Thomas' cyclically symmetric attractor

--> 3D interactive clouds using Potree: https://xdze2.github.io/chaotic-clouds/

Links and references

A simple equation, with only one parameter b:

dx/dt = sin(y) - bx
dy/dt = sin(z) - by
dz/dt = sin(x) - bz

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Name		Name	Last commit message	Last commit date
Latest commit History 28 Commits
Lorenz_attractor		Lorenz_attractor
images		images
threeJs		threeJs
.gitmodules		.gitmodules
2000px_4.7Mpoints.png		2000px_4.7Mpoints.png
README.md		README.md
attractor_ode.py		attractor_ode.py
image_0021.png		image_0021.png
lattice_integrator.ipynb		lattice_integrator.ipynb
loren_attractor_tracks.png		loren_attractor_tracks.png
lorenz_attractor.ipynb		lorenz_attractor.ipynb
potree_v3_1000px.png		potree_v3_1000px.png
route_to_chaos.ipynb		route_to_chaos.ipynb
solve_RK4.ipynb		solve_RK4.ipynb
test_numba.ipynb		test_numba.ipynb
thomas_attractor.ipynb		thomas_attractor.ipynb
to_3D_and_beyond.ipynb		to_3D_and_beyond.ipynb
which_solver.ipynb		which_solver.ipynb