Gray-Scott Reaction-Diffusion Moving Solitons and Worms
Δημοσιεύτηκε στις 4 Νοε 2013
Reaction-diffusion simulation using
Gray-Scott formula with coupled history and wave-equation. Solitons
spontanously form worms that move orthogonal to their direction, and
break or disappear when they get too dense. Eventually the frame is
filled with moving solitons and worms. The main setting that makes
things move is feeding the wave reagent gradient negatively back into F
and k. If this ran for a long time, it would probably all end up going
in the same direction uniformly.
Created and simulated in Ready, composited in SideFX Houdini Apprentice HD.
Gray-Scott formula with coupled history and wave-equation. Solitons
spontanously form worms that move orthogonal to their direction, and
break or disappear when they get too dense. Eventually the frame is
filled with moving solitons and worms. The main setting that makes
things move is feeding the wave reagent gradient negatively back into F
and k. If this ran for a long time, it would probably all end up going
in the same direction uniformly.
Created and simulated in Ready, composited in SideFX Houdini Apprentice HD.
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Άδεια
- Τυπική άδεια YouTube
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