**A Visual Guide to Stata Graphics, Fourth Edition**

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Author: Michael N. Mitchell Publisher: Stata Press Copyright: 2022 ISBN-13: 978-1-59718-365-9 Pages: 533; paperback

Michael Mitchell’s *A Visual Guide to Stata Graphics, Fourth Edition* provides an essential introduction and reference for Stata graphics. The fourth edition retains the features that made the first three editions so useful:

- A complete guide to Stata’s
**graph**command - Exhaustive examples of customized graphs
- Visual indexing of features—just look for a picture that matches what you want to do

This edition includes new discussions of color, Unicode characters, export formats, sizing of graph elements, and schemes. The section on colors has been greatly expanded to include over 50 examples that demonstrate how to modify colors, add transparency, and change intensity. In the discussion of text modifications, Mitchell now shows how to include Unicode characters such as Greek letters, symbols, and emojis. New examples have also been added that show how to change the size of graph elements such as text, markers, and line widths using both absolute units (points, inches, and centimeters) as well as relative units (line **large** or ***2** for two times the original size). Finally, the look of graphs throughout the book has changed—most graphs are now created using a common updated scheme.

The book's visual style makes it easy to find exactly what you need. A color-coded, visual table of contents runs along the edge of every page and shows readers exactly where they are in the book. You can see the color-coded chapter tabs without opening the book, providing quick visual access to each chapter.

The heart of each chapter is a series of entries that are typically formatted three to a page. Each entry shows a graph command (with the emphasized portion of the command highlighted in red), the resulting graph, a description of what is being done, and the dataset used. Because every feature, option, and edit is demonstrated with a graph, you can often flip through a section of the book to find exactly the effect you are seeking.

The book begins with an introduction to Stata graphs that includes an overview of graphs types, schemes, and options and the process of building a graph. Then, it turns to detailed discussions of many graph types—scatterplots, regression fit plots, line plots, contour plots, bar graphs, box plots, and many others. Mitchell shows how to create each type of graph and how to use options to control the look of the graph. Because Stata’s **graph** command will let you customize any aspect of the graph, Mitchell spends ample time showing you the most valuable options for obtaining the look you want. If you are in a hurry to discover one special option, you can skim the chapter until you see the effect you want and then glance at the command to see what is highlighted in red.

After focusing on specific types of graphs, Mitchell undertakes an in-depth presentation of the options available across almost all graph types. This includes options that add and change the look of titles, notes, and such; control the number of ticks on axes; control the content and appearance of the numbers and labels on axes; control legends; add and change the look of annotations; graph over subgroups; change the look of markers and their labels; size graphs and their elements; and more. To complete the graphical journey, Mitchell discusses and demonstrates the 12 styles that unite and control the appearance of the myriad graph objects. These styles are angles, colors, clock positions, compass directions, connecting points, line patterns, line widths, margins, marker sizes, orientations, marker symbols, and text sizes.

You won't want to overlook the appendix in this book. There Mitchell first gives a quick overview of the dozens of statistical graph commands that are not strictly the subject of the book. Even so, these commands use the **graph** command as an engine to draw their graphs; therefore, almost all that Mitchell has discussed applies to them. He also addresses combining graphs—showing you how to create complex and multipart images from previously created graphs. In a crucial section titled “Putting it all together”, Mitchell shows us how to do just that. We learn more about overlaying twoway plots, and we learn how to combine data management and graphics to create plots such as bar charts of rates with capped confidence intervals. Mitchell concludes by warning us about mistakes that can be made when typing graph commands and how to correct them.

The fourth edition of *A Visual Guide to Stata Graphics* is a complete guide to Stata’s **graph** command. Whether you want to tame the Stata **graph** command, quickly find out how to produce a graphical effect, or learn approaches that can be used to construct custom graphs, this is the book to read.

Michael Mitchell is a senior statistician working in the area of sleep research as well as working on prevention of child maltreatment with the Children’s Data Network. He is the author of three other Stata Press books—*Interpreting and Visualizing Regression Models Using Stata*, *Data Management Using Stata*, and *Stata for the Behavioral Sciences*.

1.2 Using this book

1.3 Types of Stata graphs

1.4 Schemes

1.4.2 Community-contributed schemes

1.4.3 Schemes included with this book

1.4.4 Setting schemes

1.6 Building graphs

1.7 Point-and-click interface

2.2 Regression fits and splines

2.3 Regression confidence interval fits

2.4 Line plots

2.5 Area plots

2.6 Bar plots

2.7 Range plots

2.8 Distribution plots

2.9 Contour plots

2.10 Options

2.11 Overlaying plots

3.2 Controlling axes

3.3 Matrix options

3.4 Graphing by groups

4.2 Graphing bars over groups

4.3 Options for controlling gaps between bars

4.4 Options for sorting bars

4.5 Controlling the categorical axis

4.6 Controlling the legend and labeling bars

4.7 Controlling the y axis

4.8 Changing the look of bars

4.9 Graphing by groups

5.2 Options for controlling gaps between boxes

5.3 Options for sorting boxes

5.4 Controlling the categorical axis

5.5 Controlling the legend

5.6 Controlling the y axis

5.7 Changing the look of boxes

5.8 Graphing by groups

6.2 Options for controlling gaps between dots

6.3 Options for sorting dots

6.4 Controlling the categorical axis

6.5 Controlling the legend

6.6 Controlling the y axis

6.7 Changing the look of dot rulers

6.8 Graphing by groups

7.2 Sorting pie slices

7.3 Changing the look and color and exploding pie slices

7.4 Slice labels

7.5 Controlling the legend

7.6 Graphing by groups

8.2 Creating and controlling marker labels

8.3 Connecting points and markers

8.4 Setting and controlling axis titles

8.5 Setting and controlling axis labels

8.6 Controlling axis scales

8.7 Selecting an axis

8.8 Graphing by groups

8.9 Controlling the legend

8.10 Adding text to markers and positions

8.11 Options for text and textboxes

8.12 More options controlling the display of text

9.2 Using schemes to control the look of graphs

9.2.2 Community-contributed schemes

The 538 family of schemes

The lean family of schemes

9.2.4 Example #1: An overlaid scatterplot with fit lines

9.2.5 Example #2: An overlaid scatterplot with fit lines and confidence region

The grstyle way of customizing graphs

9.2.7 Using the set scheme command

10.2 Color

10.2.2 Color intensity

Decreasing brightness

The brightness spectrum

10.2.4 Overlapping colors

10.2.5 Specifying colors using RGB, CMYK, and HSV values

10.4 Compass direction

10.5 Connecting points

10.6 Line patterns

10.7 Line width

10.8 Margin

10.9 Marker size

10.10 Orientation

10.11 Marker symbol

10.12 Text size

11.2 Common options for statistical graphs

11.3 The marginsplot command

11.4 Saving, redisplaying, and combining graphs

11.5 Exporting graphs

11.6 More examples: Putting it all together

11.7 Common mistakes