摘要：本文介绍了基于组态软件的以工业环境监控系统作为实验仿真系统开发的人机交互界面，用户能通过系统仿真画面上的简单提示，做出操作就可以完成对流速、流量、液位数据实时采集、监控等功能，方便用户直观明了的观察工业环境因素的变化。37602
本文首先对工业仿真控制系统的人机交互界面的设计要求及实现方法作了分析，然后综述人机交互界面的设计原则，最后进行仿真及调试。本系统对命令和变量定义没有特别明确的要求，重点和难点在于画面的设计及控制。怎么实现画面与画面之间跳转和转换。结论：采用人机界面的设计原则，仿真测试系统，操作方便，满足用户的需求。
毕业论文关键词： 组态王；工业环境监控系统；仿真系统；人机交互界面
The simulation algorithm of data acquisition of industrial environment monitoring system based on configuration software
Abstract:This paper introduces the system based on configuration software in industrial environment monitoring as the development of experimental simulation system of man-machine interface. Users can simply prompt system simulation on the screen, make the operation can be completed on the velocity, flow, liquid level real-time data acquisition, monitoring and other functions, change user intuitive observation of industrial environmental factors.
Firstly, the design of industrial control system simulation interface requirements and implementation methods are analyzed, then the design principle of man-machine interface, finally carries on the simulation and debugging. This system is defined on the command and variable is not particularly clear, focus and difficult to design and control the picture. How to achieve the conversion between picture and picture and jump. Conclusion: the simulation test system with the design principle of man-machine interface, easy to operate, meet the needs of users.
Keywords: Kingview; The industrial environment monitoring system; Simulation system; Man-machine interface
目录
摘要 i
Abstract i
目录 iii
1 绪论 1
1.1 课题的背景及研究意义 1
1.1.1 课题的背景 1
1.1.2 课题的意义 2
1.2 工控组态软件的应用领域 2
1.3 论文的工作内容 3
1.4 论文内容的组织 3
2 分析 4
2.1 组态软件的概述 4
2.2 组态软件的概念 4
2.3 工控组态软件的组要功能 5
2.4 组态软件的特点 5
2.5 国内外工控组态软件介绍 6
2.6 仿真系统的概念及分类 7
2.6.1 仿真的概念 7
2.6.2 系统仿真的分类 7
2.7 人机界面 8
2.7.1 人机界面的概念 8
2.7.2 人机交互和人机界面的关系 8
2.7.3 人机界面设计的原则 9
2.7.4 人机界面的发展历史 10
2.7.5 人机界面的发展趋势 12
3 设计 13
3.1 系统设计任务与要求 13
3.1.1 系统设计的任务 13 基于组态软件的工业环境监控系统的数据采集仿真算法:http://www.youerw.com/zidonghua/lunwen_36402.html