A general scheme for automatic dimensioning of objects defined by solid modelling techniques is presented. The first part of the paper describes a theory that relates the geometrical definition of a solid and the dimensions that appeared on the engineering drawings. The second part demonstrates a method that automatically generates adequate dimensions from boundary representations of the solid models. Implementation of the scheme on a constructive solid geometry modeller, PADL2 of the University of Rochester, is also described. © 1988.link_to_subscribed_fulltex
A computational scheme for determining global geometric properties of solid object models is present...
Abstract-This paper presents the necessary requirements for a multi-representational solid modeler c...
Constructive Solid Geometry (CSG) is a powerful way of describing solid objects for computer graphic...
Recent advances in reverse engineering have focused on recovering a boundary representation (b-rep) ...
Geometric information relating to most engineering products is available in the form of orthographic...
An algorithm is presented that converts a spatial enumeration scheme into a CSG representation of an...
This paper presents a new method to compute constructive solid geometry (CSG) tree representations o...
Constraints are described for Constructive Solid Geometry which ensure that a scene composed of soli...
Recent advances in reverse engineering have focused on recovering a boundary representation (b-rep) ...
The term'constructive solid geometry'denotes a class of schemes for describing solid objects as comp...
This paper presents an intelligent dimensioning approach to generate dimensions for 2D drawing of me...
Recently, feature-based solid modeling systems have been widely used in product design. However, for...
Computer-based systems for modelling the geometry of rigid solid objects are becoming increasingly i...
... a system which converts a two-dimensional computer sketch of a single homogeneous polyhedral obj...
In this paper, the CSG representation scheme is augmented with the'cartesian product.'The sweep meth...
A computational scheme for determining global geometric properties of solid object models is present...
Abstract-This paper presents the necessary requirements for a multi-representational solid modeler c...
Constructive Solid Geometry (CSG) is a powerful way of describing solid objects for computer graphic...
Recent advances in reverse engineering have focused on recovering a boundary representation (b-rep) ...
Geometric information relating to most engineering products is available in the form of orthographic...
An algorithm is presented that converts a spatial enumeration scheme into a CSG representation of an...
This paper presents a new method to compute constructive solid geometry (CSG) tree representations o...
Constraints are described for Constructive Solid Geometry which ensure that a scene composed of soli...
Recent advances in reverse engineering have focused on recovering a boundary representation (b-rep) ...
The term'constructive solid geometry'denotes a class of schemes for describing solid objects as comp...
This paper presents an intelligent dimensioning approach to generate dimensions for 2D drawing of me...
Recently, feature-based solid modeling systems have been widely used in product design. However, for...
Computer-based systems for modelling the geometry of rigid solid objects are becoming increasingly i...
... a system which converts a two-dimensional computer sketch of a single homogeneous polyhedral obj...
In this paper, the CSG representation scheme is augmented with the'cartesian product.'The sweep meth...
A computational scheme for determining global geometric properties of solid object models is present...
Abstract-This paper presents the necessary requirements for a multi-representational solid modeler c...
Constructive Solid Geometry (CSG) is a powerful way of describing solid objects for computer graphic...