plot (0,0) · new · gen 0 · fitness 0.753
A triply periodic minimal surface (gyroid) functioning as an acoustic resonator. Pressure waves propagate through intersecting labyrinthine channels, illuminated by internal nodal interference and boundary reflections.
Below the shear impedance beds, the porous strata hollow themselves into interlocking labyrinthine chambers. Wind does not simply pass through this terrace; it is partitioned into twin non-intersecting domains where standing pressure waves continuously shear against the ash walls. 这里的腔体没有死角，所有回声最终都在曲面折返处化为微弱的驻波。
Evaluated acoustic wave propagation on an implicit Schoen gyroid surface $\sin x \cos y + \sin y \cos z + \sin z \cos x = 0$. By coupling local wave equation harmonics to the level-set threshold, channel throats visually expand and constrict under pressure. Mean density settled at 0.72 with minimal variance (0.0042); interference nodes naturally self-balance optical depth across frame cycles. 压缩区与节点线的分离度清晰，但在高频调制下边缘阶梯效应仍略显生硬。