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ighting a scene sounds very easy: set the positions of the objects in your 3D world, define the positions of your lights, and bingo! you expect your 3D scene to be lit correctly Although it seems trivial to have your graphics card do this for you, it definitely is not For each surface of your objects, the graphics card needs to calculate the amount of lighting that is received by the surface This amount is based on the angle between the direction of the light and the normal direction of the triangle Luckily, the XNA Framework comes with the BasicEffect, which is capable of performing all these calculations for you The first part of this chapter shows you how you can use the BasicEffect to lighten up your scene However, as its name implies, the BasicEffect can be used only for some basic lighting effects.

Templates and CSS: Customizing Your Plone Skin 167 DTML and ZPT 167 Managing Viewlets 169 Editing CSS 172 Examining Example Customization Snippets 173 Working with JavaScript 175 KSS: Ajax Made Easy 175 What Can You Do with KSS 177 How to Disable KSS in Plone 179 Summary 179.

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What if you want to have point lights in your scene, such as candles Or what if you want to have your scene lit by many lights And why don t your objects cast any shadows To answer these questions, you ll have to code your own effects in HLSL The second part of this chapter starts by showing you how you can create HLSL effects with the same functionality of the BasicEffect This chapter doesn t stop where the BasicEffect stops, however You ll learn how to implement additional functionality, such as support for point lights and spotlights Even more, the final recipes introduce you to the world of deferred rendering, allowing you to light your scene by a large number of lights simultaneously To top it off, you ll learn how you can combine the shadow mapping technique with deferred rendering so all your objects cast shadows.

Figure 20-4. The GetEnumerator method returns an enumerator object for the class. The following code shows the form for the declaration of an enumerable class. using System.Collections; Implements the IEnumerable interface class MyClass : IEnumerable { public IEnumerator GetEnumerator { ... } ... } Returns an object of type IEnumerator The following code gives an example of an enumerable class that uses enumerator class ColorEnumerator from the previous example. Remember that ColorEnumerator derives from IEnumerator. using System.Collections; class MyColors: IEnumerable { string[] Colors = { "Red", "Yellow", "Blue" }; public IEnumerator GetEnumerator() { return new ColorEnumerator(Colors); } }

Specifically, the recipes in this chapter cover the following: Learning the basics about lighting in XNA 20, including what is required for correct lighting and why (recipes 6-1 and 6-2) Using the BasicEffect to its full potential, making it calculate lighting for each pixel of your screen, and adding specular highlights to reflective surfaces (recipes 6-3 and 6-4) Coding your own HLSL effect when the functionality of the BasicEffect is not enough for you You ll start by implementing the basic functionality of the BasicEffect (recipes 6-5, 6-7, and 6-9) Implementing extra functionality, such as support for point lights and spotlights (recipes 6-6 and 6-8)..

Managing Security and Workflows . . . . . . . . . . . . . . . . . . . . . . . 181

This code produces the following output: Option settings: Use Single Deck Use Large Pictures Use Fancy Numbers Show Animation

Making your scene really come alive by using multiple lights. Since the basic approaches are not scalable enough, you ll jump into deferred rendering to add lighting in screen space (recipe 6-10). Adding shadows to your scene using the shadow mapping technique. To make the chapter complete, you ll implement this using the deferred rendering approach, allowing you to have multiple lights casting shadows in your 3D world (recipe 6-11).

Without correct lighting, your scene will look a lot less realistic. In some cases, the 3D effect will be completely gone when objects are not lit correctly. As an example, consider a sphere having one solid color. Without any lighting, all pixels of the sphere will have the same color, making the result on your screen look like a flat disc. When correctly lit, the part of the sphere facing the light will have a brighter color than other parts, making the sphere appear as a real 3D object.

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