the strings rather than striking them.
I hope this helps and best wishes,
Stephan
Vance Wood
- Original Message -
From: [EMAIL PROTECTED]
To: Herbert Ward [EMAIL PROTECTED]; lute@cs.dartmouth.edu
Sent: Friday, November 18, 2005 8:19 PM
Subject: [LUTE] Re: Computer analysis of double
Thanks Stephan You have helped me before, I'll work on that little bit of
information and try to adapt it.
Vance Wood.
- Original Message -
From: [EMAIL PROTECTED]
To: lute@cs.dartmouth.edu
Sent: Sunday, November 20, 2005 5:23 AM
Subject: [LUTE] Re: Computer analysis of double string
]
To: Herbert Ward [EMAIL PROTECTED]; lute@cs.dartmouth.edu
Sent: Friday, November 18, 2005 8:19 PM
Subject: [LUTE] Re: Computer analysis of double string sound.
The paired strings of each double course on a lute are not quite exactly
the same in length (the bridge and nut are usually not exactly parallel
:
Date : Sat, 19 Nov 2005 10:06:08 -0500
Subject : [LUTE] Re: Computer analysis of double string sound.
I agree, and I speak only from what I hear on my own sorry Lute, the
impossibility of getting each string in a course to be exactly in tune with
its partner is almost
The paired strings of each double course on a lute are not quite exactly
the same in length (the bridge and nut are usually not exactly parallel,
but also the string spacing is wider at the bridge than at the nut).
Vagaries of tying at the bridge and in the shape of the groove in the nut
could
The result is a bit of a surprise to me. There is no (obvious) reason
why two identical strings, identically plucked, should differ in the
energy distribution regarding the harmonics, even if coupled.
One should of course expect beats because of the necessarily slightly
different tuning of
: [LUTE] Re: Computer analysis of double string sound.
The result is a bit of a surprise to me. There is no (obvious) reason
why two identical strings, identically plucked, should differ in the
energy distribution regarding the harmonics, even if coupled.
One should of course expect beats
Does it have anything to do with the time? Upstroke vs. Downstroke? (ie.
they are not actually plucked at the exact same time)?
Two strings plucked at the exact same time will stay in
phase, of course, only if they are tuned together.
As a numerical example, at A415, two strings initially
in
