Automate Technical Drawings from Facade Panels with Rhino and Grasshopper: Complete Guide скачать в хорошем качестве

Automate Technical Drawings from Facade Panels with Rhino and Grasshopper: Complete Guide

👉 Download the exercise definition from our Asset Vault https://www.thinkparametric.com/resou... 👉 FREE COMPUTATIONAL DESIGN COURSE https://www.thinkparametric.com/resou... Discover the potential of computational design with this Rhino and Grasshopper tutorial! Learn how to automate facade design by creating dynamic panels that adjust in size, thickness, and color, all driven by parametric design and a touch of Python scripting in Grasshopper. In addition, you'll explore OpenNest, a powerful Grasshopper plugin that helps you efficiently layout facade panels for fabrication. This step-by-step guide walks you through everything, from automating facade panels to organizing and preparing them for production and optimizing your workflow. Whether you're an architect, designer, or 3D modeling enthusiast, this parametric facade tutorial will teach you essential Grasshopper paneling techniques for architectural design automation. Suitable for both beginners and advanced users, this video will help you master Grasshopper, Rhino, and 3D modeling for facade design. Don't miss out—watch now and elevate your skills to the next level! 👉 TOPICS Introduction – Why Automate Facade Panel Drawings? Automating Facade Panels with Grasshopper Generating Panels with a Custom Python Component Embedding Data for Fabrication and Construction Drawings Sorting and Filtering Panels for Manufacturing Preparing Panels for Laser Cutting with OpenNest Optimizing Panel Nesting for Efficient Fabrication Finalizing and Exporting for Construction Expanding Your Computational Design Skills 👉 Like, Comment, Subscribe for more computational design insights. Tell us how you plan to use this workflow in your projects! 👉 Learn more at ThinkParametric: Expand your skills with in-depth tutorials at https://www.thinkparametric.com/?utm_...