![]() Information - Concerts, News,FAQs, Archives. Organs - Electronic (B3 etc.), Pipe, Theatre. Who's Who - Professional Pianists on Piano World Member Recordings - Non Classical Pianist CornerĮVENTS! Piano Concerts, Recitals, Competitions.įun Stuff! - Parties, Tours, Projects & More.įorum Members Parties, Tours, Cruises, & M. MY NEW PIANO or KEYBOARD! - Share Your Story! TuneLab Piano Tuner Users Manual, version 4. Since this software requires a higher quality mike that what's already built into most PCs, maybe it would be possible to do quality unison tuning one string at a time matched to the display?ĭigital Pianos - Electronic Pianos - Synths &a. For that, it will probably be necessary to guesstimate the overpull. The point is, you can set the frequency to compensate for the soundcard.Ģ)The other thing that seems to be missing are the overpull targets. (I'm not sure if that's exactly what it worked out to the netbook is out in the car right now and I'm too lazy to walk out and get it.) I checked and the equivalent frequency for -0.13 and it came out to A=439.9, I "think". Im taking a 2nd look at this piano tuning program, this time using a new higher quality microphone, and comparing 3 different microphone placements and comp. When you set the pitch, you can set it to the calibration for any other software you are running.įor instance, I have the Verituner software installed on m y notebook. There's no way to calibrate the software. There are two things I did notice, though. In this mode, you play a key and Entropy Piano Tuner shows you both the current pitch, and the pitch it needs to be, which you adjust with your piano tuning tool.I still haven't had a chance to put the Entropy Tuner through all its paces. A nice feature here is that you can connect a MIDI keyboard and play your tuned piano samples to make sure the recommended curve sounds accurate. With that done, you press Calculate, and the application will generate a tuning curve for your piano. As you record, a spectrogram of frequencies is produced for each key, and a little tick on the GUI shows its successful status. Now you can patiently record an audio signal from every key on your piano, which takes around 30 minutes. If the levels seem good for this pitch detection, you then switch to Record mode. With that done, the application defaults to an idle mode that constantly listens to your microphone input, automatically detecting the pitch of any notes you play. ![]() The process starts by creating a new file for your specific piano. Entropy Piano Tuner isn't a replacement for those skills, but it is a huge help if you have one or two keys that go out of tune before the others, or if you want to learn the dark art of piano tuning yourself. It normally takes a skilled piano tuner an hour or two to keep your piano in the best shape, and this can be expensive. There are 88 keys, and each key has multiple strings that need to be tuned to a specific tension, all the while keeping a keen ear for any extra harmonics or vibrations from other keys, strings, and the frame within the instrument. ![]() In particular, a piano needs to be tuned, and unlike a guitar, tuning a piano isn't a simple task. The authors attempted to change the weighting by working in subsets of octaves, fifths, and fourths. If you're lucky enough to have a real physical piano made of wood and strings, you'll know that it typically needs regular maintenance. The math underlying the entropy-based tuner assumes that every interval on the piano (all possible combinations of 88 notes, including 88 notes played simultaneously) is equally important, an assumption that only occurs in ET.
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