Interactive map
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The document discusses interactive maps, which are web-based or desktop maps that allow users to click points of interest for additional information. Interactive maps can visualize geospatial data, toggle layers, produce personalized maps, and support various geo-data formats. They are useful for weather maps, news maps, real-time maps, and more. The document outlines the process of making interactive maps and how to use their zooming and recentering features. It also describes temporal and non-temporal map animation and applications of interactive maps in real estate, travel, education, thematic mapping, and spatial analysis.
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This document discusses various types of spatial analysis that can be performed using GIS. It describes how GIS allows for visual representation of data, precise vector analysis, integration of spatial and non-spatial data, and updatable analysis. The document then outlines specific spatial analysis techniques including map production, geovisualization, querying and measurement, descriptive summaries, and modeling. It provides examples for each type of analysis like cartograms for geovisualization and buffering and overlay for transformation.
Geo visualization_why maps
This document discusses geovisualization and maps. It begins by defining key concepts like cartography, geographic data, and how maps represent reality through models. Maps are described as useful because they make invisible patterns and relationships visible. The document then discusses different types of maps, like paper maps, on-screen maps, and web maps, and how they disseminate geographic data. It explores trends in maps, like neogeography and user-generated content. Finally, it discusses using maps to both present and explore data, as well as areas of future research like user studies.
Web mapping
Web mapping involves designing and delivering maps on the World Wide Web. It has become more accessible due to free and open source software and data. There are several types of web maps, including analytic maps that allow online analysis, animated maps that show changes over time, and collaborative maps that allow multiple users to edit maps simultaneously. Popular technologies used for web mapping include spatial databases for storing and querying geographic data, and WMS servers for generating map images on demand from layered geographic datasets.
Bespoke Map Customization Behavior and Its Implications for the Design of Mul...
Presentation given at MUM 2017, 16th International Conference on Mobile and Ubiquitous Multimedia, Stuttgart, Germany, November 2017
ABSTRACT: While popular digital maps support an unprecedented number of use cases, new reference map customization tools have been created for purposes for which those maps fall short. With the goal of informing the design of this new class of cartographic tools, we present the first study of naturalistic (“bespoke”) map customization behavior. Through a mixed methods and mixed-media approach involving a survey, the analysis of a corpus of customized maps, and an interview with a power user, we find that bespoke map customization is a relatively common activity and identify frequent use cases as well as map customization strategies. We discuss these use cases and strategies in detail, and propose design implications for future customization tools, such as the use of templates for common use cases, adaptability for various customization styles and the support of multimedia interaction.
Paper: https://www.academia.edu/34977332/Bespoke_Map_Customization_Behavior_and_Its_Implications_for_the_Design_of_Multimedia_Cartographic_Tools
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This document presents information on Sixth Sense technology, a wearable gestural interface created by Pranav Mistry that augments the physical world with digital information. It can project information onto surfaces using a camera to track hand gestures represented by colored markers on the fingers. Applications include telling time by drawing a circle on the wrist, getting book information by pointing at text, and interacting with maps using hand movements. The conclusion states that this technology helps connect the digital and physical worlds while keeping humans connected to the physical realm.
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3:国家专业人才认证中心颁发入库证书
4:这个认证书并且可以归档倒地方
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8:在国家人才网主办的国家网络招聘大会中纳入资料，供国家高端企业选择人才
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Interactive map
- 1. Interactive Map Date: 2073/10/22 Presented By: Madan Acharya Spatial Data Infrastructure
- 2. Introduction •An interactive map is a web based map or desktop map that has clickable points. When clicked, these points show an informational box that has text about the point, pictures, videos as well as links to external sites.
- 3. Components of Cartographic Interaction
- 4. Key Features • visualizes geospatial data in a familiar interface • scale free • are designed to be viewed online, but users can often download the maps as images or PDFs for offline use. • Toggle layers on/off i.e. selective display. • Produce a personalized map. • Backgrounds • Overlay operations • Supports various formats of geo-data such
- 5. Key Examples •Weather Maps •News Maps •Real Time Maps
- 6. Process of making interactive map 1. Collection/Development of data to be visualized. 2. Arrange the data. 3. Visualize the data using different software as interactive map. (Numerous softwares are
- 7. How to use interactive map • Zoom in on the map: Select this button and click on the map. The place were you click will become the center of the new map showing a smaller area. • Zoom out of the map: Select this button and click on the map. The place were you click will become the center of the new map showing a larger area. • Recenter the map: Select this button and click on the map. The place were you click will become the center of the new map
- 8. Map Animation • Map animations is the application of animation, either computer or video, to add a temporal component to a map displaying change in some dimension. •Most commonly the change is shown over time, generally at
- 10. Types of Map Animation 1.Temporal Animation: Temporal shows the ongoing gradual changes over time. Temporal maps can also be termed as animated timeline maps and can be a useful reference to examine the changes ongoing on each step and analyze the progression
- 11. Example
- 12. Non-Temporal Animation: 2. Non-Temporal Animation shows changes against some other variables other than time. The variable might be place, position, generalization level etc.
- 13. Example
- 14. Use/Apps of interactive map • Real Estate Sector • Travel & Tourism Sector • Information & Teaching • Thematic Mapping • Visualization and Communication Eg: Weather, news • Spatial (location) analysis