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splineIndex += 1; } // Keep the spline index within the array bounds splineIndex = splineIndex % _movementPathLength; // Calculate the spline position ret = Vector3CatmullRom(_movementPath[splineIndex], _movementPath[(splineIndex + 1) % _movementPathLength], _movementPath[(splineIndex + 2) % _movementPathLength], _movementPath[(splineIndex + 3) % _movementPathLength], splineWeight); return ret; } The code first checks that the spline weight is not greater than 1 If it is, it subtracts 1 and shifts on to the next spline index (we ll see the reason for this in a moment) This is followed by a check that loops the spline index if it exceeds the bounds of the _movementPath array items The spline position is then calculated simply by passing in the four vertex positions and the spline weight to the Vector3CatmullRom function.

Note, however, that we are using the modulus operator on the spline index values because, if they exceed the array length, they loop back to the beginning This operation allows us to implement our closed loop (requiring the first three points to be repeated) without actually having to repeat them in the array: they are simply reused from the beginning when the end of the array is reached With the ability to calculate the plane position in hand, we can now set the plane s position and smoothly move it along the path This is a good start, but there is a very obvious visual problem when it is put in motion: the plane is always facing the same direction It should, of course, always be facing in the direction that it is moving (paper planes as a rule don t fly sideways very well).

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Figure 5-11. CSDL Association node The ComplexType node seen in Figure 5-12 contains a Property child node for defining properties of ComplexTypes. As the name infers, this node is used for defining Complex custom types in your model.

Fortunately it is very easy to make the plane look in the direction that it is flying The first thing we need to do is calculate another position for the plane just a little farther along the path We do this by calling GetPlanePosition a second time, this time adding 01 to the spline weight This addition is the reason that GetPlanePosition checks whether the weight has exceeded 10 because this second call might cause this overflow to occur The second call allows us to see where the plane is now and where it will be in a second The direction of the plane must be from the first of these points to the second because it is its path of movement We therefore need a way to rotate the plane so that it is facing from the first position toward the second.

as users typically access resources located in different parts of their file system while using a tool, making it virtually impossible to define all resource group locations at application startup A resource location in Ogre is actually an archive, which is a fancy way of saying a collection of files When you provide Ogre with a location to add to the set of locations it will search for resources, you are giving it the top-level starting point of a potentially hierarchical file organization structure If that sounds a lot like the definition of a file system, then you are correct: the file system on a hard disk drive is one type of archive that Ogre understands.

This rotation can be achieved using another of the very handy static Matrix functions: CreateWorld The CreateWorld function creates a world matrix (which is ultimately what we are trying to do in each object s Update method) so that it is positioned at a particular location and facing in a particular direction This is just what we need: the position is the first spline point we have calculated, and the direction is from there toward the second spline point The direction itself is calculated simply by subtracting the current position from the next position The resulting vector is ready to be passed to CreateWorld Only one minor problem remains: the plane is now continuously flying sideways because it has been defined sideways within the SketchUp model To correct this, we simply rotate it by 90 degrees after the matrix has been calculated.

Figure 5-12. CSDL ComplexType node Figure 5-13 shows the EntityType node. As you saw in Listing 5-1, the EntityType node is used to define entities in your model (for example, Department). This node contains three child nodes Key, Property, and NavigationProperty all of which are used to describe and define your entities. Figure 5-14 shows the Property node from Figure 5-13 expanded. As you can see, there are a considerable number of attributes to choose from to describe your entities. As an example, we can include the two required attributes Name and Type, as well as Nullable, Default, and MaxLength as optional attributes.

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