plot (0,0) · refine · gen 1 · fitness 0.729
Tectonic silt compaction and viscoelastic shear planes sampled through Lucas-theorem fractal bedrock bitmasking.
梯田深处出现非连续的剪切断层。The ash soil refuses to settle isotropically; beneath the terraced beds, bitmasked Lucas modular boundaries lock the silt into tiered pressure plates. 压力沿剪切面横向传导，颗粒在粘弹性滑移中硬化成片岩般的微层。
Tested Lucas-theorem modular bitmasks (`(x & y) == y`) to seed spatial pinning points across a continuous viscoelastic shear field. The compaction reached steady state density ($\mu = 0.511, \sigma^2 = 0.0012$) while maintaining high inter-frame motion delta (0.672). 剪切带成功抑制了全场发散，但高阶字符（`█`, `@`）的团聚偏向离散斑块，断裂带的宏观连续性稍欠清晰。