微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2014年
16期
10-11,14
,共3页
Web 3D 技术%古建筑文物%虚拟技术%全景展示
Web 3D 技術%古建築文物%虛擬技術%全景展示
Web 3D 기술%고건축문물%허의기술%전경전시
Web 3D technology%ancient architecture relics%virtual technology%panoramic exhibition
针对当前虚拟古建筑文物缺乏灵活性、不能实时更新内容和资源重复建设等问题,提出了一种改进的 Web 3D 技术来虚拟古建筑物文物。首先阐述了虚拟古建筑文物存在的问题,然后介绍了所涉及到的关键技术,接着对古建筑文物三维全景展示进行设计,最后对其实现。实验结果表明,采用改进的 Web 3D 技术所虚拟的古建筑文物三维全景达到了预期目标。
針對噹前虛擬古建築文物缺乏靈活性、不能實時更新內容和資源重複建設等問題,提齣瞭一種改進的 Web 3D 技術來虛擬古建築物文物。首先闡述瞭虛擬古建築文物存在的問題,然後介紹瞭所涉及到的關鍵技術,接著對古建築文物三維全景展示進行設計,最後對其實現。實驗結果錶明,採用改進的 Web 3D 技術所虛擬的古建築文物三維全景達到瞭預期目標。
침대당전허의고건축문물결핍령활성、불능실시경신내용화자원중복건설등문제,제출료일충개진적 Web 3D 기술래허의고건축물문물。수선천술료허의고건축문물존재적문제,연후개소료소섭급도적관건기술,접착대고건축문물삼유전경전시진행설계,최후대기실현。실험결과표명,채용개진적 Web 3D 기술소허의적고건축문물삼유전경체도료예기목표。
Aiming at dealing with the problems that exist in virtual ancient architecture relics, for instance: the lack of flexibility, being unable to update timely and duplication of resources, an improved Web 3D technology was put forward. In this paper, the problems that exist in virtual ancient architecture relics were elaborated firstly, then the relevant key technologies were given and the three-dimensional panoramic exhibition of ancient architecture relics were designed. Lastly, we succeeded in implementing it. The experimental results show that we achieved our initial goal with the use of the improved Web 3D technology to implement virtual three-dimensional panorama ancient architecture relics.