CAJ | 학술논문

图形用户界面是电力系统应用软件不可缺少的一部分，为减少图形系统的重复开发，构建一个开放的图形支撑平台十分必要。文章以软件工程的设计思想为指导，对电力系统智能图形支撑平台应具有的功能和应遵循的设计原则进行了系统的分析和研究，提出了分层模型和图形数据分离等设计方法，使图形系统具有可重用性、开放性和可拓性。同时，对离线编辑和实时运行模式的不同要求进行了讨论。据此进行了图形系统的开发，取得了良好的效果。
도형용호계면시전력계통응용연건불가결소적일부분，위감소도형계통적중복개발，구건일개개방적도형지탱평태십분필요。문장이연건공정적설계사상위지도，대전력계통지능도형지탱평태응구유적공능화응준순적설계원칙진행료계통적분석화연구，제출료분층모형화도형수거분리등설계방법，사도형계통구유가중용성、개방성화가탁성。동시，대리선편집화실시운행모식적불동요구진행료토론。거차진행료도형계통적개발，취득료량호적효과。
The graphic user interface(GUI) is necessary in the application software for power systems. To reduce the repetition in graphic systems development, a graphic supporting platform becomes much important. Based on the concept of software engineering, this paper systematically analyzes the functions and design principle of intelligent graphic supporting platform for power systems, and then proposes some design methods, such as the hierarchical model and the dissociation technique in graphic and data, which makes the graphic system reusable, opening and extensible. The difference between the requirements of offline edit and real-time operation is also discussed. A graphic system has been developed to demonstrate the effectiveness of the proposed method.