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I was very fortunate enough to be made one of the prototype versions of Helen Leigh Steer/Imogen Heaps amazing Mini.mu gloves, it uses micro:bit to create a gestural controller and is aimed at getting younger people into the more fun/physical things that coding and tech can do. I’ve been pushing what this little, cheap product can do and have already had great success in connecting it up to physical instruments and puredata.
I struggled getting the micro:bits connecting via radio/serial and into puredata, I definitely couldn’t have managed it using the micro:bits blocks editor which is the easiest/user friendliest way to start coding. So, I found a work around which I thought would be useful for anyone else wanting to connect micro:bits to puredata or other DAW's.
This works with 2 micro:bits, communicating over radio, sending MIDI data into Puredata. This obviously limits you to the range of MIDI values, but is more than enough to get some really great results.
Head here for the code for the microbit connected to your computer: https://makecode.microbit.org/_4hFVXm4zRD85
And here for the code that goes on your gloves microbit: https://makecode.microbit.org/_imoPhUAvzeY5
Now, before you open up puredata, you’ll need two more small programmes to make this work. All the documentation for the MIDI library is in here, and it mentions the need for a bridge between serial and our midi devices, so Hairless MIDI is the first thing you need. This converts incoming Serial data into MIDI packages. The second thing you’ll need is loopMIDI, which is a brilliant programme that acts as a virtual connection for MIDI devices. I use this one to make PureData and Reaper talk to each other too.
So, your two other programmes will look like this:
Now you have all this set up, you can open up puredata, select loopMIDI as a MIDI input device and use [notein] as your method of recieving data.
With each sensor sending data via a different midi channels, you can seperate all the incoming data using the [notein 1] or [notein 2] objects.
Obviously, you can do whatever you want with the incoming data, and I’ll be posting a few more complex patches soon (once I’ve made them) showing the potential of mini.mu and puredata.
For a walkthrough and some examples, here's a video for you too:
And a mini montage of some of the experiments thus far:
There may be some other issues with connecting things together if you’re on not Windows 10 or on Macs, but thanks to Neill Bogie, there may be work arounds:
Instructions for mac users (LoopMIDI is windows-only, so mac users must enable their IAC Driver): https://gist.github.com/nbogie/309848134aede2e57ee80a4b752b0294#file-mini-mu-to-pd-on-mac-md
Windows versions prior to windows 10, users will first need to install the mbed windows serial port driver before Hairless MIDI Bridge will see the microbit as a COM port, following these instructions: https://os.mbed.com/docs/latest/tutorials/windows-serial-driver.html … (Making sure to have the microbit connected during install). Source: microbit support https://support.microbit.org/support/solutions/articles/19000022103-how-do-i-use-the-serial-port-with-a-micro-bit-on-windows
Instructions for mac users (LoopMIDI is windows-only, so mac users must enable their IAC Driver): https://gist.github.com/nbogie/309848134aede2e57ee80a4b752b0294#file-mini-mu-to-pd-on-mac-mdWindows versions prior to windows 10, users will first need to install the mbed windows serial port driver before Hairless MIDI Bridge will see the microbit as a COM port, following these instructions: https://os.mbed.com/docs/latest/tutorials/windows-serial-driver.html … (Making sure to have the microbit connected during install). Source: microbit support https://support.microbit.org/support/solutions/articles/19000022103-how-do-i-use-the-serial-port-with-a-micro-bit-on-windows