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Description of  Parametric Staggered Building Forms With Blender

Published 3/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 3.53 GB | Duration: 3h 5m Architectural massing strategies to iterate procedurally and create architectural concepts What you'll learn Learn how to use Blender for parametric Design Generate parametric building massings that can easily be adjusted Procedural modifiers-based design workflows Procedural Geometry Nodes design workflows Requirements Basic Blender knowledge is preferred but not essential Description Overview Section 1: Part 1: Building Blocks Lecture 1 Introduction Lecture 2 1st option - simplest possible Lecture 3 2nd option - topologically correct Lecture 4 3rd option - array modifier Lecture 5 4th option - Geometry Nodes Lecture 7 Per instance geometry nodes parameters Section 2: Part 2a - Develop initial concept based on topologically correct massing Lecture 8 Develop a concept Lecture 9 Improve component Lecture 10 Recap and challenges with initial topologiclaly correct mass Section 3: Part 2b: Developing concepts from non topologically-correct massings Lecture 11 Create a concept from geometry nodes massing Lecture 12 2nd concept from same geometry nodes massing Lecture 13 Create a topologically correct object from geometry nodes massing Lecture 14 Tessellating the concept with Tissue Lecture 15 Few thoughts on floor plans Lecture 16 Continue developing previous concept with deform modifiers Lecture 17 Automating the concept development with Geomety nodes Lecture 18 Adding an attractor Lecture 19 Tessellating with Tissue Section 5: Part 3 - Presenting your work Lecture 20 Set up Render settings, lights, and materials Lecture 21 Set up first camera view and composition Lecture 22 Add wireframe overlaps with Geometry Nodes Lecture 23 Set up third and fourth views Lecture 24 Grease pencil line modifier Lecture 25 Create a view of all the massings together Lecture 26 Images review and parallels to actual office projects Lecture 27 Create perspective views, elevations, top view Lecture 28 Closing remarks Architects and Designers,3d Artists,Architecture and Design students,Parametric designers,Procedural artists and enthusiasts