particles-physics

You can simulate realistic particle motion by applying gravity, wind, drag, turbulence, and attractors to particles using per-frame updates. This skill provides modular scripts to drive dynamic motion and physically plausible particle systems in a TypeScript/WebGL environment.

Particle velocity and position updates support Euler, Verlet, and RK4 integration methods. These programmable options let you balance simulation fidelity against performance requirements when applying forces and constraints to your particle system.

Yes, you can handle particle collision with planes and spheres using simple bounce constraints. These collision features enable interactive simulations and visual effects directly within your three-dimensional scenes.

Yes, the skill supports velocity fields, attractors, and repulsors to drive dynamic particle motion. These forces allow you to generate artistic swarms and fluid-like motion for visual effects in your 3D scenes.

The best way to create deterministic particle motion is by applying specific forces like turbulence and drag to a set of particles. This approach ensures consistent, reproducible physical simulations rather than random visual artifacts.

RK4 integration provides high fidelity but demands more calculations per frame compared to Euler or Verlet. This can impact performance in browser-based WebGL environments when simulating large sets of particles with complex forces.