And no, just adding 1 or 2 to a ratio is *not* a valid technique to derive ratios (and yes, I am speaking to all the knuckleheads who still use 1.382 as a Fibonacci ratio)
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Nothing Earth-shattering, but here is a nice little table of Fibonacci Ratios. I actually generated this table a long time ago (6 months?, 9 months? edit 10/27/11: Okay, lets just say a few years ago :) ). Anyways, I would sometimes come across lists of Fib ratios. But as a guy who wants to understand where things come from in the first place, that was very unsatisfying.
The are many ways to come up with Fibonacci ratios besides looking at adjacent Fib numbers. There is the exact equation, which gives you the main one (0.618 and 1.618). But the most clever way is as a system of linear equations (and since I love linear algebra, this is very cool). I was planning on writing a really detailed post of why I love phi and going on a geek trip using linear equations, like I did regarding e as with this post: Why e is the coolest number. But I decided to restrain myself this time :)
Anyways, here is the table. Have fun! :)
