测井资料处理解释软件系统的设计与实现
发布时间：2018-11-15 12:07
【摘要】：随着油气资源勘探开发程度的加深，，开采难度逐步加大，对地质的认识也逐渐走向复杂化。同时，采集资料的处理解释复杂程度越来越高，数据量越来越大，软件的作用变得更加重要。处理解释技术需要有软件作为载体，形成可推广应用的软件，才有可能把技术真正转化为提高勘探开发效益的生产力，才能推进技术的有形化。 本文从测井资料处理解释的基本需求出发，采用面向对象的现代软件工程开发思想和技术手段，设计了一套处理软件平台。平台功能包括数据管理和操作、数据格式解编与转换、成果输出、数据预处理应用程序挂接等模块。在软件的底层数据结构设计上，充分考虑了成像测井的处理解释需求，适合大数据量数据存储和读写；在数据格式解编和转换模块上，根据测井数据格式繁多、结构差异较大的特点，设计上采用了“动态识别、快速加载”的方式，实现了对主流测井数据格式的解编和转换；根据测井出图的需要，开发的成果输出模块具有“所见即所得”的特点，采用视图切分的方式实现了多层次的绘图系统，能够分层显示图头、刻度头、曲线和成果表等图件；提供了应用程序挂接接口，解释方法研究人员可基于该接口在平台上集成挂接自己的方法程序，使平台具有了二次开发能力。 在论文最后，对测井解释软件平台的发展进行了分析和展望。
[Abstract]:With the deepening of exploration and development of oil and gas resources, the difficulty of exploitation is gradually increasing, and the understanding of geology is becoming more and more complicated. At the same time, the processing and interpretation of collected data is becoming more and more complicated, and the amount of data is becoming larger and larger, so the function of software becomes more and more important. It is necessary to have software as the carrier to form the software which can be popularized and applied in the processing of interpretation technology, so that it is possible to transform the technology into the productivity of improving the efficiency of exploration and development and to promote the materialization of the technology. Based on the basic requirements of log data processing and interpretation, this paper designs a processing software platform by using the object-oriented modern software engineering development idea and technical means. Platform functions include data management and operation, data format unmarshalling and conversion, output, data preprocessing applications, etc. In the design of the underlying data structure of the software, the processing and interpretation requirements of the imaging logging are fully considered, which is suitable for the large amount of data storage and reading and writing. In the module of data format unmarshalling and conversion, according to the characteristics of various logging data formats and great differences in structure, the design adopts the way of "dynamic identification, fast loading", and realizes the unmarshalling and conversion of mainstream logging data formats. According to the need of well logging, the output module has the characteristic of "what you see is what you get". The multi-level drawing system is realized by means of view segmentation, which can display graph head, scale head, curve and result table. Based on this interface, researchers can integrate their own method programs on the platform, so that the platform has the ability of secondary development. Finally, the development of logging interpretation software platform is analyzed and prospected.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：P631.84
本文编号：2333262
[Abstract]:With the deepening of exploration and development of oil and gas resources, the difficulty of exploitation is gradually increasing, and the understanding of geology is becoming more and more complicated. At the same time, the processing and interpretation of collected data is becoming more and more complicated, and the amount of data is becoming larger and larger, so the function of software becomes more and more important. It is necessary to have software as the carrier to form the software which can be popularized and applied in the processing of interpretation technology, so that it is possible to transform the technology into the productivity of improving the efficiency of exploration and development and to promote the materialization of the technology. Based on the basic requirements of log data processing and interpretation, this paper designs a processing software platform by using the object-oriented modern software engineering development idea and technical means. Platform functions include data management and operation, data format unmarshalling and conversion, output, data preprocessing applications, etc. In the design of the underlying data structure of the software, the processing and interpretation requirements of the imaging logging are fully considered, which is suitable for the large amount of data storage and reading and writing. In the module of data format unmarshalling and conversion, according to the characteristics of various logging data formats and great differences in structure, the design adopts the way of "dynamic identification, fast loading", and realizes the unmarshalling and conversion of mainstream logging data formats. According to the need of well logging, the output module has the characteristic of "what you see is what you get". The multi-level drawing system is realized by means of view segmentation, which can display graph head, scale head, curve and result table. Based on this interface, researchers can integrate their own method programs on the platform, so that the platform has the ability of secondary development. Finally, the development of logging interpretation software platform is analyzed and prospected.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：P631.84
【参考文献】
相关期刊论文 前10条
1 熊华,刘凤新,潘小莉;Windows动态链接库原理分析及其应用[J];北京化工大学学报(自然科学版);2004年01期
2 门少华,王祝文,梅忠武;单机测井解释系统的开发[J];长春科技大学学报;2001年04期
3 曹旭光,李舟波,林和平,翟慧杰;面向对象技术系统分析在测井储层特征描述中的应用[J];吉林大学学报(地球科学版);2002年02期
4 曹旭光;翟慧杰;刘传平;;单井水淹层测井解释系统[J];吉林大学学报(地球科学版);2006年S1期
5 金勇,张世刚,顾列刚,杜国兵;FORWARD测井解释平台中使用的先进技术[J];测井技术;2000年01期
6 马玲华,杨劲松,李传伟,庞波,康腾;ECLIPS5700测井系统XTF文件格式分析[J];测井技术;2001年03期
7 余春昊,李长文;LEAD测井综合应用平台开发与应用[J];测井技术;2005年05期
8 于亚娄;开发井测井资料处理解释软件系统[J];测井技术;2005年05期
9 王光辉;;深入分析Windows消息机制[J];电脑与电信;2011年02期
10 梁国武;孟悦新;;测井现场绘图软件的面向对象设计与实现[J];电脑与信息技术;2012年06期
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