Studies of aggregation under electromagnetic field superimposition using Euler integration method. Particulate systems contain between 100k-1million points under influence.
By fixing attraction and repulsion points in the system, particulate aggregates & stabilizes into formation. The charges can be mapped to actual foreshore datums, generating resultant solution spaces for each mapping configuration. And further exploring participation and stabilization of structures fixed to the foreshore in the tidal rise and fall of the Thames. By pulsing the charge of attraction & repulsion, a stabile underlying structure emerges.
AADRL Studio Fall 2013
Tutor: Shajay Bhooshan (Zaha Hadid)
Team: Henry David Louth, Guillermo Oliver, Yue Pei, Ron Chua
Processing 2.0, AfterEffects CS6
CPU: MacbookPro Dual Corei5@2.53Ghz
GPU: NVIDIA GeForce GT 330M, 256MB