Clone or download the appropriate SDK repo for macOS from our GitHub Page.

In the SDK, the music_processor python script requires the latest version of the following (non-standard) python packages:

• numpy
• pyaudio
• librosa

We highly recommend that you use a virtual environment to install these packages and to run the music_processor script. The following instructions will use virtualenv to create virtual environments.

Install virtualenv:

pip install virtualenv

Create and activate a virtual environment called nanoleaf (or any other name):

virtualenv -p python nanoleaf

source ./nanoleaf/bin/activate

Navigate to the top-level SDK directory aurora-sdk-mac.

Install numpy:

pip install numpy

Install remaining packages:

pip install -r requirements.txt

If you encounter a 'portaudio.h' file not found error, try:

pip install --global-option='build_ext' --global-option='-I/usr/local/include' --global-option='-L/usr/local/lib' pyaudio

then repeat the previous step.

To deactivate the virtual environment:

deactivate

A plugin builder tool can be used to simplify the process of:

• Pairing with an Aurora
• Using the Light Panels simulator
• Using plugin options
• Creating a palette
• Building and running plugins

In the directory plugin-builder-tool/ simply run the command: python main.py. A GUI will appear that prompts you to enter the ip address of the testing Aurora, your desired palette, and the absolute path to your plugin in the directory AuroraPluginTemplate/.

A GUI also exists to create Plugin Options for your plugin. The GUI reads and writes the given Plugin Options to the PluginOptions.h of whichever plugin is selected by the plugin location field.

Note that the Plugin Builder tool will output information to the terminal. Please check the terminal output for instructions, e.g., during pairing with Aurora or debug printouts from your plugin.

If you do not want to use the plugin builder tool, the steps to testing your plugin are below.

The AuroraPlugin Framework comes with a makefile and a utilities library. Once you have completed the implementation of your plugin, you can build it using the makefile in the Debug folder. If any additional libraries have been used, the makefile must be modified to link those libraries in as well during linking.

To compile, use a terminal window and change your working directory to the PluginSDK/Debug folder. Use the following commands:

make clean

make

Once the compilation completes successfully, a libAuroraPlugin.so file will be placed in the Debug folder which can be used with the simulator

Before running the simulator, a symbolic link will have to be made in /usr/lib to the libPluginUtilities.so file that is stored in the utilities folder of the AuroraPlugin directory. To make this link, type the following into terminal.

ln -s <Path>/Utilities/libPluginUtilities.so /usr/lib/libPluginUtilities.so

where Path is the absolute path to the Aurora Plugin directory on your computer.

Open up a terminal and change your working directory to the PluginSDK folder. The music_processor python script must be run first with a virtual environment, enter:

source ./nanoleaf/bin/activate

python music_processor.py

If you want to use the Light Panels simulator and your Python version is 2.7, enter: python LightPanelsSimulator/py27/light-panels-simulator.py If you want to use the Light Panels simulator and your Python version is 3.4+, enter: python LightPanelsSimulator/py3/light-panels-simulator.py

Open up another terminal to run the animation processor, enter:

./AnimationProcessor -p <absolute path to .so file> -i <ip address>

If you are using the Light Panels simulator the ip address is not needed. Instead, to use the animation processor with the Light Panels simulator, enter:

./AnimationProcessor -p <absolute path to .so file> -s

If you generated a color palette (see Plugin Builder), enter:

./AnimationProcessor -p <absolute path to .so file> -i <ip address> -cp <absolute path to palette file>

The .so file is the compiled plugin that you wish to run on the Aurora.

The IP address that you enter is the ip address of the Aurora on the local network. The ip address can be found by using Bonjour Browser.

When using the simulator for the first time, the simulator will attempt to acquire an authentication token from the Aurora and ask the user to hold down the power button on the Aurora for 5-7 seconds. This step is not required during subsequent executions of the simulator. Note: the Simulator will only maintain authentication with one Aurora at a time.