Create insect ,agent ,swarm Intelligent

[puree.srisuk64]

Hello I driving through the agent base algorithm so If I need to create something like this. Pls shared the tutorial or know how about it or workshop. I do not mind to pay the fee. Thx

[B]rain Zapper | complicitMatter

[SRC] . Semi Rigid Car | complicitMatter

[diff-arch]

There’s so much content about agent-based design and related stuff out there, even here in the forums. I alone must have posted at least half a dozen examples on how to do it in Grasshopper with Python by now. Quinones even seems to have shared his Python code! What more are you looking for? Python tutorials?

[atoosasarrafi]

Hey!
If I’ve understood your question properly you can use the “Graph Mapper” component to remap numbers in multiple forms of a graph, as shown below:

Good Luck!

[puree.srisuk64]

yes pls!!

[diff-arch]

If you are completely new to Python (or programming), I’d recommend to start with the Codecademy Python 2 tutorial. It’s free - you just have to register to the site -, and interactive. They also have a paid tutorial for Python 3, but the differences are only marginal and in Grasshopper you’ll use IronPython 2.7 eighter way!

Once, you’ve got the basics of the language down and want to explore stuff with Python in Rhino, you should work through the Rhino Python Primer, which is also free for Rhino users. The most important thing, when trying to learn something is to get experience through projects!

After that you can embark on the particle stuff! A word of caution though, Grasshopper is not ideal for this, since it comes with a lot of baggage and is not really meant for animated interactivity, but it’s feasible.
There are lots of great tutorials on YouTube (cf. Jake Hebbert, Daniel Shiffmann, Sebastian Lague, etc). Not all of them work in Python or even Rhino, but they oftentimes explain the theoretical part very well.

You should also absolutely check out Craig Reynold’s paper that started the craze back in the late 80s.

And here are some examples of mine done in GHPython:

Epidemic Simulation Problem

No idea, I’m an architect, not a virologist! I just thought it would make sense to make movers with a very good health, immune to some degree, like it turned out to be with COVID. Some people caught the virus, but didn’t manifest any symptoms - up to now at least -, whereas others got servilely ill, and many unfortunately even died from it. Your observation is also not exactly right. Even very healthy agents take a hit each time they encounter an infected one, to be exact 5% of there he…

Curve moving along mesh along vector field

Here’s an updated version of the script, where the particle also follows your vector field. You can control how strictly the particle follows the field with the FieldCohesion slider. A value closer to 0 means less cohesion and a value closer to 1 more cohesion. [mesh_particle_03] mesh_particle_02.gh (80.1 KB)

Deform curves after random walk

Ah, cool to hear! What exactly do you want to speed up? The many colored curves are quite pretty, but I fail to understand what you do them. Do the vectors move the curve control points? What do you think about this? [2020-09-25 19-06-03.2020-09-25 19_17_39] It’s a refined random walk within spherical bounds and the agents have a little leeway to surpass the bounds and turn around. Their trails are recorded too. This shows about 3 to 4 minutes of trail drawing and each trail…

Random Walk Discrepancy

Here’s a random mover or walker I programmed in GHPython a while back. [Screenshot 2020-09-05 at 09.50.45] It’s a rather simple, straightforward script, where initial mover positions - three-dimensional points -, get iteratively moved by random unit vector velocities. Nothing more nothing less! [2020-09-05 09-48-12.2020-09-05 09_59_16] The Python random module might not be world’s greatest random value generator, but hey, it works! Oh yeah, and it’s animated! random_movers.gh (10.…

This thread also contains some interesting topics about particles and other creative coding endeavours:

The Origin of "life"_ About Particle Systems

[How life emerges from a simple particle motion law: Introducing the Primordial Particle System] Hi, any ideas or info on how to model complex particle systems? [Meet the Microcosmos]

And last but not least something fun to watch:

I did this simulation about a year ago in C++ (openFrameworks). It shows autonomous agents fighting over food for survival. A little macabre, but if you look closely dead once become food (or poison).

[atoosasarrafi]

So if your problem is solved, check the solved box please