The Golden Ratio in Photography and Nature
The mathematics of the golden ratio are trivial compared to trying to figure out the psychology as to why that ratio is particularly beautiful to the human eye. The ratio can be expressed in many ways. Some of which are below. Take a calculator and work out each for fun and enlightenment. The ratio is correctly called Phi.
Phi is most simply understood by:
1 = Phi * (Phi -1)
[think of 0.xxx * 1.xxxx =1 where xxx is the same infinite decimal]
((5^.5)*.5)+.5) then do ((5^.5)*.5)-.5) and compare the numbers
In photography try taking the rule of thirds and making it a rule of golden ratios. Starting from the left make the 1st line at .309 ( 1/2 of Phi-1 ) and the second at .618 do the same from the bottom up. Now try to place objects on the intesections. You can do the same from the top down and from the right to the left. How you orient depends on the flow of the image. IE left -> right, right -> left, etc. This is much more complex than the rule of thirds but the results will be more pleasing to the mind's eye.
If you draw all 8 lines on a rectangle and then draw the lines for the rule of thirds, you will see how the rule of thirds is just an approximation of a golden rule but without the direction of flow being considered.
For Phi in nature read the following
http://www.mcs.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibnat.html
http://www.mcs.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibnat2.html
Of course the primary url is: http://goldennumber.net/
Phi is most simply understood by:
1 = Phi * (Phi -1)
[think of 0.xxx * 1.xxxx =1 where xxx is the same infinite decimal]
((5^.5)*.5)+.5) then do ((5^.5)*.5)-.5) and compare the numbers
In photography try taking the rule of thirds and making it a rule of golden ratios. Starting from the left make the 1st line at .309 ( 1/2 of Phi-1 ) and the second at .618 do the same from the bottom up. Now try to place objects on the intesections. You can do the same from the top down and from the right to the left. How you orient depends on the flow of the image. IE left -> right, right -> left, etc. This is much more complex than the rule of thirds but the results will be more pleasing to the mind's eye.
If you draw all 8 lines on a rectangle and then draw the lines for the rule of thirds, you will see how the rule of thirds is just an approximation of a golden rule but without the direction of flow being considered.
For Phi in nature read the following
http://www.mcs.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibnat.html
http://www.mcs.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibnat2.html
Of course the primary url is: http://goldennumber.net/
Charles Richmond IT & Security Consultant
Operating System Design, Drivers, Software
Villa Del Rio II, Talamban, Pit-os, Cebu, Ph
Operating System Design, Drivers, Software
Villa Del Rio II, Talamban, Pit-os, Cebu, Ph
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Operating System Design, Drivers, Software
Villa Del Rio II, Talamban, Pit-os, Cebu, Ph
Lynn
cmr, I take a calculator and beat it with a hammer for fun and enlightenment. I'm a lover, not a math major.
Catapultam habeo. Nisi pecuniam omnem mihi dabis, ad caput tuum saxum immane mittam
http://www.mcneel.com/users/jb/foghorn/ill_shut_up.au
To keep it at my level, which is below the FAA required minimum flying altitude: in nature lots of things grow to the ratio found in the Golden Mean; they do so because it's an efficient structure; therefore the Golden Mean is pleasing to our eye because it reflects what we see in nature.
So to get into the psychology of it, if things in nature for some reason grew in square blocks (1:1?), we'd find that ratio pleasing when replicated in photographs.
As Fish said, I may be full of c**p, but I do it with such authority!
Great discussion, 164, very enlightening.
Catapultam habeo. Nisi pecuniam omnem mihi dabis, ad caput tuum saxum immane mittam
http://www.mcneel.com/users/jb/foghorn/ill_shut_up.au
Lynn
Another good resource for the Fibonacci sequence is this radio show, aired on BBC radio 4 last November:
http://www.bbc.co.uk/radio4/history/inourtime/inourtime_20071129.shtml
I really like your explanation too. Thanks for sharing, and I'll definitely give this a try.
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Also a wealth of additional info on the golden ratio and composition in this collection of articles.
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Do not take this this wrong way but.... I LUV U!!!!!! The calculator is such a great tool to give an initial preview of each theory. I am in your debt.
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Mention math and most people's eyes glaze over. Since photographers are visual people, having a tool that allows you to overlay the golden ratio on your own photos and then see the difference that different crops make to the image makes it easier to understand.
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The rectangles line up almost perfectly in the calculator you've shown me.
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www.achambersphoto.com
"The point in life isn't to arrive at our final destination well preserved and in pristine condition, but rather to slide in sideways yelling.....Holy cow, what a ride."
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"The point in life isn't to arrive at our final destination well preserved and in pristine condition, but rather to slide in sideways yelling.....Holy cow, what a ride."
My Website
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www.achambersphoto.com
"The point in life isn't to arrive at our final destination well preserved and in pristine condition, but rather to slide in sideways yelling.....Holy cow, what a ride."
*
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And look where your eyes went it works.
www.achambersphoto.com
"The point in life isn't to arrive at our final destination well preserved and in pristine condition, but rather to slide in sideways yelling.....Holy cow, what a ride."
*
http://member.onemodelplace.com/member.cfm?P_ID=214042
But, but, but ... I was looking at his arms, yeah, his arms.
www.achambersphoto.com
"The point in life isn't to arrive at our final destination well preserved and in pristine condition, but rather to slide in sideways yelling.....Holy cow, what a ride."
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!!!
Glad to see my blast from the past is collecting junkies. And what a great tool. I'm glad i swung by today.
Operating System Design, Drivers, Software
Villa Del Rio II, Talamban, Pit-os, Cebu, Ph