矿产资源定量预测软件（MRQP）在WINDOWS下混合编程的实现

以矿产资源定量预测中常用的7种方法为研究对象,结合Fortran 90与Visual Basic 6.0各自的特点,使用混合编程的方法,开发了矿产资源定量预测软件(MRQP软件)。MRQP软件是目前国内唯一使用数量化理论等进行矿产资源定量预测的方法,脱离DOS环境,不依赖于MAPGIS、ARCINFO等软件的二次开发,在Windows平台下直接运行的软件。详述了运用Microsoft Visual Basic 6.0软件建立一个可视化图形用户界面、运用Compaq Visual Fortran 6.5软件实现矿产资源定量预测运算和如何将矿产资源定量预测的核心代码在Windows GUI上直接调用。最后以新疆阿尔泰地区的地质背景为前提,以大型、超大型金矿床组成的矿床密集区为模型单元,以金矿异常密集区为预测单元,开展定量预测,验证该软件所达到的预期效果。

MRQP: a mixed language program for the mineral resource quantitative prediction software under windows

The authors have developed the mineral resource quantitative prediction (MRQP) software by taking seven methods commonly used in mineral resource quantitative prediction as the research objects, combined with the characteristics of Fortran 90 and Visual Basic 6.0 and using the mixed language programming method. The MRQP software is presently the only software in China that uses the mineral resources quantitative prediction method, is independent of the DOS environment, does not rely on other softwares such as MapGIS and ArcInfo and runs under the WINDOWS platform directly. The article describes in detail the process of using Microsoft Visual Basic 6.0 software to establish a visual graphical user interface and the process of using Compaq Visual Fortran 6.5 software to realize mineral resource quantitative prediction operations and elaborates how to transfer and use the core codes of theories and methods for mineral resource quantitative prediction directly in Windows GUI. In the end, MRQP software is applied to the quantitative prediction of large and super-large gold deposits concentration areas and gold ore anomaly concentration areas in the Altay region, Xinjiang, to check and verify the anticipated effects which MRQP software achieves.