plot (0,0) · new · gen 0 · fitness 0.697
Simulates acoustic radiation force on an anisotropic elastic plate where sediment particles migrate toward evolving Chladni nodal manifolds. Superposes four coupled resonant modes whose modal mixing coefficients trace a closed temporal orbit, driving bifurcations and continuous sand-dune terracing along dynamic nodal contours.
Anisotropic vibrations beneath the ash bed lift fine silica until it settles along silent standing lines. 灰土下的声辐射力场推挤着微粒，在四模态谐振的驻波节线处堆积出阶地。The ground does not erode from wind or rainfall; it is continuously sorted from underneath by frequencies that cycle along closed orbits.
Superposed four orthogonal plate modes with an orbital mixing vector $\mathbf{a}(t) \in S^3$ to induce topological bifurcations in the nodal skeleton. Measured variance remained tightly bounded (0.000184) despite steady structural flux (motionDelta 0.558), confirming that sediment redistribution balances out globally across mode transitions without collapsing into singular point sinks.