lbeckman314 3 days ago

Awesome port, playing around with the 3D example now!

Steps to run (in Chrome):

  git clone https://github.com/craftlinks/Notebook

  cd Notebook/particle-lenia

  node --version
  # v24.3.0

  npm i

  npm run dev

  # 2D Example: http://localhost:5173

  # 3D Example: http://localhost:5173/gpu_test
imiric 3 days ago

Mesmerizing visuals! I wasn't familiar with Lenia.

It mentions that the visualization can be seen at the bottom of the post, but I only see the video and image gallery. I have WebGPU enabled in Chromium.

  • CraftingLinks 3 days ago

    Yeah, sorry about that. It would just brick most people's phone. But there is a link to the git repo so you can run it in your browser locally.

UltraSane 3 days ago

I wonder what alife running on exaflop computers could find.

  • CraftingLinks 2 days ago

    Yes, what is interesting with particle lenia is that the number of particles act as a sort of resolution of the energy fields they create. The more particle you can throw at it, the more fractal like details and complexity in the organisation pattern become visible.

    • UltraSane 2 days ago

      We need alife with access to a state space at least as large as biological life, which is pretty freaking big.

CraftingLinks 7 days ago

This port of Particle Lenia was achieved using compute shaders within Three.js and the (still unofficial) Three.js Shading Language (TSL).