completing M100,000,007 may help answer questions about how many CPU years will be awarded for exponents larger than 79.3M.

Iteration 95860672...

M100,000,007
 

M100,000,007 will definately be the next exponent I complete. I am now at iteration 96,163,700 and am expected to finish on December 17th, 2006 at 3:44PM EST, although it will most likely be delayed a couple of hours due to slowdowns and other activities. Thus, the results will come in sometime on the evening of the 17th. I'll keep everyone up to date- especially once I reach iteration 99 million. Once the test is complete, I will post the final results as well as some images of Prime95 finishing the test and the results file and log. I will then calculate how many CPU years I am awarded- it should be ~70, which will bump me up considerably in the rankings. I hope to be in the top 1000 by next year.

[QUOTE=StarQwest;93389]Once the test is complete, I will post the final results as well as some images of Prime95 finishing the test and the results file and log. [/QUOTE] I guess the procedure will be different from the above description, if M100,000,007 becomes prime :rolleyes:

[QUOTE=Cruelty;93417]I guess the procedure will be different from the above description, if M100,000,007 becomes prime :rolleyes:[/QUOTE]

M100,000,007 will not "become prime." It either is or it isn't. I am just testing it to see if it is.:wink:

However, it it is prime, I cannot post it here until it is verified. But, after I give the five minute warning, don't anyone go starting any rumors if I haven't posted after [I]exactly[/I] five minutes. However, if several hours go by...

However, if it is prime it won't matter if I post here or not because [url]www.mersenne.org[/url] will say "45th Known Mersenne Prime Probably Found!" and it will be a dead giveaway (well almost) what that new prime is if it is discovered at the time M100,000,007 finishes. The odds of this are ~800,000 to one, but you never know.

[QUOTE=StarQwest;93425]
However, if it is prime it won't matter if I post here or not because [url]www.mersenne.org[/url] will say "45th Known Mersenne Prime Probably Found!" and it will be a dead giveaway (well almost) what that new prime is if it is discovered at the time M100,000,007 finishes.[/QUOTE]

Well, I wouldn't call it a dead giveaway. Do you know how many exponents are reported as finished every hour?

[CODE]******** 32 96199616 317.6 12.0 61.0 06-Dec-06 16:47 23-Jan-06 03:42 StarQwest1 2800 v19/v20[/CODE]

StarQwest, you may like to do an experiment. What happens to the account report when the iteration number reaches 100,000,000. Does it become a row of stars, just like the exponent? To test this, you would have to stop the test somewhere between iteration 100,000,000 and 100,000,006, manually communicate with the server, and then capture a screenshot of the account report.