Speaker Fibonacci Parametric Texture Tutorial Rhino 3D & GRasshopper | Webinar 9.0

Download Files: https://cademy.xyz/webinar9 Our Courses: Rhino: https://cademy.xyz/rhino Grasshopper: https://cademy.xyz/grasshopper Parametric Texture: https://cademy.xyz/texture Computational Design: https://cademy.xyz/code Keyshot: https://cademy.xyz/keyshot Chapters: 00:00:00 Intro 00:03:14 Rhinoceros 00:36:38 Grasshopper | FIbonacci 00:50:40 Grasshopper | Spiral 01:24:33 Keyshot Master Parametric Design for Industrial Design. In this live workflow session, we explore how to recreate the iconic Fibonacci (phyllotaxis) perforation pattern found in high-end audio equipment. This isn't just a visual exercise—we dive deep into making these patterns "production-ready" using Design for Manufacturing (DfM) principles. What we cover in this session: Rhino 3D Modeling: Setting up clean base geometry for complex texturing. Grasshopper Logic: Building a Fibonacci spiral from scratch and controlling distribution density. Parametric Texturing: Mapping 2D patterns to 3D surfaces with precision. Manufacturing Prep: Adding demolding angles (draft) to perforations for injection molding or casting. Why Grasshopper? Traditional CAD tools like SolidWorks or Fusion 360 struggle with thousands of unique holes. Grasshopper handles this logic parametrically, allowing you to iterate in seconds. ⚠️ EDUCATIONAL DISCLAIMER This webinar is an independent educational session for skill-building and is NOT a collaboration with, or endorsed by, any specific brand. All referenced designs and patents belong to their respective owners. We are showcasing the 3D recreation of these CAD models for academic purposes only.