UnrollFun01 (1).gh
35.4 KB
Упрощенный пример развертки формы на производство.
Благодаря теории графов плагин Ivy помогает вариативно развернуть форму!
Скрипт прилагается ^_^
Благодаря теории графов плагин Ivy помогает вариативно развернуть форму!
Скрипт прилагается ^_^
https://developer.rhino3d.com/guides/compute/hops-component/ Hops is a component for Grasshopper in Rhino 7 for Windows. Hops adds external functions to Grasshopper. Like other programming languages, functions let you:
Simplify complex algorithms by using the same function multiple times.
Eliminate duplicate component combinations by placing common combinations in a function.
Share Grasshopper documents with other team members.
Reference Grasshopper documents across multiple projects.
Solve external documents in parallel, potentially speeding up large projects.
Run asynchronously on long running calculations without blocking Rhino and Grasshopper interactions. #plug
Simplify complex algorithms by using the same function multiple times.
Eliminate duplicate component combinations by placing common combinations in a function.
Share Grasshopper documents with other team members.
Reference Grasshopper documents across multiple projects.
Solve external documents in parallel, potentially speeding up large projects.
Run asynchronously on long running calculations without blocking Rhino and Grasshopper interactions. #plug
Parametric Box | Architecture | Grasshopper pinned «https://www.parametricbox.com/»
We have made this project a crucial issue of forming a structural node.
This algorithm takes any surface, forms a grid of structures, and builds a minimal structural node at the point where the structure's bars meet.
This means that based on the position of the beams, the algorithm itself selects the minimum distance from the node center to the intersection of the rods and builds the node structure.
Thus, all these unique nodes are built automatically.
They automatically adjust to the surface, calculate the position of the beams and take the most efficient shape.
The rebuilding of beams and nodes for changing the plane takes a couple of minutes) #pb
This algorithm takes any surface, forms a grid of structures, and builds a minimal structural node at the point where the structure's bars meet.
This means that based on the position of the beams, the algorithm itself selects the minimum distance from the node center to the intersection of the rods and builds the node structure.
Thus, all these unique nodes are built automatically.
They automatically adjust to the surface, calculate the position of the beams and take the most efficient shape.
The rebuilding of beams and nodes for changing the plane takes a couple of minutes) #pb
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Spiral and crv_pt_sequence .gh
80.7 KB
Spiral between curves. It can be used somewhere)
https://www.youtube.com/watch?v=SeHWCUu65eU New in Rhino 7 #info
YouTube
Rhino 7 New Features [Top 10]
Rhino for Architects Course ✔️ https://howtorhino.com/course/
Extended Tutorial + Extra Project Files 👉https://www.patreon.com/posts/top-10-subd-46255144
YouTube Tutorial + Project Files 👉 https://www.patreon.com/posts/46256919
Free How to Rhino Community…
Extended Tutorial + Extra Project Files 👉https://www.patreon.com/posts/top-10-subd-46255144
YouTube Tutorial + Project Files 👉 https://www.patreon.com/posts/46256919
Free How to Rhino Community…
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Manipulating Grasshopper components dynamically. You can retrieve components and objects based on their type, their library, the group they're in, or by selecting them directly - or even get all the objects in a document at once. https://www.food4rhino.com/en/app/metahopper #plug
Food4Rhino
MetaHopper
Welcome to Metahopper - a tool for controlling Grasshopper with Grasshopper :)