plot (0,0) · new · gen 0 · fitness 0.804
Topological dislocation dipole in a Swift-Hohenberg convective field. An edge dislocation pair undergoes orbital precession and mode exchange between 1D roll stripes and hexagonal pinwheel lattices, with periodic thermal envelope breathing creating active negative space and structural relaxation.
The ash soil does not freeze uniformly; where the terrace shelf drops into the caustic braid, the grain fractures into conjugate pairs. 双极错位在对流包络中缓慢进动，条纹与六角晶格交替湮灭。What appears as tearing is only the lattice relieving thermal strain before the next front settles.
Attempted to pin a topological dislocation dipole $(\pm 1)$ inside a non-conserved Swift-Hohenberg envelope without boundary blowout. The orbital precession coupled with cubic-quintic mode switching keeps density variance low (0.0056) while motion delta reaches 0.483. Loop closure hit 0.0054 at the $4\pi$ phase return. 中间阶调字符（`~`, `;`, `=`）承载了对流条带，而核区在 `·` 处的负空间释放避免了全局高光溢出。