Grasshopper: Tips, Tricks, and Techniques

Focused View

Walter Zesk

8:07:45

0 View

000 - Tips, tricks, and techniques for Grasshopper.mp4

00:54

001 - Leveraging NURBS - Sampling.mp4

05:20

002 - Leveraging NURBS - UVW space.mp4

06:13

003 - Leveraging NURBS - Reparameterization.mp4

06:23

004 - Leveraging NURBS - Solving on plane.mp4

05:41

005 - Leveraging NURBS - Curves as math functions.mp4

05:37

006 - Leveraging NURBS - One-degree surfaces.mp4

05:00

007 - Leveraging NURBS - NURBS or meshes Part 1.mp4

04:41

008 - Leveraging NURBS - NURBS or meshes Part 2.mp4

05:21

009 - Leveraging NURBS - What is BREP.mp4

05:15

010 - Leveraging NURBS - Alternatives to Boolean, part 1.mp4

08:35

011 - Leveraging NURBS - Alternatives to Boolean, part 2.mp4

05:57

012 - Leveraging NURBS - Alternatives to Boolean, Part 3.mp4

06:33

013 - Leveraging NURBS - Extracting planes from curves.mp4

06:19

014 - Leveraging NURBS - Extracting planes from surfaces.mp4

06:39

015 - Understanding offset directionality.mp4

06:30

016 - Offsetting variable curves consistently.mp4

05:57

017 - Offsetting polygons.mp4

07:33

018 - Equal spacing along a curve for linkages.mp4

07:24

019 - Paneling tools and NURBS sampling.mp4

05:26

020 - Breaking down the paneling tools.mp4

04:03

021 - Buildable 3D paneling.mp4

09:11

022 - Understanding unrolling in Grasshopper.mp4

03:25

023 - Scripting your own unroller.mp4

05:27

024 - Unfolding from scratch, part 1.mp4

05:08

025 - Unfolding from scratch, part 2.mp4

06:31

026 - Why data trees.mp4

06:20

027 - Intentional data trees.mp4

08:28

028 - Installing plugins.mp4

05:57

029 - Fabrication - Ivy fundamentals.mp4

06:49

030 - Fabrication - Ivy for a multiple parts.mp4

04:32

031 - Fabrication - Ivy for fabrication.mp4

10:13

032 - OpenNest.mp4

06:01

033 - Pancake.mp4

04:31

034 - Human - Setting data.mp4

06:54

035 - Human - Getting data.mp4

07:08

036 - Anemone - Basics.mp4

04:10

037 - Anemone - Convex hull.mp4

04:03

038 - Anenome - Custom convex.mp4

06:27

039 - Intralattice.mp4

04:09

040 - Metahopper.mp4

05:44

041 - Chromodoris.mp4

06:38

042 - Dealing with empty branches.mp4

05:14

043 - Data trees as lists.mp4

04:27

044 - Iteration instead of data trees.mp4

04:44

045 - Sorting inputs.mp4

03:52

046 - Sorted geometry to data tree.mp4

07:35

047 - Data trees and scripting.mp4

06:53

048 - Data trees as a master index and ID.mp4

04:21

049 - Vector intro.mp4

06:23

050 - Plane intro.mp4

03:59

051 - Vector math, part 1.mp4

05:46

052 - Vector math, part 2.mp4

04:16

053 - Operating in different cartesian systems.mp4

05:58

054 - Operating in twisted spaces, NURBS systems.mp4

06:44

055 - Installing Crow.mp4

09:21

056 - Setting up training data in Crow.mp4

05:43

057 - Prep the neural network in Crow.mp4

05:54

058 - Apply the network to classify face parts.mp4

05:57

059 - Using classification.mp4

08:22

060 - Installing Wallacei.mp4

04:15

061 - Setting up Wallacei.mp4

04:51

062 - Wallacei goals.mp4

05:48

063 - Wallacei goal tuning.mp4

06:31

064 - Wallacei output.mp4

04:37

065 - Weaverbird meshing.mp4

05:47

066 - Mesh+ and mesh editing.mp4

04:43

067 - NGon Reciprocal.mp4

04:05

068 - NGon Reciprocal 3D.mp4

06:35

069 - AXOLOTL - Conformal.mp4

06:01

070 - Opossum - Control.mp4

05:42

071 - AXOLOTL - Smooth branching.mp4

06:07

072 - FlexHopper - Particles.mp4

04:08

073 - FlexHopper - Particles clean.mp4

06:34

074 - FlexHopper - Particles agitate.mp4

06:34

075 - PhysX.GH - Stability.mp4

04:47

076 - PhysX.GH - Collision.mp4

04:03

077 - PhysX.GH - Catenary.mp4

04:35

078 - Heteroptera - Network tools.mp4

04:43

079 - Heteroptera landscape.mp4

05:24

080 - Why coding - C#.mp4

05:29

081 - Reading RhinoDoc.mp4

03:58

082 - Read object.mp4

05:40

083 - Write object.mp4

06:28

084 - Object types.mp4

05:44

Ex Files Grasshopper Tips Tricks Techniques.zip

Description

Since its inception, the Grasshopper plugin for Rhino 3D has consistently grown in popularity with designers. This graphical algorithm editor boasts capabilities that make the process of creating complex 3D models less tedious and more efficient. In this series, instructor Walter Zesk shows you how to work even smarter with this powerful plugin. Get techniques that can help you resolve common challenges in Grasshopper and make the most out of its capabilities.

More details

User Reviews

Rating

average 0

Total votes0

Focused display

Grasshopper

Walter Zesk

Instructor's Courses

Professor of Integrated Product Design and Computational Designer, straddling the intersection of design, process engineering and computer science. Interested in applying computational design techniques to improve how the built environment interacts with other complex systems like climate, coastal dynamics and local ecologies.

Linkedin Learning

View courses Linkedin Learning

LinkedIn Learning is an American online learning provider. It provides video courses taught by industry experts in software, creative, and business skills. It is a subsidiary of LinkedIn. All the courses on LinkedIn fall into four categories: Business, Creative, Technology and Certifications. It was founded in 1995 by Lynda Weinman as Lynda.com before being acquired by LinkedIn in 2015. Microsoft acquired LinkedIn in December 2016.