Representational Research at the University of Virginia School of Architecture

MESHES

Mesh algorithms offer powerful yet computationally simple capabilities ranging from connectivity modeling and optimization to landform analysis and manipulation. The Grasshopper definitions below offer a range of scalable operations for Architecture, Landscape Architecture and Urban Analysis.

continuous tubed surface v2_icon dimpled mesh_icon voussoir vault_icon
kangaroo drape_icon kangaroo wind_icon  kangaroo folding_icon
  cylinder box morph_icon  pyramid box morph_icon  truncated tower_icon
 moebius strip_icon  voronoi sphere_icon  mesh bulge_icon
habitat analysis with shortest path text 3D warped voronoi text 2 dripps, phinney, grasshopper, parametrics, architecture, uva
dripps, phinney, grasshopper, parametrics, architecture, uva  voronoi voids text dripps, phinney, grasshopper, parametrics, architecture, uva
dripps, phinney, grasshopper, parametrics, architecture, uva dripps, phinney, grasshopper, parametrics, architecture, uva delaunay voids
dripps, phinney, grasshopper, parametrics, architecture, uva continuous surface text Mesh Basic Introduction T
mesh landform towers text mesh with kangaroo deformation text Mesh Water Infrastructure T

grasshopper3d, grasshopper, parametrics
 dripps, phinney, uva, university of virginia  school of architecture, architecture, mesh
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