A job for spectral tools I would guess. At the point
spectral flux hits a first minimum and autocorrelation
hits a first maximum, the string will be in stable
resonance. You could use something fast like
bonk or a schmitt trigger to time those from
the onset and get a measure of "how well" the no
Interesting idea! Might be a good idea to use a pickup, since the body
resonances of the instrument will smear the helmholtz motion from the
signal a bit if you use mic. Regarding your second question: There will
be no phase lock across 2 strings, which is why it is possible, and even
likely, t
And a different question:
Just like how the different non harmonic partials are shifted and
forced into a harmonic compromise in a bowed string, does something
similar happen when playing simultaneous harmony?
I.e. would partials on 2 strings sharing bow and bridge, say fingered
at a frequency rati
How would one (and how hard or easy would it be) write a patch which
does the following:
Instruct the user to play a sustained note on the violin; then give
feedback about how accurate Helmholtz motion is achieved; Could we
measure how short the transient takes from nonHelmholtz motion to
helmholtz
