本文聚焦三维地质建模软件,针对现有软件操作复杂的问题,开发了一款旨在降低使用门槛的软件。该软件基于C++、Qt和VTK技术搭建,采用以用户为中心的设计理念。详细介绍了软件主界面、基本形体建立、建立断层模型和赋值等功能。主界面功...本文聚焦三维地质建模软件,针对现有软件操作复杂的问题,开发了一款旨在降低使用门槛的软件。该软件基于C++、Qt和VTK技术搭建,采用以用户为中心的设计理念。详细介绍了软件主界面、基本形体建立、建立断层模型和赋值等功能。主界面功能分区明确,操作便捷;基本形体建立功能可创建多种类型,且操作简单;建立断层模型功能只需用户输入关键参数即可生成模型;赋值功能方便用户管理和赋予地层属性值。经实践验证,软件在操作便捷性上优势显著,为相关领域人员提供了高效的建模工具,对推动三维地质建模技术应用意义重大。同时,也指出软件在处理大规模数据性能及功能拓展方面有待提升,为后续研究指明了方向。This paper focuses on 3D geological modeling software. Aimed at the problem of the complex operation of existing software, software designed to lower the usage threshold has been developed. This software is built on the technologies of C++, Qt, and VTK, and adopts a user-centered design concept. The main interface, basic shape creation, fault model establishment, and value assignment functions of the software are introduced in detail. The main interface has clear functional partitions and is easy to operate. The basic shape creation function allows users to create various types of shapes simply. The fault model establishment function enables users to generate a fault model by just inputting key parameters. The value assignment function facilitates users to manage and assign attribute values to geological strata. Practical verification shows that the software has significant advantages in terms of operational convenience, providing an efficient modeling tool for professionals in relevant fields and being of great significance for promoting the application of 3D geological modeling technology. Meanwhile, it is also pointed out that the software needs improvement in terms of performance when dealing with large-scale data and function expansion, which provides a direction for future research.展开更多
文摘本文聚焦三维地质建模软件,针对现有软件操作复杂的问题,开发了一款旨在降低使用门槛的软件。该软件基于C++、Qt和VTK技术搭建,采用以用户为中心的设计理念。详细介绍了软件主界面、基本形体建立、建立断层模型和赋值等功能。主界面功能分区明确,操作便捷;基本形体建立功能可创建多种类型,且操作简单;建立断层模型功能只需用户输入关键参数即可生成模型;赋值功能方便用户管理和赋予地层属性值。经实践验证,软件在操作便捷性上优势显著,为相关领域人员提供了高效的建模工具,对推动三维地质建模技术应用意义重大。同时,也指出软件在处理大规模数据性能及功能拓展方面有待提升,为后续研究指明了方向。This paper focuses on 3D geological modeling software. Aimed at the problem of the complex operation of existing software, software designed to lower the usage threshold has been developed. This software is built on the technologies of C++, Qt, and VTK, and adopts a user-centered design concept. The main interface, basic shape creation, fault model establishment, and value assignment functions of the software are introduced in detail. The main interface has clear functional partitions and is easy to operate. The basic shape creation function allows users to create various types of shapes simply. The fault model establishment function enables users to generate a fault model by just inputting key parameters. The value assignment function facilitates users to manage and assign attribute values to geological strata. Practical verification shows that the software has significant advantages in terms of operational convenience, providing an efficient modeling tool for professionals in relevant fields and being of great significance for promoting the application of 3D geological modeling technology. Meanwhile, it is also pointed out that the software needs improvement in terms of performance when dealing with large-scale data and function expansion, which provides a direction for future research.
