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foreach (Contact r in con) { r.FirstName = "Something"; } db.SubmitChanges(); In Listing 4-24, you can see the SQL that is generated by the code in Listing 4-23. This SQL code, although a little ugly with inner and outer JOINs, contains all the relationships that you need to populate your entities. If you are wondering, this is the only retrieval query (although there is an UPDATE) that is executed from the code in Listing 4-23, even with the iteration over the Contact. Listing 4-24. The SQL Query with n:1 Relationships SELECT [t0].[EmployeeID], [t0].[NationalIDNumber], [t0].[ContactID], [t0].[LoginID], [t0].[ManagerID], [t0].[Title], [t0].[BirthDate], [t0].[MaritalStatus], [t0].[Gender], [t0].[HireDate], [t0].[SalariedFlag], [t0].[VacationHours], [t0].[SickLeaveHours], [t0].[CurrentFlag], [t0].[rowguid], [t0].[ModifiedDate], [t2].[EmployeeID] AS [EmployeeID2], [t2].[DepartmentID], [t2].[ShiftID], [t2].[StartDate], [t2].[EndDate], [t2].[ModifiedDate] AS [ModifiedDate2], ( SELECT COUNT(*) FROM [HumanResources].[EmployeeDepartmentHistory] AS [t3] WHERE [t3].[EmployeeID] = [t0].[EmployeeID] ) AS [count], [t1].[ContactID] AS [ContactID2], [t1].[NameStyle], [t1].[Title] AS [Title2], [t1].[FirstName], [t1].[MiddleName], [t1].[LastName], [t1].[Suffix], [t1].[EmailAddress], [t1].[EmailPromotion], [t1].[Phone], [t1].[PasswordHash], [t1].[PasswordSalt], [t1].[AdditionalContactInfo], [t1].[rowguid] AS [rowguid2], [t1].[ModifiedDate] AS [ModifiedDate3] FROM [HumanResources].[Employee] AS [t0] INNER JOIN [Person].[Contact] AS [t1] ON [t1].[ContactID] = [t0].[ContactID] LEFT OUTER JOIN [HumanResources].[EmployeeDepartmentHistory] AS [t2] ON [t2].[EmployeeID] = [t0].[EmployeeID] ORDER BY [t0].[EmployeeID], [t1].[ContactID], [t2].[DepartmentID], [t2].[ShiftID], [t2].[StartDate]

Colored shapes are all very nice, but they re not generally what we need when we are creating a game. For our games, we want to be able to display graphics onscreen. How do we do this with XNA when rendering with vertices Fortunately, it is very easy to do so. First, we need to load a texture and then we tell XNA to display that texture on the triangles that it draws. The following sections show how this is done.

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The pass, as you might suspect, is the complete atomic rendering state for a given renderable in a given draw operation on the GPU. A single renderable references a single material, and as you learned earlier, Ogre picks the technique from that material on a variety of bases. Once a technique is chosen, each pass in the technique is rendered in the order in which it appears. In other words, if Ogre selects a technique with three passes for a renderable object, it will draw that renderable three times every frame the object is drawn. A pass also references any texture unit definitions needed for the execution of the pass. A pass does not need to include any texture unit definitions.

Even though we can render 3D objects when we render with vertices, the graphics that we apply to them are still 2D bitmap graphics. The graphics are wrapped around the 3D objects as if they were stickers that we are applying to a solid object. Textures are therefore added to the Content project and loaded ready for use by our 3D objects using the exact same code as we used when loading textures for sprites. Alpha channels and color keys can still be used with textures just as they were with sprites, but there is a wide range of different ways that we can process them. These will be discussed in the Using Transparency and Alpha Blending section later in this chapter.

In the previous examples, you learned one correct way of working with the prefetching functionality in LTS. Other techniques include custom queries, LINQ joins, and extensions, all of which are covered later in this chapter. Before you dive into those topics, let s first look at

When we are ready to render with our texture, we first need to instruct XNA to use the texture. Just as with the other state properties inside XNA, it will remember the specified texture until we tell it to use a different texture. The code in Listing 6 19 tells XNA to use our loaded texture for subsequent textured objects. Listing 6 19. Loading and activating a texture // Load our texture _texture = Content.Load<Texture2D>("Grapes"); // Set it as the active texture within our effect _effect.Texture = _texture;

When we rendered triangles using colored vertices, we specified a color for each vertex. Now that we are rendering with textures, we instead tell each vertex to map to a point within the texture instead. You will recall that sprite rendering allowed us to render either the entire texture across the surface of the sprite or a subsection of the texture. When we render using vertex buffers we can also render subsections of the texture, although we achieve this in a different way. We can also distort or stretch the texture in a variety of ways that were not available to sprites. Just as coordinates on the screen are measured using axes called x and y, textures have axes called u and v. The u axis covers the distance across the width of a texture, whereas the v axis covers the distance across its height.

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