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  • Members: 191
  • Category: Mathematics
  • Founded: May 21, 2001
  • Language: English
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Fwd: optimizing octaves in MIRACLE scale.   Message List  
Reply Message #21 of 20696 |
Re: Fwd: optimizing octaves in MIRACLE scale.


--- In tuning-math@y..., "Paul Erlich" <paul@s...> wrote:

http://groups.yahoo.com/group/tuning-math/message/20

> --- In tuning-math@y..., "monz" <joemonz@y...> wrote:
> >
> > > [Paul:]
> > > So shall we call our integer limit 12?
> >
> > [monz:]
> > Sure! Guess what?... that ties this in nicely with
> > Schoenberg's alleged integer-limit of 12 in his
> > _Harmonielehre_ (the explanation disparaged by Partch).
>
>
> Umm . . . I thought that explanation used a _prime-limit_
> of 13, not an _integer-limit_ of 12. In particular, Partch
> showed that Schoenberg's two derivations of the note C# --
> as the 11th harmonic of G and as the 13th harmonic of F --
> hence as 33/32 and 13/12 -- differed by virtually an entire
> semitone (i.e., Schoenberg assumed a "unison vector" of 143:128).


Damn, Paul! Duh again!

I had signed off for the night, and just realized this error
and came back to the computer to correct it, and you've
already explained it sufficiently!

Here's the full scoop:



The incorrect part of my statement was the mention of
Partch's analysis.

The Schoenberg work Partch cites is a lecture given in
1934 called in the English translation in _Style and Idea_
"Problems of Harmony".

I was correct in saying that an alleged 12-integer-limit
would connect our optimization with Schoenberg's in his
_Harmonielehre_ of 1911. That's precisely how he explains
the origin of the diatonic scale, plus the first couple
of chromatic alterations which suggest the 12-EDO paradigm
he hints at in a couple of sections of the 1911 edition.

(In the more commonly found 1922 edition he expands quite
a bit at these points and presents fully 12-EDO outlines.)

He obviously decided on a prime-limit of 13 some time later.


I'm interested now in whether Schoenberg thought of his
1934 analysis as a prime-limit or an odd-limit, because
my hazy immediate recollection suggests the latter.

I'll take a closer look at the Schoenberg article to see
if it's possible to determine this, and also make sure that
my dates are accurate.

But for sure, the 12-integer-limit is in _Harmonielehre_.
FTR, Schoenberg actually wrote it during the summer of
1910. It was published in 1911.


Hmmm... 1910 was the same summer Mahler composed his 10th
Symphony, probably reflecting a good deal of the influence
I believe Schoenberg was having on Mahler, who supported
Schoenberg (financially and otherwise) for years past the
point when he could no longer understand Schoenberg's work.

Mahler wrote to Schoenberg in 1909 that "I have the score of
your [Schoenberg's 2nd] Quartet with me here [in New York]
and study it from time to time, but it's difficult for me."

I believe that Mahler's work shows the influence of Schoenberg
as early as the _7th Symphony_, 1905.

So research into this kind of tuning paradigm may have
some bearing on my attempts to experimentally retune
Mahler's work.

Interesting.



-monz
http://www.monz.org
"All roads lead to n^0"









Thu May 24, 2001 6:16 am

joemonz@...
Send Email Send Email

Message #21 of 20696 |
Expand Messages Author Sort by Date

... Monz wrote, ... OK -- we now have to do a two-parameter optimization, where the two parameters are the size of the generator (let's call it G), and the ...
monz
joemonz@... Send Email
May 24, 2001
3:45 am

... I might try and then give up. ... Oh yes . . . Dave Keenan has been thinking 11-limit all along. He posted some 7-limit and 11-limit optimization results,...
Paul Erlich
paul@... Send Email
May 24, 2001
4:08 am

... http://groups.yahoo.com/group/tuning-math/message/18 ... Of course... duh! I knew all this. Guess it's just information overload. ... Sure! Guess...
monz
joemonz@... Send Email
May 24, 2001
5:09 am

... Umm . . . I thought that explanation used a _prime-limit_ of 13, not an _integer-limit_ of 12. In particular, Partch showed that Schoenberg's two...
Paul Erlich
paul@... Send Email
May 24, 2001
5:17 am

... http://groups.yahoo.com/group/tuning-math/message/20 ... Damn, Paul! Duh again! I had signed off for the night, and just realized this error and came back...
monz
joemonz@... Send Email
May 24, 2001
6:16 am

I wrote, ... Oops! That should be 104:99, not 143:128! ... Really? So ratios such as 16:9 would have fallen outside it?...
Paul Erlich
paul@... Send Email
May 24, 2001
6:11 pm

... Paul, I started a response to this but it is getting long and interesting. I'll post it tonight. -monz...
monz
joemonz@... Send Email
May 25, 2001
4:47 pm

... http://groups.yahoo.com/group/tuning-math/message/24 ... 143:128). ... (early response:) Oops... Schoenberg doesn't actually claim that the 12th harmonic...
monz
joemonz@... Send Email
May 27, 2001
5:55 pm

... 7:4 (really a subminor 7th) between g-36 and f-63...
Dave Keenan
D.KEENAN@... Send Email
May 28, 2001
4:20 am

... http://groups.yahoo.com/group/tuning-math/message/44 ... <cut> etc. This is an extremely interesting post, Monz, and I would recommend that it be reposted...
jpehrson@... Send Email Jun 3, 2001
4:04 pm

Oh, Monz . . . you're not expecting the result to be a stretched or squashed 72-tET, are you? 'Cause if you are, then it's a one- parameter optimization --...
Paul Erlich
paul@... Send Email
May 24, 2001
7:29 pm

... And if it is, the answer is 71.959552-tET, or 72-tET with the octave stretched to 1200.6745¢....
Paul Erlich
paul@... Send Email
May 25, 2001
7:59 pm

... http://groups.yahoo.com/group/tuning-math/message/31 ... With a step-size of 16.67603472 cents. Thanks, Paul. Uh... I don't think "expecting" is the way ...
monz
joemonz@... Send Email
May 27, 2001
9:00 am

... I agree (with the first bit) Graham...
graham@... Send Email May 27, 2001
12:27 pm

... Well, because it's easier to solve the problem of how best to stretch or squashed 72-tET for the 12-integer-limit (a univariate optimization), than to...
Paul Erlich
paul@... Send Email
May 28, 2001
9:14 am

... http://groups.yahoo.com/group/tuning-math/message/21 ... Can you imagine this? And, it's one of his "easier" works, in the overview... ________ ______...
jpehrson@... Send Email Jun 3, 2001
2:29 pm
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