Application of 3D Scanning Space Technology in Narrative Shotting of Artificial Intelligent Environment in Virtual Media space—Take the Artwork of Couryards and Temple in Dayang Heritage Town as an Example

Xin Wen, Yan Zhou, Hongli Wang, Yaguang Wang, Jincheng Hu, Li Li, Yihang Wang

Advances in Humanities and Modern Education Research Vol. 4 / No. 1 / pp. 38-54 / February 27, 2026

DOI 10.70114/ahmer.2025.4.1.P38

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Abstract

This paper explores the application of 3D scanning technology in virtual imaging narratives, particularly its potential in cultural heritage preservation and digital storytelling. The article first outlines the extensive applications of 3D scanning technology and its impact on manufacturing, architectural surveying, cultural heritage conservation, and related fields. Subsequently, using the Yuan Dynasty architectural complex Tangdi(Emerpor of Tang, about 3000 years ago in Chinese Shang Dynasity) Temple in Dayang Ancient Town, Ze zhou city, Shanxi Province as a case study, it details the transformation process of 3D scanning technology in virtual imagery production. By employing high-precision laser or optical devices to collect data and utilizing 3D modeling software to generate virtual space models, this technology provides realistic virtual characters, scenes, and props for film and gaming industries, enhancing immersive experiences for audiences. Additionally, it offers new pathways for the digital preservation and inheritance of cultural heritage, helping to expand the boundaries of cultural transmission. The conclusion emphasizes the significance and promising future of 3D scanning technology in virtual imaging narratives, asserting that it will bring more innovation and possibilities to both film or media production and cultural heritage protection.

Keywords

3D scanning space technology / narrative virtual shooting / cultural heritage protection / digital narrative / Tangdi Temple / "wu mo wu xing"

2025 International Conference on Humanities Development, Social Sciences, and Information Technology Education

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