Meet the Graphical Algorithm Editor in Rhino

Grasshopper is a visual programming language that runs within the Rhinoceros 3D computer-aided design application. It is used to create parametric designs. Grasshopper within Rhino 6 can be used in two main ways : One - To create different designs using the same concept by changing the parameters. E.g. Number of folds on a surface Two - Reduce the time span of repetitive tasks using the same algorithm with different geometries in different designs. E.g. Designs to be placed in a gallery Grasshopper is now used extensively in Architecture and Product Design and is upcoming in the Jewelry Industry.
Conditional Box Morph example

Course curriculum

  • 1

    Chapter 1 - Interface, Navigation, Display

  • 2

    Chapter 2 - Data Matching

  • 3

    Chapter 3 - Data Creation

    • Section 1 - Series

    • Section 2 - Range

    • Section 3 - Fibonacci Series

    • Section 4 - Random and Jitter

  • 4

    Chapter 4 - Pattern Creation

    • Section 1 - Horizontal patterns

    • Section 2 - Circular patterns

  • 5

    Chapter 5 - Grids

    • Section 1 - Grids

    • Section 2 - Exercise with Extrude

  • 6
  • 7

    Chapter 7 - Organising Data

    • Section 1 - Data Lists

    • Section 2 - Data Trees

    • Section 3 - Excercise

  • 8

    Chapter 8 - Attractors

    • Section 1 - One point attractor effect in XY plane

    • Section 2 - One point attractor effect in Z direction

    • Section 3 - Two Points Attractors

    • Section 4 - Curve Attractors

  • 9

    Chapter 9 - Curve & Surface Evaluation

    • Section 1 - Curve and Surface Evaluation

    • Section 2 - Proliferation of objects on surface

    • Section 3 - Rotating objects on surface using an attractor

    • Section 4 - Non-uniform surface Evaluation

  • 10

    Chapter 10 - Morphing

    • Section 1 - Concept of Box Morph

    • Section 2 - Surface Box

    • Section 3 - Box Morph with Attractor

    • Section 4 - Conditional Box Morph

  • 11

    Chapter 11 - NURBS creation

    • NURBS

  • 12

    Chapter 12 - Mesh Creation

    • Mesh - Part 1

    • Mesh - Part 2

  • 13

    Chapter 13 - Voronoi Designs

    • Section 1 - Voronoi 2d

    • Section 2 - Voronoi 3d

    • Section 3 - Voronoi on any geometry

  • 14

    Chapter 14 - Image Sampler

    • Design using an Image Input

  • 15

    Chapter 15 - Weave

    • Weave Surface Creation

  • 16

    Chapter 16 - Graph mapper

    • Using Graph mapper to control placement of Points

  • 17

    Chapter 17 - Fabrication

    • Fabrication - Orient and Nest for CNC

  • 18

    Project

    • Filigiri using Grasshopper

Reviews

5 star rating

Grasshopper

Rutalee Khanvilkar

I have been practising Rhinoceros since 5 years now and grasshopper has just made the design process much easier. It's a tool of precision if learnt rightly and scripted well ,it will create wonders in design output. Grasshopper is a must for ever...

Read More

I have been practising Rhinoceros since 5 years now and grasshopper has just made the design process much easier. It's a tool of precision if learnt rightly and scripted well ,it will create wonders in design output. Grasshopper is a must for every Rhinoceros user.

Read Less

Meet the instructor

Maya Pundale

Chief Instructor

Maya Pundale has more than 15 years of experience in multiple platforms such as Rhino, Grasshopper, Blender, V-Ray, ZBrush, JewelCAD, Unreal Engine 4, etc. She is an Authorized Rhino Trainer and has teaching experience of more than 15 years. She has trained more than 1000 students and professionals in various industries such as Architecture, Jewelry, Animation and Product Design. 

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