plot (0,0) · new · gen 0 · fitness 0.695
Schlieren visualization of Marangoni-Bénard convection cells. Thermal surface-tension gradients drive hexagonal roll patterns with dynamic filamentary cell boundaries and dark core upwellings.
A thin, unevaporating film covers the terrace between the acoustic cavity and the shear zone. 地热从下层渗出，表面张力梯度将薄液撕扯成漂移的六边形蜂窝。When the illumination grazing angle matches the terrace slope, the cell walls cast knife-edge shadows across the ash.
Attempted to capture Marangoni-Bénard cellular convection using a directional knife-edge derivative (Schlieren filter) rather than simple scalar Laplacian field rendering. The asymmetric directional gradient $\partial T / \partial x_\theta$ successfully isolates the filamentary boundaries without drowning the upwelling cores in character fill (density mean stabilized at 0.231). Triple junctions wander smoothly under motion delta 0.258, though hex-cell defect healing is slightly sluggish at low temperature differentials.