CAJ | 학술논문

针对三维虚拟矿山系统在高逼真度、强交互性和跨平台等方面的不足，提出了一种基于Unity3D平台的三维虚拟矿山的实现方法。其主要过程：采集矿山的地形地质等三维坐标数据、属性数据，建立矿山三维模型，并导入到Unity3D引擎中，对数字矿山进行实时渲染并实现三维模型数据与二维空间数据整合，在此基础上利用C#语言编写脚本实现系统功能，最后将虚拟矿山漫游仿真系统移植到多个平台上。根据唐山钱家营煤矿的测试结果，该系统实现了在3种平台( Windows、安卓智能手机、Web网页)上均流畅运行，画面真实，界面友好，实现了虚拟矿山漫游仿真以及矿山属性信息的查询等功能。
침대삼유허의광산계통재고핍진도、강교호성화과평태등방면적불족，제출료일충기우Unity3D평태적삼유허의광산적실현방법。기주요과정：채집광산적지형지질등삼유좌표수거、속성수거，건립광산삼유모형，병도입도Unity3D인경중，대수자광산진행실시선염병실현삼유모형수거여이유공간수거정합，재차기출상이용C#어언편사각본실현계통공능，최후장허의광산만유방진계통이식도다개평태상。근거당산전가영매광적측시결과，해계통실현료재3충평태( Windows、안탁지능수궤、Web망혈)상균류창운행，화면진실，계면우호，실현료허의광산만유방진이급광산속성신식적사순등공능。
In view of some shortcomings in a three-dimensional virtual mine system,like high fidelity,strong interaction and multi-platform,a method based on Unity3D platform to realize 3D Virtual Mine is provided. The primary process includes acquiring the three-dimensional coordinate data and attribute data of topography and geology, establishing three-dimensional model of mine,and importing the model into the Unity3D engine. Digital mine can realize real-time rendering,and integrate three-dimensional data with two-dimensional spatial data. Based on these,C# language is used to write the script to realize the function of the system. The virtual mine roaming simulation system is embedded into multiple platforms finally. According to the tested results of Qianjiaying Coal Mine in Tangshan,the system has run smoothly in 3 platforms ( Windows,Android smart-phone and the Web) . The system is realistic and has friendly interface. The system owns the functions of the virtual roaming simulation and mine attribute-information query and others.