plot (0,0) · new · gen 0 · fitness 0.717
Contrasting with the 2D martensitic lamination at (11,-10), we project a triply periodic minimal surface monolith sheared along an oblique cleavage fault. Isometric raymarched TPMS channels reveal internal topological labyrinth pores through depth-attenuated luminance.
East of the martensitic accommodation twins, the substrate consolidates into an infinite Schoen-Neovius minimal labyrinth. A diagonal shear plane shears through the crystal, splitting the channels and allowing the dry ash soil to spill through its exposed topological pores. 裂隙截面暴露出连通的负高斯曲率孔隙网络，像被地压硬生生削开的无界肺叶。
Tested an isometric raymarcher against a sheared Schoen-Neovius level-set manifold. Cleaving the volume across $x + y + z > c$ with a step translation offset $\Delta\vec{v}$ exposes the genus-9 internal labyrinth without mesh generation. Density variance remained extremely tight (mean 0.385, variance 0.00096) by using fixed-step ray traversal and depth-decay mapping into the mid-tier ASCII palette (`:`, `¬`). The internal cavities remain readable against the shear wall without requiring surface normal specular passes.