Book Image

Programming ArcGIS 10.1 with Python Cookbook

By : Donald Eric Pimpler, Eric Pimpler
Book Image

Programming ArcGIS 10.1 with Python Cookbook

By: Donald Eric Pimpler, Eric Pimpler

Overview of this book

ArcGIS is an industry standard geographic information system from ESRI.This book will show you how to use the Python programming language to create geoprocessing scripts, tools, and shortcuts for the ArcGIS Desktop environment.This book will make you a more effective and efficient GIS professional by showing you how to use the Python programming language with ArcGIS Desktop to automate geoprocessing tasks, manage map documents and layers, find and fix broken data links, edit data in feature classes and tables, and much more."Programming ArcGIS 10.1 with Python Cookbook" starts by covering fundamental Python programming concepts in an ArcGIS Desktop context. Using a how-to instruction style you'll then learn how to use Python to automate common important ArcGIS geoprocessing tasks.In this book you will also cover specific ArcGIS scripting topics which will help save you time and effort when working with ArcGIS. Topics include managing map document files, automating map production and printing, finding and fixing broken data sources, creating custom geoprocessing tools, and working with feature classes and tables, among others.In "Python ArcGIS 10.1 Programming Cookbook" you'll learn how to write geoprocessing scripts using a pragmatic approach designed around an approach of accomplishing specific tasks in a Cookbook style format.
Table of Contents (21 chapters)
Programming ArcGIS 10.1 with Python Cookbook
Credits
About the Author
About the Reviewers
www.PacktPub.com
Preface
Index

Selecting features with the Select by Location tool


The Select Layer by Location tool, as shown in the next screenshot, can be used to select features based on some type of spatial relationship. Since it deals with spatial relationships, this tool only applies to feature classes and their corresponding in-memory feature layers.

Getting ready

There are many different types of spatial relationships that you can apply while selecting features using the Select by Location tool, including intersect, contains, within, boundary touches, is identical, and many others. If not specified, the default intersect spatial relationship will be applied. The input feature layer is the only required parameter, but there are a number of optional parameters including the spatial relationship, search distance, a feature layer, or feature class to test against the input layer, and a selection type. In this recipe, you will learn how to use the Select by Location tool in a Python script to select features based...