A simpler solution might be just to end the list at 79299950 instead of 79300000.

Then both the 73 & 74 lines would go away. :grin:

Or we could just all work extra hard on the 60 bitters and get rid of that line instead...

[code]
25M - 79.3M LMH (29.7-33.2X, 34.8-79.3)

Bits Exponents Bits Exponents (04/11/2005)
60 413594 (-44068) 60 413594 (-44068)
61 318569 (37530) 61 318569 (37530)
62 420898 (2856) 62 393008 (5598)
63 44090 (-35) 63 43902 (106)
64 12971 (-71) 64 12562
65 7724 (2) 65 7702 (-3)
66 493 (-18) 66 487 (-19)
67 68825 (38) 67 3
68 43351 (2608) 68 82 (11)
69 134 (-1) 69 133 (-1)
70 46 (14) 70 45 (13)
71 7 71 7
72 29 72 29
73 0 73 0
74 1 74 1
---------------------------------------------------

Total 1330732 (-1145) 1190124 (-833)
[/code]

Note new range for LMH! :exclaim:
[code]
25M - 79.3M LMH (30.0-33.2X, 34.8-79.3)

Bits Exponents Bits Exponents (04/27/2005)
60 374375 (-39219) 60 374375 (-39219)
61 352571 (34002) 61 352571 (34002)
62 419790 (-1108) 62 389361 (-3647)
63 44698 (608) 63 44578 (676)
64 12910 (-61) 64 12562
65 7741 (17) 65 7702
66 493 66 487
67 68841 (16) 67 3
68 47733 (4382) 68 80 (-2)
69 134 69 132 (-1)
70 46 70 45
71 7 71 7
72 29 72 29
73 0 73 0
74 1 74 1
---------------------------------------------------

Total 1329369 (-1363) 1181933 (-8191)
[/code]

does anyone happen to have a copy of the [B]4/12 nofactor[/B] zip file or a link to where I could dl it?
I thought I got it a couple weeks ago before the 4/27 came out, but was wrong.

[QUOTE=tom11784]does anyone happen to have a copy of the [B]4/12 nofactor[/B] zip file or a link to where I could dl it?
I thought I got it a couple weeks ago before the 4/27 came out, but was wrong.[/QUOTE]

I've got it. You can fetch it at [URL=http://solumslekt.org/temp/nofactor.zip]http://solumslekt.org/temp/nofactor.zip[/URL]

regards, Leif.

[code]
25M - 79.3M LMH (30.0-33.2X, 34.8-79.3)

Bits Exponents Bits Exponents (05/12/2005)
60 339065 (-35310) 60 339065 (-35310)
61 379946 (27375) 61 379946 (27375)
62 422383 (2593) 62 396588 (7227)
63 44658 (-40) 63 44578
64 12874 (-36) 64 12562
65 7729 (-12) 65 7702
66 495 (2) 66 487
67 68876 (35) 67 3
68 51876 (4143) 68 82 (2)
69 136 (2) 69 134 (2)
70 46 70 45
71 7 71 7
72 29 72 29
73 0 73 0
74 1 74 1
---------------------------------------------------

Total 1328121 (-1248) 1181229 (-704)
[/code]

Note new range for LMH! :exclaim:
[code]
25M - 79.3M LMH (30.7-33.2X, 34.8-79.3)

Bits Exponents Bits Exponents (05/28/2005)
60 318922 (-20143) 60 318922 (-20143)
61 394419 (14473) 61 394419 (14473)
62 420759 (-1624) 62 381818 (-14770)
63 45484 (826) 63 45417 (839)
64 14680 (1806) 64 14429 (1867)
65 7722 (-7) 65 7702
66 494 (-1) 66 487
67 68886 (10) 67 3
68 55569 (3693) 68 86 (4)
69 137 (1) 69 134
70 46 70 45
71 7 71 7
72 29 72 29
73 0 73 0
74 1 74 1
---------------------------------------------------

Total 1327155 (-966) 1163499 (-17730)
[/code]

Thanks 1997rj7. We are making good progress. Let us try to get all numbers above 60 bits by the end of the year. But more importatnly let us get all numbers under 10 million digits up to 60 bits first!!

[QUOTE=garo]...But more importatnly let us get all numbers under 10 million digits up to 60 bits first!![/QUOTE]
perhaps garo means 62 bits :question:

Yup I meant "from" 60 bits "to" 62 bits.