单波束水深测量综合数据处理系统设计与实现

发布时间：2018-03-17 17:31

本文选题：水深测量　切入点：单波束　出处：《天津大学》2016年硕士论文　论文类型：学位论文

【摘要】：本文以C#为基本程序语言,GDI+图形图像接口、netDxf类库、Office的C#开发接口等为基础,实现在水深数据成图时图形与数据的交互操作、矢量图形的编辑写入、Office报表的编制输出等。使得该系统可视化效果良好、操作灵活多。主要针对单波束水深测量外业采集数据的后处理软件进行编写,在对单波束数据进行综合处理时,不仅包括数据编辑、水位改正等基本数据处理功能,还扩展数据文件的结构化管理、坐标转换、批量绘图、质量检查与精度统计等功能,实现了简洁化、集成化,使得技术人员在工作中更为便捷。同时开发软件过程围绕单波束水深测量流程,针对各个环节开展针对性功能模块的开发,在实现现有商业软件的基本功能外,增加了大量实用的工程实践应用功能。主要包括数据的预检查与预处理、符合行业技术规范的自动化质量检查与精度统计、大量数据文件的批量绘图、不同格式的水深数据文件的通用处理等。弥补了市场上各种处理软件格式不兼容、功能不全面的不足。本文完成了系统的前期调研、需求分析、界面与功能设计,并通过实质性功能代码的编写,最终实现了整个单波束综合数据处理系统的设计与开发。
[Abstract]:In this paper, based on the C # development interface of C # and GDI graphics and image interface, we realize the interactive operation of graph and data when the water depth data is drawn, which is based on the C # development interface of the class library of netDxf and Office. The editing of vector graphics is written into the compilation and output of Office report forms and so on. The visualization effect of the system is good and the operation is much more flexible. It is mainly written for the post-processing software of the data collected in the field of single-beam bathymetry. In the integrated processing of single beam data, it not only includes the basic data processing functions such as data editing, water level correction and so on, but also extends the functions of structured management of data files, coordinate conversion, batch drawing, quality inspection and precision statistics, etc. At the same time, the software development process revolves around the single beam water depth measurement flow, aiming at each link to carry out the development of the targeted function module. In addition to the basic functions of the existing commercial software, a large number of practical engineering practical application functions have been added, mainly including pre-inspection and preprocessing of data, automatic quality inspection and precision statistics in accordance with the technical specifications of the industry. The mass drawing of a large number of data files and the general processing of water depth data files in different formats have made up for the incompatibility of all kinds of processing software formats in the market and the incomprehensive functions. This paper has completed the preliminary investigation and demand analysis of the system. Interface and function design, and through the preparation of substantive functional code, the design and development of the whole single beam integrated data processing system is finally realized.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

【参考文献】