Difference between revisions of "Trilife Workshop"
Jump to navigation
Jump to search
| Line 3: | Line 3: | ||
Here's the Github page [http://blipworks.github.com/trilife/] that connects to the project repository and video. We also programmed a "kicker" board (that's always on the brightest state) to start up interesting patterns when the kicker board is connected to the network. A 118 Hz, 0-5V square wave from a function generator also works. | Here's the Github page [http://blipworks.github.com/trilife/] that connects to the project repository and video. We also programmed a "kicker" board (that's always on the brightest state) to start up interesting patterns when the kicker board is connected to the network. A 118 Hz, 0-5V square wave from a function generator also works. | ||
Kits were built by GadgetLabbers, then by folks at LVL1 (Thanks!) with more available through spring/summer 2012. | Kits were built by GadgetLabbers, then by folks at LVL1 (Thanks!) with more available through spring/summer 2012. | ||
| − | + | Questions? Email trilife-help@lvl1.org | |
| + | Here is a simulation of an 800 board array in action. [http://www.youtube.com/embed/c5o8RIuZyIo] | ||
Revision as of 05:01, 23 September 2012
Trilife is a project designed for large groups. You solder a small board and plug it into neighboring boards, making a giant array of lights that interact with each other. Here's a step-by-step guide [1] to building a board. Here's the Github page [2] that connects to the project repository and video. We also programmed a "kicker" board (that's always on the brightest state) to start up interesting patterns when the kicker board is connected to the network. A 118 Hz, 0-5V square wave from a function generator also works. Kits were built by GadgetLabbers, then by folks at LVL1 (Thanks!) with more available through spring/summer 2012. Questions? Email trilife-help@lvl1.org Here is a simulation of an 800 board array in action. [3]
