Grasshopper: Beginner to Advanced

Course Curriculum

Chapter 1: Introduction

Lecture 1: Software setup

Lecture 2: How does grasshopper work?

Lecture 3: Interface quick overview

Chapter 2: Beginner

Lecture 1: Create a point

Lecture 2: Save/Open and some more interface

Lecture 3: Average

Lecture 4: Point projections and lines

Lecture 5: Sine wave

Lecture 6: Travelling sine wave

Lecture 7: Helix

Lecture 8: Moebius project start

Lecture 9: Plane

Lecture 10: Domain

Lecture 11: Curve division

Lecture 12: Moebius Completed

Lecture 13: Spline creation methods

Chapter 3: Intermediate

Lecture 1: Data Trees

Lecture 2: Attractor point and curve

Lecture 3: What are Surface, Brep and Mesh?

Lecture 4: Project Bridges: Intro

Lecture 5: Step 1: Supports

Lecture 6: Step 2: The Road

Lecture 7: Step 3: Pillars

Lecture 8: Organize the script a bit

Lecture 9: Step 4: Catenaries

Lecture 10: Step 5: Vertical Cables

Lecture 11: Step 6: Diagonal Cables

Lecture 12: Step 6.2: Diagonal Cables reduced

Lecture 13: Step 7: Guy Ropes

Lecture 14: Second Bridge Start and Step 1: The arcs

Lecture 15: Step 2: Tunnel Shape

Lecture 16: Step 3: Subdivide Surface

Lecture 17: Step 4: Triangular Panels

Lecture 18: Step 5: Offset

Lecture 19: Step 5.2: Random offset

Lecture 20: Final Step 6: Move, Fillet, Loft

Chapter 4: Advanced

Lecture 1: What is Voronoi?

Lecture 2: Intro

Lecture 3: Step 1: Creating Planes

Lecture 4: Step 2: Referencing position

Lecture 5: Step 3: Cut

Lecture 6: Step 4: Intersection lines

Lecture 7: Step 5: Get Subcurves

Lecture 8: Step 6: Thickness

Lecture 9: Step 7: Recess tubes

Lecture 10: Step 8: Align tubes

Lecture 11: Step 9: Get Curves

Lecture 12: Step 10: Print Ready

Lecture 13: Step 11: Quality Check

Lecture 14: Step 12: The Cluster Object

Lecture 15: Step 13: Final Review