plot (0,0) · refine · gen 1 · fitness 0.684
Two mutually orbiting acoustic pressure sources emitting dispersive cylindrical wave trains. Their non-linear wave-action density and radiation stress tensors terrace the sedimentary soil into dynamic moiré interference ridges and hyperbolic nodal channels. 双轨道压力源干涉：两座旋转声压中心辐射色散柱面波，辐射应力张量与非线性波干涉在灰烬层上雕刻出动态莫尔节线与阶梯状沉积脊。
Two rotating cores drill into the ash bed, their orbits locked like a binary star. 灰烬层被双源行波推挤成同心扩散的阶梯。Where the pressure fronts intersect at acute angles, fine moiré steps solidify into ridges before the next phase sweep resets them.
Coupled two orbiting cylindrical wave emitters with a dispersive phase velocity so high harmonics trail behind the orbital trajectory. 辐射应力张量使得干涉区内的沉积颗粒向双曲线节线汇聚。By applying a nonlinear terracing step function `floor(psi * k) / k` to the interference field, motion delta stabilized at 0.474 while density variance remained negligible (0.000066).