Album Published

Corolllaria Railing (5 new items)

This algorithmically-generated, lasercut steel railing was created for the new Nervous System studio building in Palenville, NY. The pattern morphs continuously along the 40 ft (12.2 m) long railing moving through different modes of pattern. Beginning at the bottom of the staircase, waves of dense cells shift into rings, then spirals and finally to large scale radial cells. The patterns recall morphologies seen in cross sections of plant tissues. It is generated through an optimization process of anisotropic centroidal voronoi diagram. The cells optimize their distribution in response to a morphic background metric.

architecture sculpture

Album Published

Corollaria

Inspired by biological systems, Corollaria plays with adaptive patterns that respond to environmental conditions. Multi-scale structures suggest the organization of cells into tissues, and cells change in size and direction as they respond to boundaries.

Album Published

Corolllaria Railing

This algorithmically-generated, lasercut steel railing was created for the new Nervous System studio building in Palenville, NY. The pattern morphs continuously along the 40 ft (12.2 m) long railing moving through different modes of pattern. Beginning at the bottom of the staircase, waves of dense cells shift into rings, then spirals and finally to large scale radial cells. The patterns recall morphologies seen in cross sections of plant tissues. It is generated through an optimization process of anisotropic centroidal voronoi diagram. The cells optimize their distribution in response to a morphic background metric.

architecture sculpture