摘要
利用网络技术、数据库技术、VR技术建立开发典型矿床的综合资料库及典型矿床三维动态仿真模块,将典型矿床地质模型搬至网络上.以吉林大学虚拟仿真项目为依托,设计并开发了基于Web的矿床资料库与虚拟矿床地质仿真系统.仿真演示的主要功能是将理想成矿模式过程动态地展示给大家.以往的展示只是平面的图片,缺乏立体感.将矿床的形成过程三维立体仿真再现,使人们较直观地了解其地质内涵.用户通过网络漫游对典型矿床的海量数据进行研究,改变传统矿床地质信息的可视性.
Adopting network, database and VR technologies, this research develops a comprehensive database of typical deposits and three-dimensional dynamic simulation modules of typical deposits, which move typical geological model to network. The research, relying on the virtual simulation project of Jilin University, designs and develops a Web-based simulation system for virtual deposits. The main function of the simulation demonstration is to realize the dynamic show of the ideal metallogenic mode process, providing people more direct understanding of the geological meaning. Users can study the huge amount of data of typical deposits from the network. The system has changed the traditional way of information visibility and geological information management of ore deposits.
出处
《地质与资源》
CAS
2016年第3期301-304,共4页
Geology and Resources
基金
吉林大学虚拟矿床地质实验项目(编号VE2014004)
兴城基地实践教学研究项目(编号PB2014006)
关键词
三维矿床
仿真技术
动态模拟
成矿模式
数据库
three-dimensional ore deposit
simulation technology
dynamic simulation
metallogenic model
database
