Grasshopper- Parametric Design- From Beginner To Advanced

Parametric Design in Rhino: Advanced 3D Modeling, Patterns, Optimization and Analysis for Architectural Innovation

What you'll learn

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

Requirements

A Laptop and Rhinoceros

Description

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. Headlines:Parametric PatternsPractical PluginsAdvanced Modeling Training Create Algorithmic SolutionsParametric DesignUnderstand the Parametric ConceptsManage Data StructuresPhysical ModelingUnique Parametric DesignsDigital Fabrication ProcessPlease 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.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Rhino Environment

Lecture 3 Geometry Types

Section 2: S02

Lecture 4 Grasshopper Environment

Lecture 5 Drawing a Point-Line

Lecture 6 Series-Range

Section 3: S03

Lecture 7 Creating Point on Surface

Lecture 8 Basic Formula Writing

Lecture 9 Dividing Lines

Lecture 10 Using Mathematical Equations

Lecture 11 Modeling a Bridge

Lecture 12 Modeling a Form Using Wave Lines

Lecture 13 Fundamentals of Data Management (Part 1)

Lecture 14 Fundamentals of Data Management (Part 2)

Lecture 15 Spiral Staircase Exercise

Lecture 16 Form Modeling

Lecture 17 Graph Mapper

Section 4: S04

Lecture 18 Attractor Point & Geometry Generation

Lecture 19 Attractor Point

Lecture 20 Scaling Using Attractor Point

Lecture 21 Graph Mapper & Attractor Point

Lecture 22 Attractor Curve

Lecture 23 Form by Attractor Points and Curves

Lecture 24 Attractor Curves and Scatter Forms

Lecture 25 Objects Rotation

Lecture 26 Sort List-Sub List

Lecture 27 Modeling Parametric Facade

Lecture 28 Practice

Section 5: S05

Lecture 29 Lunchbox Plugin

Lecture 30 Facade Modeling Using Lunchbox & Attractor Points

Lecture 31 Modeling Modular Facade (Part 1)

Lecture 32 Modeling Facade Using Random Values

Lecture 33 Modeling Modular Facade (Part 2)

Lecture 34 Modeling Modular Facade (Part 3)

Lecture 35 Modeling Brick Facade

Lecture 36 Modeling Parametric Form (Part 1)

Lecture 37 Modeling Parametric Form (Part 2)

Section 6: S06

Lecture 38 Modeling 3D Pattern

Lecture 39 Modeling 2D Pattern

Lecture 40 Ceiling Pattern

Section 7: S07

Lecture 41 Analyzing Data Structure (Part 1)

Lecture 42 Analyzing Data Structure (Part 2)

Lecture 43 Analyzing Data Structure (Part 3)

Lecture 44 Analyzing Data Structure (Part 4)

Section 8: S08

Lecture 45 Voronoi Geometry - Attractor Point

Lecture 46 Geometric Pattern - 3D Voronoi

Lecture 47 3D & Group Voronoi

Lecture 48 Voronoi Pattern on Surface (Part 1)

Lecture 49 Wavy Shell & Paneling with Voronoi

Lecture 50 Voronoi Tower Exercise

Lecture 51 Voronoi Pattern on Surface (Part 2)

Lecture 52 Parametric Ceiling and Column

Lecture 53 Modeling Lamp with Voronoi Pattern

Lecture 54 3D Voronoi

Lecture 55 Parametric Voronoi Volume

Lecture 56 Parametric Facade

Section 9: S09

Lecture 57 Metaball Modeling

Lecture 58 Attraction Line and Metaball

Lecture 59 Creating Form by Metaball

Lecture 60 Voxel Forms

Lecture 61 Cocoon Plugin

Lecture 62 Geometric Modeling

Lecture 63 Using Proximity

Lecture 64 Modeling by Octree

Section 10: S10

Lecture 65 Organic Panels

Lecture 66 Modeling by + Mesh

Lecture 67 Using Color

Lecture 68 Exowireframe

Section 11: S11

Lecture 69 Recursive Algorithms (Serpinski Triangle)

Lecture 70 Anemone Plugin (Part 1)

Lecture 71 Anemone Plugin (Part 2)

Lecture 72 Example: 2D Tree

Lecture 73 Example: 3D Tree

Lecture 74 Field Tools

Section 12: S12

Lecture 75 Chain Modeling

Lecture 76 Forming

Lecture 77 Forming a Pavilion with Column

Lecture 78 Cloth Simulation

Lecture 79 Growth Algorithms (Part 1)

Lecture 80 Growth Algorithms (Part 2)

Lecture 81 Minimal Surface (Part 1)

Lecture 82 Minimal Surface (Part 2)

Section 13: S13

Lecture 83 Definitions and Basics

Lecture 84 Generating Geometric Patterns

Lecture 85 Self-Similar, Fractal, Natural Patterns

Lecture 86 Preparation of Patterns

Section 14: S14

Lecture 87 Definitions and Basics

Lecture 88 Arc Types (Part 1)

Lecture 89 Arc Types (Part 2)

Lecture 90 Arc Drawing

Lecture 91 Knotting (Part 1)

Lecture 92 Knotting (Part 2)

Lecture 93 Knotting (Part 3)

Lecture 94 Karbandi

Section 15: S15

Lecture 95 Jewelry Design Introduction

Lecture 96 Organic Ring

Lecture 97 Ring

Section 16: S16

Lecture 98 Aggregration

Lecture 99 Wasp Plugin (Part 1)

Lecture 100 Wasp Plugin (Part 2)

Section 17: S17

Lecture 101 Rendering Settings

Lecture 102 Animating

Architects,Rhino Users,CG Artists,Interior Designers,Architecture/Design Students,Engineers,Industrial Designers,BIM Modelers