MATLAB与Visual C++混合编程在计算材料介电性能中的应用

针对MATLAB不能实现端口操作、实时控制和Visual C++处理复杂数值运算效率低的问题,利用VisualC++与MATLAB进行混合编程,实现功能互补,为材料介电性能的复杂计算及计算结果的可视化提供强大的技术支持.MATLAB将材料介电模型文件转化成Visual C++的代码,并将代码用Visual C++编译器编译连接成独立应用程序.结合Visual C++强大友好的软件制作功能及MATLAB功能极强的科学计算及图形绘制显示特性,MATLAB编译器将不同的介电性能的计算模块分别编译成动态链接库文件,并在Visual C++编写的可视化交互操作界面中对其进行调用,实现计算及绘图功能.

Application of MATLAB and Visual C++ mixed-language programming in dielectric properties

MATLAB algorithm can not realize port operation and real-time control, and Visual C++ can not handle complicated numerical calculation efficiently. Therefore, Visual C++ and MATLAB mixed programming were used to realize functional complementation and provide a powerful technical support for the dielectric properties of complex calculations and the visualization results. The application of mixed language programming with MATLAB and Visual C++ on dielectric properties was presented in this paper. The dielectric model file during computing course was changed into Visual C++ source code by MATLAB, and was linked and formed independent application program by Visual C++ compiler. Through combining the powerful and friendly programming, computing and displaying function of Visual C++, different computing module of dielectric properties were compiled into dynamic-link library file and transferred in the visual interface of Visual C++. So Computing and plotting function of MATLAB was realized in Visual C program.