测井解释软件系统开发的多源异构代码集成相关方法及应用

Multi-Source Heterogeneous Source Code Integration Methodology of Well Logging Data Interpretation Sofware

测井解释软件是以直观、高效的方式分析测井数据的重要工具,现代测并数据解释都是通过计算机软件完成的。常用的测井解释软件一般是基于Windows操作系统,而用于开发解释软件的计算机语言有C++、C#Java等。然而,随着测井仪器数据处理方法越来越复杂,单独使用C++或C#开发核心算法模块变得越来越困难。因此,直接利用科学计算常用的工具MATLAB编写算法,然后编译成DLL模块嵌入到解释软件中是一个可行的、便利的选择。不同的计算机语言在运行效率、开发学习难易程度、第三方资源应用等方面都有其独特性,因此在测并数据解释软件开发中,为每个模块选择合适的开发语言对于降低整个系统开发难度至关重要。格威公司的ViewWellTM套管井解释平台在开发过程中高效的利用了如VisualC++、C#、MATLAB、Fortran、OpenGL等编程语言及系统工具在各方面的长处,通过多源代码快速、完备地实现了格威公司常用套管并仪器的解释算法库,保证了解释软件的正常运行,实现了各类型套管井测并仪器算法库模块输出的曲线在二维、三维环境中的高效显示。

Well logging interpretation software is a vital tool for analyzing logging data in an intuitive and efficient manner.Modern data interpretation methods are totally based on computer software.The commonly used interpretation software is based on Windows OS,which are developed by programming languages such as C++,C#,and Java.However,with the increasing complexity of data processing methods,it has become extremely challenging to develop the core algorithm module using C++or C#alone.Directly embedding algorithm module DLL made with MATLAB compiler into interpretation software is a viable option.Different computer languages have their unique characteristics in terms of running fficiency,development learning curve,and 3rd party resources.These make it essential to select the appropriate language or development tool for each module in the well logging data interpretation software.ViewWellTM is the cased hole interpretation platform of GOWell.Utilizing the advantages of Visual C++,C#,MATLAB,Fortran,and OpenGL in their respective aspects has helped quickly in integrating the interpretation algorithm library of commonly used cased hole tools,enabling efficient display of the curves from tool algorithm modules in 2D or 3D plotting system.