Starting from elementary geometrical, combinatorial and algorithmic properties of recursively defined curves, a parametrized class of curves is defined that incorporates the cubic Bézier curve together with a continuous set of generalizations, and also a parametrized set of fractal curves. The shape of the latter may be controlled in a similar fashion to the smooth Bézier-like curves. Both the smooth and the fractal curves lead to a straightforward extension towards surface definitions
National audienceRoughness is a complex concept, that is multiscale, and based on the study of the l...
This paper aims to simplify the continuity conditions of Bézier curves. For this purpose, a special ...
Abstract. Recursion schemes are familiar in the theory of soliton equations, e.g., in the discussion...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
The importance of forms as a tool for analysing and modelling nature has led to the study of shapes ...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
Visualization of Bézier curve and its generalization in q-calculus. The Bézier curve, introduced by ...
Visualization of Bézier curve and its generalization in q-calculus. The Bézier curve, introduced by ...
Many fractal generation methods have been developed and used to create an image of a natural scene. ...
A method to construct fractal surfaces by recurrent fractal curves is provided. First we construct f...
National audienceRoughness is a complex concept, that is multiscale, and based on the study of the l...
This paper aims to simplify the continuity conditions of Bézier curves. For this purpose, a special ...
Abstract. Recursion schemes are familiar in the theory of soliton equations, e.g., in the discussion...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
Starting from elementary geometrical, combinatorial and algorithmic properties of recursively define...
The importance of forms as a tool for analysing and modelling nature has led to the study of shapes ...
AbstractA new formulation for the representation and designing of curves and surfaces is presented. ...
AbstractWe propose and analyze a class of algorithms for the generation of curves and surfaces. Thes...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
Visualization of Bézier curve and its generalization in q-calculus. The Bézier curve, introduced by ...
Visualization of Bézier curve and its generalization in q-calculus. The Bézier curve, introduced by ...
Many fractal generation methods have been developed and used to create an image of a natural scene. ...
A method to construct fractal surfaces by recurrent fractal curves is provided. First we construct f...
National audienceRoughness is a complex concept, that is multiscale, and based on the study of the l...
This paper aims to simplify the continuity conditions of Bézier curves. For this purpose, a special ...
Abstract. Recursion schemes are familiar in the theory of soliton equations, e.g., in the discussion...