Information Visualization Design And Display Of Chinese Tomb Mural

Ancient Chinese tomb murals are precious cultural heritages that inherit and study the history of Chinese civilization.They have sufficient data,complete systems,and rich contents.However,because they are buried deep underground,they can only be found through archaeological channels and they are not easy to preserve.People have less access to the murals,which makes it difficult to understand and inherit.This research is based on the multi-dimensional data of Chinese tomb mural to design information visualization art work.From the perspective of informatization and big data to sort out the development of murals in Chinese tombs,use relevant principles and methods of interactive design to visually excavate the cultural heritage that have been dust-covered for thousands of years.Reproduce the sense in time and space of mural information;from the measure of visual analysis,reshape the user's cognition of cultural heritage information.Through information visualization,users can immerse themselves in the mural memory,quickly obtain information from multiple dimensions,establish a cognitive system of tomb murals,perceive the artistic charm of mural cultural heritage information,and inherit the context of Chinese cultural.Firstly,we analyze the information visualization based on the ontology characteristics of the tomb mural,explore the combination method of the special data structure of the mural information and the visualization forms.Secondly,we raise the design and construction method.From theory and practice,we explore the direction of information visualization and model building process of tomb mural,complete the website of the Chinese tomb mural information visualization.Finally,the user experience of mural information in the visual display is verified theoretically and experimentally,analyze the audience and cognitive characteristics,combine eye-tracking to study the effect of cultural heritage information transmission in the display,and the human-computer interaction experience in the visual design is optimized from the perspective of system availability.