Parametric Patterns
Practical Plugins
Advanced Modeling Training
Create Algorithmic Solutions
Parametric Design
Understand the Parametric Concepts
Manage Data Structures
Physical Modeling
Unique Parametric Designs
Digital Fabrication Process
Note: This is a project-based Course where all the topics covered have been examined on real-world projects.
- Are you familiar with Grasshopper’s parametric design system?
- Have you ever wondered how intricate designs are created using parametric modeling?
- Do you want to explore the unique advantages that Grasshopper offers compared to other design software?
Grasshopper, a powerful visual programming language plugin for Rhinoceros 3D, has become a go-to tool for designers, architects, and artists. It revolutionizes the design process by enabling the creation of complex and dynamic forms through algorithmic modeling.
Grasshopper’s strength lies in its ability to generate parametric designs using a node-based system. Originally developed as a parametric extension for Rhino, Grasshopper has evolved into a versatile platform used across various design disciplines. The course is designed to demystify Grasshopper and guide you through its functionalities, providing a solid foundation for mastering this innovative tool.
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- Parametric Patterns
- Practical Plugins
- Advanced Modeling Training
- Create Algorithmic Solutions
- Parametric Design
- Understand the Parametric Concepts
- Manage Data Structures
- Physical Modeling
- Unique Parametric Designs
- Digital Fabrication Process
Please watch this course and feel free to ask me any questions you have while watching it. Additionally, during the learning Grasshopper, ask me questions so that I can guide you.
Enroll now for being professional in Grasshopper and parametric design.
Introduction
Introduction
Rhino Environment
Geometry Types
S02
Grasshopper Environment
Drawing a Point-Line
Series-Range
S03
Creating Point on Surface
Basic Formula Writing
Dividing Lines
Using Mathematical Equations
Modeling a Bridge
Modeling a Form Using Wave Lines
Fundamentals of Data Management (Part 1)
Fundamentals of Data Management (Part 2)
Spiral Staircase Exercise
Form Modeling
Graph Mapper
S04
Attractor Point & Geometry Generation
Attractor Point
Scaling Using Attractor Point
Graph Mapper & Attractor Point
Attractor Curve
Form by Attractor Points and Curves
Attractor Curves and Scatter Forms
Objects Rotation
Sort List-Sub List
Modeling Parametric Facade
Practice
S05
Lunchbox Plugin
Facade Modeling Using Lunchbox & Attractor Points
Modeling Modular Facade (Part 1)
Modeling Facade Using Random Values
Modeling Modular Facade (Part 2)
Modeling Modular Facade (Part 3)
Modeling Brick Facade
Modeling Parametric Form (Part 1)
Modeling Parametric Form (Part 2)
S06
Modeling 3D Pattern
Modeling 2D Pattern
Ceiling Pattern
S07
Analyzing Data Structure (Part 1)
Analyzing Data Structure (Part 2)
Analyzing Data Structure (Part 3)
Analyzing Data Structure (Part 4)
S08
Voronoi Geometry – Attractor Point
Geometric Pattern – 3D Voronoi
3D & Group Voronoi
Voronoi Pattern on Surface (Part 1)
Wavy Shell & Paneling with Voronoi
Voronoi Tower Exercise
Voronoi Pattern on Surface (Part 2)
Parametric Ceiling and Column
Modeling Lamp with Voronoi Pattern
3D Voronoi
Parametric Voronoi Volume
Parametric Facade
S09
Metaball Modeling
Attraction Line and Metaball
Creating Form by Metaball
Voxel Forms
Cocoon Plugin
Geometric Modeling
Using Proximity
Modeling by Octree
S10
Organic Panels
Modeling by + Mesh
Using Color
Exowireframe
S11
Recursive Algorithms (Serpinski Triangle)
Anemone Plugin (Part 1)
Anemone Plugin (Part 2)
Example: 2D Tree
Example: 3D Tree
Field Tools
S12
Chain Modeling
Forming
Forming a Pavilion with Column
Cloth Simulation
Growth Algorithms (Part 1)
Growth Algorithms (Part 2)
Minimal Surface (Part 1)
Minimal Surface (Part 2)
S13
Definitions and Basics
Generating Geometric Patterns
Self-Similar, Fractal, Natural Patterns
Preparation of Patterns
S14
Definitions and Basics
Arc Types (Part 1)
Arc Types (Part 2)
Arc Drawing
Knotting (Part 1)
Knotting (Part 2)
Knotting (Part 3)
Karbandi
S15
Jewelry Design Introduction
Organic Ring
Ring
S16
Aggregration
Wasp Plugin (Part 1)
Wasp Plugin (Part 2)
S17
Rendering Settings
Animating
S18
Introduction
Optimization
Galapagos
Example: Definition of Function
Example: Optimization
Example: Optimization (Kangaroo)
Example: Optimization
S19
Multi-Objective Function Optimization
Wallacei (Part 1)
Wallacei (Part 2)
Wallacei (Part 3)
S20
Shading and Lighting Simulation (Part 1)
Shading and Lighting Simulation (Part 2)
Shading and Lighting Simulation (Part 3)
Shading and Lighting Simulation (Part 4)
Shading and Lighting Simulation (Part 5)
