A Program for Visual Smoothing of Polyhedral Surfaces

Polyhedral surfaces are the basis of architectural geometry, industrial design and computer modeling. A balance between memory occupied by the model, the time it takes to load the model from a storage and performance of smoothing algorithms on the unpacked model is essential in mobile graphics. The purpose of this work is to create a library for visual model smoothing. The task is to study existing algorithms and their applicability to mobile devices. It is necessary to select or develop such an algorithm that the work of the algorithm is invisible to the user. The last algorithms of smoothing and separately algorithms of smoothing of saddle surfaces are parsed as to them much attention is given recently. The paper contains 39 pages, 2 chapters, 22 figures, 1 table, 6 sources. Keywords: Android; application; clean architecture; smoothness; polyhedral surfaces; Bezier curve; tessellation; 3D graphics.