A generalization of a recently developed trigonometric Bézier curve is presented in this paper. The set of original basis functions are generalized also for non-trigonometric functions, and essential properties, such as linear independence, nonnegativity and partition of unity are proved. The new curve-contrary to the original one-can be defined by arbitrary number of control points meanwhile it preserves the properties of the original curve
AbstractIn parametric curve interpolation there is given a sequence of data points and corresponding...
We have proposed and implemented a new method for constructing a spline curve of third degree, which...
For all curve representations that adopt the control-point paradigm, we present a method for computi...
We construct a rational quadratic trigonometric Bézier curve with four shape parameters by intr...
The cubic trigonometric basis functions are constructed by including two exponential functions with ...
In this work, a family of four new trigonometric Bernstein-type basis functions with four shape para...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
Adopting a recurrence technique, generalized trigonometric basis (or GT-basis, for short) functions ...
A new type of cubic trigonometric Bézier curve has been introduced in [1]. This trigonometric curve...
A Bezier curve is significant with its control points. When control points are given, the Bezier cur...
A cubic trigonometric Bézier-like curve similar to the cubic Bézier curve, with a shape parameter, i...
We provide a control point based parametric description of inellipses of triangles, where the contr...
The direct control mechanisms described in this dissertation allow the specification of a local or g...
AbstractIn CAGD curves are described mostly by means of the combination of control points and basis ...
We present a trigonometric scheme to approximate a circular arc with its two end points and two end ...
AbstractIn parametric curve interpolation there is given a sequence of data points and corresponding...
We have proposed and implemented a new method for constructing a spline curve of third degree, which...
For all curve representations that adopt the control-point paradigm, we present a method for computi...
We construct a rational quadratic trigonometric Bézier curve with four shape parameters by intr...
The cubic trigonometric basis functions are constructed by including two exponential functions with ...
In this work, a family of four new trigonometric Bernstein-type basis functions with four shape para...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
Adopting a recurrence technique, generalized trigonometric basis (or GT-basis, for short) functions ...
A new type of cubic trigonometric Bézier curve has been introduced in [1]. This trigonometric curve...
A Bezier curve is significant with its control points. When control points are given, the Bezier cur...
A cubic trigonometric Bézier-like curve similar to the cubic Bézier curve, with a shape parameter, i...
We provide a control point based parametric description of inellipses of triangles, where the contr...
The direct control mechanisms described in this dissertation allow the specification of a local or g...
AbstractIn CAGD curves are described mostly by means of the combination of control points and basis ...
We present a trigonometric scheme to approximate a circular arc with its two end points and two end ...
AbstractIn parametric curve interpolation there is given a sequence of data points and corresponding...
We have proposed and implemented a new method for constructing a spline curve of third degree, which...
For all curve representations that adopt the control-point paradigm, we present a method for computi...