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Hermite interpolation by piecewise polynomial surfaces with polynomial area element

Citace:
BIZZARRI, M., LÁVIČKA, M., ŠÍR, Z., VRŠEK, J. Hermite interpolation by piecewise polynomial surfaces with polynomial area element. COMPUTER AIDED GEOMETRIC DESIGN, 2017, roč. 51, č. February, s. 30-47. ISSN: 0167-8396
Druh: ČLÁNEK
Jazyk publikace: eng
Anglický název: Hermite interpolation by piecewise polynomial surfaces with polynomial area element
Rok vydání: 2017
Autoři: RNDr. Michal Bizzarri Ph.D. , Doc. RNDr. Miroslav Lávička Ph.D. , Doc. RNDr. Zbyněk Šír Ph.D. , RNDr. Jan Vršek Ph.D. ,
Abstrakt EN: This paper is devoted to the construction of polynomial 2-surfaces which possess a polynomial area element. In particular we study these surfaces in the Euclidean space R^3 (where they are equivalent to the PN surfaces) and in the Minkowski space R^{3,1} (where they provide the MOS surfaces). We show generally in real vector spaces of any dimension equipped with a symmetric bilinear form that the Gram determinant of a parametric set of subspaces is a perfect square if and only if the Gram determinant of its orthogonal complement is a perfect square. Consequently the polynomial surfaces of a given degree with polynomial area element can be constructed from the prescribed normal fields solving a system of linear equations. The degree of the constructed surface depending on the degree and the properties of the prescribed normal field is investigated and discussed. We use the presented approach to interpolate a network of points and associated normals with piecewise polynomial surfaces with polynomial area element and demonstrate our method on a number of examples (constructions of quadrilateral as well as triangular patches).
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