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Specifically, the recipes in this chapter cover the following: Loading, scaling, rotating, drawing, and blending 2D images to the screen using the user-friendly SpriteBatch class (recipes 3-1, 3-2, 3-3, and 3-4) Rendering text to the screen (recipe 3-5) Making your game more appealing by adding a nice-looking menu interface (recipe 3-6) Mastering the more advanced functionality of the Texture2D class by manually defining their colors, saving an image to disk, and saving the contents of your back buffer into an image before it is sent to the screen (recipes 3-7 and 3-8) Finding out why the content pipeline is an important component of the XNA Framework and how you can benefit from it; extending an existing content processor is used to introduce the content pipeline (recipes 3-9 and 3-10) Using the billboarding and particle effects to add some nice-looking effects produced by 2D images to your 3D game world (recipes 3-11 and 3-12) Learning how you can capture your scene using one camera and rendering its result into the scene as seen by another camera using projective texturing (recipe 3-13).

You want to render 2D images to the screen to create a 2D game or as part of the user interface of a 3D game. You want an easy interface so you can specify the position on the screen where the image should be displayed.

A compact fixed-point representation or a scientific notation representation, depending on the value. This is the default, if no specifier is listed. Precision specifier: Depends on the value. Sample: Console.WriteLine("{0 :G4}", 12.3456789); Output: 12.35

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Almost every standard Plone behavior bases its operations on information stored in the objects it makes use of. For instance, for security and workflow services to work, they need to annotate the objects on which they are applied with specific information, and this is not easy to do with a file outside the ZODB storage. Furthermore, some services maintain a separate registry and need complete control over the content they manage. As an example, the portal_ catalog tool maintains its own registry for indexing purposes, and standard implementation of the indexing mechanism in Plone is based on synchronous calls. Each content object calls methods on the portal_catalog service, such as reindexObject, every time it is known that something new needs to be registered. In the case of Reflecto, if some third-party application or manual intervention changes the files directly on the file system, the Plone registries will not be up to date. That is why Reflecto 2.0 proposes a trade-off between showing live data, or indexing file system contents, and advising that the live data mode could slow down Reflecto quite a lot. That is also why you cannot provide any working standard workflow or security function on these kinds of content. Plone security and workflow services are very advanced features, so it should be fairly obvious why you cannot quickly apply them to a file system folder and its content.

The XNA Framework provides functionality that is capable of rendering images in a very performant way, in the form of the SpriteBatch class. Although SpriteBatch has been designed with ease of use as a priority, it also allows you to choose between several ways of optimization, which you can find explained in detail in this recipe.

Similar to fixed-point representation, but includes separators between each group of three digits, starting at the decimal point and going left. Precision specifier: The number of decimal places. Sample: Console.WriteLine("{0 :N2}", 12345678.54321); Output: 12,345,678.54

Note Because each image is a quad, it can be rendered as two triangles, which are covered with the 2D

For many years, relational databases have been the de facto standard for storing data in business applications, web CMS applications included. However, Zope doesn t need a relational database to store its data. Let s try to understand the reasons of this.

image as texture. The SpriteBatch class does this automatically for you. Because you ll actually be rendering triangles, using the SpriteBatch class allows you to take full advantage of hardware acceleration.

A string that represents percent. The number is multiplied by 100. Precision specifier: The number of decimal places. Sample: Console.WriteLine("{0 :P2}", 0.1221897); Output: 12.22 %

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