Richard Moody wrote: > ---------- > > From: Richard Brekne > > > > > The sharper and thiner the front termination point the lower the > inharmonicity, > > and the rounder and wider the termination point the more. This > due to the fact > > that the thin and sharp allow for more flexing about the > termination point, with > > more bending attributed to the wide and round... > > As long as the wire wasn't yanked up to "level" it, thereby > destroying the elastic curve around the "termination point". Easy > to "imagine" the inharmonicity being screwed up if that happened. > So whether it (wire) "flexes" more on "the thin and > sharp",(termination) or "bends" more with the "wide and round I don't > see how this affects inharmonicity. This is already established knowledge.. Conklin wrote about it and so did Askenfelt, and I have seen this mentioned elsewhere.. what hasnt been looked at is the possibility of useing these facts in the fashion I mention above... grin.. more then likely for some good reason or another... still.. in principle it should be able to be exploited to "pre-stretch" the scale. Just how nice this would end up sounding (assuming you could reach some ideal) is an open question. > Experiments could be done. So far I haven't seen inharmonicity > formulas that consider termination Oh they are out there...but the math is pretty heavy and as far as I know they are not directly employed when figureing inharmonicity as it relates to calculation of scales. > > radius. ---ric -- Richard Brekne Associate PTG, N.P.T.F. Bergen, Norway
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