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    方世明, 吴冲龙, 刘刚, 汪新庆, 赵温霞. 基于GIS的地质图图切剖面计算机辅助编绘[J]. 中国地质, 2002, (4): 440-444.
    引用本文: 方世明, 吴冲龙, 刘刚, 汪新庆, 赵温霞. 基于GIS的地质图图切剖面计算机辅助编绘[J]. 中国地质, 2002, (4): 440-444.
    FANG Shi-ming, WU Chong-long, LIU Gang, WANG Xin-qing, ZHAO Wen-xia. Computer-aided production of the cutting section of a geological map based on GIS[J]. GEOLOGY IN CHINA, 2002, (4): 440-444.
    Citation: FANG Shi-ming, WU Chong-long, LIU Gang, WANG Xin-qing, ZHAO Wen-xia. Computer-aided production of the cutting section of a geological map based on GIS[J]. GEOLOGY IN CHINA, 2002, (4): 440-444.

    基于GIS的地质图图切剖面计算机辅助编绘

    Computer-aided production of the cutting section of a geological map based on GIS

    • 摘要: 提要:图切剖面是区域地质图的重要组成部分,用于反映地下的地层和构造特征。传统的图切剖面是靠手工制作的,不但效率低下,而且不易保存和更新,作者研究开发了一种基于GIS的地质图图切剖面计算机辅助编绘系统。其编绘过程主要包括以下几个步骤:(1)矢量化地质图的准备;(2)图切剖面的自动绘制;(3)人机交互修编与输出。本文以武汉市喻家山地质图的图切剖面编绘为例,证明该系统具有高效率、高质量的特征,可以满足现有各种比例尺的地质图图切剖面的制作要求。

       

      Abstract: Abstract: As an important component part of a regional geological map, the cutting section can reflect the characteristics of subsurface strata and structure. but previously the cutting section of a geological map was produced by hand, so the production efficiency was low and the secfion not easy to kecp and update. The main steps of the production are as follows: (1) preparation of a vectorized geological map, (2) automatic production of a cutting section by the computer, and (3) interactive modifying and output of the cutting section. Take for example the geological map of the Yujiashan area, Wuhan City, this paper proves that this system has high efficiency and good quality and so can meet the requirements for producing the cutting sections of geological maps of various scales.

       

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