![cleartune app for android cleartune app for android](https://cdn.windowsreport.com/wp-content/uploads/2018/03/best-anbdroid-emulators-2018-memu-emulator.jpg)
You now select Apply, and Cleartune will maintain a constant C = 277,17 no matter what temperament you select! The frequency of A will float up or down as needed to meet the requirements of whatever temperament you select.
![cleartune app for android cleartune app for android](http://3.bp.blogspot.com/-hpgiih7VhnE/VJ7V4O6g1JI/AAAAAAAAAnc/iNMXPRpno-M/s1600/Free+TV+For+Android..jpg)
This translates into an equal-tempered frequency for A4 of 466,14 Hz, but this information is no real value precisely because A in all historical systems is not a fixed note. Cleartune listens to the note played on the cornetto and determines that the frequency is 277,17 Hz (on another day, in another room with a another temperature, it may well be different!). You select the microphone calibration, select the note C, and then select Start. Your cornetto player warms-up for a few minutes, and then gives you a C. Your reference instrument is in fact a cornetto (from which the name comes!) in C. Click “Apply”, and you’re ready to Go Historic! The note your wind player played will be constant in all temperaments! Fantastic!!įor example, you have to tune a harpsichord at Cornetthon (approximately a half-step above modern pitch). When it has determined the pitch, it will display both the measured frequency for the specified note as well as the value of an Equal Tempered A in reference to this note. Then select the note you want to remain constant, have your wind instrument play that note, select “Start” and wait for the device to sample the sound. To use this feature, select the microphone just to the right of the “A4 Calibration” box in the info menu. What’s the value of A? Who cares! Not important!! The wind instrument is the arbiter, not some pointless abstract standard. You can now calibrate the device to a sound using whatever note you want, so you can use ClearTune to duplicate the method ubiquitously described in 16th, 17th, and 18th century tuning instructions take your C or F from a wind instrument (flute, oboe, bassoon etc.), and then keep that note constant no matter what temperament you select. This is a major improvement, one which makes Cleartune eminently practical for Historical Performance Practice. In other words, if you have programmed your temperaments in an historically-informed manner, that is, with a constant C or F (0 cents deviation for this note), the chosen constant note will now indeed remain constant, and A will float (as the old German texts literally say: schweben) according to its programmed offset value. The device no longer insists upon keeping A locked to the programmed reference pitch. Two very important improvements have been made in the latest version of ClearTune:ġ.
![cleartune app for android cleartune app for android](https://static.getjar.com/ss/ed/848470.jpg)
My tests indicate that its internal frequency generation is very precise, especially compared to the Korg, which is an unmitigated disaster in this respect. The basic interface is easy to see and manipulate. Inaccurate reference display with user-selected reference note other than AĬleartune is very cleanly designed and easy to understand.
![cleartune app for android cleartune app for android](https://vipdj.co/wp-content/uploads/2021/11/Best-Animation-Video-Editor-App-For-Android-Alight-Motion-1-780x470.png)
Cleartune app for android manual#
No manual entry of reference pitch values for notes other than A use sawtooth!)įrequency display of the selected note in both sound and meter modes Selectable sound wave form: sine, square, triangle, and sawtooth waveform (i.e. User programable temperaments in steps of 0,1 cents Sound output as well as meter (needle-type, cents deviation)Ĭalibration by sampling external reference tone Summary: used to be the best, but PitchLab now leaves it in the dust!