* scale formation
* chord formation
* beat and rhythm patterns
* form
* harmonic and melodic intervals
* cadences and harmonic progressions (circle-of-fifths)
* modulation
* parts and voicing
* the concept of tension/resolution and it’s realization in melody, harmony, rhythm, and form (probably in the reverse order).
I think the underlying concept behind these is “pattern.”
I don’t have a mathematical definition of "pattern", but it involves the concept of repetition--
familiarity within variety, order amidst chaos, predictability, expectation.
And then, applying the tension/resolution concept by establishing a “stable" pattern,
then “breaking” it, then resolving back to stability.
So what I seek in “notation” is visual patterns that correspond to musical patterns.
And what I seek from “theory” is a way to “measure,” or at least distinguish,
tension and equilibrium, and a way to describe “motion” from one to the other.
We may want to modify this topics list as we go along.
I think a more appropriate question may be:
"Does one need a Jankó keyboard to develop 12-TET theory?"
On Sep 13, 2015, at 11:40 AM, Omar Soriano <oeso...@gmail.com> wrote:For the sake of thoroughness, we should include:
violin
viola
cello
double bass
some accordians
as other isomorphic instruments
On Sep 13, 2015, at 11:40 AM,
For the sake of thoroughness, we should include:
violin
viola
cello
double bass
some accordians
as other isomorphic instruments
Introduction to the Art of Playing the Pianoforte, Op.42 (Clementi, Muzio) (1801)Over on the MNP forum, Paul Morris posted a beginner method by Muzio Clementi:
I've discovered that Janko fingering requires two numbers: finger and row. Let's see if Lilypond can do that.
But an alternative: since each note appears on three rows max, perhaps use just three letters:X, Y, and Z. Why?
- consider not all jankos are built the same way. For some, C will appear on row x, and for others on row y in a six letters system. But in a three letter system, x would always refer to the bottom C, whichever row is may actually appear on.
As far as...
"So perhaps a "relative row" interpretation would work:
Suppose there is an imaginary "fence" between the thumb (only) rows and finger rows,
perhaps as fingered for a standard scale."
...in my personal playing, I would stay away from this, because it would definitely lead to shaping figures differently in the left hand than the right.
This would go against the principle of "learning is easier insofar as fingering/shapes in both hands are similiar."
I confess that, of the Keeler-Soriano principles of Janko Chromatone fingering, the principle of both hands playing same shapes is the principle that has borne me the most fruit, and why I think my learning has increased speed the last year.
Isomorphism isn't on trial. We are.