Pu Gong Ying Tu (Dandelion Painting) by Jie Qi
(Exploring) contemporary technologies– sensing, actuation, computation, dynamism–to explore new modes of storytelling and interacting with the digital world.
An interactive landscape painting that comes to life when you blow on its dandelion puffs, generating new flowers. Created using Chinese ink painting and handmade copper tape circuitry.
This work has grown to be an exemplar of what paper circuitry can do as a medium and has since seeded numerous remixes by other creators, taking on yet a new dimension of the living painting.
An interactive landscape painting that comes to life when you blow on its dandelion puffs, generating new flowers. Created using Chinese ink painting and handmade copper tape circuitry.
This work has grown to be an exemplar of what paper circuitry can do as a medium and has since seeded numerous remixes by other creators, taking on yet a new dimension of the living painting.
Chibitronics - Circuits As Crayons (Introduction to Paper Circuits)
An introduction to Chibitronics presented at a prior conference. For more information on Chibitronics please check out our website and social media pages: chibitronics.com chibitronics.com/blog for step-by-step tutorials on incorporating chibitronics components into crafting projects facebook.com/circuitstickers twitter.com/chibitronics instagram.com/chibitronics bit.ly/chibitronicsplaylists for all our saved playlists here on Youtube #chibitronics #chibitronicsdesignteam
Microcontroller Sticker Intro Tutorial
The microcontroller sticker is preprogrammed as a touch sensor with a variety of functions. Similar to the trigger sticker, you can trigger the touch sensor by simultaneously touching the sensor trace and the “-” trace. You can also clip conductive materials to these pads, like in the Makeymakey, and create your own touch sensor interfaces with other materials and objects!
MICROCONTROLLER TEST CIRCUIT
Pin 0: Dice, LEDs will blink one to six times randomly when you trigger the touch sensor. connect your LEDs from pin 0 to ground. Connect the LED from pin 0 to – to make the LEDs blink ON or connect them from – to to pin 0 to make them blink OFF.
Pin 1: Replay, tap a pattern on the touch sensor and wait a few seconds. These LEDs will replay your pattern back on loop until you tap a new pattern.
Pin 2: Impulse, when you trigger the touch sensor, LEDs will blink on and slowly fade out if connected the LED from pin 2 to -, or they will blink off and slowly fade on if you connect the LED from + to pin 2.
Pin 3: ON, the LED will simply turn ON when you touch the sensor if connected from pin 3 to -. Alternatively, if you connect the LED from + to pin 3, the LED will turn OFF when you touch the sensor
For more complex interactions, you can also connect the signal pad of the sound or light sensor sticker to sensor pin 4 of the microcontroller.
To try out the microcontroller sticker, print and use the Attiny85 microcontroller template below as a test circuit.
Codebender, ATtiny85, and the TinyAVR Programmer
22 Jun 2017: Codebender has been acquired by Codeanywhere. To make Codebender more sustainable, users are being asked to pay $10 a month (after a free 30-day trial). This is a tutorial about how to get started programming ATtiny85's with Codebender and a Chromebook. If you'd prefer to set up an Arduino Uno as an ISP, visit my other tutorial at https://youtu.be/z0p2AFyRa_I
4 years ago (edited): The Tiny AVR programmer may be used for Attiny45's as well as Attiny85's. Regrettably, Codebender is no longer allowing people to sign up for new accounts. Arduino Cloud may work as a reasonable substitute, but this isn't currently an option for those who may be Chromebook users. You can also use an Arduino Uno to program the chips, if you don't have access to the Tiny AVR programmer.
Future Cha Cha by Kevin MacLeod is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/...) Source: http://incompetech.com/music/royalty-... Artist: http://incompetech.com/