This paper proposes a geometrical construction interpretation of variational geometry for achieving parameterized object definition. Vector geometry is used to represent the various kinds of geometrical entities while dimensions are defined to have directional sense. Geometrical constructions are then used to link up all geometrical entities and dimensions of a solid in a meaningful way, to represent the variational geometry properly. The geometrical construction scheme is implemented in a prototype modeller using polyhedral solids as examples.
A general scheme for automatic dimensioning of objects defined by solid modelling techniques is pres...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
The current methods of describing the shape of three-dimensional objects can be classified into two ...
This paper proposes a geometrical construction interpretation of variational geometry for achieving ...
The adoption of variational geometry techniques for object shape definition represents one of the mo...
This article presents a functional programming approach to geometric design with embedded polyhedral...
Abstract: "Underlying the notions of variational geometry, design prototypes, features, and represen...
The term'constructive solid geometry'denotes a class of schemes for describing solid objects as comp...
As systems for computer-aided design and production of mechanical parts have developed there has ari...
Computer-based systems for modelling the geometry of rigid solid objects are becoming increasingly i...
The purpose of this work is to address what notion of geometrical object and geometrical figure we h...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
In this work we present the principles and applications of geometry simplification, focusing on sim...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
This thesis explores the automatic generation of solid models based on a grammatical paradigm. It in...
A general scheme for automatic dimensioning of objects defined by solid modelling techniques is pres...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
The current methods of describing the shape of three-dimensional objects can be classified into two ...
This paper proposes a geometrical construction interpretation of variational geometry for achieving ...
The adoption of variational geometry techniques for object shape definition represents one of the mo...
This article presents a functional programming approach to geometric design with embedded polyhedral...
Abstract: "Underlying the notions of variational geometry, design prototypes, features, and represen...
The term'constructive solid geometry'denotes a class of schemes for describing solid objects as comp...
As systems for computer-aided design and production of mechanical parts have developed there has ari...
Computer-based systems for modelling the geometry of rigid solid objects are becoming increasingly i...
The purpose of this work is to address what notion of geometrical object and geometrical figure we h...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
In this work we present the principles and applications of geometry simplification, focusing on sim...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
This thesis explores the automatic generation of solid models based on a grammatical paradigm. It in...
A general scheme for automatic dimensioning of objects defined by solid modelling techniques is pres...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
The current methods of describing the shape of three-dimensional objects can be classified into two ...