摘要：论文用简单的工业气体发散仿真系统来作为实验的模拟环境。此设计通过对简单的工业气体发散做仿真模拟，使得大家能通过画面上的流程了解工业气体的大致扩散规律和生成 。而其中的实时数据表格曲线和历史表格及曲线更好的数字化直观的表现了工业中污染气体在大气中的发散规律。34713
论文首要分析了仿真系统的交互界面设计的具体要求和实现方法，深入体现了交互界面的原则，在调试成功之后进行了进一步的优化。文章重点突出实验的特点，方法和概念模型，画面设计和控制。这也是本次设计的重点和难点。使用者和观察者通过流程图可以一目了然的知道整个过程的意义和含义。同时也能很清楚地知道它的作用和原理，这也是我这次设计的意义，让大家浅显易懂的了解程序和界面。
毕业论文关键词：组态王；废气排放；工业气体发散；模拟系统；交互界面
Analysis based on configuration software gas pergent parameters
Abstract: Papers with a simple pergence of industrial gases as an experimental simulation system simulation environment. This design by simple industrial gas perging do simulation, so we can understand the general flow of the screen diffusion law and generate industrial gases. And one of the real-time data table and graph form curves and history better intuitive digital representation of the industry of polluting gases in the atmosphere perge law.
The primary thesis analyzes the specific interface requirements and implementation of the simulation system design, embodies the principle of in-depth interface, and after successful commissioning was further optimized. Features article focused experiments, methods and conceptual models, screen design and control. This is also the focus of this design and difficulty. User and observer flowchart can know at a glance the significance and meaning of the whole process. But also to clearly know its role and principles, and this is the meaning of my current design, easy to understand so that we understand the procedure and interface.
Keywords: Kingview; emissions; industrial gases pergence; simulation system; 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 课题的研究意义 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 相关技术的介绍和分析 4
2.1 组态软件的概述 4
2.1.1 组态软件的概念 4
2.1.2 工控组态软件的组要功能 4
2.1.3 组态软件的特点 5
2.1.4 国内外工控组态软件介绍 5
2.2 仿真系统的概念及分类 6
2.2.1 仿真的概念 6
2.2.2 系统仿真的分类 6
2.3 人机界面 7
2.3.1 人机界面的概念 7
2.3.2 人机交互和人机界面的关系 8
2.3.3 人机界面设计的原则 8
2.3.4 人机界面的发展历史 8
2.3.5 人机界面的发展趋势 9 基于组态软件的气体发散参数分析+程序:http://www.751com.cn/zidonghua/lunwen_32315.html