Build HTML5 and Flash Charts & Graphs for Web Applications

RGraph: HTML5 Javascript charts library JavaScript UI Framework - Ample SDK Best Practices for a Faster Web App with HTML5 While good, this article only tells part of the performance story. View html5rocks.com/features/performance for the whole picture of performance improvements. Introduction Much of HTML5 aims to deliver native browser support for components and techniques that we have achieved through JavaScript libraries thus far. Using these features, when present, can end up delivering a much faster experience for your users. In this tutorial, I won't recap the excellent performance research that you've seen at Yahoo's Exceptional Performance site or Google's Page Speed docs and Let's make the web faster site. Tip 1: Use web storage in place of cookies While cookies have been used to track unique user data for years, they have serious disadvantages. These two web storage objects can be used to persist user data on the clientside for the length of the session or indefinitely. Tip 2: Use CSS Transitions instead of JavaScript animation Tip 3: Use client-side databases instead of server roundtrips

Examples Enjoy these sample visualizations built with Protovis. For any example, use your browser to view the source or the backing dataset. Protovis is no longer under active development.The final release of Protovis was v3.3.1 (4.7 MB). Conventional While Protovis is designed for custom visualization, it is still easy to create many standard chart types. Area Charts Bar & Column Charts Scatterplots Pie & Donut Charts Line & Step Charts Stacked Charts Grouped Charts Custom Many charting libraries provide stock chart designs, but offer only limited customization; Protovis excels at custom visualization design through a concise representation and precise control over graphical marks. Anderson’s Flowers Becker’s Barley Bertin’s Hotel Streamgraphs Sparklines Bullet Charts Bubble Charts Sizing the Horizon Candlestick Charts Burtin’s Antibiotics Nightingale’s Rose Playfair’s Wheat Gas & Driving Seattle Weather Marey’s Trains Stemplots Merge Sort Interaction Visualizations need not be static! Index Charts Parallel Coordinates Art

Aloha Editor - HTML5 WYSIWYG Editor Handlebars – SproutCore The following post refers to SproutCore 2.0, which has split off as a separate project. However, the information within this post is entirely applicable with respect to using SC.TemplateView and Handlebars in SproutCore 1.8. If you wish to use SC.TemplateView in SproutCore, you only need be aware that the many views and controls in the Desktop framework may contain templates, but should not themselves be contained within templates. When people check out SproutCore 2.0 for the first time, one question that they frequently ask is: Do I have to use Handlebars? Handlebars, if you’re not familiar with it, is a semantic templating language written entirely in JavaScript. It’s an expressive language with a tag syntax reminiscent of HTML, except expressions (oftentimes referred to as “mustaches”) are wrapped in double-curly braces. Handlebars, unlike other templating solutions like Eco, doesn’t tempt you to embed domain logic in your HTML.

HTML5 video player TurboManage selfhtml Download-Adressen Sie können SELFHTML 8.1.2 als ZIP-Datei downloaden. Die Datei hat eine Größe von 8.435.931 Bytes. Die MD5-Prüfsumme lautet: 81806920c148ace4f24e8a8239f075ac, die SHA1-Prüfsumme lautet: b5cc097ea1f74b65165d426f39ee2d3b81e2c84b. Zusätzlich können Sie noch eine Signaturdatei herunterladen: selfhtml812.zip.asc Die Download-Adressen werden von verschiedenen Anwendern zur Verfügung gestellt und befinden sich auf verschiedenen Servern. bereitgestellt von Thomas J. bereitgestellt von Adrian Reber bereitgestellt von Christian Estelmann bereitgestellt von Roland Skop bereitgestellt von Till Krüss bereitgestellt von Bernd Leibing projekt@selfhtml.org. eMule an. Eine

Building a Custom HTML5 Audio Player with jQuery « Neutron Creations We recently built an HTML5 audio player for Tim Van Damme's The Box, a new podcast where he interviews people who make cool stuff. Tim wanted an HTML5 audio player on the site, and we put together some jQuery to hook up the player interface he designed. In this article we'll run through the code to explain how it works, covering a few caveats along the way. Here's the player interface, and the markup for it. As you can see, we have a few span elements for each component of the interface: playtoggle is the play/pause toggle button. gutter is the timeline track loading is the bar indicating the loading or buffering progress handle is the circular element that serves as the playhead, indicating current position in the audio file, and also acting as a drag handle to move to a different point of the audio timeleft is the play time remaining, in minutes and seconds We won't cover the CSS for the player here, but if you want to see how it's styled you can inspect the styles on the live site. if(!!