朱飞鸿,柴旭超,王文青,郭啟倩,张晓曈. 2020. 模拟地震图纸数字化存储信息录入的设计与实现. 地震学报,42(1):101−108. doi:10.11939/jass.20190114. doi: 10.11939/jass.20190114
引用本文: 朱飞鸿,柴旭超,王文青,郭啟倩,张晓曈. 2020. 模拟地震图纸数字化存储信息录入的设计与实现. 地震学报,42(1):101−108. doi:10.11939/jass.20190114. doi: 10.11939/jass.20190114
Zhu F H,Chai X C,Wang W Q,Guo Q Q,Zhang X T. 2020. Design and implementation of digitalized storage information input for analog seismograms. Acta Seismologica Sinica42(1):101−108. doi:10.11939/jass.20190114. doi: 10.11939/jass.20190114
Citation: Zhu F H,Chai X C,Wang W Q,Guo Q Q,Zhang X T. 2020. Design and implementation of digitalized storage information input for analog seismograms. Acta Seismologica Sinica42(1):101−108. doi:10.11939/jass.20190114. doi: 10.11939/jass.20190114

模拟地震图纸数字化存储信息录入的设计与实现

Design and implementation of digitalized storage information input for analog seismograms

  • 摘要: 本文针对中国地震局正在实施的模拟地震资料抢救项目,对我国现存各类模拟地震图纸进行分类,设计实现了适用于模拟地震图纸扫描基础信息录入软件。首先,通过对图纸图章的分析设计了软件的需求功能,并确定了界面风格;其次,根据图纸扫描工作的保密属性,设计运用xml文件格式将扫描图纸的信息保存在本地文件中;最后,设计了图纸信息录入校验规则以及图纸的命名规则,并实现了异常自动提取和一键生成报表等功能,而且易于使用。本文开发设计的软件不仅降低了大量信息人工录入的错误率,而且显著提升了模拟地震图纸扫描录入与校验的工作效率。通过这项工作所获得的成果数据,便于地震科研工作效率的提高。

     

    Abstract: Aiming at the rescue project of analog seismic data being carried out by China Earthquake Administration, this paper classifies all kinds of existing analog seismograms in China, and designs and implements the basic information input software suitable for scanning analog seismograms. Firstly, the requirement function of the software is designed through analyses of the seismograms and seals, and the interface style is determined. Secondly, according to the confidentiality of the seismograms scanning work, the information of the scanned seismograms is saved as local files in XML format. Finally, the checking rules of the seismograms input and the naming rules of seismograms are designed. It achieves the functions of automatic anomaly extraction and one-click report generation, and is easy to use at the same time. The software developed in this paper not only reduces the error rate of a large number of manual information input, but also significantly improves the efficiency of scanning input and verification of analog seismograms. The data obtained from this work benefit the seismological researches.

     

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