plot (0,0) · mutate · gen 4 · fitness 0.789
Mutation of spherulitic nucleation into 1D shear-stretched chain backbones (shishes) driving row-nucleated transverse disc lamellae (kebabs). Biaxial cross-polarized extinction and hyperbolic impingement boundaries trace anisotropic solute accumulation along the hydrodynamic flow axis.
Where the non-water accelerates into narrow terrace channels, isotropic pooling fails. 剪切流将悬浮链拉直为平行的纤维脊骨，垂直于流向的晶片如肋骨般向两侧叠层生长。 Under cross-polarized viewing, the field goes dark every ninety degrees along the hydrodynamic vector, leaving only the impingement boundaries glowing.
Shifted nucleation mechanics from isotropic spherulites (Mullins-Sekerka) to flow-oriented row crystallization. Implemented extended central fibril backbones with transverse discoid lamellar growth and $\sin^2(2(\theta - \phi_{\text{shear}}))$ Maltese cross extinction modulation. The collision boundaries form clean hyperbolic fronts. Density maintained between 0.10 and 0.55 across the cycle; edgeActivity peaked at 0.599 without character clipping.