GIS 技巧与窍门 片状物消失了!

Savannah Carter, Al Karlin
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引用次数: 0

摘要

在通过平视数字化建立大型多边形数据集的过程中,最令人头疼的问题之一就是多边形之间会出现小的重叠和/或缝隙。为消除数字化多边形之间的缝隙而进行边缘匹配是一项费力而乏味的工作。这些 "缝隙",尤其是空隙,很难通过视觉手段发现,因此解决这些问题的 GIS 工作流程通常涉及建立拓扑结构、构建规则集和运行高级 GIS 工具;这对于初学 GIS 的分析师来说是一项繁重的工作,尤其是在跟踪一些缝隙时更是麻烦。 本月的 GIS 小贴士演示了一种快速有效的工作流程,可以避免构建拓扑结构的路线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GIS Tips & Tricks Slivers be Gone!
One of the most annoying aspects of building large polygon datasets by heads-up digitizing occurs when there are small overlaps and/or gaps where the polygons meet. Edge-matching to eliminate slivers between digitized polygons can be a laborious and tedious task. These "slivers", especially voids, can be very difficult to detect by visual means, so the GIS workflow to resolve these issues generally involves building topology, constructing a ruleset, and running advanced GIS tools; a heady operation for a beginning GIS analyst and particularly cumbersome when tracking a few slivers. This month's GIS Tip demonstrates a quick and effective workflow to avoid the build topology route.
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