Add to ORKGIn design and manufacturing applications, users of computer aided design systems are very often interested in knowing the range of values for some dimensions that define the object under design. This work reports on a technique developed to allow a class of constructive geometric constraint solvers to determine the feasible ranges of values of a given symbolic geometric constraint when values for all the remaining constraints have been fixed. Only well-constrained problems are considered.Postprint (published version
a b s t r a c t An interval problem is a problemwhere the unknown variables take interval values. Su...
Geometric constraint solving is a growing field devoted to solve geometric problems defined by rel...
An approach to solving systems of geometric constraints appropriate for computer aided design is des...
In design and manufacturing applications, users of computer aided design systems are very often in...
In advanced computer-aided design systems, an object is defined by a collection of geometric elemen...
In this paper we report on a successful application of interval arithmetic to extend the basic geo...
In parametric design, changing values of parameters to get different solution instances to the probl...
This paper introduces a new rigidification method-using interval constraint programming techniques- ...
In advanced computer-aided design systems, an object is defined by a finite collection of points, li...
In design and manufacturing applications, users of computer aided design systems want to de ne relat...
AbstractIn design and manufacturing applications, users of computer-aided design systems want to def...
In design and manufacturing applications, users of computer aided design systems want to define rela...
Current parametric CAD systems require geometric parameters to have fixed values. Specifying fixed p...
Current parametric CAD systems require geometric parameters to have fixed values. Specifying fixed p...
In parametric design, changing values of parameters to get different solution instances to the probl...
a b s t r a c t An interval problem is a problemwhere the unknown variables take interval values. Su...
Geometric constraint solving is a growing field devoted to solve geometric problems defined by rel...
An approach to solving systems of geometric constraints appropriate for computer aided design is des...
In design and manufacturing applications, users of computer aided design systems are very often in...
In advanced computer-aided design systems, an object is defined by a collection of geometric elemen...
In this paper we report on a successful application of interval arithmetic to extend the basic geo...
In parametric design, changing values of parameters to get different solution instances to the probl...
This paper introduces a new rigidification method-using interval constraint programming techniques- ...
In advanced computer-aided design systems, an object is defined by a finite collection of points, li...
In design and manufacturing applications, users of computer aided design systems want to de ne relat...
AbstractIn design and manufacturing applications, users of computer-aided design systems want to def...
In design and manufacturing applications, users of computer aided design systems want to define rela...
Current parametric CAD systems require geometric parameters to have fixed values. Specifying fixed p...
Current parametric CAD systems require geometric parameters to have fixed values. Specifying fixed p...
In parametric design, changing values of parameters to get different solution instances to the probl...
a b s t r a c t An interval problem is a problemwhere the unknown variables take interval values. Su...
Geometric constraint solving is a growing field devoted to solve geometric problems defined by rel...
An approach to solving systems of geometric constraints appropriate for computer aided design is des...