| Id | 2958 | |
| Author | Atzl C.; Mittlböck M.; Knoth L. | |
| Title | Design decisions for multidimensional digital and interactive basemaps of urban environments | |
| Reference | Atzl C.; Mittlböck M.; Knoth L. Design decisions for multidimensional digital and interactive basemaps of urban environments,Cartography and Geographic Information Science 49 3 |
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| Keywords | Design; Maps; Surveys; 3d; 3D maps; 4d; Basemap; Design decisions; Design Principles; Design strategies; Map design; Urban environments; User groups; assessment method; survey method; three-dimensional modeling; urban area; Urban planning |
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| Link to article | https://www.scopus.com/inward/record.uri?eid=2-s2.0-85124907462&doi=10.1080%2f15230406.2021.2015719&partnerID=40&md5=27f0d94f6365066faab6aa874b39c8ad |
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| Abstract | Multidimensional digital and interactive basemaps are of high interest for many different user groups coming from various domains. There are already some design principles available for creating digital 3D maps, many of them coming from classical 2D map design, but there is still a need for new design strategies and principles for digital and interactive 3D and 4D basemaps for urban environments. In this article, we present the results of a comprehensive online survey with 175 participants. The aim of this conducted survey was to find out more about the preferences of different user groups regarding the content of digital 3D and 4D basemaps for urban environments, the zoom levels at which different content (such as buildings, landmarks, vegetation, labels, live data) should be visible, the highest shown level of detail as well the overall design (with regard to color, classification and symbology) of these contents. In addition, we also deal with questions about desired map elements and functionalities for an interactive multidimensional basemap and present first assessments of a developed 4D basemap demonstrator. As a final result, we conclude with two tables that provide advice for specific design decisions for creating digital and interactive 3D and 4D basemaps of urban environments for orientation purposes. © 2022 Cartography and Geographic Information Society. |
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| Metodology | Technique |
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