In this rhino grasshopper tutorial, you will learn how to use the Galapagos component to optimize the length of a path between two points. More info 👇 parametrichouse.com/path-optimization
A beautiful lesson and an explanation of a component that I did not know what it is or how to deal with it. It really requires some exercises and examples because it is a bit complicated. Thank you.
thank you so much for this super interesting tutorial! Please, do more tutorials using Galapagos and Kangaroo!! p.s. How can I add the "Bezier" block group in the Curves Tab?
I found that your algorithm is a bit buggy, the road cannot turn back, and if you go through a maze, the road is likely to turn back and forth many times
![[DOKKAN BATTLE] Worldwide Campaign Announcement Video Part 2!](http://i.ytimg.com/vi/JpT5Voak6WA/mqdefault.jpg)
In this rhino grasshopper tutorial, you will learn how to use the Galapagos component to optimize the length of a path between two points.
More info 👇
parametrichouse.com/path-optimization
A beautiful lesson and an explanation of a component that I did not know what it is or how to deal with it. It really requires some exercises and examples because it is a bit complicated. Thank you.
One of the best channels for diving into Grasshopper, great job guys, cheers!
Glad you enjoy it!
Saved my day!
I like it so much!
Glad it helped
Hi @ParametricHouse. May I know what screen recording software are you using?
thank you so much for this super interesting tutorial! Please, do more tutorials using Galapagos and Kangaroo!!
p.s. How can I add the "Bezier" block group in the Curves Tab?
You're welcome
Yes sure
I guess it's related to the curve+ plugin
Great tutorial! Do you know of a way to find the shortest path but with a defined minimum width of the path between the obstacle ?
Thank you! Yes it's simple we can define another penalty function which can affect the cost function. give me your email I'll email you the solution.
Love these short tutorials! I have the same qns on this may I ask if its possible to make a tutorial about it?
I found that your algorithm is a bit buggy, the road cannot turn back, and if you go through a maze, the road is likely to turn back and forth many times