Tunelab Pro 5.0 Serial Number

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Agathe Thies

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Jul 18, 2024, 12:42:49 PM7/18/24
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Version 4.0/5.0 of TuneLab is now available for Windows. At the present time we are not charging for updates to TuneLab for Windows. If you have purchased TuneLab Pro for Windows at any time in the past, no matter what version number, contact us for your new license number that will license the latest version of TuneLab on your Windows computer.

tunelab pro 5.0 serial number


DOWNLOAD https://gohhs.com/2yUenZ



NIST says this is a very popular number. They get over 2,000,000 calls per year. When you call this number, you will hear the same thing that is broadcast on shortwave radio station WWV. If you can get your computer or other tuning device to pick up the sound from the telephone receiver, then you can check your calibration. Try holding the telephone right up to the microphone. Verify the pickup is working by getting the dial tone to register. You will want to figure out how to place the phone on the microphone of your tuning device so that it will stay put without your hanging on to it and causing noises that will interfere with the pickup of the tones.

Once you have the tuning device all set up to look for 500 Hz and 600 Hz on C and D, then call the Colorado number at a time when you can be sure of hearing the desired tones. You will only have three minutes maximum because they automatically disconnect you after three minutes. With the tone sounding in the microphone of the tuning device, select either the C or D depending on which tone is playing. Once you determine which tone is playing, note the rotation of the lights in the Accu-Tuner or the spinner in the CyberTuner or the movement of the squares in TuneLab. Any movement in these displays indicates the error in calibration. If you can adjust the offset to make the display stand still, then that offset tells you exactly how far off your tuning device is.

If you are a professional, I heartily recommend this program as the best thing of its kind. I feel it is very close to the same quality you get in the AccuTuner with only the exception of the F-A-C automatic stretch setting. But, you can custom make your own scale and stretch one note at a time, or you can use the library of tuning files for a number of different pianos. Also, TuneLab can be calibrated to your laptops' quartz crystal in order to get true A440.

Notable features:* Capable of an accuracy to 0.02 cents.* Measures and uses inharmonicity of the piano to construct a custom tuning.* Provides an over-pull mode for more accurate pitch-raises.* Can store hundreds of tuning files for individual pianos.* Tuning files can be stored locally and in the Cloud on Dropbox. * Provides many historical temperaments for period music.* Switches notes automatically when you play the next note.* Provides a strobe-like Phase Display for fine-tuning.* Provides a versatile frequency spectrum display. TuneLab lets you customize a tuning by sampling the inharmonicity for a few notes of the particular piano. You can choose the kind of tuning stretch you want by specifying different intervals for the bass, the treble, and the mid-range of the scale. These intervals can be octaves, 12ths, double octaves, etc. Good defaults are in place if you are not sure which settings you prefer. After a custom tuning has been created from inharmonicity measurements you can store this tuning by name. The next time you need to tune that piano, or one very much like it, you simply load that same tuning file and start tuning. There is essentially no limit to the number of tuning files that you can store. TuneLab comes with some sample tuning files and an "Average" tuning file so you can start tuning right away without bothering to measure inharmonicity. TuneLab covers the normal piano range from A0 to C8 (88 notes). The automatic note-switching feature makes it possible to enjoy hands-free operation. There is also easy one-touch manual note switching. TuneLab has two different displays that are visible at the same time. One is the strobe-like Phase Display. This is a band where black squares move left or right depending on whether the note is sharp or flat. Tune the note to make the pattern stop moving. The other is the Spectrum Display. This is a graph of the frequency spectrum around the desired note that shows a peak in the audio frequency spectrum for every pitch present in the sound. The object in using this display is to tune the note until the peak in the graph is positioned at a central red line. The Spectrum Display makes it possible to do a rough pitch-raise without mutes since each string of a unison produces its own peak in the graph. Having both the Phase Display and the Spectrum Display visible at the same time gives you a more complete picture of the tuning than any single spinner-type or needle-type display.

I tune the unisons by ear AND check with VT (ie I'm not a tuner, but I do tune my own piano, 'cause I like it in as perfect tune as I can get it, ALL the time.) The higher one goes of course, the less relevant the VT numbers are on individual strings of the trichord. They might all be 1 cent sharp, for example, and yet, under certain circs, all three as a whole can very quickly go quite flat as the note decays, and the note under these circumstances usually has a very weak sustain.

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Do not buy this app unless you are a professional piano technician. This is a professional tool that produces a custom piano tuning for any piano. It is part of our popular TuneLab line of piano tuning programs for smartphones, tablet computers, and laptops which piano technicians have been using sine 2001.

Notable features:

* Capable of an accuracy to 0.02 cents.
* Measures and uses inharmonicity of the piano to construct a custom tuning.
* Provides an over-pull mode for more accurate pitch-raises.
* Can store hundreds of tuning files for individual pianos.
* Tuning files can be stored locally and in the Cloud on Dropbox.
* Provides many historical temperaments for period music.
* Switches notes automatically when you play the next note.
* Provides a strobe-like Phase Display for fine-tuning.
* Provides a versatile frequency spectrum display.

TuneLab lets you customize a tuning by sampling the inharmonicity for a few notes of the particular piano. You can choose the kind of tuning stretch you want, based on octaves, 12ths, double-octaves, or other intervals. Good defaults are in place if you are not sure which settings you prefer. Then you start tuning.

After a custom tuning has been created from inharmonicity measurements you can store this tuning by name. The next time you need to tune that piano, or one very much like it, you simply load that same tuning file and start tuning. There is essentially no limit to the number of tuning files that you can store. TuneLab comes with some sample tuning files and an "Average" tuning file so you can start tuning right away without bothering to measure inharmonicity.

TuneLab covers the normal piano range from A0 to C8 (88 notes). The automatic note-switching feature makes it possible to enjoy hands-free operation. There is also easy one-touch manual note switching.

TuneLab has two different displays that are visible at the same time. One is the Phase Display. This is a band where black squares move left or right. The object in tuning is to make the squares stop moving. The other is a Spectrum Display. This is a graph that shows a peak in the audio frequency spectrum for every pitch present in the sound. The object here is to tune so as to place the peak in the graph at a central red line. The spectrum display makes it possible to do rough tuning without mutes, since each string of a unison produces its own peak in the graph. Having both the Phase Display and the Spectrum Display visible at the same time gives you a more complete picture of the tuning than any single spinner-type or needle-type display.

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