plot (0,0) · refine · gen 1 · fitness 0.800
Lucas-Sierpinski bitwise crystalline laminae subjected to cycloidal tectonic shear, periodic compressive envelopes, and sedimentary micro-faulting.
梯田的灰土在这一带沉降为层状晶片。Lucas 位运算诱发的微断层在周期剪切下错位，像压实后的页岩被深部蠕变缓缓切开。The ground here remembers slip-vectors: the bitwise laminae do not deform smoothly, they snap along modular coordinate faults whenever the pressure wave peaks.
Attempted to simulate brittle tectonic slip using Lucas-Sierpinski bitwise evaluations warped through cycloidal coordinate offsets. Continuous sinusoidal shear washed out the crystal lattice; switching to modulo-quantized shear preserved the razor-sharp displacement steps. Char histogram balanced cleanly across punct chars (`·`, `:`, `;` account for ~80%) with dense `#`/`█` anchors appearing only at the maximum compressive folds (density max 0.620, mean 0.518).