Using Geometric Constraints to Support Virtual Electrical Installation Design

Arquimedes Lopes SilvaEdgard Lamounier JúniorAlexandre Cardoso

This paper presents an extension of the geometric constraint-based paradigm to support the design of electrical installation. A system has been developed, using graph-based algorithms, to facilitate the construction of an electrical installation design and to allow the calculation, visualization and interaction in real time with a 3D model. Virtual engineering is a user-centered process that provides a collaborative framework to integrate all of the models, data and decision-support tools needed for good engineering design. The ceiling conduit mesh, in electrical design, is automatically constructed and also routes to define the shortest path are generated. Furthermore, the system automatically detects obstacles in the architectonic design and provides a new avoiding path for the electric conduit.

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Biblioteca Digital Brasileira de Computação - Contato:
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