- Joined
- Feb 4, 2005
- Messages
- 834
Golden Ratio... more than a person wants to know... http://en.wikipedia.org/wiki/Golden_ratio
Basically, the number breaks down to 0.618 and 0.382. A person can take either of those numbers and either mulitply or divide another number by it and come up with a number that has a "pleasing proportion" to the starting number.
A person can multiply and/or divide a number mulitple times by either or both of those numbers and come up with "pleasing proportions".
Yup, that last one sounds crazy... but it's not...
So you know, the result doesn't have to be exactly exact to fall well within "pleasing"... Like 1/4" guard x 0.382 = 0.0955" (for a spacer)... or... 1/4" divided by 0.382 = 0.6545" for a spacer. The results aren't standard size but 3/32" (0.0938") and 5/8" (0.625") are close enough to fool/please the eye... us humans are pretty flexible that way.
Mike
Basically, the number breaks down to 0.618 and 0.382. A person can take either of those numbers and either mulitply or divide another number by it and come up with a number that has a "pleasing proportion" to the starting number.
A person can multiply and/or divide a number mulitple times by either or both of those numbers and come up with "pleasing proportions".
Yup, that last one sounds crazy... but it's not...
So you know, the result doesn't have to be exactly exact to fall well within "pleasing"... Like 1/4" guard x 0.382 = 0.0955" (for a spacer)... or... 1/4" divided by 0.382 = 0.6545" for a spacer. The results aren't standard size but 3/32" (0.0938") and 5/8" (0.625") are close enough to fool/please the eye... us humans are pretty flexible that way.
Mike