Today one of the most important industrial needs is to improve the design process, making it faster and more robust; of course such a requirement can be obtained by using virtual reality. In the field of mechanical design, in fact, there is a great demand for more intuitive and natural modelling systems to speed up the modelling process. All that can be reached by stereocopic visualization tecnology and 3D input systems. In this paper we present a software for 3D solid modelling in a virtual reality system. The CAD models, carried out by this software, can be studied in their natural scale thanks to a large screen display. Moreover the user is free to move his hands to sketch the models thanks to a 3D wireless input device.

CAPPELLO F, INGRASSIA T, ROMANO M (2007). VR studio: Solid modelling in a Virtual Reality Environment. In R. DE AMICIS , G.CONTI (a cura di), 5th Eurographics Italian Chapter Conference 2007 - Proceedings (pp. 119-126).

VR studio: Solid modelling in a Virtual Reality Environment

CAPPELLO, Francesco;INGRASSIA, Tommaso;
2007-01-01

Abstract

Today one of the most important industrial needs is to improve the design process, making it faster and more robust; of course such a requirement can be obtained by using virtual reality. In the field of mechanical design, in fact, there is a great demand for more intuitive and natural modelling systems to speed up the modelling process. All that can be reached by stereocopic visualization tecnology and 3D input systems. In this paper we present a software for 3D solid modelling in a virtual reality system. The CAD models, carried out by this software, can be studied in their natural scale thanks to a large screen display. Moreover the user is free to move his hands to sketch the models thanks to a 3D wireless input device.
2007
CAPPELLO F, INGRASSIA T, ROMANO M (2007). VR studio: Solid modelling in a Virtual Reality Environment. In R. DE AMICIS , G.CONTI (a cura di), 5th Eurographics Italian Chapter Conference 2007 - Proceedings (pp. 119-126).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/31793
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