Polynomial representations, such as Bezier curves, B-splines or NURBS, form the basis of numerous surface modelling packages. Although they possess properties that result in fast, efficient software, they have some limitations in terms of the shapes that can be modelled and the nature of the controls they offer the user. This paper presents a new, point-based approach to modelling that is guaranteed to produce high quality surfaces whilst providing a simpler, more intuitive user interface. These qualities make the method ideal for such applications as graphical design or animation where there is a need to produce pleasing images with minimum time and effort
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
Commercial CAD surface modelling software is based almost exclusively on Bezier, B-spline and NURBS ...
Commercial CAD surface modelling software is based almost exclusively on Bezier, B-spline and NURBS ...
In this lecture, we study Bezier and B-spline curves and surfaces, mathematical representations for ...
Spline surfaces are very popular for the modeling of free form surfaces. This is because they are v...
Spline surfaces are very popular for the modeling of free form surfaces. This is because they are v...
Currently available tools for smooth free-form 3D modelling follow a rigid design framework, especia...
In this paper we introduce a direct manipulation framework to model surface splines [ Peters, 1993 ]...
By Man Hee Lee and In Kyu Park* This paper addresses an image-based method for modeling 3D objects w...
Abstract:- Generating a Surface of a desired shape as a single patch is computationally complicated ...
The Bezier approach to the computer-aided design of surfaces, using interactive design of curves to ...
The paper presents a technique for construction of Cn rational Bezier spline surfaces by interpolat...
The paper presents a technique for construction of Cn rational Bezier spline surfaces by interpolat...
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...
Commercial CAD surface modelling software is based almost exclusively on Bezier, B-spline and NURBS ...
Commercial CAD surface modelling software is based almost exclusively on Bezier, B-spline and NURBS ...
In this lecture, we study Bezier and B-spline curves and surfaces, mathematical representations for ...
Spline surfaces are very popular for the modeling of free form surfaces. This is because they are v...
Spline surfaces are very popular for the modeling of free form surfaces. This is because they are v...
Currently available tools for smooth free-form 3D modelling follow a rigid design framework, especia...
In this paper we introduce a direct manipulation framework to model surface splines [ Peters, 1993 ]...
By Man Hee Lee and In Kyu Park* This paper addresses an image-based method for modeling 3D objects w...
Abstract:- Generating a Surface of a desired shape as a single patch is computationally complicated ...
The Bezier approach to the computer-aided design of surfaces, using interactive design of curves to ...
The paper presents a technique for construction of Cn rational Bezier spline surfaces by interpolat...
The paper presents a technique for construction of Cn rational Bezier spline surfaces by interpolat...
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
The present work attempts to review the existing literature on Cubic splines, Bezier Curves. R-snlin...
One of the main tasks of geometrical modeling is to find ways of designing and representing freeform...