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Part Ⅰ Fundation

  • 1. Principle
    • 1.1. Map and WebGIS
    • 1.2. Basic concept of WebGIS
    • 1.3. Introduction to major open source WebGIS
    • 1.4. Principle and method of HTTP
  • 2. WebGIS related standards and specifications
    • 2.1. WebGIS related standards of OGC
    • 2.2. OpenGIS map service specification
    • 2.3. Geographic Web service
    • 2.4. Interoperability and geospatial Web service standards
    • 2.5. Preliminary understanding and Reading of WMTS Service

Part Ⅱ MapServer

  • 1. Installation and configuration of MapServer
    • 1.1. Introduction to MapServer
    • 1.2. Install and configure MapServer
    • 1.3. Start using Mapfile
    • 1.4. Release remote sensing images
    • 1.5. Labeling on remote sensing images
    • 1.6. Use DEM data in MapServer
    • 1.7. Usage process of MapServer
  • 2. Cartographic Application of MapServer
    • 2.1. Add a grid layer
    • 2.2. Add a graticule
    • 2.3. Change the output format of the map
    • 2.4. Publish a vector layer
    • 2.5. Static map with two layers
    • 2.6. Build a map with multiple layers
    • 2.7. Display layers by attribute category
    • 2.8. Annotations in a map
    • 2.9. Use custom styles in Mapfile
    • 2.10. Define projection and extent
    • 2.11. Add a scale bar
    • 2.12. Add Legend
  • 3. CGI interaction of MapServer
    • 3.1. MapSever interaction using CGI
    • 3.2. Interactive Map and Browse Model
    • 3.3. MapServer interaction: browse and zoom control
    • 3.4. MapServer interaction: layer control
  • 4. Query and Retrieval of MapServer
    • 4.1. MapServer query mechanism
  • 5. Use of WMS in MapServer
    • 5.1. OWSlib Introduction and Installation
    • 5.2. WMS service with GetCapabilities access
    • 5.3. Use WMS Services GetMap in MapServer
    • 5.4. WMS GetFeatureInfo access
    • 5.5. Use MapServer as a WMS client
    • 5.6. Draw maps with style layer
    • 5.7. WMS layers use SLD
    • 5.8. WMS layer metadata
  • 6. Use of WFS in MapServer
    • 6.1. Geographic Web Services
    • 6.2. Use MapServer as the WFS client
    • 6.3. Access WFS using LeafletJS
    • 6.4. Leaflet render WFS with custom styles
  • 7. Use of WCS in MapServer
    • 7.1. WCS Map Service
  • 8. Other MapServer references
    • 8.1. About Beginning MapServer
    • 8.2. MAP Object
    • 8.3. LAYER Object
    • 8.4. Symbols

Part Ⅲ GeoServer

  • 1. Introduction and Install GeoServer
    • 1.1. Introduction to GeoServer
    • 1.2. Install and configure GeoServer
    • 1.3. Introduction and installation of PostGIS
  • 2. Explore the management interface
    • 2.1. Understand the interface of GeoServer

Part Ⅳ Front End(Client)

  • 1. Leaflet lightweight WebGIS front-end class library
    • 1.1. Introduction to Leaflet
    • 1.2. Custom callout icon
    • 1.3. Use GeoJSON and Leaflet
    • 1.4. Interactive Choropleth Map
    • 1.5. Layer group and layer control
    • 1.6. Zoom Level
    • 1.7. Use WMS with TMS services
    • 1.8. Use the map panes
  • 2. OpenLayers class library
    • 2.1. Intruduction for OpenLayers
    • 2.2. Map drag and zoom
    • 2.3. ZoomToExtent Control
    • 2.4. ArcGIS REST MapService
    • 2.5. Map drawing
    • 2.6. Layer clipping
    • 2.7. Cartodb Map
    • 2.8. Map move animation
    • 2.9. WMS
    • 2.10. Map modification feature
    • 2.11. Control Color
    • 2.12. CanvasPattern
    • 2.13. Export
    • 2.14. XYZ Esri
    • 2.15. Mouse position
    • 2.16. Constrained scaling
  • 3. Cesium front-end 3D GIS class library

Part Ⅴ Tiles and Tools

  • 1. WebGIS related tools
    • 1.1. Introduction and installation of OWSlib
  • 2. Map slicing technique
    • 2.1. Principle of map tiles
    • 2.2. Use GetMap to generate slices
    • 2.3. Installation and use of MapProxy
    • 2.4. MapProxy case: a layer
    • 2.5. MapProxy case: multiple layers
    • 2.6. MapProxy case: layer merging
  • 3. Introduction of GISLite Project
    • 3.1. Introduction to GISLite
  • .rst

WebGIS related standards and specifications

2. WebGIS related standards and specifications#

WebGIS service standards are the basis of modern WebGIS technology.

In order to realize the interoperability of spatial data and promote the sharing of spatial data among heterogeneous platforms, OGC (Open Geospatial Consortium, Open Geospatial Consortium) has been committed to providing standardization of software, data and services in the geographic information industry, and has formulated a series of spatial The service specification of the data, such as WMS, WMTS, WFS, etc. Based on the OGC standard specification, the global sharing and interoperability of geographic information has become an inevitable trend in the development of GIS technology. Therefore, at present, most of the open map service resources are released based on the OGC service specification, providing standard OGC map services to the public.

  • 2.1. WebGIS related standards of OGC
    • 2.1.1. Introduction of relevant standardization organizations
    • 2.1.2. Use of Open Specifications
    • 2.1.3. OGC map service standard introduction
    • 2.1.4. Software support
  • 2.2. OpenGIS map service specification
    • 2.2.1. OGC and OpenGIS
    • 2.2.2. OpenGIS related definitions
    • 2.2.3. OpenGIS open mode
  • 2.3. Geographic Web service
    • 2.3.1. From Web site to Web service
    • 2.3.2. Impact of Geospatial Web Services
    • 2.3.3. Features of Geographic Web Services
    • 2.3.4. Interface types for web services
    • 2.3.5. Comparison between SOAP and REST
  • 2.4. Interoperability and geospatial Web service standards
    • 2.4.1. Interoperability based on Web Services
    • 2.4.2. Standards for Web services
    • 2.4.3. Related standards of Web services
    • 2.4.4. Optimization of Web Services
  • 2.5. Preliminary understanding and Reading of WMTS Service
    • 2.5.1. Introduction to WMTS
    • 2.5.2. Difference between WMTS and WMS
    • 2.5.3. Principle of WMTS slicing
    • 2.5.4. Reading of WMTS

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