摘要
目前 ,大地电磁测深的资料处理与正、反演软件都是用 FORTRAN语言编写的 ,由于FORTRAN语言本身的局限性 ,使得这个软件存在很多的缺陷。但是因为用 FORTRAN语言编写的算法已经比较成熟 ,将它全部用其他语言移植也比较费时费力 ,为了避免资源的浪费 ,提高大地电磁测深的资料处理与交互式系统的开发效率 ,并且更加完善其功能 ,在开发大地电磁测深二维交互式正反演系统时 ,对大地电磁测深中的计算部分仍用现有的 FORTRAN程序 ,对有关的界面与图形系统的开发部分用 VC++语言来编写 ,以增强和体现其交互式的功能。
FORTRAN is a high level language being widely used for scientific computation and VC ++ is adaptive for development of graphics. Therefore, the mixed programming using FORTRAN and VC ++ are needed for developing the interactive interpretation system. To avoid wasting code resources and improve developing efficiency of MT software, We have successfully developed a 2D interactive interpretation system of MT, in which the interface and graphics programs are coded in VC ++ , while the computation programs of both MT forward and MT inversion come from existing FORTRAN codes.
出处
《物探化探计算技术》
CAS
CSCD
2001年第2期130-134,共5页
Computing Techniques For Geophysical and Geochemical Exploration
