Application of Digital Twin Technology in the Restoration of Traditional Residential Architectural Paintings

Abstract

In the protection of traditional residential buildings, for the color painting restoration faces the high covertness of the disease, the restoration process is lost, and the material matching efficiency is low, so the traditional detection relies on manual experience, and cannot accurately investigate the grass-roots level of the hollow drum, the pigment layer chalking and other microscopic diseases; the restoration material is mostly based on the empirical preparation, that is, lack of quantitative assessment of the strength of the role of the environmental corrosiveness, so that the restoration layer is not sufficiently durable and there is a large color difference; and the traditional techniques are limited. Inheritance growth capacity is limited, young craftsmen can not accurately understand the “leaching powder gold” “three alum nine dyeing” and other complex processes through the physical copy. Therefore, through the introduction of digital twin technology, this paper aims to build a full-factor digital twin to realize quasi-diagnosis of diseases, virtual simulation to create restoration solutions, and AR to recreate traditional skills, and ultimately to form a verifiable and inheritable digital protection system, which will provide a technical guarantee for the perpetual survival of traditional residential architectural paintings.