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)

dword to binary AsCII.

Inside zip new corrected version and app that I used to

test it (fibonachi F=F+F numbers)

Fibonacci :D

:)

Right

Right

It is my most favorite series: 1,1,2,3,5,8,13,21,34,55,89,... :)

1,1,2,3,5,8,13,21,34,55,89,...

How boring!!! :grin:How boring!!! :grin:

It is really quite amazing.

No :rolleyes: :grin:

It is my most favorite series: 1,1,2,3,5,8,13,21,34,55,89,

Is it (your preference) the same about ((1+sqrt(5))/2

and fact that 1+(((1+sqrt(5))/2 ) =((1+sqrt(5))/2 )^2 ?

Yes, and also this is a basic algo used by life on this planet.

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.

I always liked the various binomial expansions, (1 + x)^n.

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. :)

nice eye avatar their eoin. :)

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

Yes, and also this is a basic algo used by life on this planet

Talking of life gain it should start with zero :)

(no gain for the first month for rabbits, first 9 month for humans)

0, - 1st pare

1, - gain from 1st

1, - 2nd gain from 1st

2 = 1 gain from 1st + 1gain from 1st gain,

3 = 1 gain from 1st + 1gain from 1st gain + 1gain from 2nd gain