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 Post subject: Color-Music Theory
PostPosted: Tue Jun 22, 2010 12:47 pm 
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I talked about this concept in another thread but I didn’t want to hi-jack the thread. In this thread I can give Color-Music it’s proper background and applications. Color-Music Theory was something I stumbled upon in college after reading a guitar magazine with an article on Perfect Pitch. If you are a musician, Perfect Pitch is ideal for identifying patterns in song structure. Try a test to see how well you can identify pitch.

http://perfectpitchtest.com/

How did you do? It is not easy I can tell you unless you have some built in reference point like Middle C. If you are clever, maybe you can remember a song in a certain key and use that to give you some sense of pitch. Anyway, here is the guy I saw in that guitar magazine from the early 1990's.

Image

His Perfect Pitch Pitch course can be purchacsed here in case you ever want to invest in something like this:

http://www.perfectpitch.com/chapter1.htm

Somewhere in the article it discussed the concept of a color to pitch relationship. My first thought was WOW! That is cool. I immediately went to the library and BINGO found a historical perspective on the idea. From Aristotle to the modern day it seemed like everyone knew about this idea but me. Then I remembered how children seem to be given this concept rather early in life but never are told the reasons why music is not learned this way. Do you remember your first xylophone?

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That's right it's in color. The problem is that this connection is lost by the time you get your first music book. All we ever see by the age of 10 is black and white notation. This is by far the worst way to identify different degrees of pitch. No wonder we struggle to play music. If playing guitar is not hard enough we also have to overcome a low-grade application of human emotion to the wriiten musical note. Did you know our emotions can be "assigned" a certain color?

Image
http://www.fractal.org/Bewustzijns-Best ... otions.htm

With me so far? I mean this is damn cool if you can actually "see" why certain songs make you feel one way or another. All you have to do is learn the language and you may even become a better musician. You could explain why you choose certain notes in a song verses just saying it "felt" right. Once you are aware of the colors of emotion you need to know exactly why a certain pitch can have only one color associated with it. In an octave of a Major Scale in the Equal Temperament System there are only 8 notes (12 if you count all the semitones). Each one has a frequency assigned to it. A=440 Hz wasn't adopted until 1936 by the American Standards Association. If you ever turn on a tuner it is calibrated specifically to A=440 Hz.

In order for anyone to believe this relationship actually exists you need to use a little math. Just as there are many octaves on a keybord there are many octaves of vibration we cannot see or hear. Dogs hear sounds that the human ear just can't perceive. Blow a dog whistle and just watch how many dogs will respond to it. Take Middle C on the keyboard for example. Every time you jump to the next octave above it you have just "doubled" the frequecy of that note. For example: A=440Hz x 2 = 880Hz. What if you want to land somewhere in the light spectrum? Those frequencies are pretty large so you will need to multipy Middle C (261 Hz) by at least 40 octaves. The primary similarity between light and sound are their behavior as waves. There is a mathematical equation which can calculate all the frequencies we need. We use this: wavelength = velocity / frequency. Our chart of frequencies then end up like this...

F ------- 349.228231 Hz ~ 780.749171 nm
F#/Gb -- 369.994423 Hz ~ 736.929087 nm
G ------- 391.995436 Hz ~ 695.568436 nm
G#/Ab -- 415.304698 Hz ~ 656.529179 nm
A ------- 440.000000 Hz ~ 619.681028 nm
A#/Bb -- 466.163762 Hz ~ 584.901004 nm
B ------- 493.883301 Hz ~ 552.073033 nm
C ------- 523.251131 Hz ~ 521.087555 nm
C#/Db -- 554.365262 Hz ~ 491.841158 nm
D ------- 587.329536 Hz ~ 464.236235 nm
D#/Eb -- 622.253967 Hz ~ 438.180657 nm
E ------- 659.255114 Hz ~ 413.587466 nm
F ------- 698.456463 Hz ~ 390.374586 nm

Here's our piano keyboard (colored) based upon these calculated pitches.

Image

Now you are ready to be musical painter, but first you need to know the rules of painting. The Color Wheel is used to find the colors which best combine together. There are 3 possible ways of combining colors. There are the Primary Colors, Secondary Colors, and Tertiary Colors. While I won't explain how to apply these different ways I'll give you a head start on what it would look like if you applied these theories together. The rest is up to you... :)


Attachments:
Color Wheel (Primary Colors).png
Color Wheel (Primary Colors).png [ 3.3 MiB | Viewed 4230 times ]
Color Wheel (Secondary Colors).png
Color Wheel (Secondary Colors).png [ 1.18 MiB | Viewed 4231 times ]
Color Wheel (Tertiary Colors).png
Color Wheel (Tertiary Colors).png [ 2.95 MiB | Viewed 4231 times ]

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 Post subject: Re: Color-Music Theory
PostPosted: Tue Jun 22, 2010 7:16 pm 
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I've got Dave Burge's Perfect Pitch and Relative Pitch programs as well as Graham English's Absolute Pitch Power program... alas, I am just not willing to put in the time required for any of these courses to obtain anything close to perfect or relative pitch.


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 Post subject: Re: Color-Music Theory
PostPosted: Wed Jun 23, 2010 2:58 am 
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Location: San Antonio, Texas
I have the Perfect Pitch course as well. I too have not mastered it fully. Part of me feels as though it would ruin the "surprise" of listening to new music. My ears would automatically know what the next chord would be or maybe the next melodic note. I still like not knowing everything about music for some reason. Surprise is part of the fun of enjoying music. :)

If you ever listen to my critique of Ozzy's music you would hear that I am always describing the patterns I recognize from previous albums. You see, I'm practically ruined already!!

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