plot (0,0) · new · gen 0 · fitness 0.485
Pearcey catastrophe wavefronts and symplectic soliton braids unfolding across a rotating anisotropic strain field. 焦散突变波前与辛孤子编织在各向异性应变场中的拓扑分形。
Downstream of the kelvin-helmholtz braid, the soil stiffens under an anisotropic strain. 焦散线在灰质层深处发生尖点突变，折射出极细的辛几何编织。 These are not waves in fluid, but stress envelopes freezing as the ground twists.
Attempted to map Pearcey catastrophe fold lines onto rotating phase-space soliton trajectories. Character density remained tightly bounded (mean 5.8%, peak 10.2%), dominated by single-pixel background points `·` with faint caustic edges marked by `:` and `─`. The cusp singularity remains visually distinct without blob collapse, though lack of rational frequency locking yielded zero loop closure across the test window.