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  • Book Overview & Buying ArcGIS Pro 3.x Cookbook
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ArcGIS Pro 3.x Cookbook

ArcGIS Pro 3.x Cookbook

By : Tripp Corbin, GISP
4.8 (16)
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ArcGIS Pro 3.x Cookbook

ArcGIS Pro 3.x Cookbook

4.8 (16)
By: Tripp Corbin, GISP
Buy this Book

Overview of this book

ArcGIS Pro, Esri's newest desktop GIS application, offers powerful tools for visualizing, maintaining, and analyzing data. This cookbook will help existing ArcMap users transition to ArcGIS Pro and teach new users how to utilize its GIS tools effectively. You’ll learn how to create geodatabases, convert data formats, link tables from outside sources, edit 2D and 3D data, ensure data integrity with topology, and enable advanced geodatabase behavior. By the end, you'll be able to effectively use ArcGIS Pro as your primary desktop GIS application, maintaining, analyzing, and displaying data using common methods and tools.
Table of Contents (17 chapters)
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Preface
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Preface
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Who this book is for
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What this book covers
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To get the most out of this book
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Download the recipe data files
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Conventions used
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Get in touch
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Share Your Thoughts
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Download a free PDF copy of this book
1
Chapter 1: ArcGIS Pro Capabilities and Terminology
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Chapter 1: ArcGIS Pro Capabilities and Terminology
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Determining whether your computer can run ArcGIS Pro
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Determining your ArcGIS Pro license level
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Opening an existing ArcGIS Pro project
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Opening and navigating a map
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Creating a project with a template
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Creating a project without a template
Free Chapter
2
Chapter 2: Adding and Configuring Layers
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Chapter 2: Adding and Configuring Layers
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Adding a layer from a geodatabase
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Adding a layer from ArcGIS Online
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Plotting X, Y points from a table
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Geocoding addresses
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Chapter 3: Linking Data Together
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Chapter 3: Linking Data Together
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Joining two tables
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Labeling features using a joined table
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Querying data in a joined table
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Creating and using a relate
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Joining features spatially
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Creating feature-linked annotation
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Creating and using a relationship class using existing data
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Chapter 4: Editing Existing Spatial Features
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Chapter 4: Editing Existing Spatial Features
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Configuring editing options
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Reshaping an existing feature
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Splitting a line feature
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Merging features
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Aligning features
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Chapter 5: Creating New Spatial Data
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Chapter 5: Creating New Spatial Data
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Creating new point features
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Creating new line features
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Creating polygon features
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Creating a new polygon feature using the Autocomplete Polygon tool
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Chapter 6: Editing Tabular Data
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Chapter 6: Editing Tabular Data
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Editing individual attributes using the Attributes pane
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Editing multiple attributes with a single edit using the Attributes pane
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Editing individual attributes in the table view
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Using the Calculate Field tool to populate multiple features
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Using the Calculate Geometry tool to populate values for multiple features
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Chapter 7: Projection and Coordinate System Basics
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Chapter 7: Projection and Coordinate System Basics
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Determining the coordinate system for an existing map
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Setting the coordinate system for a new map
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Changing the coordinate system of a map
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Defining a coordinate system for data
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Projecting data to a different coordinate system
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Chapter 8: Creating a Geodatabase
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Chapter 8: Creating a Geodatabase
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Creating a new geodatabase and feature classes
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Creating a feature dataset
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Creating a coded values domain
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Creating subtypes
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Chapter 9: Enabling Advanced Functionality in a Geodatabase
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Chapter 9: Enabling Advanced Functionality in a Geodatabase
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Enabling editor tracking
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Adding GPS metadata capture
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Creating attribute rules
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Creating contingent values
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Chapter 10: Validating and Editing Data with Topologies
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Chapter 10: Validating and Editing Data with Topologies
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Creating a new geodatabase topology
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Validating spatial data using a geodatabase topology
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Correcting spatial features with topology tools
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Editing data with a map topology
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Chapter 11: Converting Data
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Chapter 11: Converting Data
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Converting shapefiles to a geodatabase feature class
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Merging multiple shapefiles into a single geodatabase feature class
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Exporting tabular data to an Excel spreadsheet
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Importing an Excel spreadsheet into ArcGIS Pro
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Importing selected features into an existing layer
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Chapter 12: Proximity Analysis
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Chapter 12: Proximity Analysis
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Selecting features within a specific distance
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Creating buffers
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Determining the nearest feature using the Near tool
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Calculating how far apart features are using the Generate Near Table tool
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Chapter 13: Spatial Statistics and Hotspots
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Chapter 13: Spatial Statistics and Hotspots
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Selecting features within a specific distance
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Finding the mean center of a geographic distribution
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Identifying the central feature based on geographic distribution
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Calculating the geographic dispersion of data
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Chapter 14: 3D Maps and Analysis
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Chapter 14: 3D Maps and Analysis
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Creating a 3D scene
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Enabling your data to store Z coordinates (elevation)
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Creating multipatch features from 2D
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Creating 3D features
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Calculating lines of sight
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Calculating the volume of a polygon
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Index
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Index
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Why subscribe?
16
Other Books You May Enjoy
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Other Books You May Enjoy
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Packt is searching for authors like you
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Share Your Thoughts
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Calculating the volume of a polygon

Another common 3D analysis task is to calculate the volume of the area covered by a polygon feature. This is done by overlaying the polygon feature across a surface and then calculating the volume that exists between the plane created by the polygon features and the surface they overlay.

In this recipe, you will return to the quarry scene you worked on earlier. The project engineer has determined the optimum full pool elevation and created a polygon layer for you. He wants you to determine the total volume of water needed to fill the quarry to this level in gallons.

You will use the Polygon Volume tool that is part of the 3D Analyst extension to accomplish part of this analysis. You will then use the Calculate Field tool to calculate the total gallons required to fill the quarry.

Getting ready

You must have completed the other recipes in this chapter before starting this one. This will ensure you have the project, maps, scenes, and data...

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