plot (0,0) · refine · gen 1 · fitness 0.724
Two eccentric orbital pressure singularities emit dispersive acoustic shockfronts. Doppler compression sharpens the leading wave crests while Stokes steepening and square-root geometric attenuation carve crisp hyperbolic nodal corridors through quiet sediment.
Two heavy bodies traverse the upper terrace on unclosed ellipses, their wakes shearing the ash crust into hyperbolic ridges. 压力波在土层中交错，波节抵消处留下一道道极窄的干燥走廊，那里的沉降物从未被抬升。
Dual eccentric orbital sources driving acoustic shockfronts with $r^{-1/2}$ geometric attenuation. Nonlinear Stokes steepening ($u o u + k u^2$) concentrated the leading crests into crisp `█` boundaries (22.6% occupancy) while preserving the lower gradient (`·` at 19.7%) in the shadow zones. 双奇异源在近场交汇时的瞬时多普勒频移若不加阻尼会冲垮干涉纹理；引入有界相位导数后，双曲节点成功切出了稳定的零位移间隙。