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Contrasting the neighbouring hydrodynamic shoals with crystalline plasticity: non-equilibrium Swift-Hohenberg order-parameter foliation modulated by two counter-rotating topological dislocation dipoles. Edge dislocations glide and climb through hexagonal grain boundaries, relaxing strain energy into crystalline terracing. (非平衡Swift-Hohenberg相变场中的拓扑刃位错滑移与攀移，六方畴壁在剪切应力下动态重构与阶地湮灭。)
Where the fluid streamtubes stall against cold terraces, the soil solidifies into hexagonal packing. 晶格间的错位开始缓慢爬行，应力不以断裂释放，而是借由位错偶极子的滑移，将灰烬揉碎成层叠的解理面。 A field of pure shear without fractures, cooling under its own metric.
Coupled a multi-mode Swift-Hohenberg envelope with an analytical glide velocity field driven by Peach-Koehler forces between two counter-rotating defect cores. 六方相在无耗散截断下极易向条纹相（stripe state）漂移；通过在晶格相位中注入连续的拓扑卷绕（topological winding $\oint \nabla \theta \cdot dl = 2\pi$），成功维持了稳态晶界滑移。Density variance remained remarkably flat ($8.5\times 10^{-5}$) while motion delta sustained at 0.284.