eolica
Code Repo for IAAC's LLUM 2020 instalation titled "Eolica" Instagram: http://instagram.com/eolica
Hardware
The installation takes input from 8 custom fabricated pinwheels with embedded IR sensors. Four pinwheels are connected to one Arduino MKR1000 for a total of two MKR1000 nodes. These are connected to a local WIFI AP.
The Arduino code takes advantage of the MKR1000 four ISR enabled digital input pins for reading the RPMs of the pinwheels. This data is broadcast via UDP/OSC and received to a computer running Processing and Max/MSP.
Software
- Arduino IDE
- Arduino WIFI101 Library
- CNMAT OSC Library https://github.com/CNMAT/OSC
- Arduino sketch based on the "ConnectWPA.ino" WIFI101 example by Tom Igoe
- Processing IDE
- oscP5 Library by andreas schlegel, http://www.sojamo.de/oscP5
- Processing sketch based on the oscP5 sample "oscP5sendReceive.pde"
- Resolume Arena
- Max/MSP
Hardware
- Arduino MKR1000 (x2)
- Pinwheels (x8) with LM393 IR sensors to measure rotation
- PixLite 16 MkII ECO Controller Board
- SMD 5050 LED Module (x16 strip, 20 bulbs / strip)
Credits
"Eolica" installation was developed by the 18-20 MAA02 students at the Institute for Advanced Architecture of Catalonia in Barcelona. The project was developed from October 2019 through February 2020 and presented at the LLUMBCN 2020 Festival February 14-16, 2020.
Project funding provided by the Institut de Cultura de Barcelona.
Physical Computing
Surayyn Selvan, Anton Koshelev, Ivan Marchuk, Yimeng Wei, Ankita Alessandra Bob, Aysel Abasova, Manan Jain
Interactive Systems
Doruk Yildirim, Tolga Kalcioglu, Timothy Lam, Yigitalp Behram, Oana Taut Hongyu Wang
Design
Kristine Kuprijanova, Megan Yates Smylie, Pratik Girish Borse, Aishath Nadh Ha Naseer
Communication
Daria Ciobanu-Enescu, Eszter Olah, Logesh Mahalingam, Holly Victoria Carton, Hena Micoogullari
Logistics
Fiona Demeur, Haresh Ragunathan
Direction
Cristian Rizzuti and Luis E. Fraguada
Academic Coordination
Marco Ingrassia