horigome

Author here and creator of the Wave smart ring. As we have been overflown with interesting use-cases from our current customers, we are super excited to debut this Python API for our Wave smart ring. Feel free to ask away!

Equations are weird on GitHub. Use http://nbviewer.jupyter.org/github/multivac61/wave_digital_n... instead.

That's definitely one reason for the lack of step-by-step tutorials. Another one is that each product is so unique, with its own needs when it comes to later prototyping phase and then manufacturing.

Also, designing a enclosure is a completely different beast. Nowadays you would typically start out by 3D printing stuff and then later on in the process get it manufactured by injection molding. That means going to the factory and making sure that everything is set up right before they start the manufacturing the part. Again a very ad hoc procedure that's unique for every product.

I am working on getting the servers back up.

same here...

Sounds interesting, do you an example of the performance you might expect from such a system? I must say that out out of the estimators I tried, HPS is the most difficult to deal with. You need information about how the harmonics are related to the fundamental and how many harmonics you expect before applying the algorithm. Maybe there are some adaptive methods that exists for this job but HPS is intrinsically ad-hoc, which is not very nice.

Unfortunately they only provide .zips for each instrument in Post-2012 category. You can download them at the bottom of each page f.x. http://theremin.music.uiowa.edu/MIS-Pitches-2012/MISEbClarin... There's no compressed file option for the Pre-2012.

It might be easier to make a scraper then downloading all of the files individually.