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Geoprocessing with Python

Amazon.com Price:  $34.12 (as of 05/05/2019 14:16 PST- Details)

Description

Summary

Geoprocessing with Python teaches you tips on how to use the Python programming language, in conjunction with free and open source tools, to read, write, and process geospatial data.

Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications.

About the Technology

This book is about the science of reading, analyzing, and presenting geospatial data programmatically, the use of Python. Thanks to dozens of open source Python libraries and tools, you’ll take on professional geoprocessing tasks without making an investment in expensive proprietary packages like ArcGIS and MapInfo. The book shows you how.

About the Book

Geoprocessing with Python teaches you tips on how to get admission to to be had datasets to make maps or perform your own analyses the use of free tools like the GDAL, NumPy, and matplotlib Python modules. Through numerous hands-on examples, you’ll master core practices like handling more than one vector file formats, editing geometries, applying spatial and attribute filters, working with projections, and performing basic analyses on vector data. The book also covers tips on how to manipulate, resample, and analyze raster data, such as aerial photographs and digital elevation models.

What’s Inside

  • Geoprocessing from the ground up
  • Read, write, process, and analyze raster data
  • Visualize data with matplotlib
  • Write custom geoprocessing tools
  • Three additional appendixes to be had online

About the Reader

To read this book all you wish to have is a basic knowledge of Python or a similar programming language.

About the Author

Chris Garrard works as a developer for Utah State University and teaches a graduate course on Python programming for GIS.

Table of Contents

  1. Introduction
  2. Python basics
  3. Reading and writing vector data
  4. Working with different vector file formats
  5. Filtering data with OGR
  6. Manipulating geometries with OGR
  7. Vector analysis with OGR
  8. Using spatial reference systems
  9. Reading and writing raster data
  10. Working with raster data
  11. Map algebra with NumPy and SciPy
  12. Map classification
  13. Visualizing data
    1. Appendixes

  • A – Installation
  • B – References
  • C – OGR – online only
  • D – OSR – online only
  • E – GDAL – online only

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