Open Softwear (beta)

dcuartiellesJuly 18th, 2009

Open Softwear is the latest project at 1scale1. It is a free book (CC-NC-SA-2.5) introducing basic concepts about microcontroller programming through Arduino, and using it in when crafting interactive garments. The softwear book project is open and looks for collaborators to help with proofreading, adding new examples, translating it to other languages, or photographing your own projects for the printed version to come.

(c) 2009 book cover by its authors

book cover, (c) 2009 by its authors

The 104 pages long document was made by T. Olsson, D. Gaetano, J. Odhner and S. Wiklund. It contains tones of illustrations, an introduction to programming, help in the use of conductive materials, and explanations about basic electronic components. It is perfect for beginners and fashion-oriented technologists. It was designed for people using the inexpensive Arduino USB board, but from here it should be possible to jump into using other systems like Arduino Lilypad.

using a tilt sensor, (c) 2009 by its authors

using a tilt sensor, (c) 2009 by its authors

Visit the Open Softwear page here, or download the book here.

2 Responses to “Open Softwear (beta)”

  1. Open Softwear (beta) « adafruit industries blog Says:

    [...] From the Arduino blog… Open Softwear is the latest project at 1scale1. It is a free book (CC-NC-SA-2.5) introducing basic concepts about microcontroller programming through Arduino, and using it in when crafting interactive garments. The softwear book project is open and looks for collaborators to help with proofreading, adding new examples, translating it to other languages, or photographing your own projects for the printed version to come. Filed under: Arduino — by adafruit, posted July 18, 2009 at 9:06 pm [...]

  2. Zementblog » News (20. Juli ‘09) Says:

    [...] Ein neues “Open Book” ist veröffentlicht worden; es heißt “Open Softwear” und handelt von Mode und Technik in Kombination, wie man es schon von der Lilypad-Idee kennt. Sprich: Interaktive Handarbeit mit Arduino (via Arduino). [...]