4 Scatterplot Hacks for Google Data Studio

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4 Scatterplot Hacks for Google Data Studio

A scatterplot is a tried-and-true method for displaying the relationship between two variables. In Google Data Studio, a scatterplot is also a flexible structure for building other types of charts that aren’t natively supported.

With some technical skill and creativity, you can create a variety of charts that wouldn’t otherwise be possible. Data Studio lets you control the position, colour, and size of every data point in a scatterplot. These levers can be used to create specific shapes, highlight distributions, and compare segments of data.

Scatterplots have become a go-to for the ClickInsight team, particularly in our contributions to Makeover Monday. Here are 4 creative ways to “hack” a scatterplot in Data Studio. We hope these examples will inspire you to create your own unique scatterplot visualizations!

Jitter Plots

A jitter plot (also called a strip plot) makes use of a randomized spread to more effectively visualize a distribution. It’s particularly helpful when many of the data points would overlap if plotted on the same line.

In this example, a random value between -1 to 1 is added to each data point in the original data source. Since Data Studio does not have a “RANDOM” function available to calculated fields, we use the RAND() function in Google Sheets.

View this report in Data Studio

Calendar Charts

We usually use trend lines to visualize data over time, but it can often be insightful to see that same data overlaid on a calendar. This can make it easier to see patterns across weekdays and weekends and identify anomalies caused by special holidays.

This report plots a data point for every day of the year. The calendar layout is produced by assigning coordinates to each day in a Google Sheet with the original data.

View this report in Data Studio

 

Comet Charts

A comet chart is similar to a dot plot, but uses the bubble size to indicate the time dimension. The larger circle represents the more recent data point. If the metric has increased, the “comet” will appear to be rising. If it has decreased, the comet will appear to be falling.

In this example, the comet trail is produced by a series of overlapping data points that gradually increase in size between the start and end points. We generated these extra data points and inserted them into the original data in Google Sheets before connecting to Data Studio.

View this report in Data Studio

 

Seat Charts

Seat charts are often used to visualize election results and projections. These types of maps can be created by using a data point to represent each individual seat. Getting the seats into the right layout requires some math (see this tutorial by Robert Headington), which can be performed in a Google Sheet.

View this report in Data Studio

 

Complete list of posts in our 2019 Data Studio series:
1. 5 More Calculated Fields for Data Studio
2. Using Drill-Down Charts in Data Studio
3. How to Schedule Email Delivery of Reports in Data Studio
4. 4 Scatterplot Hacks for Google Data Studio
5. How to Add Clickable Images in Data Studio
6. Calculating Ratios with Filtered Metrics in Data Studio
7. Using Optional Metrics in Data Studio
8. Using Conditional Formatting in Data Studio
9. Creating Ecommerce Funnels in Data Studio
10. How to Create a Slope Chart in Data Studio
11. Creating Radar Charts in Data Studio
12. Creating Stepped Line Charts in Data Studio

By |2019-12-17T11:16:52-05:00December 5th, 2019|2 Comments
Categories: Data Studio

2 Comments

  1. Dolatsang Parmar 2022-02-21 at 03:00 - Reply

    I like to create calender chart for my own data.
    How can i do that?
    My data is in google data sheet and I like to make report in data studio.
    Can you guide something on it?

    • Hayley Yacynuk 2022-03-02 at 16:39 - Reply

      Thank you for your question!

      So, the trick to creating a calendar chart is to add an additional 3 columns in your data sheet that tracks the “Day of the Week (1-7)”, “Week of the month (1-4/5)” and bubble size (making sure each point will be the same size) for each of your data points.

      Having the 3 metrics above in your data allows you to plot the points in a calendar fashion.

      By adding:
      – Day of Week as your (Metric X)
      – Week of the Month as your (Metric Y)
      – Bubble size as your (Bubble Size Metric)
      You can create a calendar that will showcase whatever information you want when someone hovers over a point. Similar to how the chart above showcases kWh.

      If you would like further clarification or guidance, feel free to contact us!

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