Reasearch on HBIM in the conversation of traditional building in southeastern Fujian area-Take the Hounshi Academy as example

• Main Authors: MOU,CHIA-CHING, 牟家慶
• Other Authors: 鄭吟梅
• Format: Others
• Language: zh-TW
• Published: 2019
• Online Access: http://ndltd.ncl.edu.tw/handle/u8khj7

碩士 === 中國科技大學 === 土木與防災設計系 === 107 === In recent years, most of the monuments of the Middle East have been damaged by the war. In addition, the fire burned Notre Dame Cathedral in April. This kind of situation makes people understand the importance of preservation of monuments and the digital preservation of information about monuments is a important issue. On the other hand, in the country, Taiwan experienced many historical periods,leaving many monuments, According to government statistics, there are currently 913 monuments in Taiwan, including ancestral halls, temples, churches, city-states, etc., and the number is quite impressive. The preservation of these monuments and related information is also a topic that the government must face. Due to rapid advances in technology, the preservation technology of cultural assets is no longer just a traditional surveying and restoration report. Countries have established digital information through direct and reverse modeling techniques for navigation and collection. Through literature review, this paper finds that there is a lack of systematic and complete archival information preservation model structure and method. Therefore, this study attempts to integrate Building Information Modeling (BIM) related technology and CIDOC CRM (Conceptual Reference Model) standard. An expandable ontology model that provides complete semantic data to describe monuments and develop a database of repair information queries. Finally, the three phased results are presented on a 3D model browsing platform created by Unity game engine. A set of monuments containing semantic data preserves the 3D model architecture. In this study, the traditional Fujian area -style wood construction Hounshi Academy is taken as an example. Through the knowledge ontology model, the basic and related repair information of the monument components are systematically and completely summarized. Through the model, the correspondence between components and Information can be presented clearly. In addition, the user can query the contents of the individual elements or specific attributes of the monument in the database through the query mode of the SQL programming language; the 3D browsing platform part can view the monument model through the first person perspective and walk in the model, random Click on the monuments and the corresponding information will appear in the system. Users can also watch the effects of VR through the mobile app. Although they are not on the site, they can understand the internal structure of the monuments and experience the beauty of the monuments.