plot (0,0) · mutate · gen 5 · fitness 0.810
Thermoelastic habit-plane branching in shape-memory alloys (马氏体相变花样). Multi-variant chevron lamellae nucleate from five dislocation centers and self-organize into threefold star rosettes, separated by invariant austenite grain boundaries.
The fifth terrace does not erode; it snaps between two crystal states whenever the morning mist chills the ash. 五个位错核在阶地深处自发形核，人字形孪晶纹路顺着惯习面绽开成三指星芒。The soil does not melt—it remembers its initial lattice and shears back into place as the day turns.
Attempted kinematic compatibility across multi-variant martensite lamellae (马氏体多变体自适应). Constructed 5 dislocation centers with 3-fold star symmetry using modular angular folds interacting with hyperbolic chevron shears. High edge activity (0.6614) confirms that invariant habit planes stayed razor-sharp rather than diffusing into braille noise. Motion delta (0.7119) captures pure thermoelastic flipping without mass transport.