I found a bug inside one my old proc to to convert
dword to binary AsCII.
Inside zip new corrected version and app that I used to
test it (fibonachi F=F+F numbers)
Posted on 2002-07-10 09:18:55 by The Svin
Fibonacci :D
Posted on 2002-07-10 12:56:33 by comrade
:)
Right
Posted on 2002-07-10 13:48:41 by The Svin
It is my most favorite series: 1,1,2,3,5,8,13,21,34,55,89,... :)
Posted on 2002-07-10 13:59:34 by bitRAKE
1,1,2,3,5,8,13,21,34,55,89,...
How boring!!! :grin:
Posted on 2002-07-10 14:03:02 by stryker

How boring!!! :grin:
I assume that is sarcasm. :)
It is really quite amazing.
Posted on 2002-07-10 14:12:18 by bitRAKE
No :rolleyes: :grin:
Posted on 2002-07-10 14:17:43 by stryker
It is my most favorite series: 1,1,2,3,5,8,13,21,34,55,89,

and fact that 1+(((1+sqrt(5))/2 ) =((1+sqrt(5))/2 )^2 ?
Posted on 2002-07-10 15:10:58 by The Svin
Yes, and also this is a basic algo used by life on this planet.
Posted on 2002-07-10 15:17:16 by bitRAKE
That is pretty interesting, course its just the solution to x^2 - x -1 = 0. :cool:

I always liked the various binomial expansions, (1 + x)^n.
Posted on 2002-07-10 15:26:15 by Eóin
If you want a nice read about fib and connection to plants and animals, here's a link from one of my bookmarks http://www.mcs.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibnat.html ;)

nice eye avatar their eoin. :)
Posted on 2002-07-10 15:28:29 by stryker
I always liked the various binomial expansions, (1 + x)^n.

?
= sum_k(r;k)x^k
conditions: r >=0 or |x|<1
where (r;k) combinations of r things at a time k
Posted on 2002-07-10 16:32:34 by The Svin
Yes, and also this is a basic algo used by life on this planet