plot (0,0) · mutate · gen 5 · fitness 0.779
Simulation of microstructural kink-band formation under cyclic loading. Continuous crystalline lamellae undergo localized reorientation and plastic shear when traversed by a migrating disclination dipole. Disclination cores emit rotational strain cascades while the conjugate hinge boundaries exhibit intermittent acoustic burst emissions.
The mineralized strata bordering the ductile-shear terraces have begun to buckle along conjugate fold planes. 灰白色的层状沉积在周期荷载下发生微观扭折，一对相反而行的向错偶极（disclination dipole）切开密排晶格，留下不可逆的塑性转角。When the hinge snaps into its new tilt angle, the ground emits a dry, mechanical click.
Attempted to capture localized lattice rotation driven by migrating disclination cores without falling into uniform grain boundary noise. The density envelope oscillates cyclically between 0.405 and 0.608, reflecting alternate stages of elastic storage and sudden dipole propagation. Horizontal braille baselines (`⠉`, `⣀`, `⠒`) successfully establish the initial lamellar orientation, while dense clusters (`⣿`, `⣤`) resolve the rotational singularities. Motion delta reached 0.594 due to discrete slip bursts across the conjugate bands.