The Ultimate Rhino 3D & Grasshopper Course: All In One

Grasshopper 是 Rhinoceros 3D 建模软件中的一个插件。它是一种算法建模工具，专门用于通过某些参数设计和编辑复杂形状。Grasshopper 提供了扩展和控制 3D 设计和建模过程的新方法，包括自动化重复过程；通过数学函数生成几何；快速更改复杂模型；并通过重复简单的几何形状来创造复杂的形式。

Grasshopper 为架构师提供了一个独特的界面，不需要编程或脚本知识，他们可以释放他们的创造力，并且仍然可以在不受有限软件限制的情况下创建可行的设计。但是 Grasshopper 仍然允许设计师在创建简单和复杂的形式时具有高度的灵活性。如今，世界各地的大多数建筑公司都使用带有 Grasshopper 插件的 Rhinoceros 来创建工作 3D 模型以展示给他们的客户。在本课程中，您将使用 NURBS 建模、Sub-D 建模、镶板工具等先进技术从头开始学习有机和流体建模的完整过程。之后，您还将使用数据列表、列表管理、数据树结构等从头开始学习和理解参数化建模的完整过程。您将能够使用数据执行完整的参数化项目。通过参数化建模过程，您将能够使用镶板、点和曲线吸引器等技术为您的项目添加细节。

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 15 lectures (1h 23m) | Size: 1.46 GB

This course will teach you how to create powerful 3D models using Rhino 3D & Grasshopper.

What you’ll learn
Basics of Grasshopper
Why Using Grasshopper
Learn About Grasshopper Interface
Understanding Grasshopper Component
Making and Breaking Connections
Learn How to Keep things clean
Exercise and Baking
Grasshopper Preferences and Shortcuts

Requirements
A PC or Mac is required
Internet Access

Description
Grasshopper is a plug-in included in the Rhinoceros 3D modeling software. It is a tool for algorithmic modeling, specifically used for designing and editing complex shapes through certain parameters. Grasshopper offers new ways to expand and control the 3D design and modeling processes, including automating repetitive processes; generating geometry through mathematical functions; quickly making changes to complex models; and creating complex forms through repetitions of simple geometry.

Grasshopper provides a unique interface to architects which requires no programming or scripting knowledge, where they can unleash their creativity and still create workable designs without the constraints of limited software. But Grasshopper still allows designers a high degree of flexibility in creating both simple and complex forms. Most architecture firms around the world these days use Rhinoceros with the Grasshopper Plugin to create working 3D models to show to their clients. In this course, you’ll learn the complete process of organic and fluidic modelling from scratch using advance techniques like NURBS modelling, Sub-D modelling, panelling tool and more. After that, you’ll also learn and understand the complete process of parametric modelling from scratch using data lists, lists management, data tree structure and more. And you will be able to perform a complete parametric project using data. With the parametric modelling process at your command, you will be able to add detailing to your project using techniques like paneling, point and curve attractors and more.

Who this course is for
Anyone interested in Rhino 3D & Grasshopper
3D Designers