Rhino 3D Grasshopper Structure with connections

Explore a Grasshopper script to build a dome subdivided with connections in Rhino 3D. Follow along as I guide you through the steps in this video.

Create three circles—the base, middle, and top—with sliders for radius and height, then loft them into a clean parameter-driven form and label for a tidy script.

Subdivide geometry with iso trimmed and divide domains to 10 by 10. Create a center point with the area component for a triangulated dome.

Apply the evaluate surface component to place a center point and connect it to corner points, building a triangulated dome in Rhino Grasshopper, with optional wireframe or extruded solids.

Learn to generate key points from a Grasshopper surface, build polylines and curves, adjust with sliders, and create clean, non-overlapping pipes for reliable connections in Rhino 3D.

Utilize the Call duplicates component to flatten vertices and remove overlaps, yielding unique corner points. Then apply boolean difference to subtract spheres from pipes, creating clean, connected geometry.

Explore alternative connection geometries in Rhino 3D Grasshopper by subdividing a structure, baking a clean framework, and replacing spheres with flat connections for more versatile models.

Develop flat, clean connections in a Rhino 3D Grasshopper structure by creating circular frames at corners, using amplitude-driven extrusion, and tidying with cap holes and unions.

Build a Rhino 3D Grasshopper structure by offsetting circle sets, extruding in both directions, creating holes, and subtracting from an outer shell to reveal inner connections.