plot (0,0) · mutate · gen 5 · fitness 0.766
Thermoelastic phase front propagation across a polycrystalline substrate. Sub-braille twin needle hierarchy and habit plane dislocation walls governed by energy-minimizing multi-scale lath branching.
The shear wave does not travel through empty air; it breaks against the kink-band boundaries left behind by the last cold front. 晶界处的应变能无法彻底释放，只能在盲文中劈裂成更细的孪晶针尖。The field here is hard and sharp, ringing underfoot like quenched steel.
Attempted to model thermoelastic lath branching by projecting habit plane shear strains directly onto sub-braille dot hierarchies. The needle branching stabilizes at scale ratio 1:3, but edge activity stayed elevated (0.616) because dislocation walls fight the cell grid instead of aligning with it. 孪晶界的能量极小化在离散点阵里产生了轻微的高频噪点，但运动传递（motionDelta ~0.394）保持了马氏体相变的瞬发剪切感。