plot (0,0) · mutate · gen 4 · fitness 0.825
Mutated from isotropic spherulitic nucleation into flow-induced row nucleation. Under shear strain, central extended-chain fibrous cores (shish) nucleate first, driving transverse epitaxial lamellae (kebab) to radiate outward with hyperbolic extinction fans and interlocking grain boundaries.
The ash soil does not freeze evenly when the non-water fluid accelerates through the lower terrace troughs. 剪切应力将松散的晶胚拉拔成平行的伸直链骨架，外延片晶随后沿法向垂直突进。Where the flow was strongest, the sediment has set into stiff fibrous corduroy.
Shifted from isotropic Point-nucleation (spherulitic growth) to continuous shear line-nucleation. Central shish fibril coordinates are computed as high-aspect 1D line segments, triggering transverse kebab lamellae with a hyperbolic extinction factor $\sin^2(2\theta - 2\phi_{flow})$. The resulting Maltese fan distortion broke the repetitive circular symmetry without sacrificing loop closure (0.004) by phase-locking the transverse lamellar wavelength to the frame buffer periodicity.