摘要
磁性地质界面的反演是地球物理勘探的重要方法之一。这里介绍了在V isual C++6.0调用Matlab engine的详细步骤,实现了以VC为主界面,调用Matlab反演磁性界面的三维欧拉算法,并应用到不同延深的单体模型和多体模型实验中。结果表明,程序的开发周期和工作量大为缩短,复杂分布的磁性体也可用该方法确定水平位置和深度。该程序为开发地球物理分析软件提供了一条高可靠性、低开发周期的有效途径。
The inversion of magnetic geologic interface is an important task in geophysical prospect.The paper presents the detailed methods in which Visual C++ 6.0 calls Matlab engine.An automatic 3-D Euler algorithm for magnetic anomaly interpretation has been implemented.This tool has a friendly interface by VC calling Matlab.The implemented Euler deconvolution algorithm was tested on simple and complex model magnetic anomalies.It indicates that the combination of VC and Matlab not only shortens the developing period and work of program,but also provides an effective approach for the developing of geophysical software.The results of model show that the position and depth of the complex magnetic sources are successfully estimated by this tool.
出处
《物探化探计算技术》
CAS
CSCD
2006年第2期178-181,共4页
Computing Techniques For Geophysical and Geochemical Exploration
