前沿计算科学

为提高三维数字采矿工程制图的效率、规范性与智能化水平，文章采用模板机制构建自动化制图系统，系统性研究其架构设计、功能划分、关键技术及工程应用路径，通过模板驱动的参数化建模与几何约束方法，实现复杂矿山构件的快速生成与标准表达。研究结果表明，该机制有效优化了制图流程，提高了制图精度，具备良好的适应性与推广前景，为矿业工程数字建模提供了高效可行的技术支撑。

In order to improve the efficiency, standardi- zation and intelligence of 3D digital mining engineering drafting, this paper uses template mechanism to establish an automatic drafting system, systematically studies its architecture design, function division, key technologies and engineering application paths, and realizes the rapid generation and standardized expression of complex mine components through template-driven parametric modeling and geometric constraint methods. The research results show that the mechanism effectively optimizes the drafting process, improves the drafting accuracy, and exhibits good adaptability and promotion prospects, providing efficient and feasible technical support for digital modeling of min- ing engineering.