Personality
Discuss specifics of personality design, including what Keyphrases work well and what dont, use of plug-ins, responses, seeks, and more.
Posts 763 - 774 of 5,105
Posts 763 - 774 of 5,105
Doly
22 years ago
22 years ago
Centainly not! A golden rectangle has one side equal to the other multiplied by phi, the golden mean. If you cut a square from it, the remaining rectangle will have the same proportion. I could talk for ages on the subject, I even discovered some interesting geometrical proportions between phi and pi that become apparent in the Great Pyramid. You can see all about it in:
http://www.geocities.com/lu_si_na/pyramid.html
By the way, the exact value of phi is (1 + sqr(5))/2, and that's approximately 1.618
http://www.geocities.com/lu_si_na/pyramid.html
By the way, the exact value of phi is (1 + sqr(5))/2, and that's approximately 1.618
STRMKirby
22 years ago
22 years ago
My friend found a site that listed pi(yeah, I know you weren't talking about pi) to however far they know it is. They might've cut it short, though, cause, as we all know, pi is pretty damn long.
Speaking of which, how do they find more numbers of pi?
Speaking of which, how do they find more numbers of pi?
Shadyman
22 years ago
22 years ago
Alright, quiet you....
I don't know, kirbs.. (BTW I'm getting saged
)
They get a computer program to make more pi for them
I don't know, kirbs.. (BTW I'm getting saged

They get a computer program to make more pi for them

Eugene Meltzner
22 years ago
22 years ago
There is more than one way to find digits of Pi. For instance, it can be represented as the sum of a convergent infinite series that I can't remember right now. There's probably more than one series that works. Computer programs that find it probably have a more efficient method that I don't know about.
OnyxFlame
22 years ago
22 years ago
And then there's always the simplistic old 22/7 which is what I heard many many moons ago. I never tried working that out on paper though.
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