Grids often serve as a base geometry where further geometry is created on top of every grid point. Manipulating the grid manipulates everything built on it. We'll look at different examples of creating grids and morphing that geometry onto surfaces.
A course class for Designing with Complex Geometry
This course will introduce Grasshopper3D (within Rhino3D) that combines the power of NURBS surface geometry with computation.
Grids often serve as a base geometry where further geometry is created on top of every grid point. Manipulating the grid manipulates everything built on it. We'll look at different examples of creating grids and morphing that geometry onto surfaces.
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