examples | ||
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keybow-2040-github-1.jpg | ||
keybow2040.py | ||
LICENSE | ||
README.md |
Keybow 2040 CircuitPython
This CircuitPython library is for the RP2040-powered Keybow 2040 from Pimoroni, a 16-key mini mechanical keyboard with RGB backlit keys. Find out more about Keybow 2040 at the link below.
Learn more about Keybow 2040 at pimoroni.com
The library abstracts away most of the complexity of having to check pin states, and interact with the IS31FL3731 LED driver library, and exposes classes for individual keys and the whole Keybow (a collection of Key instances).
Getting started quickly!
You'll need to grab the latest version of Adafruit's Keybow 2040-flavoured CircuitPython, from the link below.
Download the Adafruit CircuitPython binary for Keybow 2040
Unplug your Keybow 2040's USB-C cable, press and hold the button on the top edge
of Keybow 2040 while plugging the USB-C cable back into your computer to mount
it as a drive (it should show up as RPI-RP2
or something similar).
Drag and drop the xxxxxxxx.uf2
file that you downloaded onto the drive and it
should reboot and load the CircuitPython firmware. The drive should now show up
as CIRCUITPY
.
The Adafruit IS31FL3731 LED driver library for CircuitPython is a prequisite for
this Keybow 2040 library, so you'll need to download it from GitHub at the link
below, and then drop the adafruit_is31fl3731
folder into the lib
folder on
your CIRCUITPY
drive.
Download the Adafruit IS31FL3731 CircuitPython library
Finally, drop the keybow2040.py
file from this library into the lib
folder
on your CIRCUITPY
drive also, and you're all set!
Pick one of the examples (I'd suggest the
reactive.press.py example to begin), copy the
code, and save it in the code.py
file on your CIRCUITPY
drive using your
favourite text editor. As soon as you save the code.py
file, or make any other
changes, then it should load up and run the code!