With it, measuring the inharmonicity is very fast and can be done for all notes in two minutes. If you are not exclusively sold to Android, you can check out my new professional piano tuning app "pianoscope" for iPhones and iPads. So if you want a high quality tuning, no software can work magic here, it has to measure more than a couple of notes. If you only measure one note per octave, a software often significantly over- or underestimates the inharmonicity for the in-between notes which will lead to poorly progressing thirds and a lumpy sound. The problem with interpolating inharmonicity is that its curve is hard to predict in the bass of poorly scaled pianos. You will tune more than once, because you can store the solution forĮach piano, and not have to sample all the notes twice.Īs we know, Tunelab users usually do NOT measure all the notes of In other words, entropy software is better for pianos Practical point of view, it would make field tuning of different pianos, a I was reading that the Minimum-Entropy algorithms, like Dirk's and Entropy,Ĭreate tuning solutions that could possibly be better than what a humanĬan do? If so, that would be a triumph of technology, although from a So with the newer version of Tunelab, are they recommending to sampleĪLL the notes of the piano, to get the most accurate tuning solution? Usually measures most of the C and F notes, and then extrapolates a As we know, Tunelab users usually do NOT measure all the notes ofĪ piano, like users of Entropy or Dirk's Piano tuning software do. I was 'behind the times' with what Tunelab is able to do - it seems that with the new 3-part tuning, (available since last fall) it is much more responsive to the piano and calculates on a note by note basis and can end up with a non-smooth curve for a single partial.
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