Richard Hull
Richard Hull
Ok, no problem. Don’t mind which approach tbh ... maybe go with > keep `__all__` hard-coded + new `__deviceNames__` with duplication to keep them located together
Looks like it is an i2c device, so should be easy to drive
First things first, connect it up, and do `i2cdetect -y 1` and see what address(es) it responds with. Looking at the datasheet and adafruit arduino code, I'd be inclined to...
> I'd also love to see support for the Unicorn HAT HD, which uses SPI. @Gadgetoid - see #188 - wip, but is working
Excellent work! The class you wrote is just a simple bridge/adapter between the two implementations and is how I would’ve tackled it too. I like the fact you import inside...
I think it can only be connected to certain pins. In any regard, I'll have a look at making this configurable when I get back off holiday in a few...
Can you post details of: * What command or program you ran * How many LED matrix units you have, and how you have them wired up * A picture...
ok, things I would do: * Remove all the wires, and run an SPI sanity check - see https://github.com/rm-hull/spidev-test * remove any other wires from the board other than those...
setting contrast as you have done should work, if you try and run the https://github.com/rm-hull/luma.examples/blob/master/examples/demo.py that should regulate the brightness output - does that work for you?
It would be useful if you can provide a link to the OLED breakout board you are using also