An R&D project exploring fluid dynamics and neural networks. Utilizing xpOcean to drive two dense field of particles, this study examines how chaotic fluid motion can be used to influence structured geometric hierarchies.
The goal was to maintain structural integrity across the "tendrils" while allowing the particle cloud to move with heavy,
fluid-driven inertia.
I used Maxon Cinema 4D with Voronoi Fracture, Insydium X-Particles, and Otoy Octane Render.
The goal was to maintain structural integrity across the "tendrils" while allowing the particle cloud to move with heavy,
fluid-driven inertia.
I used Maxon Cinema 4D with Voronoi Fracture, Insydium X-Particles, and Otoy Octane Render.
