I’ve been working solo on a real-time particle-based interactive game.
It includes:
- Gesture-driven interactions (swarm, duel, battle modes)
- Audio-reactive particle behavior
- Multiple procedural simulations like explosions, hearts, and a Saturn-like ring
Right now, I’m in the final testing phase, and everything works well in 2D space.
The Challenge
One of the effects is a Saturn-style particle ring, but currently it’s not truly 3D — just a 2D circular distribution with a visual tilt.
I want to upgrade it into a proper 3D particle system, where:
- The ring exists in 3D space
- The camera can rotate around it
- Depth and perspective feel natural
- Performance remains smooth with thousands of particles
Current Approach
Particles are generated using basic polar coordinates:
- x = r * cos(theta)
- y = r * sin(theta)
This works well for 2D, but doesn’t translate directly into a real 3D structure.
What I’m Looking For
- How to generate a 3D ring or torus-like particle distribution
- Whether I should switch fully to WebGL shaders
- Best way to handle camera + projection
- Tips for keeping things performant
If you’ve worked on particle systems, shaders, or creative coding — I’d really appreciate your input.
This is a solo project, and I’m trying to push it as far as I can visually and technically.
Thanks in advance 🙌
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