I've just caught up from the weekend's messages and thought I'd try to get this back on track. Bill responded to my temperament morphing idea with: That's called "aural tuning", Ron. Surely, when I get to the point where I am satisfied with a set of correction figures for the EBVT, all of the interval data that could be extrapolated from that would produce a list and that list would be like any other. Do you really think that if you used correction figures for any given temperament, then tuned several different kinds of ordinary pianos, <snip> Actually, I think it's called inharmonicity, and it works very well with the Verituner, thank you very much. But seriously, check out my other post today for some inharmonicity information that should help you in measuring the EBVT. The key point being that you should shift your measuring range above C4. We are approaching the goal of setting a temperament on a piano from different directions. As an aural tuner, you may work with concepts like: how far from pure (6 bps), or equally beating, or faster, or slower. Those of us working with the EDT's will be coming from the direction of how far from ET. So yes, the ability for the machine to get a good ET is crucial. (hint for all:Verituner) Or, as Ed and some others choose, use an aurally adjusted, machine calculated, saved tuning before overlaying the offset numbers. So to answer the question about if we get consistant, measured results on different pianos: yes, well at least I do. I'll be measuring more this week to confirm. That's kindof the whole point of using a precision tool when tuning. (I'll get on my soapbox about precise vs. accurate another day) Ron Koval _________________________________________________________________ Join the world’s largest e-mail service with MSN Hotmail. http://www.hotmail.com
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