Geometric Modeling of Virtual Museum Exhibits Using the Piecewise Polynomial Method
Abstract
In the realm of digital preservation and virtual representation of cultural artifacts, the application of geometric modeling techniques holds significant promise. This paper focuses on the utilization of the piecewise polynomial method for the accurate and detailed modeling of museum exhibits within virtual environments. By leveraging the piecewise polynomial approach, this research aims to provide a comprehensive analysis of how intricate shapes and structures of various museum artifacts can be faithfully reconstructed and interactively presented in the digital space. Furthermore, the study delves into the technical aspects of implementing and optimizing this method for virtual museum applications. Through this rigorous exploration, the research seeks to not only demonstrate the potential of the piecewise polynomial method but also contribute to the advancement of virtual museum experiences, digital conservation, and educational outreach initiatives.