An object-oriented approach to curves and surfaces

Applications in computer graphics and geometric modeling generally require the integration of a variety of curve and surface types into a single system. Object-oriented design offers the opportunity to use the inherent hierarchical structure of curves and surfaces to solve this problem. This paper presents a top down approach to the design of an object-oriented framework for curves and surfaces together with its C++ implementation. We start from an abstract class of general differentiable curves and surfaces and in turn refine this design to various parametric representations of curves and surfaces. This design includes all of the standard curve and surface types and provides a powerful and uniform interface for applications. Examples from differential geometry, blending, and scattered data interpolation illustrate th

An Object-Oriented Approach to Curves and Surfaces

This paper presents a top down approach to the design of an object-oriented framework for curves and surfaces together with its C++ implementation. We start from an abstract class of general differentiable curves and surfaces and in turn refine this design to various parametric representations of curves and surfaces. This design includes all of the standard curve and surface types and provides a powerful and uniform interface for applications. Examples from differential geometry, blending, and scattered data interpolation illustrate the approach