基于gdi+技术的船舶电站同步表的设计与实现论文毕业本科论文.docVIP

摘 要 船舶同步表属于船舶电站对同步发电机进行并联的仪表，实际中利用船舶电站中对同步表的控制，并实现对待并发电机进行并车和船舶电站电网并联运行。 本文介绍了同步表与同步发电机的并联的相关内容，同步表的工作原理，发电机的并联运行，以及GDI+的特点及功能，讨论绘图表面的特性，以及如何获得Graphics类的实例。GDI+对矢量绘制提供了很好的支持， GDI+这一系列的新特性，简化了矢量图形系统的开发，提高了开发效率。应用GDI+绘图技术和完全面向对象的C#语言，结合船用电表的具体特点，以在船舶自动化系统中具有代表性的几个组件为参考，阐述了GDI+在同步表设计中的应用，简单介绍了控件的制作过程，实现了仪表控件的动态显示功能。 本文对船用同步表的设计与绘制进行了深入的研究，采用GDI+技术对船舶同步表进行绘制与设计的步骤同步表外观及同步表的运行以实现对船舶电站中待并同步发电机的控制在现代船舶和未来船舶的技术中，微型计算机和微机应用技术都是极其重要和关键的部分，随着船舶自动化程度的不断提高，船舶机舱仿真的自动化在船舶机舱中得到广泛的应用，同样在工业生产中有许多各种各样的仪表， GDI+技术正日益扮演着越来越重要的角色，在图形设计上发挥着巨大的作用。GDI+；动态显示 Abstract Synchronous table belongs to the ship power station synchronous generator for parallel instrument, in the actual use of ship power station synchronous control, and treatment and generator and car, realize the power grid parallel operation of the ship. Synchronization are introduced in this table and the related contents of the synchronous generator in parallel, the working principle of the synchronous table generator in parallel operation, as well as to the characteristics and functions of GDI +, discussed the characteristics of the drawing surface, and how to get the Graphics class instances. GDI + for vector map provides a good support, GDI + a series of new features, simplify the development of vector graphics system, improve the development efficiency. Application of GDI + drawing technology and fully object-oriented c # language, combined with the characteristics of Marine electric meter, as a representative sample of several components in the ship automation system for reference, this paper expounds the GDI + in synchronous table design, the application of simple introduces the control of the production process, to realize the function of the dynamic display of the instrument control. Design and drawing of Marine synchronous tables, carried on the thorough research, using GDI + technology to ship synchronous table for drawing and design steps, synchronous table appearance and the operation of the synchronous table, in o