2023•Unpublished venueRequires access

RESEARCH ON CURVED SURFACE RECONSTRUCTION BASED ON GEOMAGIC DESIGN X

L. Q. Zhang, Longhui Zhang, Jian Tang, Chenchen Xiong

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Abstract

Through reverse modeling, the modeling of complex parts of curved surface bodies can obtain editable CAD data models. This paper analysis and compares the common reverse modeling methods of complex parts of curved surface bodies and carries out the reverse modeling of somatosensory controllers with complex surfaces by using the reverse software Geomagic Design X as the platform, using the methods of surface sheet fitting, lofting, lofting wizard, and surface filling. And the modeling files obtained can be directly applied to the 3D design software. This shortens the product development cycle while improving model accuracy, providing a quick and effective solution for “reverse engineering-based geometry reconstruction.”

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What this paper is about

Through reverse modeling, the modeling of complex parts of curved surface bodies can obtain editable CAD data models. This paper analysis and compares the common reverse modeling methods of complex parts of curved surface bodies and carries out the reverse modeling of somatosensory controllers with complex surfaces by using the reverse software Geomagic Design X as the platform, using the methods of surface sheet fitting, lofting, lofting wizard, and surface filling. And the modeling files obtained can be directly applied to the 3D design software. This shortens the product development cycle while improving model accuracy, providing a quick and effective solution for “reverse engineering-based geometry reconstruction.”

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Available abstract

Through reverse modeling, the modeling of complex parts of curved surface bodies can obtain editable CAD data models. This paper analysis and compares the common reverse modeling methods of complex parts of curved surface bodies and carries out the reverse modeling of somatosensory controllers with complex surfaces by using the reverse software Geomagic Design X as the platform, using the methods of surface sheet fitting, lofting, lofting wizard, and surface filling. And the modeling files obtained can be directly applied to the 3D design software. This shortens the product development cycle while improving model accuracy, providing a quick and effective solution for “reverse engineering-based geometry reconstruction.”

Key concepts: Reverse engineering, Computer science, Solid modeling, Engineering drawing, Surface (topology), Software, Wizard, CAD

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