There's a plan for iOS and iPadOS. Thanks for the suggestions, I will try exploring AUv3 when building it.

Since I developed it using Vision framework from Apple, the current focus is still for Apple devices. So, not in the near future to develop for Linux and Windows.

Thanks for the confirmation!

It seems possible, since Apple’s Vision framework can read body pose too. Maybe I can try it for the next update.

Open the app and open Logic Pro. Create a MIDI track on Logic, try waving to the app it should automatically receive MIDI message from all channels and all MIDI devices.

Then if you want to filter the track to receive specific MIDI channel from specific device, for example AirBending channel 2, then find it in the dropdown in the MIDI inspector section in the same MIDI track.

Very cool. I’ll have to test that.

It’s on the plan to expand this app for iPhone. But, I haven’t tried lidar, so I decided to release for macOS first.

Also with iPhone, I have to think how to transmit MIDI data to DAW on laptop. Well, most likely via USB or network.

Apple devices can do MIDI over Bluetooth. I've used this in the past to send VisionPro hand tracking data as MIDI.

I do this with "Apple Lightning to USB Camera Adapter". iPad basically talks to the midi sequencer via USB.

Location: Tallinn, Estonia

Remote: Yes (8 years of remote work experience) or On-site/Hybrid (Tallinn)

Willing to relocate: No. But, I'm willing to travel within EU.

Technologies: Elixir, Phoenix, React, Node.js, Postgres, MongoDB.

Résumé/CV: https://www.linkedin.com/in/asepbagja/ | https://github.com/bepitulaz

Email: asep.bagja.p@gmail.com

Preferably full-time employment, but I open with part-time or project based work too. If you need my PDF version of the CV, you can ask me via email.

Good idea to try!

With Web Audio API, it would be possible to convert any number inside Sheets as a frequency or note to control the oscillator and effects, and make music. So, yes, a lot of creative possibilities.

The author here. Cool. Yes, it's a similar experiment. The difference is that you use Python. I guess from your code, it's a CLI application that talk to MIDI devices and read the data from Sheets. Is that correct?

That’s right, it’s a pretty thin layer. Parses the sheet and schedules the midi to be sent to a particular (virtual) device. Having it all in one place sounds a lot more convenient.

This is what I'm looking for. It can search the cycling route. I've randomly checked some suggested routes in Estonia with Google Map street view. The route looks good by avoiding the main street/highway and following the bike path. Thanks for making it.