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Comments
| Arne #1432829 1 month ago |
... I don't get it. |
| LorenzoP #1432832 1 month ago |
@Arne
It's a math thing. |
| Anonymous #1432834 1 month ago |
All the proportions match the golden ratio: http://en.wikipedia.org/wiki/Golden_ratio |
| Raindrops #1432838 1 month ago |
^ Sort of kind of. |
| BabblingBrooke #1432840 1 month ago |
The Golden Ratio is a number that in theory describes the dimensions of every natural made object. Which happens to be 1.62. It's the ration that falls in line with the Fibonacci Set. Which is the most commonly used fractal set in the natural world. The next number in the set is always the addition of the prior two numbers. 1 2 3 5 8 11 19 30 ect... Graph it, you get a logarithmic spiral that is of the Golden Ratio. |
| BabblingBrooke #1432847 1 month ago |
Crap, I miscounted on the set... |
| Anonymous #1432868 1 month ago |
this explains everything |
| BabblingBrooke #1432879 1 month ago |
@868
Quite literally...  |
| Shockblock99 #1432897 1 month ago |
I see what you mean, but a couple of these measurements seem a bit arbitrary. |
| Anonymous #1432908 1 month ago |
@Brooke
You missed a 1 in the Fibonacci Set |
| Anonymous #1432915 1 month ago |
So...Twi´s the perfect pony? |
| Anonymous #1432917 1 month ago |
Anon #908 here
now that i took a second look The Fibonacci Set is more like this: 1 1 2 3 5 8 13 21 34 55 89... |
| Anonymous #1433172 1 month ago |
this reminds me of a childhood favorite "donald duck in mathmagic land". here's a clip about the golden ratio http://www.youtube.com/watch?v=YVODhFLe0mw
They should make twilight sparkle educational videos explaining math and science concepts! |
| Anonymous #1433188 1 month ago |
Given how frequently nature produces it, it sure has practical advantages. It's not strange we find things that follow that ratio more aesthetically pleasant.
@BabblingBrooke It's around 1.618033987. An irrational number, like Pi. (1+sqrt(5))/2 @915 She's not the only one with this scheme. Most of them share the same proportions. |
| Anonymous #1482093 1 week ago |
This really does explain a lot. |