SAN is an experiment about the future of architecture.
Dodecahedron constructed by children at Maker Faire Rome
A construction is represented by a network of nodes.
The network is aware of itself, the way we are aware of our body.
The network understands its environment. It has senses.
The network communicates with its environment, visually and audiotory.
The network modifies its environment by self-reassembly.
Nodes are 3D printed. ⌀50 mm
Nodes have tetrahedral geometry. (SP³ hybridization)
Edges have uniform length: 100 mm
Edges attach to nodes via BNC connectors.
The network interfaces with a computer, the brain.
The brain receives which nodes are neighbors.
The brain reconstructs the network topology in 3D.
The brain real-time renders the 3D network on screen.
A node contains an accelerometer.
The accelerometer gives a sense of orientation (tilt).
A node has four programmable RGB LEDs.
Colors identify a node within the network.
The network forms a modular synthesizer.
A node is a ugen with 4 I/O ports and an analog parameter (tilt).
Lots of loops! Lots of feedback!
Step 1
Each participant assembles a personal node.
Step 2
We unite all nodes in a network.
Step 3
Participants take their nodes with them.
Afterwards (optional)
hacking, programming, jamming, performing
Duration: 2h
All parts are provided, prefabricated and preprogrammed.
No prior electronics or programming knowledge is necessary.
SAN is an open source project available on GitHub. It was created by Felix E. Klee.
Felix is a programmer with an academic background in architecture and physics. At Spektrum Berlin he organizes MetaMatter, a laboratory of research and practice focused on transformations of matter.
felix.klee@inka.de
+49.174.1386060
@feklee on Freenode / Twitter / Telegram / WeChat / Conversations.im (XMPP)
PGP 0x5EF8B6017F668171259945D6BEF6EFD38FE8DCA0
Except where otherwise noted, all data in this presentation is CC0 licensed.
Source of ADXL337 eval board image: Analog Devices