Hello everyone,
I’m new to Grasshopper and would like to create a script to reconstruct the following image. Any help would be greatly appreciated.
Thank you very much in advance,
Florian
Hello
it is always better to give credits and source.
As in the keyword it may use a noise on a 2d grid. Noise like Perlin; Simplex …
At each point of the grid there is a double/float value.
After that it looks like recursive subdivision
3 Likes
Hi,
first of all you’re right. I’ll keep that in mind for next time. Great Artwork by the way by Victor Doval!
Regardless of the fact that I have no idea how to approach this project at all, is it possible to later control the individual clusters via sliders?
Various links gives scripts. If you want to do it by yourself you’ll have to begin by that.
It is not the most simple as it is a recursive task using Anemone or some scripting.
For the animation I thing it is just a movement of the noise. That is easy to do. I’ll try to do something.
You have a tool here
1 Like
Here is a little script to make the surface.
I use a noise from Nautilus plugin but Noise4d will work like Tundra …
Here the animation with time (slider 0 to 1.00)
making surface.gh (10.9 KB)
Use this surface and plug it to the subdivision tool from the link above.
Then play with time you’ll see the subdivision changing.
3 Likes
That’s really cool. I’ve already tried to rebuild the code from the link, but I can’t find some components in the standard Grasshopper. I’ve also tried to find the “Anemone” plugin but couldn’t download it for my version. Any tips?
Anyway, thank you very much so far. Its very impressive.
Which version ? Mac ?
Because for me it works on Rh7 and 8
I have now also found it on Food4Rhino. It’s fascinating what’s possible. I still have so many plans for it, but I have no idea how to get started. Would you be able to help with further questions in the near future?
Many people on the forum could help. Don’t forget to post the script, pictures … and others useful stuffs.
1 Like
With the help of the Youtube channel by Junichiro Horikawa, I was able to achieve the following result, which is a little closer to what I wanted to achieve. Now my question is whether I can use an image file as a reference for the linear loss instead of an attractor point.
linear decrease in size.gh (50.0 KB)