Haller

Easy and cool effects and visualizations for your Nanoleaf Aurora.

What is it?

Haller is a wrapper around https://github.com/bharat/nanoleaf that provides some additional, higher level functionality to control your Nanoleaf Aurora

What can it do?

1. Automatically find and connect to your Aurora
2. Turn on/off your Aurora from a script
3. Handle rotation of your Aurora (so that you can script "left to right" type effects)
4. Real-time display effects (including some samples)
5. Audio visualization effects (including some samples)

Requirements

1. Python3
2. Python modules: bokeh, pyaudio, numpy, scipy

Quick start

1. git clone [email protected]:bharat/nanoleaf.git inside the haller directory
2. pip3 install bokeh pyaudio numpy scipy
3. Hit the pairing button on your Aurora
4. run config.py. It will discover your Aurora, pair with it and create a file called aurora.ini containing config data.

How do I use it?

Configure your panel orientation

By default your Aurora will have an arbitrary orientation. You can control that orientation by using the --rotate argument to config.py. Haller will save that orientation and use it in the future.

1. config.py --plot will create an HTML file called plot.html that contains a visual representation of your panel layout
2. config.py --rotate <degrees> will calculate a new rotation of your panel layout. Use this with --plot to visualize to make sure that your panel rotation matches your physical layout. The results of this rotation are cached in aurora.ini for the future.

Here's what a sample plot looks like:

Effects

1. effect.py --list to list all effects
2. effect.py --set <name> to choose an effect
3. effect.py --create creates a hardcoded effect called Scripted. Work in progress here.

Streaming

This uses the External Control feature of Aurora to allow dynamic effects. There are a few hardcoded ones, but the code is an example for what you can do. Try display.py --streaming wipe to see one of them.

Visualization

Using the streaming interface, you can turn your Aurora into a music visualizer. Try visualizer.py --viz amplitude for yourself. You can see what it looks like here: https://www.youtube.com/watch?v=nnojsRrwK4c