Join Chris Reilly for an in-depth discussion in this video Planning for angled panel joints, part of Learning Algorithmic Design with Grasshopper.
- [Instructor] In the last video, … we talked about a basic overview of … going from our two dimensional Voronoi cell pattern, … into something that could be three dimensional, … actually fabricated out of physical material. … In this video, I'd like to go a little bit more in depth … with some of that thought process and thinking through … how we're going to actually tackle fabricating this. … We have our extrusion where we left off from the last video. … So I'm going to double click perspective … and just zoom in a little bit here. … Again, the real challenge with this form … is these irregular angled joints. … There's almost no 90 degree angles, … so this would be actually pretty challenging to fabricate … in a way where it's going to come together … and look like it does on screen here. … So let's think through … how we would actually tackle making this thing. … And there's some clues here that we can get … in each of these individual extrusions. … So I'm just going to click on an extrusion here …
- Planning for material depth and angled panel joints
- Working with Voronoi diagrams
- Drawing trapezoidal profiles
- Offsetting corner lines
- Drawing shelf and spline profiles
- Using Boolean operations
- Labeling panel profiles
- Creating 3D extrusions and panel arrays
- Using clusters to organize complex definitions
Skill Level Intermediate
Grasshopper and Rhino: Python Scriptingwith Jeremy Graham5h 12m Intermediate
Grasshopper: Architectural Prototypingwith Walter Zesk2h 28m Intermediate
1. Design and Algorithm Planning
2. Creating Voronoi Diagrams
3. Drawing Shelf Profiles
4. Drawing Spline Profiles
5. Curve Boolean Operations
7. Creating 3D Extrusions and Panel Arrays
8. Working with Complex Definitions
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