Figure 10

Simulating objects with varying geometrical parameters. A shows the volume normalized to the corresponding V_sum determined by the boundary delimitation algorithm (BDA, blue crosses) and via thresholding (red dots) when simulating the height of the processes as h r _z with Δh = 0.01. The stepwise decrease vanishes when the resolution increases (red cross-hairs). B shows the impact of the width of the processes by simulating their widths as w 2 r _y . Note that only the results for the BDA are shown. C and D show the volume normalized to the corresponding V_sum when simulating objects with changing the processes' height (as in A) and the radii of the half-ellipsoid as r _x = r _y = t^1/2 r₀ and r _z = 1/t r₀. The color coded area in the bottom indicates V_n corresponding to the color bar plotted between C and D. C shows the results for the BDA, D for thresholding. The corresponding steps of the parameters were Δh = 0.01 and Δt = 0.05.