基于服务架构的OpenFOAM求解客户端设计  

Design of OpenFOAM solver client based on service architecture

作　　者：马轶聪 牟泓宇 淮晓永 Ma Yicong;Mou Hongyu;Huai Xiaoyong(National Computer System Engineering Research Institute of China,Beijing 100083,China)

机构地区：[1]华北计算机系统工程研究所,北京100083

出　　处：《电子技术应用》2023年第3期124-129,共6页Application of Electronic Technique

摘　　要：针对OpenFOAM解算软件缺乏GUI功能用户交互体验性差问题,研究设计了一个OpenFOAM求解客户端软件。设计了基于服务的“云+端”计算架构,设计开发了一个OpenFOAM求解器服务,GUI客户端远程调用访问求解器服务,并集成可视化服务实现了数据可视化分析功能,实现了云端协同的求解计算功能;研究设计了基于界面模板的动态GUI界面生成方法,实现了客户端软件界面用户自定义配置功能。该软件支持基于服务的功能扩展集成,支持用户界面自定义、求解器用户设置界面自定义功能,用户界面友好,可扩展性强。通过实际的算例进行解算,验证表明了客户端软件能够通过远程调用云端求解服务、可视化服务实现完整的求解计算流程。Aiming at the problem that the OpenFOAM solving software lacks GUI function, the user interaction experience is poor, this paper studies and designs an OpenFOAM solving client software. The paper designs a service-based "cloud + terminal" computing architecture, designs and develops an OpenFOAM solver service, which can be remotely called and accessed by the GUI client, and integrates the visualization service to realize the data visualization analysis function and realize the cloud collaborative solution calculation function. This paper researches and designs a dynamic GUI interface generation method based on interface template, and realizes the user-defined configuration function of the client software interface. The software supports service-based function extension integration,and supports user interface customization and solver user setting interface customization functions. The user interface is friendly and the expansibility is strong. Through the actual calculation example, the verification shows that the client software can realize the complete solution calculation process by calling the cloud solution service and visualization service remotely.

关 键 词：流场解算 服务架构 OPENFOAM GUI 

分 类 号：TP311.5[自动化与计算机技术—计算机软件与理论]