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Python Geospatial Development

You're reading from   Python Geospatial Development Develop sophisticated mapping applications from scratch using Python 3 tools for geospatial development

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Product type Paperback
Published in May 2016
Publisher
ISBN-13 9781785288937
Length 446 pages
Edition 3rd Edition
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Author (1):
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Erik Westra Erik Westra
Author Profile Icon Erik Westra
Erik Westra
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Table of Contents (15) Chapters Close

Preface 1. Geospatial Development Using Python FREE CHAPTER 2. GIS 3. Python Libraries for Geospatial Development 4. Sources of Geospatial Data 5. Working with Geospatial Data in Python 6. Spatial Databases 7. Using Python and Mapnik to Generate Maps 8. Working with Spatial Data 9. Improving the DISTAL Application 10. Tools for Web-based Geospatial Development 11. Putting It All Together – a Complete Mapping System 12. ShapeEditor – Importing and Exporting Shapefiles 13. ShapeEditor – Selecting and Editing Features Index

Summary


In this chapter, we finished implementing a sophisticated geospatial web application using GeoDjango, Mapnik, PostGIS, OGR, and pyproj. This application is useful in its own right as well as being a springboard to developing your own geospatial web applications.

We learned that we can easily create our own Tile Map Server using Mapnik and GeoDjango. We saw how to use OpenLayers in our own web pages and how OpenLayers can be made to work with our Tile Map Server. We learned how to intercept mouse clicks using OpenLayers and how to use JQuery's AJAX functionality to send requests to the server for processing.

We then saw how to use Proj.4 to calculate a search radius measured in degrees of latitude and longitude and how to use GeoDjango's query functions to identify features close to the point where the user clicked. We also looked at how to use GeoDjango's editing forms to let the user view and edit the contents of a geometry.

Finally, we saw how to handle the addition of new features...

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