Introduction, Interface and Modelling Operations
  • What is Rhinoceros? Why do we need it?
  • Getting Started with the Interface (Windows version)
  • Getting started with the Rhinoceros interface on OS X
  • Understanding 2D Curves is essential: they form the basis for many 3D objects
  • Manipulating Objects: breaking, joining, moving, rotating or scaling
  • How to go from 2D or 3D curves to actual 3D surfaces and volumes
  • Extrude: push or pull a 2D profile into a 3D shape. Easy and widely used
  • Revolve: turn a profile around an axis to make rounded, symmetrical shapes
  • Editing Surfaces with Control Points: tweak and adjust curves or surfaces
  • Surface Analysis: check how smooth our shape is, with powerful visual feedback
  • Loft: derive a complex form from a few section curves or profiles
  • Sweep: the best from extrusion and lofting, by guiding the profile along a path
  • Rhinoceros Basics: Ensure you understood the modelling concepts
  • Concluding the first Section
Façade from the Neue Staatsgallerie, Stuttgart (Stirling)
  • Neue Staatsgallerie, Stuttgart (Germany) by Stirling (1984)
  • Basic Curve and Sweep Operation: the overall shape of the façade
  • Fill in the façade with deformed, rectangular window panels, with one operation
Volumes of the Nestlé Laboratory, Mexico (Rojkind Arquitectos)
  • About the Nestlé Laboratory, Mexico by Rojkind Arquitectos (2009)
  • Drawing over a Bitmap Background: use a template for fairly accurate dimensions
  • From Circles to Spheres: pick 3 points for each circle and make them a sphere
  • Finishing with Boolean Difference: cut out the rounded volumes from the blocks
Skylight from the Kunsthauz, Graz by Cook and Fournier
  • About the Kunsthauz, Graz (Austria) by Cook and Fournier (2003)
  • Starting with an Ellipsoid and Cylinder: get the basic shapes in place
  • Cutting with a Trim Operation: make room before we start the connection
  • Copy a curve parallel onto a Surface: get a better connecting edge
  • Finishing with a smooth blended transition between surfaces
Shape and panels from the Metropol Parasol, Sevilla (Spain) by Mayer Architects
  • About the Metropol Parasol (Sevilla, Spain) by J. Mayer H. Architects (2011)
  • Starting with Ellipsoid Volumes: get an overall mushroom shape ready
  • Transforming, Trimming and Blending: make a smooth connection between two shapes
  • Creating Sections through the volume, to be extruded
Bonus Section
  • Modeling operations
  • Thank you