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Python Geospatial Development

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Learn
  • Develop applications for GIS development using the Python programming language
  • Get to grips with the process of accessing, manipulating, and displaying geo-spatial data
  • Understand some of the major data formats you are likely to encounter when working with geo-spatial data
  • Analyze and manipulate geo-spatial data directly within your Python programs
  • Use powerful Python-based tools for converting geo-spatial data into good-looking maps
  • Learn to read and write to geo-spatial data in both vector and raster format
  • Represent, transfer, and store geo-spatial data using the Well-Known Text (WKT) format
  • Work efficiently with geo-spatial databases using Python
  • Solve complex, real-world geo-spatial problems in your applications using the three spatial databases MySQL, PostGIS, and SpatialLite
  • Explore some of the frameworks available for creating web-based geo-spatial applications
  • Get in touch with major applications and recent trends in the field of Geo-Spatial development
About

Open Source GIS (Geographic Information System) is a growing area with the explosion of applications such as Google Maps, Google Earth, and GPS. The GIS market is growing rapidly and as a Python developer you will find yourself either wanting grounding in GIS or needing to get up to speed to do your job. In today's location-aware world, all commercial Python developers can benefit from an understanding of GIS development gained using this book.

Working with geo-spatial data can get complicated because you are dealing with mathematical models of the Earth's surface. Since Python is a powerful programming language with high-level toolkits, it is well suited to GIS development. will familiarize you with the Python tools required for geo-spatial development such as Mapnik, which is used for mapping in Python. It introduces GIS at the basic level with a clear, detailed walkthrough of the key GIS concepts such as location, distance, units, projections, datums, and GIS data formats. We then examine a number of Python libraries and combine these with geo-spatial data to accomplish a variety of tasks. The book provides an in-depth look at the concept of storing spatial data in a database and how you can use spatial databases as tools to solve a variety of geo-spatial problems.

It goes into the details of generating maps using the Mapnik map-rendering toolkit, and helps you to build a sophisticated web-based geo-spatial map-editing application using GeoDjango, Mapnik, and PostGIS. By the end of the book, you will be able to integrate spatial features into your applications and build a complete mapping application from scratch.

Features
  • Build applications for GIS development using Python
  • Analyze and visualize Geo-Spatial data
  • Comprehensive coverage of key GIS concepts
  • Recommended best practices for storing spatial data in a database
  • Draw maps, place data points onto a map, and interact with maps
  • A practical tutorial with plenty of step-by-step instructions to help you develop a mapping application from scratch
Page Count 508
Course Length 15 hours 14 minutes
ISBN 9781849511544
Date Of Publication 14 Dec 2010

Authors

Erik Westra

Erik Westra has been a professional software developer for over 25 years, and has worked almost exclusively in Python for the past decade. Erik’s early interest in Graphical User Interface design led to the development of one of the most advanced urgent courier dispatch systems used by messenger and courier companies worldwide. In recent years, Erik has been involved in the design and implementation of systems matching seekers with providers of goods and services across a range of geographical areas, as well as real-time messaging, payment, and identity systems. This work has included the creation of real-time geocoders and map-based views of constantly changing data. Erik is based in New Zealand, and works for companies worldwide. Erik is the author of the following Packt books: Python Geospatial Development (third edition), Python Geospatial Analysis, Building Mapping Applications with QGIS, and Modular Programming with Python. Erik has also authored the video course entitled Introduction to QGIS Python Programming.