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rhinoceros

BASIC GRASS SHOPPER

1. GENERAL INFORMATION

DURATION

-- hours.

Possibility of flexible hours.

PLAZAS

Small groups.

10-15 people.

MODALITIES
REGISTRATION

Face-to-face and online.

In general, the courses are face-to-face, but on demand we can create groups to take the courses online.

Registration period closed.

Contact us if you want to receive news about upcoming courses throughadmin@bnamics.com

PRICE

--- euros.

Payment facilities.

MINIMUM REQUIREMENTS

Basic knowledge of Rhinoceros

 

Own laptop with Rhinoceros and Grasshopper installed

2. OBJECTIVE OF THE COURSE

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In the course you will learn from the basics of Grasshopper to how to create your own plugins. You will know how to take advantage of the power of programming to automate your design processes and/or create geometric complexities, as well as create a constant flow with a wide variety of software and hardware. We teach the student to develop  logical thinking, without which he would be unable to develop algorithms in Grashopper.

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3. COURSE ORIENTATION

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This course is aimed at architects, industrial designers, interior designers, urban planners, industrial engineers, jewelers, graphic designers. In addition, in this course:

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- They are made exercises oriented to your professional profile.

- You are helped to develop a project of your interest in the last hours of the course.

- Consulting is given on other projects of your interest during the course.

​- Personalized attention is given since they are small groups

- Doubts advanced Grasshopper, digital fabrication or generative design in general, can be resolved, since the teacher has advanced knowledge on these topics.

- A library of Grasshopper definitions is given from simple to complex tools, related books and tutorials

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4. STRUCTURE OF THE COURSE

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MODULE 0. INTRODUCTION

- Introduction to parametric design

- Program interface

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MODULE I. 

- Types of objects

- Display modes

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MODULE II. DATA

- Data entry modules

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MODULE III. DOMAINS, RANKS AND SERIES, ROW AND POINT MATRIX
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MODULE IV. MATHEMATICAL FUNCTIONS. PARABLE AND SPIRAL

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MODULE V. HYPERBOLIC PARABOLOID
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MODULE VI. SURFACE BY POINTS

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MODULE VII. DATA STRUCTURE. LISTS.

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MODULE VIII. POINTS AND VECTORS
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MODULE IX. CURVES. UNIDIMENSIONAL LOCAL COORDINATES
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MODULE X. SURFACES. SUBDIVISION AND TRIANGULATION OF SURFACES
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MODULE XI. PANELIZATION OF SURFACES
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MODULE XII. APPLICATION OF THE NOTIONS OF THE COURSE
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