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We live in a three-dimensional world. To design objects for everyday living, users must learn how to create in three dimensions. For precise modern designs that must conform to specific tolerances, we use computers to create a digital model first, and then pass that model on to a machine, such as a CNC router or 3D printer for fabrication.
There are many software packages that are used to create digital models. One such package that is popular for industrial, product, and graphic design and architecture is Rhinoceros 3D, or “Rhino.” Grasshopper is a visual scripting platform for Rhino. With it, the user can build precise, customizable Rhino objects by simply dragging boxes around the screen and connecting them with virtual “wires.” No knowledge of programming is necessary!
In Part I, Bachman offers a brief overview of scripting with Grasshopper, with simple examples used to introduce the reader to the most common Grasshopper components. In Part II, more complicated Grasshopper scripts are presented, showcasing the variety of objects readers can create. These examples were carefully chosen so that readers can see how the concepts from Part I can be put together to create increasingly complex designs. Finally, Part III features a reference guide from Grasshopper’s own help files containing descriptions of some of the most common Grasshopper components.
- Provides an introduction to modeling objects with Grasshopper.
- Learn how to build complex objects by combining simple components through a series of examples and tutorials.
- Applications include both NURBS surface modeling and mesh manipulation techniques.
- Part I: Learning Grasshopper—Chapter 1: Getting Started; Chapter 2: Lists; Chapter 3: Adding More Interactivity; Chapter 4: Curves and Surfaces; Chapter 5: Surface Transformations; Chapter 6: Advanced List Manipulation; Chapter 7: Meshes
- Part II: Case Studies—Chapter 8: Seashells; Chapter 9: A Striped Torus; Chapter 10: A Randomly Faceted Cylinder; Chapter 11: Creating Custom Bevels
- Part III: Component Reference: Params Tab; Maths Tab; Sets Tab; Vector Tab; Curve Tab; Surface Tab; Mesh Tab; Intersect Tab; Transform Tab; Display Tab.
ABOUT THE AUTHOR
David Bachman is a Professor of Mathematics at Pitzer College (Claremont, CA). His is the author of two previous works, Advanced Calculus Demystified, published by McGraw-Hill, and A Geometric Approach to Differential Forms, published by Birkhäuser, as well as more than 20 research articles. Through his company, David Bachman Design, Inc., he regularly consults with an international clientele of artists and product designers. In addition, Bachman’s own designs have been shown in a variety of galleries across the US.
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