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By constantly increasing the bezTime from 0 to 1 by a fixed amount, the speed at which the camera moves over the Bezier curve is a constant. This will result in a rather uncomfortable starting and ending. What you really want is to have the bezTime first rise slowly from 0 to 0.2 and then rise pretty fast to 0.8, while slowing down again during the last part between 0.8 and 1. This is exactly what MathHelper.SmoothStep does: you give it a constantly increasing value between 0 and 1, and it will return a value between 0 and 1 that has a smooth starting and ending! The only place where you need this is in the UpdateBezier method, so replace the middle two lines with this code: float smoothValue = MathHelper.SmoothStep(0, 1, bezTime); Vector3 newCamPos = Bezier(bezStartPosition, bezMidPosition, bezEndPosition, smoothValue); Vector3 newCamTarget = Vector3.Lerp(bezStartTarget, bezEndTarget, smoothValue); The smoothValue variable will hold this smoothed value between 0 and 1, which will be passed to the methods, instead of the constantly increasing bezTime variable.

Figure 18-1. Type conversion For example, the code in Figure 18-2 shows the declaration of two variables of different types. Var1 is of type short, a 16-bit signed integer that is initialized to 5. Var2 is of type sbyte, an 8-bit signed integer that is initialized to the value 10. The third line of the code assigns the value of Var1 to Var2. Since these are two different types, the value of Var1 must be converted to a value of the same type as Var2 before the assignment can be performed. This is performed using the cast expression, which you will see shortly. Notice also that the value and type of Var1 are unchanged. Although it is called a conversion, this only means that the source value is used as the target type.

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Figure 7 24. Adding a new workflow policy in a folder You can choose a workflow policy for the current folder and also for other content that the folder contains. Toggle the Intranet option for both sections of the configuration panel (you can choose any other option, of course, according to your needs). With just a couple of clicks of your mouse, you ve created an entire intranet area wow! The entire web site now has a global workflow definition. In the Intranet folder only, you have a custom workflow policy that puts at your disposal an intranet/extranet area. If you take

This part of the recipe addresses a problem that can occur in some cases. One of such cases is shown in the left part of Figure 2-7, where the path of the camera position and the curve of the target is shown from above. In the beginning, the camera will be looking to the left, until both curves cross. At this point, the camera will suddenly be switched, so it is looking to the right! You can correct this situation by simply shifting the midpoint of the curve to the left, instead of to the right. This way, you get a curve as shown in the right part, where the starting camera will start by looking to the right and doesn t have to be switched to the left.

For certain types of conversions, there is no possibility of loss of data or precision. For example, it s easy to stuff an 8-bit value into a 16-bit type with no loss of data. The language will do these conversions for you automatically. These are called implicit conversions. When converting from a source type with fewer bits to a target type with more bits, the extra bits in the target need to be filled with either 0s or 1s. When converting from a smaller unsigned type to a larger unsigned type, the extra, most significant bits of the target are filled with 0s. This is called zero extension. Figure 18-3 shows an example of the zero extension of an 8-bit value of 10 converted to a 16-bit value of 10.

Because the Tag property of a Model can really contain anything (the Object class is the very root class in C#), you need to tell your compiler in this case that it contains a BoundingSphere by performing a cast. If the transformed BoundingSpheres collide, the method returns true.

a closer look at the Intranet folder, you will notice that both the Intranet folder and the items it contains have different workflow states, as you can see in Figure 7-25, for example.

Each Model consists of multiple members, of which the geometrical data is stored in the Meshes collection of the Model as explained in recipe 4-1. Each such ModelMesh can generate its own BoundingSphere. The total volume of all these small BoundingSpheres will be much smaller than the volume of the global BoundingSphere of the Model. This is displayed in Figure 4-14. On the right part of that image you can see the separate BoundingSpheres for all parts of the Model.

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