AbstractWe give a general treatment of the problem of converting a curve expressed in a B-spline expansion into its Bézier form. We show that corner cutting of the B-spline control polygon leads to the Bézier points exactly when the Bézier matrix is totally positive. Also, for spline spaces used to model space curves with curvature continuity we give an algorithm for determining the Bézier representation
This paper presents an algorithm for extending B-spline curves and surfaces. Based on the unclamping...
Abstract:- A method to generate a quintic B-spline curve which passes through given points is descri...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
AbstractWe give a general treatment of the problem of converting a curve expressed in a B-spline exp...
In this lecture, we study Bezier and B-spline curves and surfaces, mathematical representations for ...
Splitting a uniform B-spline curve implies creating two new curves, one that represents the first ha...
Splitting a uniform B-spline curve involves creating two new curves, one that represents the first h...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
We have proposed and implemented a new method for constructing a spline curve of third degree, which...
Catmull-Rom splines have local control, can be either approximating or interpolating, and are effici...
AbstractTraditionally, modelling using spline curves and surfaces is facilitated by control points. ...
A proficient freeform curve design technique is developed by constructing B-spline like local suppor...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
Traditionally, modelling using spline curves and surfaces is facilitated by control points. We propo...
AbstractWe present an algorithm for creating planar G2 spline curves using rational Bézier cubic seg...
This paper presents an algorithm for extending B-spline curves and surfaces. Based on the unclamping...
Abstract:- A method to generate a quintic B-spline curve which passes through given points is descri...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
AbstractWe give a general treatment of the problem of converting a curve expressed in a B-spline exp...
In this lecture, we study Bezier and B-spline curves and surfaces, mathematical representations for ...
Splitting a uniform B-spline curve implies creating two new curves, one that represents the first ha...
Splitting a uniform B-spline curve involves creating two new curves, one that represents the first h...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
We have proposed and implemented a new method for constructing a spline curve of third degree, which...
Catmull-Rom splines have local control, can be either approximating or interpolating, and are effici...
AbstractTraditionally, modelling using spline curves and surfaces is facilitated by control points. ...
A proficient freeform curve design technique is developed by constructing B-spline like local suppor...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
Traditionally, modelling using spline curves and surfaces is facilitated by control points. We propo...
AbstractWe present an algorithm for creating planar G2 spline curves using rational Bézier cubic seg...
This paper presents an algorithm for extending B-spline curves and surfaces. Based on the unclamping...
Abstract:- A method to generate a quintic B-spline curve which passes through given points is descri...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...