A regularized set operation on two solids can be separated into four steps: partition the faces of the boundaries of the two solids to impose respect, obtain an eight-way classification of the faces, create a solid according to the set operation, and reduce the representation to its minimal form. Of these four steps, the first step is the most difficult. This paper presents and proves correct a general approach for imposing respect on two boundary representations. The approach is based on a data-driven, binary form of decomposition
technical reportParametric surfaces and set operations have both become known as a valuable to the g...
The paper describes an algorithm for performing regularized Boolean operations on polyhedral solids....
Abstract. In a solid modeler, one of the most powerful tools to create three-dimensional objects wit...
A regularized set operation on two solids can be separated into four steps: partition the faces of t...
In performing regularized set operations on two solids, the most difficult step is boundary classifi...
In performing regularized set. operations on two solids, the most difficult step is boundary classif...
Solid modeling studies how to represent geometric properties of solids by computer. A fundamental op...
Solid modeling studies how to represent geometric properties of solids by computer. A fundamental o...
The paper focuses on automatic simplification algorithms for the generation of a multiresolution f...
The attractiveness of shape operators to end-users of geometric modelling systems stems from their i...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
This thesis describes an algorithm for calculating the theoretic set operations union, intersection,...
Solid modelling plays a key role in electromechanical CAD/CAM (Computer Aided Design and Manufacture...
We introduce a new representation for polyhedra by showing how Binary Space Partitioning Trees (BSP ...
Computation of the union, intersection, and difference of n- dimensional objects plays a central rol...
technical reportParametric surfaces and set operations have both become known as a valuable to the g...
The paper describes an algorithm for performing regularized Boolean operations on polyhedral solids....
Abstract. In a solid modeler, one of the most powerful tools to create three-dimensional objects wit...
A regularized set operation on two solids can be separated into four steps: partition the faces of t...
In performing regularized set operations on two solids, the most difficult step is boundary classifi...
In performing regularized set. operations on two solids, the most difficult step is boundary classif...
Solid modeling studies how to represent geometric properties of solids by computer. A fundamental op...
Solid modeling studies how to represent geometric properties of solids by computer. A fundamental o...
The paper focuses on automatic simplification algorithms for the generation of a multiresolution f...
The attractiveness of shape operators to end-users of geometric modelling systems stems from their i...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
This thesis describes an algorithm for calculating the theoretic set operations union, intersection,...
Solid modelling plays a key role in electromechanical CAD/CAM (Computer Aided Design and Manufacture...
We introduce a new representation for polyhedra by showing how Binary Space Partitioning Trees (BSP ...
Computation of the union, intersection, and difference of n- dimensional objects plays a central rol...
technical reportParametric surfaces and set operations have both become known as a valuable to the g...
The paper describes an algorithm for performing regularized Boolean operations on polyhedral solids....
Abstract. In a solid modeler, one of the most powerful tools to create three-dimensional objects wit...