On-demand Class

Rhino Basics & Grasshopper Class

The beginners course introduces the basic tools and various modelling strategies of Rhino 3D.

Level
XYZ
Course duration
2 day Course
Format
Online
Language
German, English

 

Requirements

  • N Basic knowledge of Rhino3D or other 3D software is an advantage but not essential.
Course Benefits
  • N The focus of the Grasshopper beginners' course is the understanding of the basic functions of Grasshopper & Rhino3D and the application of Grasshoppers main tools.
  • N This will be shown in numerous small exercises that can function as independent scripts so you can easily follow the course and later on go through the results again.
  • N In addition, you will gain an insight into the organization of data to allow parametric and generative workflow.
  • N An introductory presentation explains the origin and theoretical approach of parametric design and shows a variety of computer-generated techniques in design, analysis and manufacturing.

pricing

95.00

description

Introduction to parametric models with Grasshopper. Grasshopper is a powerful tool – integrated in Rhino 6 – enabling Visual Programming within Rhino. For those who would like to write their own project scrips but do not know any programming language is a very intuitive and easy way to to reach project specific definitions/scripts to enhance your workflow.

With Grasshopper you can handle complex modelling tasks just as in Rhino -parametrising surfaces or any other geometry. This allows the user in example to go through a form-finding process in the first design stages using GHP as an adequate tool for fast creation of numerous prototypes and morphological studies.

Through the use of data-inputs as parameters or mathematical functions you can reach a high level of precision and use GHP as a simulation program, even combining it further with more project specific Plug-ins (advanced level).

As a result this means on one hand an immense time and planning advantage over the “conventional” design method and has the flexibility of a non-linear workflow, which allows at any time to change the original parameters or values and adjust the final design model to the requirements.

Grasshopper uses objects and functions from Rhino, why is an advantage to be familiar with Rhino3D. Through its graphical programming scheme Grasshopper is an intuitive program, yet requires some abstract logical understanding capacities.

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Topics in detail

Day 1 – Advanced Modelling
Introduction
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Day 2 – Grasshopper
Interface / Tools
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Modelling and Modification
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Mathematical Functions
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Parametric Objects
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Transformation & Tools
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Creation of objects
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Parametric Objects
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets
Day 3 – Representation
Introduction
  • Modelling Strastegies
  • Nurbbstopology
  • Surface modelling tools
  • Blend, Creases, Fillets

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