软件产业与工程
軟件產業與工程
연건산업여공정
SOFTWARE INDUSTRY AND ENGINEERING
2014年
6期
43-48
,共6页
消防模拟培训%计算机仿真技术%虚拟现实%Unity3D
消防模擬培訓%計算機倣真技術%虛擬現實%Unity3D
소방모의배훈%계산궤방진기술%허의현실%Unity3D
Fire Simulation Training%Computer Simulation Technology%Virtual Scene System%Unity3D
通过计算机仿真进行模拟训练具有多种突出优点。本文讨论了基于Unity3D平台进行消防3D情景实训系统的设计与开发。本文对系统开发中的几个关键技术,如三维场景优化、碰撞检测、LOD、动态加载场景、网络通信进行了分析,并给出了解决方案。系统的运行结果表明了系统设计的可行性。
通過計算機倣真進行模擬訓練具有多種突齣優點。本文討論瞭基于Unity3D平檯進行消防3D情景實訓繫統的設計與開髮。本文對繫統開髮中的幾箇關鍵技術,如三維場景優化、踫撞檢測、LOD、動態加載場景、網絡通信進行瞭分析,併給齣瞭解決方案。繫統的運行結果錶明瞭繫統設計的可行性。
통과계산궤방진진행모의훈련구유다충돌출우점。본문토론료기우Unity3D평태진행소방3D정경실훈계통적설계여개발。본문대계통개발중적궤개관건기술,여삼유장경우화、팽당검측、LOD、동태가재장경、망락통신진행료분석,병급출료해결방안。계통적운행결과표명료계통설계적가행성。
Simulation training through computer technology has a variety of advantages, which is one of the future directions offi re training. In this paper, design and development for situationalfi re simulation training system based on the Unity3D platform are discussed, and several key technologies are analyzed, such as the three-dimensional scene optimization, collision detection, LOD, dynamic loading scenarios, network communications, etc., and then solutions are proposed. The running results show the feasibility of the system design.