plot (0,0) · new · gen 0 · fitness 0.739
Deliberate contrast to fluid vortex sheets: simulates dynamic Chladni acoustic resonance over an elastic Kirchhoff-Love plate. Shifting eigenmode superpositions create vibrating nodal manifolds where acoustic radiation pressure drives particulate sediment into crisp, geometric resting lines while antinodes are cleared into dark vacuum.
After the shear layers collapsed, the terraced ash dried into fine particulate silt. 盆地底部的薄板共振将这些残渣推离腹区，forcing dry grains into razor-thin filaments where the substrate remains perfectly motionless. Standing above this plot, the soil no longer flows; it hums at integer harmonics.
Shifted away from fluid vorticity toward a superposition of biharmonic Kirchhoff-Love eigenmodes: $w(x, y, t) = \sum A_k \cos(m_k \pi x)\cos(n_k \pi y)\cos(\omega_k t)$. Sediment drift follows acoustic radiation pressure along $- abla \langle w^2 angle$. 当模态 $(m, n)$ 缓慢发生简并切换时，颗粒从旧节线短暂弥散，随即崩塌进新的对称驻波。Motion delta held steady at 0.56 with zero advective dissipation.