Simulations on GPU for Web

• Introduction
  Super-computer in your PC. Fractal generation on GPU. WebGL 2 and experimental Compute shaders.
• TFjs notes

• WebGPU Compute shaders   in progress
  • Get started with GPU Compute on the Web by Francois Beaufort.
• WebGPU samples   out of date :)
• WebGL2 Compute shaders.   obsolete
  • Matrix multiplication
  • Tuning GEMM for Intel GPU
  • GEMM tests on RTX 2070

• WebGL 2
  • Flat wave and Big wave demos
  • Monte-Carlo simulations with Integer textures
  • Spiral waves in Excitable media with Multiple rendering targets
  • WebGL 2 dynamic clouds
  • 3D Barkley model with 3D textures
  • Transform feedback simple demo and Lorenz particle system
• Linear waves
  • Wave equation. Flat wave
  • Terrain from float texture
  • Waves on membrane
  • Boundary conditions. Two slit interference
• Nonlinear waves
  • Nonlinear wave equation. Vortex dynamics
  • Nonlinear waves in excitable medium. Barkley's model
  • Shallow water
  • Boundary conditions. Stream
• Implicit schemes
  • Schrödinger equation
  • Fluid dynamics
    2d ink droplet dynamics
    Advection
• Multigrid algorithm
  • Introduction. 1D weighted Jacobi relaxation algorithm
  • 2D Poisson equation. Weighted Jacobi relaxation
  • Linear elasticity. Weighted Jacobi relaxation
• N-body.   400 Gflops in your home PC!
• Strange attractor dynamics

Simulations gallery

	Snowflakes simulations. See also Snowfall and Frost patterns simulations.
	Strange attractor dynamics (WebGL2)
	Fluid dynamics 2D ink droplet
	Schrödinger equation
	Waves on membrane
	Two slit interference (lite)
	Vortex dynamics outline (vortex annihilation)
	Shallow water and Stream. Rendering boundary lines (lite)
	Nonlinear waves in excitable medium like Belousov-Zhabotinsky one. Barkley's model outline (interacting spirals and random waves (large window))
	Cellular automaton that mimics excitable medium. Random waves (large window). Excitable medium under a "magnifying glass".
	2D Barkley's model with float textures. 3D excitation waves. You can see here vortex structure. Gliders in 3D Game of Life
	N-body toy outline (N = 8K simulation).

Links

• WebGL FFT Ocean by Hao Wu and Guanyu He
• A FFT-based ink droplet simulation and Free surface flow simulation by Yang Chenglin
• Waves on Sphere by Karl Fredrickson