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Create Date August 19, 2022
Last Updated August 19, 2022

Egg_Crater

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Egg Crater.zip	Download

01. INTRODUCTION

1.1. Preface

01. Geometry Concepts

1.2. Basic Components

01. Data Matching
02. Data Index
03. Data Index 2
04. Split
05. Shift
06. Sort
07. Sort and Subset
08. Dispatch
09. Sort and Cull
10. Distance Logic
11. Complex Expressions
12. Mathematical Surfaces (1)
13. Mathematical Surfaces (2)
14. Data Paths- Introduction
15. Data Paths
16. Path Mapper

1.3. CONCEPTUAL EXERCISES

01. Surface Panelisation
02. Surface Population
03. Non-Uniform Surface Subdivision
04. Colour Gradient
05. Surface Grid Mapping
06. Voronoi Mapping
07. Percentage-based Randomness
08. Randomness Gradient
09. Data Snapping
10. Panel Spreader
11. Mesh Coloration
12. Mesh Coloration by Proximity
13. Mesh Coloration by Proximity (PCD)
14. Medial Axis

1.4. WORKFLOW EXAMPLES

01. Eladio Dieste Wall
02. Egg Crater
03. Terraced Model Maker
04. Image Sampler
05. 3D Pixelator
06. Bitmap Surface Panelisation
07. Surface Panelisation Pattern
08. Blendshaper (Triangulated Breps)
09. Image Based Mesh Generation

02. GEOMETRY

2.1. Weaverbird

01. Thickened Dual Mesh

2.2. Sandbox

01. Straighten Multiple Mesh Strips

2.3. Monolith

01. Function Sources Voxel
02. Image Sources Voxel
03. Image Stack Voxel

03. RECURSIVE SCRIPTING

3.1. Anemone

01. Anemone Introduction
02. Mini Game
03. Fractals
04. Incremental Voronoi
05. Connect Farthest Points
06. Downhill Flow (NURBS)
07. Downhill Flow (Mesh)
08. Crowd Behaviour
09. Fractal Mesh
10. Generic Puzzle Maker
11. Panel Spreader (2)

04. PARTICLE SYSTEM & AGENT-BASED DESIGN

4.1. Flexhopper

01. Fluid Simulation
02. Fluid Fountain
03. Soft Collision

4.2. Quelea

01. Particle Fountain
02. Flocking Simulation
03. Rainwater Analysis

05. EVOLUTIONARY SOLVERS

5.1. Galapagos

01. Evolutionary Solver
02. Nurbs Approx. with Arc Segments
03. Jig Optimisation (1)
04. Jig Optimisation (2)

5.2. Wallacei

01. Optimising Massing

06. WORKFLOW & FABRICATION

6.1. EleFront

01. Automated Production
02. Batch export PDF

6.2. Fabrication Examples

01. Egg Crate Lasercut Files
02. Finger Joint Cube
03. Spreadsheet Data Streaming
04. Curve Network Fabrication
05. Random Curve Network Fabrication

6.3. Opennest

01. Nesting Objects

6.4. Ngon

01. Hexagonal Planarisation
02. Remesh & Planarisation
03. Polyhedra to Rection
04. SubD to Rection

07. VISUALISATION & RENDERING

7.1. GL MESH SHADER

01. Shader Display

7.2. ANIMATION

01. Camera Control

7.3. CONDUIT

01. Geometry Display

08. PHYSICS SIMULATION & STRUCTURAL ANALYSIS

8.1. Kangaroo 2

8.2. Kiwi!3D

01. Linear Analysis
02. Non-Linear Analysis
03. Form Finding

8.3. Ameba

01. 2D Topology Optimisation
02. 3D Topology Optimisation

09. ENERGY & BUILDING SIMULATION

9.1. Ladybug

01. Sunpath and sunlight hour analysis
02. Wind rose
03. Psychometric Chart
04. 3D Chart

9.2. GH Wind

01. Wind Flow Analysis

10. EXTENDED REALITY

10.1. Augmented Reality

01. Fologram: Display Geometry
02. Fologram: Fabricating in AR
03. Fologram: HoloLens And Image Tracking
04. Fologram: Aruco Tracking
05. Twinbuild: Accurate Positioning
06. Unity & Visual Studio: Installation
07. Unity: Introduction to Unity Interface
08. Unity & HoloLens: Setting up the Development
09. Unity & HoloLens: Creating a New Project for HoloLens
10. Unity & HoloLens: Deploying to HoloLens Device
11. Unity & Android: Setting up the Android Development
12. Unity & Android: Building an Android Application

10.2. Virtual Reality

01. Enabling VR-PC link headset
02. Unreal Engine: Project setup
03. Unreal Engine: Layout and interface
04. Unreal Engine: Assets and Imports
05. Unreal Engine: Lighting
06. Unreal Engine: Materials
07. Unreal Engine: Physics and Collisions
08. Unreal Engine: Navigation
09. Unity: Project setup
10. Unity: Layout and Interface
11. Unity: Assets and Imports
12. Unity: Materials
13. Unity: Lighting
14. Unity: Navigation
15. VR Application: Twinmotion
16. VR Application: Blender
17. VR Application: Gravity Sketch

11. AI

11.1. Configurations

01. Environment configuration for Python
01. OpenCV to GH
02. Conda Env Configuration
02. Object Scanning: iRhino3D
03. Object Scanning: 3D Scanner App
03. Object Scanning: Polycam Lidar
03. Setting Up a PyCharm Project

11.2. Optimisation

01. Galapagos Single Objective Optimisation (Basics)
02. Wallacei Multi Objective Optimization (Basics)
03. Wallacei + Karamba Multi Objective Optimisation
04. Wallacei Multi Objective Optimisation (3D Space)
05. Wallacei + Karamba Multi Objective Optimisation (Region)
06. Wallacei and Galapagos Record simulation
07. Wallacei + Karamba Table Example 1 – Multi Objective Optimisation
08. Wallacei + Karamba Table Example 2 – Multi Objective Optimisation