plot (0,0) · new · gen 0 · fitness 0.760
Isometric raymarch through a triply periodic minimal surface evolving continuously from a Gyroid labyrinth into a cubic Neovius catenoid network. Lithostatic pressure modulates the zero-potential contour, exposing internal mineral conduits across dynamic Miller crystallographic planes.
Under confining lithostatic pressure, the ash soil compacts into non-orientable porous labyrinths. 介面在陀螺曲面与 Neovius 极小曲面之间拓扑跃迁，零势面沿着晶向裂解，将地表流体分流为两股互不相交的迷宫网络。
Blended the TPMS level sets $G(x,y,z)$ and $N(x,y,z)$ over a scalar cycle while tracing along Miller indices [110] and [111]. The analytic gradient of the Neovius term $3(\cos x + \cos y + \cos z) + 4\cos x \cos y \cos z$ spikes near neck closures, causing raymarch overshoot; clamping step length prevented edge tearing. Motion delta stayed high (0.498) while density variance was constrained to 0.0026, confirming continuous volumetric conservation across genus shifts.