化工动态模拟系统输入界面开发

Development of Dynamic Simulation Interface for Chemical Processes

用户界面是保障用户与计算机软件之间顺畅交换信息的重要组成部分。本文以直观、简便、灵活为原则,分析了化工动态模拟系统的数据结构,开发了一套可视化的数据输入界面系统。按照新建和修改工程两种模式,分析了各数据表格之间的相互关联关系,设计了一个由八个子窗体构成的界面程序主程序。该界面系统具有较强的自容错能力,可以提高数据输入的准确性和一致性,从而提高了动态模拟系统输入数据的质量。

Interface is of great importance in interchanging information between operator and software. In view of visualization, simplicity, and flexibility, we investigated data structure of dynamic simulation system for chemical processes, and developed one input interface system for it. The system consisted of two operating modes, that was, new construction and modification. And its main program was constituted of eight sub windows based on the relationship among various data sheets. With fault tolerance, such an interface could enhance the accuracy and consistency of input data, leading to a high data quality for dynamic simulation system therefore.