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Twisting Surface with Grasshopper

📐 Twisting Surfaces with Parametric Control in Grasshopper! 🔄✨ In this tutorial, I’ll walk you through the process of creating *twisting surfaces* in Grasshopper using simple surface construction techniques. By leveraging **planes, point lists, and line connections**, we can generate dynamic twisting geometries with full parametric control. Here’s what you’ll learn: ✅ How to construct a twisting surface using planes as rotation references. ✅ Controlling the rotation of the surface with Graph Mapper for smooth, customizable transformations. ✅ Organizing and manipulating point lists to generate structured triangular panels. ✅ Creating dynamic, lightweight surface systems using **triangular subdivisions**. 💡 Bonus Tips: Learn how different Graph Mapper functions affect the twist pattern. Experiment with panel density and rotation angles to create different effects. Apply this method to facade systems, pavilions, or experimental design studies. This tutorial is great for architects, designers, and computational creators interested in **dynamic parametric surfaces**. By the end, you’ll have a flexible workflow for generating twisting geometries that can be used in various architectural and design applications. 🚀 👉 Have any questions or ideas for future tutorials? Drop them in the comments—I’d love to hear from you! 💬 🔥 Don’t forget to subscribe to the channel for more Grasshopper and parametric design tutorials. Your support helps keep this content coming! 📢 Let’s build smooth, twisting surfaces together! 🌟