Indoor thermal environment simulation of jade carving design process based on light sensing texture image processing

Abstract

As a traditional art form, jade carving has gradually combined with modern technology in recent years, introducing new technologies in the design and production process. Indoor thermal environment has an important influence on the creation process of jade carving, especially the influence of temperature and humidity on the physical characteristics of jade carving materials and its processing. In this study, the influence of indoor thermal environment on jade carving design process was simulated by light sensing texture image processing technology, so as to optimize the design scheme and ensure the quality and artistic expression of jade carving works. The temperature, humidity and illumination data of indoor environment are obtained by light sensing technology, and the thermal environment required in jade carving design is simulated by texture image processing method. The thermal environment model was constructed to analyze the performance of jade carving materials under different conditions and evaluate the possible changes in the processing process. The simulation results show that the temperature and humidity of indoor thermal environment have significant effects on the toughness, hardness and detail performance of jade carving materials. At temperatures above 25° C and relatively low humidity, jade carving materials show better cutting results and surface finish. Texture image processing technology can effectively capture and analyze the subtle changes of materials, which provides a reliable basis for design decisions.