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为自主研发适应各种仪器来源的地层倾角测井数据处理软件,在系统研究地层倾角测井数据的预处理以及相关对比、平面拟合、确定地层真倾角、移除构造倾角等倾角计算过程的基础上,建立了完整的算法体系。使用Visual C++编程,解决了诸多技术难点,实现了地层倾角资料处理的全过程,并且每一步都进行了严格的质量控制。经与斯伦贝谢公司GeoFrame的BorDip模块测试对比,计算出的倾角矢量角度误差主要在±1°以内,方位误差为±5°以内。软件功能和效果较好地满足了当前的生产需求。
In order to independently develop software for stratigraphic dip logging data adapting to various instrument sources, systematically study the pretreatment of stratigraphic dipwell logging data and correlation comparison and plane fitting to determine the true dip angle of strata and remove the dip angle of structural dip Based on the establishment of a complete algorithm system. The use of Visual C + + programming, to solve a number of technical difficulties, to achieve the entire process of formation dip data processing, and each step of a strict quality control. Comparing with the BorDip module test of Schlumberger GeoFrame, the calculated angle vector error is within ± 1 ° and the azimuth error is within ± 5 °. Software features and effects to better meet the current production needs.