Project for Afrika Burn 2016. A dome style gazebo with around 1500 - 2800 WS2812B LEDs, controlled via Fadecandies. See the project page.
This is a library of animations. It uses the associated lsdome-processing
lirary.
The piece will be a net with 1500-2000 LEDs, about 3-4m in diameter suspended on a frame 2m off of the ground. Since the LEDs are fully addressable (NeoPixels!), they can be used to run various visualisations at night. It works really well with sound too, so I'd like to add some speakers (not a dance party level. More like ambient++). Its footprint should be around 5x5m.
Work in progress: the project is split between two parts right now:
- Headless animations that can run without an X environment
- Processing sketches that need a graphics environment to run.
The headless code is organised as a Java app. It's built by gradle.
Before running gradle, set local_processing_install in build.gradle
to the path of your processing installation.
gradle installDist builds and places it in the \build\install\lsdome folder.
Running the ./bin/lsdome script launches it. It accepts these parameters:
lsdome [cloud|rings|kaleidoscope|twinkle|pixeltest]
It's pretty self contained. Since these are headless, you do need an
OPC server that's connected to see what's going on though. Use a config.properties
file to configure where the OPC serer is. Sample file:
opchostname=192.168.1.123
opcport=7890
You must install Processing 2.2.1
On ubuntu:
add-apt-repository ppa:mc3man/gstffmpeg-keep && apt-get update
apt-get install gstreamer0.10-plugins-base gstreamer0.10-plugins-good gstreamer0.10-ffmpeg gstreamer0.10-pulseaudio gstreamer0.10-alsa
Grab this:
git clone https://github.com/zestyping/openpixelcontrol.git
And maybe some dependcies. on ubuntu:
sudo apt-get install mesa-common-dev freeglut3-dev
Build the thing:
make
Then run:
bin/gl_server -l $LSDOME_REPO_PATH/src/config/simulator_layouts/opcsimulator_layout_24.json -p 7890
Use the layout file for the corresponding number of panels.