Garbage-Can-lid-HERO

I was browsing youtube, and i came across this little video(contains gore, and unfitting music)http://www.youtube.com/watch?v=cvNsnhZqbtY&feature=related And it looked interesting, so i search for the series Baccano. Lets just say that i like it....11 episodes in a normal day is a record for me. It's a good anime that's kinda like a mind F**K. There are basically 4 or so stories that all intertwine. And the time jumps from 1930 to 1931 to , like, 1770, back to 1930 then 1931 etc. etc. Its a really rewarding anime to watch, IF you can keep up with it.

Well, i started coding my program today. i finished up the Fibonacci part easily, but when i started workin on the Golden rectangle portion, i found out that my new library doesn't support fractions, or decimals whatsoever. So there is NO way(as of now) to complete this little project. :shrug: I'll search the nets for another library, but in the mean time, here is my Fibonacci portion of the program: www.mediafire.com/?uzqyjxrzymm I give you warning though, this program uses as much CPU as it can get its hands on. Dont be crazy and try to calculate 1 million numbers, because the program WILL try, and you wont be able to do anything for... 1

Okay, as suggested by ~IssacBlast (https://www.deviantart.com/issacblast) i will be creating a program which calculates a golden rectangle based on the users input. Instead of stopping there, the program will use the recursion rules of phi(golden-ratio) in order to list the measurements of infinitesimally smaller golden rectangles. so basically the output would be: 1(user's first input) x 1φ(this will be in number form) users first inputφ - users first input(again in number format) x that numberφ if the above dosnt make sense, then let me try this (note: numbers are approximate) 1(base) x 1.6180339887(height) .6180339887 x 0.99999999988843172769 0.38196601