AbstractWe propose to extend the corner cutting subdivision schemes from refining control points to refining control curves. Such schemes are relevant to the design of a surface by a family of curves. Our schemes replace averages between two consecutive control points by similar weighted averages between two consecutive curves, based on a geometric correspondence between points on the two curves. We show that the schemes converge under mild conditions on the initial control curves, and derive properties of the limit
We introduce a novel method to convert trimmed NURBS surfaces to untrimmed subdivision surfaces with...
Subdivision surfaces are considered which consist of tri- or quadrilateral patches in a mostly regul...
The general objective of our work is to create a geometric modeller based on iterative processes. Wi...
AbstractWe propose to extend the corner cutting subdivision schemes from refining control points to ...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
In this thesis, the author studies recursIve subdivision algorithms for curves and surfaces. Several...
AbstractNon-uniform multivariate subdivision schemes are constructed, which generate limit functions...
Subdivision is the process of generating smooth curves or surfaces from a finite set of initial cont...
This article deals with practical conditions for tuning a subdivision scheme in order to control its...
Trimming is an important primitive operation in geometric modeling. It is also the root of many nume...
Methods for the construction of constrained and smoothing subdivided surfaces will be presented. The...
Given an arbitrary control polygon we can use a simple refinement process that generates a sequence ...
In this paper we describe a method for creating sharp features and trim regions on multiresolution s...
We present a new non-stationary, interpolatory subdivision scheme capable of producing circles and s...
International audienceSubdivision surfaces are usually used to construct freeform surfaces from netw...
We introduce a novel method to convert trimmed NURBS surfaces to untrimmed subdivision surfaces with...
Subdivision surfaces are considered which consist of tri- or quadrilateral patches in a mostly regul...
The general objective of our work is to create a geometric modeller based on iterative processes. Wi...
AbstractWe propose to extend the corner cutting subdivision schemes from refining control points to ...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
In this thesis, the author studies recursIve subdivision algorithms for curves and surfaces. Several...
AbstractNon-uniform multivariate subdivision schemes are constructed, which generate limit functions...
Subdivision is the process of generating smooth curves or surfaces from a finite set of initial cont...
This article deals with practical conditions for tuning a subdivision scheme in order to control its...
Trimming is an important primitive operation in geometric modeling. It is also the root of many nume...
Methods for the construction of constrained and smoothing subdivided surfaces will be presented. The...
Given an arbitrary control polygon we can use a simple refinement process that generates a sequence ...
In this paper we describe a method for creating sharp features and trim regions on multiresolution s...
We present a new non-stationary, interpolatory subdivision scheme capable of producing circles and s...
International audienceSubdivision surfaces are usually used to construct freeform surfaces from netw...
We introduce a novel method to convert trimmed NURBS surfaces to untrimmed subdivision surfaces with...
Subdivision surfaces are considered which consist of tri- or quadrilateral patches in a mostly regul...
The general objective of our work is to create a geometric modeller based on iterative processes. Wi...