Overview
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Work smarter with Grasshopper, the intuitive plugin for Rhino 3D. Get weekly tips that can help you resolve common challenges and make the most out of the plugin’s capabilities.
Syllabus
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New This Week
- New in v7: Drafting, part 4
- Tips, tricks, and techniques for Grasshopper
- Leveraging NURBS: Sampling
- Leveraging NURBS: UVW space
- Leveraging NURBS: Reparameterization
- Leveraging NURBS: Solving on plane
- Leveraging NURBS: Curves as math functions
- Leveraging NURBS: One-degree surfaces
- Leveraging NURBS: NURBS or meshes? Part 1
- Leveraging NURBS: NURBS or meshes? Part 2
- Leveraging NURBS: What is BREP?
- Leveraging NURBS: Alternatives to Boolean, part 1
- Leveraging NURBS: Alternatives to Boolean, part 2
- Leveraging NURBS: Alternatives to Boolean, Part 3
- Leveraging NURBS: Extracting planes from curves
- Leveraging NURBS: Extracting planes from surfaces
- Understanding offset directionality
- Offsetting variable curves consistently
- Offsetting polygons
- Equal spacing along a curve for linkages
- Paneling tools and NURBS sampling
- Breaking down the paneling tools
- Buildable 3D paneling
- Understanding unrolling in Grasshopper
- Scripting your own unroller
- Unfolding from scratch, part 1
- Unfolding from scratch, part 2
- Why data trees?
- Intentional data trees
- Installing plugins
- Fabrication: Ivy fundamentals
- Fabrication: Ivy for a multiple parts
- Fabrication: Ivy for fabrication
- OpenNest
- Pancake
- Human: Setting data
- Human: Getting data
- Anemone: Basics
- Anemone: Convex hull
- Anenome: Custom convex
- Intralattice
- Metahopper
- Chromodoris
- Dealing with empty branches
- Data trees as lists
- Iteration instead of data trees
- Sorting inputs
- Sorted geometry to data tree
- Data trees and scripting
- Data trees as a master index and ID
- Vector intro
- Plane intro
- Vector math, part 1
- Vector math, part 2
- Operating in different cartesian systems
- Operating in twisted spaces, NURBS systems
- Installing Crow
- Setting up training data in Crow
- Prep the neural network in Crow
- Apply the network to classify face parts
- Using classification
- Installing Wallacei
- Setting up Wallacei
- Wallacei goals
- Wallacei goal tuning
- Wallacei output
- Weaverbird meshing
- Mesh+ and mesh editing
- NGon: Reciprocal
- NGon: Reciprocal 3D
- AXOLOTL: Conformal
- Opossum: Control
- AXOLOTL: Smooth branching
- FlexHopper: Particles
- FlexHopper: Particles clean
- FlexHopper: Particles agitate
- PhysX.GH: Stability
- PhysX.GH: Collision
- PhysX.GH: Catenary
- Heteroptera: Network tools
- Heteroptera landscape
- Why coding: C#
- Reading RhinoDoc
- Read object
- Write object
- Object types
- List inputs
- Data tree inputs
- Exporting geometry
- Reading CSV
- Reading settings
- Reading writing
- ScriptParasite
- Reduce mesh
- Unfolding/unrolling initial
- Unfolding/unrolling transform geometry
- Change surface degree
- Lowest possible degree (keep checking until it works)
- Fit surface
- Fit surface: Iterative to increase tolerance until it works
- Running a batch
- Advanced batch processing
- Understanding and reusing transformations
- Compounding and reversing transformations
- Zebra
- New in v7: Quad Remesh, part 1
- New in v7: Quad Remesh, part 2
- New in v7: Grasshopper Player, part 1
- New in v7: Grasshopper Player, part 2
- New in v7: Scripting, part 1
- New in v7: Scripting, part 2
- New in v7: SubD tools, part 1
- New in v7: SubD tools, part 2
- New in v7: SubD tools, part 3
- New in v7: Drafting, part 1
- New in v7: Drafting, part 2
- New in v7: Drafting, part 3
