Datamine Studio NPVS 3.0 引入了强大的全新 Datamine .dmx 文件格式，并显著提升了易用性、可视化效果和流程效率，从而简化您的数据挖掘工作流程。 Datamine Studio NPVS 2025 v3.0 此次发布，Datamine 正式推出 .dmx 格式，取代了沿用已久的 .dm 文件系统。.dmx 格式文件更小，支持多达 2048 列，并能与现有工作流程和脚本无缝集成。您可以无缝读取 .dm 和 .dmx 文件，并且新版本还包含批量转换工具，方便您高效地迁移项目。此外，新格式还引入了表标记功能，允许您将模型状态或空间上下文元数据直接嵌入到文件中。 绘图工具经过全面改进，显著提升了易用性。现在，每个绘图项都拥有独立的上下文相关功能区，方便您快速访问相关工具，无论是编辑指北针、标题框、图例还是比例尺。借助全新的单元格管理器，管理标题框中的表格内容也更加便捷。“绘图（管理）”和“绘图（查看）”功能区已合并，带来更简洁的操作体验。 3D 窗口渲染功能也得到了优化，采用了更智能的数据显示控件，包括自动场景裁剪和按需渲染设置，确保大型数据集对性能的影响降至最低。 其他亮点包括：基于场景的文本导入器，支持导入多个具有独立配置的文本文件（由全新的 INTEXT 进程提供支持）；以及 COMBTRI 等命令的改进，可一次性追加多达 20 个线框。此外，本次重大版本更新还包含多项性能、脚本和界面方面的改进，确保您的战略规划和报告工作流程保持快速、灵活，并能应对未来数据的复杂性。 相关文档: Studio NPVS Help (3.0) Studio NPVS 3.0 Release Notes (PDF) More Information in English: Datamine Studio NPVS 2025 v3.0
SOT is the industry’s only strategic financial optimisation tool for both surface and underground mines that maximises productivity and profitability outcomes by optimising the net present value (NPV) of the mine schedule. RPMGlobal SOT4 2024 v4.4.4186 Tested Picture Features Optimised NPV Custom heuristics and an evolutionary algorithm optimise the NPV. Decision support Identify robust, high-value schedules that drive strategic mine planning. Scenario planning & comparisons Generate multiple ‘what if’ scenarios in minutes to determine economic viability. Optimise multiple metrics Optimise for NPV, ore feed targets, profitability index and many more metrics. Seamless integration Integrated with most major mine planning packages. Optimal transition Efficiently transition from open pit to underground mining. Solve complex mine planning challenges Underground and surface mines are...
Sirovision is a geological / geotechnical mapping and analysis system that generates accurate, scaled 3D images of rock faces from stereo photographs taken in either open pit or underground environments. Sirovision allows mining professionals to quickly and accurately: Datamine Sirovision 7.1.3 Tested Picture Map structures daylighting at the surface to automatically determine their properties Automatically detect simple wedge and complex block features resulting from the structures Perform analyses to determine the failure risk Increase productivity and safety
