Update: Alex won first place in NYU Music Technology’s 2014 product design competition! Congrats!
Today’s Project: Draw MIDI
(Production: Ronny Mraz, Adam November, and Kathleen “Ying-Ying” Zhang, full credits at Youtube)
A digital-based project, Alex Haff’s Draw MIDI uses capacitance sensing to collect electrical signal from a pencil-and-paper keyboard, converts that to MIDI using an Arduino, and then sends the code into your computer via a Max patch. That may sound complicated, but it’s quite simple once you understand the function of each part of the project.
System Requirements and Code
While this project can technically be done on Windows, it takes a bit of finagling. We recommend Mac OSX.
The Arduino code will run in the controller’s software on your computer. The Max patch will need to be run in Max. If you don’t own Max, never fear. You can copy and paste the code into Max’s free runtime application.
NYU Music Technology is an active member of the Instructables.com community. As such, a step-by-step guide of building the project may be found here.
Edit: Thanks for the feature, Instructables!
We had a lot of fun with this week’s project and hope you will, too! A special thanks to Langdon Crawford for cleaning up and hosting the code.
Paper circuits have been making their way around the tech world because their low-cost components give them great potential for cheap mass production. For DIY, they offer similar affordability, a great availability of materials, and they’re just plain fun. There’s a novelty in creating something interactive from ink and graphite. Usually, our words and drawings can’t fly off the page, but with the addition of electronics they can light up or be heard.
For an industry application of paper circuits, watch our talk with educator Alex Ruthmann.
For some inspiration, check out this Ted Talk, “DJ Decks Made of Paper” by Kate Stone.
And for some great, simple projects the Exploratorium’s Tinkering Studio has you covered.