Hierarchical Geometric Constraint Model for Parametric Feature Based Modeling
高曙明, 彭群生
Abstract
高曙明, 彭群生
Abstract
A new geometric constraint model is described,which is hierarchical and suitable for parametric feature based modeling.In this model,different levels of geometric information are repesented to support various stages of a design process.An efficient approach to parametric feature based modeling is also presented,adopting the high level geometric constraint model.The low level geometric model such as B-reps can be derived automatically from the hig level geometric constraint model,enabling designers to perform their task of detailed design.
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A new geometric constraint model is described,which is hierarchical and suitable for parametric feature based modeling.In this model,different levels of geometric information are repesented to support various stages of a design process.An efficient approach to parametric feature based modeling is also presented,adopting the high level geometric constraint model.The low level geometric model such as B-reps can be derived automatically from the hig level geometric constraint model,enabling designers to perform their task of detailed design.
Key concepts: Constraint (computer-aided design), Geometric modeling, Feature (linguistics), Parametric model, Computer science, Geometric design, Parametric statistics, Process (computing)