Abstract
The parametric reconstruction method has been developed for solving the problems concerning computer simulation of the 3D distributions of discrete objects, which are commonly specified by the parallel cross sections in the initial point cloud. The role of simulation and the model itself is examined as applied to the visualization of 3D distributions of objects and the analysis of microscopy data. The conceptual prerequisites and particularities of the technical implementation of the proposed method are compared with the lofting technique, which is widespread in modern 3D simulation systems. The peculiarities of method application are demonstrated by the example of reconstruction based on a series of model data.
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