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.link_to_subscribed_fulltex
In this work we present the principles and applications of geometry simplification, focusing on sim...
3D objects are used for numerous applications. In many cases not only single objects but also variat...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
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...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
To advance the use of geometric algebra in practice, we develop computational methods for parameteri...
Architectural design is confronted with a renewal of formal vocabulary regarding the advancements in...
Abstract: "Underlying the notions of variational geometry, design prototypes, features, and represen...
This thesis explores the automatic generation of solid models based on a grammatical paradigm. It in...
As virtual environments become larger and more complex, there is an increasing need for more automat...
PLASM (the Programming Language for Solid Modelling) is a solid-modelling-oriented design language s...
The practical applicability of a computer-aided design system is strongly influenced by both the use...
In this work we present the principles and applications of geometry simplification, focusing on sim...
3D objects are used for numerous applications. In many cases not only single objects but also variat...
Computer programs are being developed to aid the design of physical systems ranging from individual ...
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...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
Procedural modeling techniques can be used to encode a geometric shape on a high and abstract level:...
To advance the use of geometric algebra in practice, we develop computational methods for parameteri...
Architectural design is confronted with a renewal of formal vocabulary regarding the advancements in...
Abstract: "Underlying the notions of variational geometry, design prototypes, features, and represen...
This thesis explores the automatic generation of solid models based on a grammatical paradigm. It in...
As virtual environments become larger and more complex, there is an increasing need for more automat...
PLASM (the Programming Language for Solid Modelling) is a solid-modelling-oriented design language s...
The practical applicability of a computer-aided design system is strongly influenced by both the use...
In this work we present the principles and applications of geometry simplification, focusing on sim...
3D objects are used for numerous applications. In many cases not only single objects but also variat...
Computer programs are being developed to aid the design of physical systems ranging from individual ...