Fwd: Another musical algorithm.

--- In MicroMadeEasy@yahoogroups.com, "robert thomas martin"
<robertthomasmartin@...> wrote:

Another musical algorithm for making microtonal transformations is:

C = zero cents
G = x
D = 2x
A = 3x

E = y
B = x + y
F# = 2x + y
C# = 3x + y

Ab = 2y
Eb = x + 2y
Bb = 2x + 2y
F = 3x + 2y

Choose any values for x and y.

Subtract multiples of 1200 when the results exceed 1200(an octave).

--- End forwarded message ---

You're cross-posting again. Do you know what "cross-posting"
means, Robert?

-Carl

At 05:43 AM 9/9/2008, you wrote:
>--- In MicroMadeEasy@yahoogroups.com, "robert thomas martin"
><robertthomasmartin@...> wrote:
>
>Another musical algorithm for making microtonal transformations is:
>
>C = zero cents
>G = x
>D = 2x
>A = 3x
>
>E = y
>B = x + y
>F# = 2x + y
>C# = 3x + y
>
>Ab = 2y
>Eb = x + 2y
>Bb = 2x + 2y
>F = 3x + 2y
>
>Choose any values for x and y.
>
>Subtract multiples of 1200 when the results exceed 1200(an octave).
>
>--- End forwarded message ---
>

--- In MakeMicroMusic@yahoogroups.com, Carl Lumma <carl@...> wrote:
>
> You're cross-posting again. Do you know what "cross-posting"
> means, Robert?
>
> -Carl
>
> At 05:43 AM 9/9/2008, you wrote:
> >--- In MicroMadeEasy@yahoogroups.com, "robert thomas martin"
> ><robertthomasmartin@> wrote:
> >
> >Another musical algorithm for making microtonal transformations is:
> >
> >C = zero cents
> >G = x
> >D = 2x
> >A = 3x
> >
> >E = y
> >B = x + y
> >F# = 2x + y
> >C# = 3x + y
> >
> >Ab = 2y
> >Eb = x + 2y
> >Bb = 2x + 2y
> >F = 3x + 2y
> >
> >Choose any values for x and y.
> >
> >Subtract multiples of 1200 when the results exceed 1200(an octave).
> >
> >--- End forwarded message ---
> >
> From Robert. Sorry old chap. I drank too much firewater last night
and "the devil made me do it".