By studying the principles of cartographic visualization,man-computer interaction and graphic design, the paper elaborates the interfacelayout, color of the system and icons of the atlas first. Then, with the advantages ofFlash, cartographic animation, map database and multimedia integration are discussedindependently.
在地图制图可视化原理、人机交互原理以及平面设计原理的指导下,对图集的界面布局、色彩设置、图标按钮设计等进行了深入探讨;同时,结合Flash自身的技术特点,对地图动画、地图数据库、多媒体要素集成等几个方面分别进行了阐述。
参考来源 - 基于Flash技术的电子地图集设计与实现By studying the principles of cartographic visualization,man-computer interaction and graphic design, the paper elaborates the interfacelayout, color of the system and icons of the atlas first. Then, with the advantages ofFlash, cartographic animation, map database and multimedia integration are discussedindependently.
在地图制图可视化原理、人机交互原理以及平面设计原理的指导下,对图集的界面布局、色彩设置、图标按钮设计等进行了深入探讨;同时,结合Flash自身的技术特点,对地图动画、地图数据库、多媒体要素集成等几个方面分别进行了阐述。
参考来源 - 基于Flash技术的电子地图集设计与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
地图动画是一种新型的可视化表现方式。
而动画是表达动态现象最有力的手段，这就需要分析地图动画技术。
As animation is the most powerful means of expressing dynamic phenomena. we should pay more attention to the research of map animation.
使用 Google Earth 的时间滑块功能（包括动画和总时窗选择）将帮助为整个地理区域的用户可视化得到的可用性地图。
Using Google Earth's time-slider feature, including animation and total time window selection, helps visualize the resulting availability map for users throughout a geographic area.
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