Updated README

README.md

@@ -3,7 +3,7 @@
 
 Element queries are the "holy grail" of responsive web design, allowing you to create a single component that can be dropped into any position in any layout and have them respond appropriately. Unfortunately, due to some hard-to-deal-with chicken-and-egg cases, especially involving inline elements, it's unlikely that element queries will make it into browsers any time soon.
 
-**eq.js** aims to be a relatively easy to use drop-in solution to JavaScript powered element queries. Weighing in at about 2.6KB minified, about 1KB gzipped, and requiring no external dependencies, **eq.js** sets itself apart through size, speed, and ease of use. Simply drop **eq.js** on to your site and set the `eq-pts` attribute to your element and you're ready to go!
+**eq.js** aims to be a relatively easy to use drop-in solution to JavaScript powered element queries. Weighing in at about 2.8KB minified, less than 1.2KB gzipped, and requiring no external dependencies, **eq.js** sets itself apart through size, speed, and ease of use. Simply drop **eq.js** on to your site and set the `eq-pts` attribute to your element and you're ready to go!
 
 ## Installation
 
@@ -35,7 +35,7 @@ It is not required to provide the states in a linear, increasing order. For inst
 
 When **eq.js** has determined which state your element is in, it will add an `data-eq-state` attribute to the element set to the human-readable name of the `min-width` specified. If the element is smaller than the smallest state, there will be no `data-eq-state` attribute. If you did not write your states in order, fear not, they will be sorted for you.
 
-**eq.js** also adds `window.eqjs` to allow you to utilize **eq.js** in your own function calls. It will handle your `onload` event and all `resize` events, querying your DOM to determine what nodes need to be queried each time. If you AJAX in any nodes that you would like to query, you need to trigger the query yourself. This is easy though! Just load up your nodes into an array or a NodeList and pass that to `eqjs.query(nodes)`, and **eq.js** will work its magic.
+**eq.js** also adds `window.eqjs` to allow you to utilize **eq.js** in your own function calls. It will handle your `onload` event and all `resize` events, querying your DOM to determine what nodes need to be queried each time. If you AJAX in any nodes that you would like to query, you need to trigger the query yourself. This is easy though! Just load up your nodes into an array or a NodeList and pass that to `eqjs.query(nodes)`, and **eq.js** will work its magic. `eqjs.query()` also allows for a callback function that will be fired after all updates have been applied.
 
 From there, proceed with styling as normal! Because **eq.js** uses attributes, you're going to want to select using attribute selectors. Styling follows the same patters as normal `min-width` media query styling, with styling for the base first, then subsequent styling added on top:
 
@@ -122,7 +122,7 @@ add_import_path "bower_components/eq.js/sass"
 
 **eq.js** uses [`document.querySelectorAll()`](http://caniuse.com/queryselector) and provides polyfills for [`requestAnimationFrame()`](http://caniuse.com/requestanimationframe) and [`Object.getPrototypeOf`](http://stackoverflow.com/a/15851520/703084). It has been tested in the following browsers:
 
-* IE8+
+* IE9+ (IE8+ with [domready](https://github.com/ded/domready) available for `DOMContentLoaded` support)
 * Firefox 3.5+
 * Chrome
 * Safari