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Figure 6 7. Rotations around the x, y, and z axes Rotation around the x axis is around a horizontal line drawn across the screen. If you held a sheet of paper in front of you so that you were looking directly at the flat face of the paper, rotation on the x axis would rotate the paper so that the bottom edge was brought toward you and the top edge away, resulting in you looking at the paper s front edge. Rotation on the y axis is exactly the same, but rotating around a vertical line. Z axis rotation is around a line that traces a path into and out of the screen. This is the axis of rotation that we have used in the ColoredSquare and NestedSquares example projects. To obtain a matrix to rotate around one of these axes, call one of the following static functions: Matrix.CreateRotationX to rotate around the x axis Matrix.CreateRotationY to rotate around the y axis Matrix.CreateRotationZ to rotate around the z axis

Now that you have learned about sprocs in LTS, it s time to revisit querying by looking at moreadvanced scenarios. In 3, I discussed some techniques for shaping the results of your LINQ queries in LTS to reduce the amount of SQL that gets executed. There, you used anonymous methods and object initializers to limit the results to what you want, but there are other methods for doing this. The System.Data.Linq.DataLoadOptions is an object that enables you to tell the framework which objects are associated and which objects need to be preloaded. What does this mean I briefly touched on the default lazy/deferred loading functionality that LTS has, which defers the SQL execution until you iterate through the LINQ query. I mentioned in 3 that you can change this default functionality so that LTS executes the query immediately by using the ToList() or ToArray() methods attached to your entity classes, but another indirect way of changing this is to use the DataLoadOptions object to specify which types are connected and which types should be loaded in a cascading manner.

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The Specular Level parameter corresponds to Ogre s specular power value, and Glossiness corresponds to Ogre s shininess specular parameter Specular power defines the amount of light reflected (represented by the height of the curve), and shininess defines how much the highlight spreads (glossier surfaces will have tighter highlights) Figure 6-1(a) is a basic rendering of a shiny plastic ball with the specular highlight from one light Figure 6-1(b) has the same specular power but less shininess, and Figure 6-1(c) has the same shininess as in Figure 6-1(a) but with much less power..

All three functions require the rotation angle to be passed as a parameter (in radians).

NOTE Rotating around the z axis will result in counterclockwise rotation. To rotate clockwise, simply negate the rotation angle.

Listing 4-17 demonstrates an example of using the DataLoadOptions.LoadWith<T> functionality to tie entities together. In this example, you are telling the DataContext to load the Contact entity at the same time you load the Employee entity when you query. Listing 4-17. Using the DataLoadOptions to Shape the Results System.Data.Linq.DataLoadOptions options = new System.Data.Linq.DataLoadOptions(); options.LoadWith<Employee>(emp => emp.Contact); db.LoadOptions = options; Employee x = db.Employees.Single(r => r.EmployeeID == 1); Debug.Print(x.Contact.FirstName); In Listing 4-18, you can see the SQL from SQL Profiler that is executed from the LINQ query in Listing 4-17. As you can see, you have generated and executed a single SQL query, which was created with an INNER JOIN on the Contact table to retrieve the Contact data to begin with. Listing 4-18. Single LTS Query exec sp_executesql N'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], [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 [ModifiedDate2] FROM [HumanResources].[Employee] AS [t0] INNER JOIN [Person].[Contact] AS [t1] ON [t1].[ContactID] = [t0].[ContactID] WHERE [t0].[EmployeeID] = @p0',N'@p0 int',@p0=1

Rotation around other axes can also be achieved by using the Matrix.CreateFromAxisAngle function. It requires two parameters: an axis vector defining the line around which the rotation is to take place and the rotation angle. To calculate the axis vector, imagine the rotation axis as a line that passes through the origin point at (0, 0, 0). Then determine a point that is on that line and provide its coordinate as the values for the vector. For example, if we want to rotate around a line that slopes upward at a 45-degree angle, we can visualize it passing through the origin point, as shown in Figure 6 8. The figure shows a point that has been selected on the line at coordinate (2, 2, 0), though any point on the line would be fine. This coordinate forms the values for the axis vector.

Figure 6-1. The material editor in Autodesk 3D Studio Max provides a good visual representation of the actual mathematics of the specular highlight. The renders to the right are the classic shiny plastic ball used in many specular highlight demonstrations. These basic shading parameters are always available with Ogre, even for graphics hardware without hardware transform and lighting (T&L), which is commonly understood to be

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