摘要
该文旨在解决现有隐式建模技术在处理复杂矿床时遇到的效率低下和准确性不足的问题,提出一种结合3Dmine与Datamine软件优势的创新解决方案。通过利用3Dmine的传统方法估算功能导出单工程计算表,并自动计算见矿视厚度,明确界定矿体与夹石,再将这些带有矿体编号信息的计算表导入Datamine软件中,利用其先进的脉状隐式建模功能快速构建矿体的三维实体模型。此方法不仅简化工作流程,提高建模速度,还确保模型的高精度和实用性。结果表明,该方法能够有效解决勘探工程密集、缺乏见矿视厚度计算数据及探矿工程方向无规律等问题,显著提升矿体三维建模的效率和质量。这种跨软件协作策略不仅克服各自软件的局限性,还为矿业工程的决策提供强有力的数据支持。
This paper aims to solve the problems of inefficiency and insufficient accuracy encountered by existing implicit modeling technologies when processing complex mineral deposits,and proposes an innovative solution that combines the advantages of 3Dmine and Datamine software.Using 3Dmine's traditional estimation function to derive a single engineering calculation table,and automatically calculate the apparent ore thickness to clearly define the ore body and rock inclusion.These calculation tables with ore body number information are then imported into Datamine software,and its advanced vein-like implicit modeling function can quickly build a three-dimensional(3D)solid model of the ore body.This method not only simplifies the work flow and improves the modeling speed,but also ensures the high accuracy and practicality of the model.The results show that this method can effectively solve the problems of intensive exploration projects,lack of calculation data for apparent ore appearance thickness,and irregular direction of prospecting projects,and significantly improve the efficiency and quality of three-dimensional modeling of ore bodies.This cross-software collaboration strategy not only overcomes the limitations of their respective software,but also provides strong data support for decision-making in mining projects.
出处
《科技创新与应用》
2025年第25期50-52,57,共4页
Technology Innovation and Application
作者简介
刘富梅(1987-),女,工程师。研究方向为多元地质相关软件应用,大数据分析。
