Date: Tue, 24 May 2011 11:11:38
Author: Jerry Hester
Subject: Re: Phase locking metronomes
If you take five metronomes and set the frequency, what is the probability that all five are truly at exactly the same frequency? I saw this and thought that the metronomes were trying to drift from the forced coupled frequency.
It would be interesting to set all five away from the cans, record the "tocks" and see what variation there may be in the frequency, then to do the same on the cans.
From: email@example.com [mailto:firstname.lastname@example.org] On Behalf Of Paul Nord
Sent: Tuesday, May 24, 2011 9:48 AM
Cc: Paul Nord
Subject: Re: [tap-l] Phase locking metronomes
Nope... that's a different effect than the can motion. It takes place over a few dozen cycles.
On May 24, 2011, at 8:43 AM, Paul Nord wrote:
> I wasn't watching for that. But I could hear the clicks of the metronomes go between nearly perfect and then slightly out of phase.
> Excellent demo and video, by the way.
> On May 23, 2011, at 6:38 PM, chuck britton wrote:
>> Interesting - notice that when they are synchronized - the supporting cans have a noticeable 'glitch' every four beats.
>> Any explanation for this effect? Or is it just my overactive imagination??
>> At 4:10 PM -0400 5/23/11, Irons, Stephen wrote:
>>> Hello all,
>>> I just copied this demo but I couldn't find an entry in the DCS. Is there one? If not are there suggestions about where it should tentatively go?
From email@example.com Tue May 24 12:26:44 2011
Received: from psmtp.com (na3sys009amx250.postini.com [126.96.36.199])
by uni00ml.unity.ncsu.edu (8.13.7/8.14.4/Nv6.2010.0805) with SMTP id p4OGQgkW025557
for ; Tue, 24 May 2011 12:26:43 -0400