Data Visualization with Stata Online Course
This course teaches data visualization in Stata, helping you communicate insights effectively through clear and impactful graphs. You’ll learn key visualization methods, understand their advantages and limitations without complex statistics, and practice creating, modifying, and customizing graphs. The course emphasizes practical, hands-on learning, guiding you through variations and advanced techniques to build confidence in producing bespoke visualizations. By the end, you’ll be able to apply multiple visualization methods and generate professional-quality graphs in Stata.
Who should take this Course?
The Data Structures in Python Online Course is ideal for Python programmers, software developers, and computer science students who want to build a strong foundation in essential data structures for efficient problem-solving and application development. It is also valuable for beginners and professionals looking to improve coding skills, optimize algorithms, and enhance their understanding of lists, stacks, queues, trees, and more in Python.
What you will learn
- Learn the basics of data visualization
- Look at graphing in Stata and understand basic plot types
- Explore intermediate and advanced plot types
- Learn about the distribution and relationship plots
- Explore the world of categorical and specialized plots
- Expand your knowledge on basic to advanced Stata codes
Course Outline
Introduction to the Course
Graphs for Single Continuous Variables
- Introduction to Continuous Data
- What is a Histogram?
- What is an Unequal Bin Histogram?
- Learn Stata - Histograms
- What is a Density Plot?
- How to Visualize Multiple Densities
- Learn Stata - Density plots
- What is a Ridgeline Plot?
- Learn Stata - Ridgeline Plots
- What are Cumulative Density Plots?
- Learn Stata - Cumulative density plots
- What is a Spike Plot?
- Learn Stata - Spike plots
- What is a Rootogram Plot?
- Learn Stata - Rootogram plots
- What is a Box Plot?
- Learn Stata - Box plots
- What is a Violin Plot?
- Learn Stata & Violin Plots
- What is a Stem-and-Leaf Plot?
- Learn Stata - Stem-and-Leaf Plots
- What is a Dot Plot?
- Learn Stata - Dot plots
- What is a Symmetry Plot?
- What is a Quantile-Uniform Plot?
- What is a Quantile-Normal Plot?
- What is a Quantile-Chi-Squared Plot?
- What is a Quantile-Quantile Plot?
- Learn Stata - Quantile plots
Plots for Single Discrete Variables
- What is Discrete Data?
- What is a Bar Graph?
- Learn Stata - Bar graphs
- What is a Pie Chart?
- Learn Stata - Pie charts
- What is a Dot Chart?
- Learn Stata - Dot charts
- What is a Radar Plot?
- Learn Stata - Radar plots
Plots for Two Continuous Variables
- What is a Scatter Plot?
- Learn Stata - Scatter plots
- What is a Heat Plot?
- What is a Hex Plot?
- Learn Stata - Heat and Hex Plots
- What is a Sunflower Plot?
- Learn Stata - Sunflower plots
- What is a Polar Smoother Plot?
- Learn Stata - Polar Smoother Plots
- What is a Line of Best Fit?
- Learn Stata - Line of Best Fit Plots
- What is a Line Plot?
- Learn Stata - Line plots
- What is an Area Plot?
- Learn Stata - Area plots
- What is a Range Plot?
- Learn Stata - Range plots
- What is a Dropline Plot?
- Learn Stata - Dropline plots
- What is a Rainbow Plot?
- Learn Stata - Rainbow plots
Plots for Two Discrete Variables
- What is a Jitter Plot?
- Learn Stata - Jitter plots
- What is a Table Plot?
- Learn Stata - Table plots
- What is a Balloon Plot?
- Learn Stata - Balloon plots
- What is a Stacked Bar Chart?
- Learn Stata - Stacked Bar Graphs
- What is a Mosaic Plot?
- Learn Stata - Mosaic plots
Plots for Three or More Variables
- What is a Contour Plot?
- Learn Stata & Contour Plots
- What is a Bubble Plot?
- Learn Stata - Bubble plots