[QUOTE=rajula;362712]

The range from 80P to 100P could just be released..[/QUOTE]

Luigi,
I should have the range from rajula that I took done in a few days.
This is the 72p -> 80p.
The other range I am doing for fermatfactor=39 should be done in a week to 10 days.
Is the range rajula released quoted above from 80p to 100p available or should I look for another one?
Also, I FINALLY got the iMac so I'm starting to work on the conversions for the programs you requested.
Also, I'm looking at the options you mentioned for using CPUs that I asked you about.

[QUOTE=tServo;364897]Luigi,
I should have the range from rajula that I took done in a few days.
This is the 72p -> 80p.
The other range I am doing for fermatfactor=39 should be done in a week to 10 days.
Is the range rajula released quoted above from 80p to 100p available or should I look for another one?
Also, I FINALLY got the iMac so I'm starting to work on the conversions for the programs you requested.
Also, I'm looking at the options you mentioned for using CPUs that I asked you about.[/QUOTE]

Hi Marvin,

yes, the range from 80P to 100P is still available (in fatc it is a "hole" in the resrvation table). Are you going to take it? If so, I will re-add it to the reservation list for you.

Congratulations for your new iMac, thank you for the work you will share with us!

Luigi

Sure, Luigi.
I'll take the 80-100P "hole".

Thank you, it's now yours. Good luck! :flex:

Luigi

Hi Fermat Factoring people,

no factor for k*2^36+1 in k range: 270P to 271P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 271P to 272P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 272P to 273P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 273P to 274P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 274P to 275P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 275P to 276P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 276P to 277P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 277P to 278P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 278P to 279P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 279P to 280P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]

no factor for k*2^36+1 in k range: 280000000000000000 to 288230376151711743 (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^36+1 in k range: 288230376151711744 to 290000000000000000 (95-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]


Regards,
Matt

[QUOTE=tServo;364897]Luigi,
I should have the range from rajula that I took done in a few days.
This is the 72p -> 80p.
[/QUOTE]

And here it is:
no factor for k*2^37+1 in k range: 72057594037927936 to 80000000000000000 (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]

[QUOTE=tServo;364901]Sure, Luigi.
I'll take the 80-100P "hole".

Thank you, it's now yours. Good luck! :flex:

Luigi[/QUOTE]

Here is the results, unfortunately nada:

[CODE]no factor for k*2^37+1 in k range: 80P to 82P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 82P to 84P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 84P to 86P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 86P to 88P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 88P to 90P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 90P to 92P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 92P to 94P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 94P to 96P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^37+1 in k range: 96P to 100P (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
[/CODE]

Hi Fermat Search group,

no factor for k*2^36+1 in k range: 290P to 300P (95-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]

no factor for k*2^36+1 in k range: 300P to 310P (95-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]

Maybe next time.

Regards,
Matt

Luigi, since the last range I took was "deep", I will report results in
pieces:

[CODE]
no factor for k*2^29+1 in k range: 100P to 110P (86-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 110P to 120P (86-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 120P to 130P (86-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 130P to 140P (86-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 140000000000000000 to 144115188075855871 (86-bit factors) [mmff 0.27 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 144115188075855872 to 150000000000000000 (87-bit factors) [mmff 0.27 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 150P to 160P (87-bit factors) [mmff 0.27 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 160P to 170P (87-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 170P to 180P (87-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 180P to 190P (87-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
no factor for k*2^29+1 in k range: 190P to 200P (87-bit factors) [mmff 0.26 mfaktc_barrett89_F0_31gs]
[/CODE]

PS The "hole" I took over from you is about 3 weeks out.

[QUOTE=tServo;369131]

PS The "hole" I took over from you is about 3 weeks out.[/QUOTE]

Luigi,
And here it is ( finally ! ). You were right, it was a "deep" one!

no factor for k*2^39+1 in k range: 18014398509481984 to 36028797018963967 (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^39+1 in k range: 36028797018963968 to 50000000000000000 (95-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]

[QUOTE=tServo;371698]Luigi,
And here it is ( finally ! ). You were right, it was a "deep" one!

no factor for k*2^39+1 in k range: 18014398509481984 to 36028797018963967 (94-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs]
no factor for k*2^39+1 in k range: 36028797018963968 to 50000000000000000 (95-bit factors) [mmff 0.26 mfaktc_barrett96_F32_63gs][/QUOTE]

Thank you very much, Marvin! :bounce wave:

Luigi

110-119 chunk is now done.
[CODE][Tue Apr 30 07:42:31 2013]
no factor for k*2^110+1 in k range: 325T to 444T (159-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
[Fri May 03 02:46:04 2013]
no factor for k*2^111+1 in k range: 325T to 444T (160-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
[Sun May 05 04:24:15 2013]
no factor for k*2^112+1 in k range: 325T to 444T (161-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
[Tue May 07 08:24:45 2013]
no factor for k*2^113+1 in k range: 325T to 444T (162-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
[Thu May 09 09:26:10 2013]
no factor for k*2^114+1 in k range: 325T to 444T (163-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
[Sun May 12 00:51:16 2013]
no factor for k*2^115+1 in k range: 325T to 444T (164-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
[Thu May 16 11:42:52 2013]
no factor for k*2^116+1 in k range: 325T to 444T (165-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
[Mon Apr 21 11:00:12 2014]
no factor for k*2^110+1 in k range: 440T to 500T (159-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
no factor for k*2^110+1 in k range: 500000000000000 to 562949953421311 (159-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
no factor for k*2^111+1 in k range: 440T to 500T (160-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
no factor for k*2^111+1 in k range: 500T to 562949953421311 (160-bit factors) [mmff 0.27 mfaktc_barrett160_F96_127gs]
no factor for k*2^112+1 in k range: 440T to 500T (161-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^112+1 in k range: 500T to 562949953421311 (161-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^113+1 in k range: 440T to 500T (162-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^113+1 in k range: 500T to 562949953421311 (162-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^114+1 in k range: 440T to 500T (163-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^114+1 in k range: 500000000000000 to 562949953421311 (163-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^115+1 in k range: 440T to 500T (164-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^115+1 in k range: 500000000000000 to 562949953421311 (164-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^116+1 in k range: 440T to 500T (165-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^116+1 in k range: 500000000000000 to 562949953421311 (165-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^117+1 in k range: 325T to 400T (166-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^117+1 in k range: 400T to 480T (166-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^117+1 in k range: 480T to 562949953421311 (166-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^118+1 in k range: 325T to 400T (167-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^118+1 in k range: 400T to 480T (167-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^118+1 in k range: 480T to 562949953421311 (167-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^119+1 in k range: 325T to 400T (168-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^119+1 in k range: 400T to 480T (168-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs]
no factor for k*2^119+1 in k range: 480T to 562949953421311 (168-bit factors) [mmff 0.27 mfaktc_barrett172_F96_127gs][/CODE]