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DanWills/grayscott-evolvingMask_ddd_frothierEchoes_init.vti, Soliton gliders form inside the active region and spread out, dividing continuously to fill the space. Once space is filled the solitons continue to propagate randomly, splitting and annihlating to maintain an overall density. The wave reagents are a bit 'frothy'.
DanWills/grayscott-historyWave_fuseWorms-wiggletrains_init.vti, Soliton gliders form from a subset of initial nucleation sites. Solitons continue to propagate through space whilst dividing and tending to follow existing soliton trails.
DanWills/orbits_nova_ddd_chicken_init.vti, Orbits-fractal-based formula showing a nice looking repeated structure-formation-and-destruction behaviour on a quite long (25k timesteps) cycle.
DanWills/orbits_ddd_questionSpaceships-answer_init_djw.vti, Discovered while tweaking the Orbits (fractal-inspired) formula, this appears to almost emulate a discrete automata at the core of its continuous dynamics. Comparisons could be drawn to the 'star-wars' CA in golly, but a bit more spaceshippy.
DanWills/orbits_ddd_epochs_init.djw.vti, This Mandelbrot/Julia-step inspired formula and parameters shows some fascinating and bizarre behaviour where over a huge time period (150k timesteps) fields of 'stars' form, merge and expire and then are eventually re-generated in complex wavefronts.
Gray-Scott/parameter-map_3D.vti, A 3D version of the Gray-Scott parameter map, showing how the parameters affect the patterns generated in 3D.