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首页> 外文期刊>Journal of Maps >Automated layout of origin–destination flow maps: U.S. county-to-county migration 2009–2013
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Automated layout of origin–destination flow maps: U.S. county-to-county migration 2009–2013

机译:自动化的原产目的地流程图:美国县到县迁移2009-2013

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Visualizing large movement datasets with flow maps is difficult because overlapping flows create significant graphical conflicts that make accurate interpretation difficult or impossible. Interactive flow mapping applications allow users to explore large movement datasets by automatically generating flow maps from subsets of the data in response to queries by the user. However, even a small number of flows can overlap and cross each other in a way that impedes accurate interpretation. We introduce an interactive flow map of migration in the United States from 2009 to 2013 that uses a force-directed method to automatically lay out migration flows at the county-to-county and state levels. This map, available at http://usmigrationflowmapper.com/, aims at improving readability by automatically creating origin–destination flow layouts according to identified cartographic design principles. Map users explore high-level state-to-state migration patterns as well as detailed county-to-county movements through a custom user interface and interactive map features. We show migration flows between counties of different states by representing other states as nodes with a circular arrangement around the selected state, and connect county flows to those nodes. This constrains the map layout to a smaller area, reducing clutter and the amount of interaction required to view flows.
机译:通过流量图可视化大型移动数据集是困难的,因为重叠流程创造了重要的图形冲突,使准确的解释困难或不可能。交互式流映射应用程序允许用户通过响应于用户的查询自动生成来自数据的子集的流程图来探索大的移动数据集。然而,即使是少量流动也可以以阻碍准确解释的方式彼此重叠并相互交叉。我们在2009年至2013年介绍了美国在美国迁移的互动流程图,它使用了一种力量的方法,以在县到县和州立级别地制定迁移流动。此地图,可在http://usmigrationflowmapper.com/可用,旨在通过根据所确定的制图设计原则自动创建原始目标流布局来提高可读性。地图用户通过自定义用户界面和交互式地图功能探索高级状态到状态迁移模式以及详细的县到县的移动。我们通过将其他状态表示为具有围绕所选状态的圆形布置的节点来显示不同状态县之间的迁移流,并将County流到这些节点。这将地图布局限制为较小的区域,减少杂波和观看流动所需的交互量。

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