固体矿产储量三维辅助评审系统设计与实现

Design and implementation of the 3D assistant evaluation system of solid mineral reserves

针对矿产资源储量评审工作中审查效率低,评审分歧大,核实资料真实性难度大的问题,以满足储量评审部门对矿产资源储量核实报告的评审需求为前提,设计开发了固体矿产储量三维辅助评审系统。介绍了系统设计思路、系统体系结构和系统功能,并依托计算机软硬件环境与网络通信平台,以三维虚拟空间为背景,基于3DMine和Arc GIS平台实现了系统开发,提供储量数据三维可视、数据检查、储量计算、空间分析等功能,辅助评审专家开展储量评审工作。成果达到了地质矿产储量数据三维可视、储量估算便捷、审查分析高效的应用效果。

According to the problems in the mineral reserves evaluation currently,such as the low evaluation efficiency,the great evaluation differences and the difficulty in verifying the authenticity of the data,based on the evaluation and management demand for related reserves evaluation department on the verification report of mineral reserves,we designed and developed a 3D assistant evaluation system of solid mineral reserves. First of all,the system design idea,the system architecture and the system functions are introduced. Relying on the computer software and hardware environment and network communication platform,the system is developed based on the 3D Mine and ArcGIS platform in the background of 3D virtual space. The functions such as the resources reserves 3D visualization,data verification,reserves calculation,and spatial analysis are provided. These functions help experts to carry out reserves evaluation. It shows that the effects of 3D visualization,convenient reserves estimation,the efficient data checking and analysis are achieved.