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Sunbursts

Sunbursts are a powerful way to demonstrate part to whole relationships. While they certainly have the many of easily criticized problems of pie charts, they allow for at a glance understanding of deeply nested systems. This could be useful for understanding for funnels problems or distributions of nested groups (eg how does my cities performance compare to other cities in my country?).

The Sunburst is a thin data processing wrapper on an XYPlotted ArcSeries, it generates highly re-stylable SVG! Any props that are available in the arc series are also available here. Additionally it copies the data format of the treemap, so if you have data prepped to drop into the tree map, you can use that same data to get a sunburst.

Usage

Import the Sunburst component:

import {Sunburst} from 'react-vis';

Add the following code to your render function:

<Sunburst
  hideRootNode
  colorType="literal"
  data={data}
  height={300}
  width={350}/>

Like other systems that make use of d3's hierarchy layout system we ask that our data be presented to us in a tree like structure. Here's a slice of the famous d3-flare dataset:

const myData = {
 "title": "analytics",
 "color": "#12939A",
 "children": [
  {
   "title": "cluster",
   "children": [
    {"title": "AgglomerativeCluster", "color": "#12939A", "size": 3938},
    {"title": "CommunityStructure", "color": "#12939A", "size": 3812},
    {"title": "HierarchicalCluster", "color": "#12939A", "size": 6714},
    {"title": "MergeEdge", "color": "#12939A", "size": 743}
   ]
  },
  {
   "title": "graph",
   "children": [
    {"title": "BetweennessCentrality", "color": "#12939A", "size": 3534},
    {"title": "LinkDistance", "color": "#12939A", "size": 5731},
    {"title": "MaxFlowMinCut", "color": "#12939A", "size": 7840},
    {"title": "ShortestPaths", "color": "#12939A", "size": 5914},
    {"title": "SpanningTree", "color": "#12939A", "size": 3416}
   ]
  },
  {
   "title": "optimization",
   "children": [
    {"title": "AspectRatioBanker", "color": "#12939A", "size": 7074}
   ]
  }
 ]
}

First, note the recursive tree relationship: each node has a title, and an array of children. This pattern continues until we reach the leaves, where we declare the size of the leaves. This value is rolled up, so that the "cluster" node has 3938 + 3812 + 6714 + 743 = 15207 size units.

Adding annotations

Tooltips and other helpful annotations can be added to the sunburst diagram by providing those elements as children. For instance, if we wanted to add a tooltip to the above Sunburst, this could be done by adding a Hint component as a child.

<Sunburst
  hideRootNode
  colorType="literal"
  data={data}
  height={300}
  width={350}>
  <Hint value={hoveredValue} />
</Sunburst>

Where hoveredValue is an appropriately curated coordinate value. See the sunburst-with-tooltips code for more details.

API Reference

width

Type: number

Width of the component.

height

Type: number

Height of the component.

data

Type: Object

The data for the component. The data property is a tree-like structure. Each point consists of following properties:

  • title

    Type: string

    The title to show inside the cell. Might be a string or a React component.

  • size

    Type: number

    The relative size of the cell.

  • color (optional)

    Type: number or string

    The value to visualize the color with.

  • label (optional)

    Type: string

    The label to be attached for the current node.

  • labelStyle (optional)

    Type: object

    The style of the attached label. Example {labelStyle: {fontSize: 15}, ...}

  • dontRotateLabel (optional)

    Type: boolean

    Don't rotate this label

  • children (optional)

    Type: Array

    The children for the leaf.

hideRootNode (optional)

Type: boolean

Simple boolean on whether or not to show the root node of the tree.

children (optional)

Type: react components

Sunburst can accept react components as children if you wish to annotate your diagram.

animation (optional)

Type: boolean|Object

Please refer to Animation doc for more information.

onValueClick (optional)

Type: function

  • Should accept arguments (arc node, domEvent)

Pass in a function that will be called on click on a given arc.

onValueRightClick (optional)

Type: function

  • Should accept arguments (arc node, domEvent)

Pass in a function that will be called on right click on a given arc.

onValueMouseOver (optional)

Type: function

  • Should accept arguments (arc node, domEvent)

Pass in a function that will be called on mouseEnter on a given arc.

onValueMouseOut (optional)

Type: function

  • Should accept arguments (arc node, domEvent)

Pass in a function that will be called on mouseOut on a given arc.

padAngle (optional)

Type: number|function

The padding to be applied between arcs.