论文部分内容阅读
本文基于图形化和组件化思想,采用VC与VB混合编程的设计方法,开发了城市电网实时无功优化控制系统。通过VB6．0的ActiveX技术,把图形、通信和表格功能编译到独立的部件中,增强了软件的结构性；基于VC．NET的动态链接技术开发了优化计算部件,既发挥了C++的高效性,又实现了VC与VB的无缝链接。通过实例计算验证了该系统软件的实用价值。
In this paper, based on the idea of graphics and componentization, a hybrid VC and VB programming method is used to develop a real-time reactive power optimization control system for city power grid. By VB6.0 ActiveX technology, the graphics, communications and forms compiled into separate components, enhanced software structure; based on VC. NET dynamic link technology to optimize the calculation of the development of components, both to play a C + + efficiency, but also to achieve a seamless link between VC and VB. The practical value of the system software is verified by example calculation.