Warped Patterns

📐 Creating Warped Surfaces with Origami-Like Folded Patterns in Grasshopper! ✨ In this tutorial, I explore how to generate warped surfaces that follow origami-inspired folded patterns using Grasshopper. The script is built using list operations such as shift, flip list, and weave, allowing for precise control over the folding structure. I also demonstrate how to offset surface points to introduce depth and create dynamic 3D geometry. Here’s what you’ll learn: ✅ How to construct folded patterns between two curves to create controlled deformations. ✅ How to apply the same logic to a continuous surface, generating a grid of origami-like folds. ✅ Using list operations (shift, flip list, weave) to organize and manipulate point data for paneling. ✅ Offsetting surface points to create depth and variation in the folded structures. ✅ Techniques to refine the folds for smoother transitions and controlled geometry. Bonus tips: - Learn how to adjust fold angles and spacing to create different origami-inspired effects. - Understand how to apply these techniques to architectural surfaces, structural skins, or experimental design studies. This tutorial is perfect for designers, architects, and computational artists looking to develop complex folded geometries in Grasshopper. Whether you’re working on facades, installations, or digital fabrication, these techniques will expand your parametric design toolkit. Have any questions or ideas for future tutorials? Drop a comment below – I’d love to hear your thoughts. Don’t forget to subscribe to the channel for more Grasshopper and parametric design tutorials. Your support keeps this content coming. Let’s build intricate folded surfaces together.