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LinkedIn Learning

Learning Grasshopper

via LinkedIn Learning

Overview

Learn the basics of using Grasshopper, the visual programming add-on to Rhino, to create complex 3D models with simple math, algorithms, and repeating forms.

Grasshopper—a plugin for the Rhinoceros 3D modeling package—is a graphical algorithm editor that takes advantage of Rhino's existing tools. Grasshopper offers new ways to expand and control the 3D design and modeling processes, including automating repetitive processes; generating geometry through mathematical functions; quickly making changes to complex models; and creating complex forms through repetitions of simple geometry. Grasshopper requires no programming or scripting knowledge, but still allows designers a high degree of flexibility in creating both simple and complex forms. So join author Chris Reilly for this quick course, and get up and running with Grasshopper, fast.

Syllabus

Introduction
  • Welcome
  • What you should know before watching this course
  • Using the exercise files
  • What is Grasshopper?
  • Downloading and installing Grasshopper
1. Algorithms
  • What's an algorithm?
  • What is data?
2. Working in Grasshopper
  • Checking out Grasshopper's interface
  • Working with parameters and components
  • Setting input data
  • Dealing with warnings and errors
  • Looking at display modes
  • Using the Remote Control panel
  • Saving and baking Grasshopper files
3. Math and Logic Functions
  • Using data matching
  • Looking at basic scalar components
  • Understanding sequences
  • Looking at mathematical functions
  • Working with logical functions
  • Introduction to vectors
  • Checking out vector attributes
  • Working with attractor points
4. Curves and Surfaces
  • Checking out curve basics
  • Analyzing curve data
  • Checking out surface basics
  • Analyzing surface data
  • Exploring diagonal grid surfaces
  • Working with surface spheres
  • Representing 3D geometry with polygon meshes
  • Generating polygonal mesh data from point clouds
5. Transformations
  • Checking out transformation basics
  • Algorithmic transformations
  • Image sampling
  • Using morphing in Grasshopper
  • Looking at paneling
6. Data Tree
  • Checking out list basics
  • Manipulating list data with filters
  • Checking out Data Tree basics
  • Data Tree components
Conclusion
  • Next steps

Taught by

Chris Reilly

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