随着数字化摄影测量技术的发展，我们需要把基础地理信息更加真实准确地反映到工作成果中去。而现在数据生产的过程中出现了由于甲方对测图成果的要求、建库的目的的差异导致了基础地理信息要素的不确定和基础地理信息要素的空间属性、GIS属性的差异；制图数据和GIS数据侧重点的差异。 在研究生学习期间，我参加了数字化摄影测量系统研发项目中基础地理信息要素模块的研发。在该模块中，为了达到数据采集和编辑一体化、测图数据和GIS数据一体化的目标，整个系统把数字化测图系统中基础地理信息要素及其属性的配置方面形成一个独立的配置子系统，用户使用配置子系统可以按照国家规定的基础地理信息要素信息进行配置，也可以按甲方的专题需要进行配置，配置的结果文件作为以后的采集、编辑、检查、入库等作业提供一个全流程统一的基础地理信息要素模板文件，后续的采编过程实际上就是在矢量平台上按照这个模板文件生成的成果文件中添加具体数据的过程。 配置子系统的设计过程中使用了现在成熟的VC/MFC/COM技术，把整个子系统划分为不同的模块，其中比较大的模块有MDB格式数据存取组件、XML格式数据存取组件、要素文件的存取读写组件、矢量平台中访问配置数据的组件和系统操作界面模块。其中前三个组件主要为配置子系统调用，矢量平台中调用配置数据的组件的主要功能是提供在AutoCAD平台的数据采集、编辑和查询等系统访问模板文件的方法。 配置子系统处于整个数字化摄影测量系统的底层，为了验证配置子系统的功能，本文简要介绍了在AutoCAD平台上用ObjectARX进行二次开发的过程，介绍了在数据采集子系统和查询子系统中访问配置子系统的成果——基础地理信息要素模板文件进行数据生产和数据查询的过程。由于在数字化摄影测量全流程都采用统一的基础地理信息要素模板文件，实现了数据采编一体化、制图数据和GIS数据一体化。

With the development of digital photogrammetry technology, we need to reflect fundamental geographic information elements to digital results more accurately。But the new tendency of data production process today is the uncertainty of fundamental geographic information elements、the difference of fundamental geographic information elements geo-spital attributes & GIS attributes、the difference of Mapping data& key point of GIS data。 During my graduate study about the project of digital photogrammetry system R & D 。In order to reach the goal of data collection and edit integration、mapping data and GIS data integration，the system divide a independent configuration subsystem of fundamental geographic information elements configuration。The user can config it by national standards or part A’s special request。The results if configuration provide a fundamental geographic information elements template file for the following series of collection、edit、check and warehousing。In fact the following step of collection、edit etc. is the process of add certain data to the collection&edit file generated from this template file. The design process of configuration subsystem is using the mature VC / MFC / COM technology currently, the entire system is divided into different modules, which have relatively large blocks of components such as MDB file access components、 XML file access components、elements file access components, vector platform components to access configuration data and system interface module. The first three components which are mainly called by the configuration subsystem, the components of vector platform configuration data component provides the method to access data from configuration subsystem to collection, editing and querying system in AutoCAD platform. Configuration subsystem is in the bottom of the digital photogrammetry system, in order to verify the configuration subsystem’s function, this following thesis introduces secondary development process in AutoCAD platform with ObjectARX, describes the process of data collection subsystem and query subsystem which access configuration subsystem results - fundamental geographic information elements template file, it reached the goal of data collection and edit integration、mapping data and GIS data integration because of using a unified fundamental geographic information elements template file in the whole process of digital photogrammetry technology。