Google Charts Component

Overview

This Component Plug-in provides the capability to display interactive charts in Appian using Google Charts.  It offers support for the following types of charts:

  • Bubble
    • Used to visualize a data set with two to four dimensions.  The first two dimensions are visualized as coordinates, the third as color and the fourth as size.
  • Calendar
    • Used to view the events in a calendar year at a glance. Specify which day, weeks or months are different, with an info window providing the additional information for that event.
  • Candlestick
    • Used to show an opening and closing value overlaid on top of a total variance. Candlestick charts are often used to show stock value behavior.
  • Combo
    • Render each series as a different marker type from the following list: line, area, bars, candlesticks, and stepped area.  It is useful to compare multiple values across one axis.
    • Example use-case: Compare deal amount vs. expected revenue by stage
  • Gantt
    • Illustrates the breakdown of a project into its component tasks
    • Helps you to identify all dependencies across all tasks and events in a single view thus helping you to identify the risks and prioritize accordingly.
  • Pie
    • Displays data in a circular graph where each slice represents a portion of the whole
  • Sankey Diagram
    • Displays the flow between different interconnected entities
    • Example use-case: Represent how the exports from different countries are imported to other countries.
  • Timeline
    • Depict how a set of resources are used over time
    • Example use-case: Represent the booking of a conference room on the timeline chart
  • Tree Map
    • Display the hierarchy in map represented by color rectangle box with the area of rectangle box indicating the scale of the measured value.
    • Example use-case: Analyzing sales with multiple categories (Asia, Europe, North America, South America, etc.) across multiple subcategories (India, China, Italy, France, Germany, USA, Mexico, etc.)
  • Word Tree
    • Depicts multiple parallel sequences of words
  • Geo
    • Map of a country, continent, or a region with areas
  • Diff
    • Highlight the differences between two charts with comparable data
  • Scatter
    • Plot points on a graph
  • Histogram
    • Groups numeric data into bins, displaying the bins as segmented columns.

Key Features & Functionality

These charts work on all Appian user interfaces and with the Appian mobile application. They are easy to configure and a sample application is provided as part of the download. The plug-in can be used to set up to provide interactive charts with drill-down capabilities and allow the event context to pass into any SAIL component(s) on the same or a different interface.

How to use the component:

  • For each supported chart type, pass the columns configuration and the row data as a dictionary to the component. For the columns supported by each Google chart, please see the documentation of the respective charts at https://developers.google.com/chart/interactive/docs/
  • The chart row data is passed as a dictionary with rowDataKey in column configuration representing the data key name. Please see the attached component examples in the sampe application of the chart to understand how this works.

 2019 AppMarket Award Winner - Best Use of the Integration SDK

Anonymous
Parents
  • Is there a way to set the shape dynamically? For example, if my value is 12 make make it a circle, if it's 14, make it a triangle and so on. I've seen examples of using multiple shapes on the chart, but they are always hardcoded

Comment
  • Is there a way to set the shape dynamically? For example, if my value is 12 make make it a circle, if it's 14, make it a triangle and so on. I've seen examples of using multiple shapes on the chart, but they are always hardcoded

Children
  • Hi Jose,

    The straight answer to this question is NO. You cannot define the shapes dynamically instead you can either define shapes for all the data points of the chart or for all the data points of a series of that chart. The flexibility to define shapes at individual data point level is not really possible as of now.

    Thanks,

    Harshit