The rational splines have been included in the IGES (International Graphics Exchange Specification) standard for about ten years, but they have been subjects of interest since 1967 [1]. The current kind of rational splines of our days are the NURBS (Non-Uniform Rational B-splines), which are generalizations of B-splines and the rational Bezier curves and surfaces at the same time. The popular scientific articles and the manuals (e.g. [2]) as well frequently mention as an advantage that these spline curves are accurate for conic sections. For this reason, in this article we propose the rational representation of conic sections as an introduction to the NURBS
AbstractSimple geometric objects and transformations appear in representations and algorithms of geo...
AbstractIn this paper, an algorithm for approximating conic sections by constrained Bézier curves of...
A rational cubic spline curve is described which has tension control parameters for manipulating the...
The rational splines have been included in the IGES (International Graphics Exchange Specification...
A rational cubic spline with a family of shape parameters is discussed from the viewpoint of its app...
A rational cubic spline, with one family of shape parameters, has been discussed with the view to it...
AbstractConic section is one of the geometric elements most commonly used for shape expression and m...
Discussed in this paper are several mathematical spline formulations and a history of splines, Bezie...
In this paper, we address the calculation of geometric characteristics of conic sections (axes, asym...
Abstract. We introduce expo-rational B-splines for curves and surfaces and explore for the first tim...
Textbooks may say that the so-called conic sections can be obtained from cones, but this is rarely p...
AbstractCurve approximation associated with the finite element method usually implies linear or para...
technical reportOne of the fundamental problems in Computer Aided Geometric Design (CAGD) is the rep...
The second, revised edition of this book covers all aspects of non-uniform rational B-splines necess...
In classical geometry, there is no such well-known and much-studied topic as the construction of con...
AbstractSimple geometric objects and transformations appear in representations and algorithms of geo...
AbstractIn this paper, an algorithm for approximating conic sections by constrained Bézier curves of...
A rational cubic spline curve is described which has tension control parameters for manipulating the...
The rational splines have been included in the IGES (International Graphics Exchange Specification...
A rational cubic spline with a family of shape parameters is discussed from the viewpoint of its app...
A rational cubic spline, with one family of shape parameters, has been discussed with the view to it...
AbstractConic section is one of the geometric elements most commonly used for shape expression and m...
Discussed in this paper are several mathematical spline formulations and a history of splines, Bezie...
In this paper, we address the calculation of geometric characteristics of conic sections (axes, asym...
Abstract. We introduce expo-rational B-splines for curves and surfaces and explore for the first tim...
Textbooks may say that the so-called conic sections can be obtained from cones, but this is rarely p...
AbstractCurve approximation associated with the finite element method usually implies linear or para...
technical reportOne of the fundamental problems in Computer Aided Geometric Design (CAGD) is the rep...
The second, revised edition of this book covers all aspects of non-uniform rational B-splines necess...
In classical geometry, there is no such well-known and much-studied topic as the construction of con...
AbstractSimple geometric objects and transformations appear in representations and algorithms of geo...
AbstractIn this paper, an algorithm for approximating conic sections by constrained Bézier curves of...
A rational cubic spline curve is described which has tension control parameters for manipulating the...