Sunburst

dex.js : Sankey Diagram

This example uses dex.js to render a Sankey diagram from a CSV of U.S. presidents, linking each presidency to its president, party, and home state. The code loads the data with `d3.csv`, then the `dex.charts.d3.Sankey` component visualizes the flow between categorical fields, with a configuration pane enabling interactive exploration of the chart’s options. The visualization relies on dex.js’s Bootstrap and jQuery UI integrations to manage layout and resizing.

81% match

dex.js : Vis.js Network

This example shows a network visualization of U.S. presidents, where each president is a node connected to their party and home state, using data from the `presidents.csv` file. The dex.js library configures a chart via `dex.charts.vis.Network`, which leverages the Vis.js library for rendering. The interface includes a configuration pane for interactive adjustments. The network is built by including four columns of the CSV data, and the chart is responsive, resizing with the browser window.

dex.js : Vis.js Network

This example demonstrates a network visualization of U.S. presidents, their parties, and home states, encoded as connected nodes and edges. The code uses the dex.js library with the Vis.js Network chart component to render the graph, loading data from a CSV file via d3.csv. It integrates jQuery UI layouts for a resizable interface and a configuration pane, allowing interactive adjustments to the chart’s appearance and data selection. The visualization highlights relational patterns, such as party affiliations and regional ties, through the network’s layout and styling.

663anp3ca

dex.js : Clustered Force

A clustered force-directed layout shows 2015 baseball salaries by team and position from a CSV file. Using the dex.js library, this visualization places each player as a node, grouping them by team while position serves as a secondary clustering attribute. The chart is interactive, with a legend that highlights nodes on mouseover, and users can adjust the visualization through a configuration pane built with dex.ui.ConfigurationPane. This example effectively combines data filters with GUI controls for exploring the salary dataset.

Dendrogram

A dendrogram visualizes the hierarchical relationship among U.S. presidents, grouping them by party, then home state, and finally by presidency number. The example loads data from `presidents.csv` using D3’s `d3.csv` method and renders an interactive tree chart through the DEX library’s `dex.charts.d3.Dendrogram` component. The chart is embedded in a full-page `div` and styled with Bootstrap and jQuery UI, while the underlying D3 layout computes the branching structure.

Chord Diagram

This chord diagram visualizes the relationships between U.S. Presidents, their political parties, and home states, using data loaded from a CSV file. The code relies on the dex.js library’s `dex.charts.d3.Chord` component to render the diagram and includes an interactive `dex.ui.ConfigurationPane` for adjusting chart settings. The visualization uses D3.js internally, as dex.js builds on it, and the layout is managed with jQuery UI’s layout plugin to keep the chart and configuration panel responsive.

77% match

Radial Tree

This radial tree visualization displays the sequence of U.S. presidents, branching by party affiliation and home state, using data from a CSV file. The chart, built with dex.js and D3 v4, renders a hierarchical layout with a color scale mapping parties to red, blue, green, and black. It uses `d3.csv` to load the data and `d3.scaleOrdinal` for the color scheme, though it is not interactive. The example adapts Mike Bostock’s radial tree technique for reusable presentation.

75% match

dex.js : Clustered Force

This example uses dex.js and D3.js to display crime statistics as an interactive clustered force layout. The visualization groups nodes by crime type, using two custom forces—cluster and collide—to pull similar colors together while preventing overlapping. Data comes from crime2000.csv, interacting with forceSimulation to animate node positions. A separate legend highlights nodes on hover, while a configuration pane allows real-time adjustment of chart and legend settings.