dashboardScaffold

Plumbing for creating configurable visualization dashboards with D3.js.

Check out the example project.

Try it out!

Features include:

• A nested box layout using D3.js and CSS to position divs
• A system that synchronizes visualization dashboards with a JSON-based configuration
• An editor system that uses CodeMirror and Inlet to dynamically configure visualization dashboards

In addition, the following standalone AMD modules are included:

• getterSetters A module that generates getter-setter functions (in the style of Mike Bostock's Toward Reusable Charts). The generated functions also emit 'change' events when changed (using Backbone Events.
  • getterSetters.connect(a, b) provides a simple API for assembling data flow networks based on the getter-setter-with-events pattern. This can be used to create visualization dashboards with multiple linked views.
• loadCSS A module that dynamically loads CSS files into the page (inspired by the Require.js advice on loading CSS.

Usage

Require.js Configuration

Configure the package and its dependencies with Require.js. Dependencies include:

• D3
• Underscore
• Backbone
• CodeMirror
• Inlet

See the Require.js configuration file in the example project for a working configuration.

You can configure Require.js to use the modules hosted with GitHub Pages:

• var dashboardScaffoldDir = 'http://curran.github.io/dashboardScaffold/v0.1.1';

If you use Bower, you can configure Require.js to use the installed modules:

• var dashboardScaffoldDir = '../bower_components/dashboardScaffold';

Installation with Bower

bower install dashboardScaffold

You can declare dashboardScaffold as a Bower dependency in your bower.json as follows (this file wil be automatically created and filled in if you run bower init):

{
  "name": "myNeatoProjectThatUsesDashboardScaffold",
  "version": "0.1.0",
  "dependencies": {
    "dashboardScaffold": "git://github.com/curran/dashboardScaffold.git#~0.1.1"
  }
}

API

To wire up a textArea to be a configuration editor for a dashboard div, use the following call:

dashboardScaffold.init('editor', 'dashboard');

Here, "editor" and "dashboard" are the ids of the DOM elements to be used.

Configuration JSON

The call to init will load an initial configuration stored in the file dashboardConfig.json in the same directory as index.html. Key concepts include:

• 'layout' A tree structure determining the layout of the dashboard components. Inspired by D3's hierarchy conventions. Each node in the tree should have the following properties:
  • 'size' (Number) The size weight of this node.
  • 'name' (String) The name of this component. Must match a key defined in the 'visualizations' section.
  • 'children' The nodes that will be nested inside this one. Optional.
  • 'orientation' (either 'horizontal' or 'vertical') Determines whether children are places left-right or top-bottom. Only necessary if 'children' has a value.
• 'visualizations' The configurations for each component in the dashboard.
  • Keys are arbitrary aliases that are used to reference the component in the 'name' property within layout nodes.
  • Values must be objects
    • The 'module' property corresponds to the name of a javascript file (more precicely, the name of the AMD module) that implements the component.
    • All other options are passed into the component by calling its corresponding setter-getter functions (on initialization and on update).

This project is released under the MIT License.