Jeff Paries is currently employed as a Digital Media Developer creating Silverlight applications for Waggener Edstrom Worldwide. He lives in Portland, Oregon with his wife, Kate, and son Nicholas.

Silverlight is a phenomenally powerful animation tool, but few people know how to unlock its potential. Foundation Silverlight 2 Animation gives you the keys to all of that power.

It covers the basics of animation—that is, Silverlight's storyboards and animations, which are used to provide interactivity to Silverlight applications. You'll take an in-depth look at double, point, and color animations. You'll also learn the difference between linear, spline, and discrete keyframes, and how they affect your objects as they move.

But it doesn't stop there. You'll go well beyond those simple timeline-based animations and learn how to create purely code-based animations. You'll use vectors to make objects move and bounce off boundaries and each other. You'll explore particle systems, kinematics, and collisions. You'll also learn how to use trigonometry to animate objects and simulate 3D motion in a 2D environment. The essential trigonometry required to create complex motion is simplified and explained through a series of fascinating and fun examples that can be incorporated into your own applications, games, and experiments.

Whether you're already familiar with Silverlight and you want to learn how to open it up, a Flash developer interested in expanding your skill set, or a web developer looking to take the next step into rich interactive application development, this book will bring you up to speed on Silverlight 2 and show you what it can do. From techniques for creating frame-based animations to learning how to simulate 3D in a 2D environment, there is something here to satisfy anyone's appetite for animation and interactivity.

In this book, you'll learn how to:

Break free from the timeline and animate objects using code

Add interactivity between objects through collision detection and reaction

Implement forward and inverse kinematic chains to create lifelike motion

Build particle systems and apply gravity to particles to create fountains and explosions

Implement a virtual reality object viewer for simulating 3D objects