Exploration of Ceramic Culture Inheritance and Innovation Paths for the Digital Era

Abstract

Aiming at the current lack of innovation in Chinese ceramic culture, this paper proposes an inheritance and innovation path combining ceramic digitization technology and ceramic virtual display technology. Based on the three-dimensional morphology reconstruction technology method, using a three-dimensional scanner in different groups of lamps under the scanning pottery plastic to obtain point cloud data, using an iterative proximity point algorithm to achieve point cloud data alignment, and obtaining a complete three-dimensional model of pottery plastic. Then, we propose the ceramic virtual display technology based on Kinect, using Kinect to capture human motion data, designing somatosensory interaction subjects, expanding Kinect human-computer interaction actions, and providing an interactive and experiential ceramic culture display. Using ceramic digital technology to build three-dimensional digital modeling of the five famous kilns in China, the simulation effect evaluation score is greater than 80 points, of which the Gao kiln has the highest average score of 90 points. The use of ceramic virtual display technology to construct a virtual ceramic museum of the Maritime Silk Road demonstrates good system performance. In each satisfaction evaluation factor, the online visitors exhibit a general, satisfied, or very satisfied attitude, with a proportion exceeding 60%.

Keywords

• three-dimensional morphological reconstruction technology
• point cloud
• iterative proximity point algorithm
• kinect
• ceramic culture
• 93c62