Grasshopper- Parametric Design- From Beginner to Advanced

Course Curriculum

Chapter 1: 1- Introduction – Initial acquaintance with Rhino

Lecture 1: Introduction

Lecture 2: Rhino Environment

Lecture 3: Geometry Types

Chapter 2: Exercise file

Lecture 1: Exercise file

Chapter 3: 2- Getting started in Grasshopper

Lecture 1: Grasshopper Environment

Lecture 2: Drawing a Point-Line

Lecture 3: Series-Range

Chapter 4: 3- Methods of creating surfaces

Lecture 1: Creating Point on Surface

Lecture 2: Basic Formula Writing

Lecture 3: Dividing Lines

Lecture 4: Using Mathematical Equations

Lecture 5: Modeling a Bridge

Lecture 6: Modeling a Form Using Wave Lines

Lecture 7: Fundamentals of Data Management (Part 1)

Lecture 8: Fundamentals of Data Management (Part 2)

Lecture 9: Spiral Staircase Exercise

Lecture 10: Form Modeling

Lecture 11: Graph Mapper

Chapter 5: 4- Attraction factors

Lecture 1: Attractor Point & Geometry Generation

Lecture 2: Attractor Point

Lecture 3: Scaling Using Attractor Point

Lecture 4: Graph Mapper & Attractor Point

Lecture 5: Attractor Curve

Lecture 6: Form by Attractor Points and Curves

Lecture 7: Attractor Curves and Scatter Forms

Lecture 8: Objects Rotation

Lecture 9: Sort List-Sub List

Lecture 10: Modeling Parametric Facade

Lecture 11: Practice

Chapter 6: 5- Methods of facade modeling {Lunchbox | Weaverbird}

Lecture 1: Lunchbox Plugin

Lecture 2: Facade Modeling Using Lunchbox & Attractor Points

Lecture 3: Modeling Modular Facade (Part 1)

Lecture 4: Modeling Facade Using Random Values

Lecture 5: Modeling Modular Facade (Part 2)

Lecture 6: Modeling Modular Facade (Part 3)

Lecture 7: Modeling Brick Facade

Lecture 8: Modeling Parametric Form (Part 1)

Lecture 9: Modeling Parametric Form (Part 2)

Chapter 7: 6- Creating complex patterns

Lecture 1: Modeling 3D Pattern

Lecture 2: Modeling 2D Pattern

Lecture 3: Ceiling Pattern

Chapter 8: 7- Data structures

Lecture 1: Analyzing Data Structure (Part 1)

Lecture 2: Analyzing Data Structure (Part 2)

Lecture 3: Analyzing Data Structure (Part 3)

Lecture 4: Analyzing Data Structure (Part 4)

Chapter 9: 8- Geometric modeling | Voronoi geometry

Lecture 1: Voronoi Geometry – Attractor Point

Lecture 2: Geometric Pattern – 3D Voronoi

Lecture 3: 3D & Group Voronoi

Lecture 4: Voronoi Pattern on Surface (Part 1)

Lecture 5: Wavy Shell & Paneling with Voronoi

Lecture 6: Voronoi Tower Exercise

Lecture 7: Voronoi Pattern on Surface (Part 2)

Lecture 8: Parametric Ceiling and Column

Lecture 9: Modeling Lamp with Voronoi Pattern

Lecture 10: 3D Voronoi

Lecture 11: Parametric Voronoi Volume

Lecture 12: Parametric Facade

Chapter 10: 9- Geometric modeling | Metaball, voxel ,…

Lecture 1: Metaball Modeling

Lecture 2: Attraction Line and Metaball

Lecture 3: Creating Form by Metaball

Lecture 4: Voxel Forms

Lecture 5: Cocoon Plugin

Lecture 6: Geometric Modeling

Lecture 7: Using Proximity

Lecture 8: Modeling by Octree

Chapter 11: 10- Practical exploration of meshes

Lecture 1: Organic Panels

Lecture 2: Modeling by + Mesh

Lecture 3: Using Color

Lecture 4: Exowireframe

Chapter 12: 11- Fractal forms | Anemone Plugin

Lecture 1: Recursive Algorithms (Serpinski Triangle)

Lecture 2: Anemone Plugin (Part 1)

Lecture 3: Anemone Plugin (Part 2)

Lecture 4: Example: 2D Tree

Lecture 5: Example: 3D Tree

Lecture 6: Field Tools

Chapter 13: 12- Physical Modeling With Kangaroo

Lecture 1: Chain Modeling

Lecture 2: Forming

Lecture 3: Forming a Pavilion with Column

Lecture 4: Cloth Simulation

Lecture 5: Growth Algorithms (Part 1)

Lecture 6: Growth Algorithms (Part 2)

Lecture 7: Minimal Surface (Part 1)

Lecture 8: Minimal Surface (Part 2)

Chapter 14: 13- Parakeet plugin

Lecture 1: Definitions and Basics

Lecture 2: Generating Geometric Patterns

Lecture 3: Self-Similar, Fractal, Natural Patterns