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Since a class can implement any number of interfaces, it is possible that two or more of the interface members might have the same signature and return type. How does the compiler handle that situation For example, suppose you had two interfaces IIfc1 and IIfc2 as shown following. Each interface has a method named PrintOut, with the same signature and return type. If you were to create a class that implemented both interfaces, how should you handle these duplicate interface methods interface IIfc1 { void PrintOut(string s); } interface IIfc2 { void PrintOut(string t); } The answer is that if a class implements multiple interfaces, where several of the interfaces have members with the same signature and return type, the class can implement a single member that satisfies all the interfaces containing that duplicated member. For example, the following code shows the declaration of class MyClass, which implements both IIfc1 and IIfc2. Its implementation of method PrintOut satisfies the requirement for both interfaces. class MyClass : IIfc1, IIfc2 { public void PrintOut(string s) { Console.WriteLine("Calling through: } } class Program { static void Main() { MyClass mc = new MyClass(); mc.PrintOut("object."); } } // Implement both interfaces // Single implementation for both {0}", s);

Here you can find the main switch block inside the Update method. This code will cause the program to move from the SignIn state to the SearchSession and Searching states. However, it will be the EndAsynchSearch method, which you can find earlier, that decides whether to move to the CreateSession or InSession state. switch (currentGameState) { case GameState.SignIn: { if (Gamer.SignedInGamers.Count < 1) { Guide.ShowSignIn(1, false); log.Add("Opened User SignIn Interface"); } else { currentGameState = GameState.SearchSession; log.Add(Gamer.SignedInGamers[0].Gamertag + " logged in - proceed to SearchSession"); } }

role can view a published object but not hidden objects, only a user with the manager role can edit it, and the creator of it can t edit it (see Figure 7-12).

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Quaternion additionalRotation = Quaternion.CreateFromAxisAngle(new Vector3(1, 0, 0), updownRotation) * Quaternion.CreateFromAxisAngle(new Vector3(0, 1, 0), leftrightRotation); spacecraftRotation = spacecraftRotation * additionalRotation; AddToSpacecraftPosition(new Vector3(0, 0, -1)); base.Update(gameTime); } private void AddToSpacecraftPosition(Vector3 vectorToAdd) { float moveSpeed = 0.05f; Vector3 rotatedVector = Vector3.Transform(vectorToAdd, spacecraftRotation); spacecraftPosition += moveSpeed * rotatedVector; UpdateViewMatrix(); } In the UpdateViewMatrix method, the actual camera position is calculated as being behind the spacecraftPosition: private void UpdateViewMatrix() { Vector3 cameraOriginalPosition = new Vector3(0, 0, 1); Vector3 cameraRotatedPosition = Vector3.Transform(cameraOriginalPosition, spacecraftRotation); Vector3 cameraFinalPosition = spacecraftPosition + cameraRotatedPosition; Vector3 cameraOriginalUpVector = new Vector3(0, 1, 0); Vector3 cameraRotatedUpVector = Vector3.Transform(cameraOriginalUpVector, spacecraftRotation); viewMatrix = Matrix.CreateLookAt(cameraFinalPosition, spacecraftPosition, cameraRotatedUpVector); } And in the Draw cycle, you need to rotate and translate your spacecraft according to its current rotation and position: Matrix worldMatrix = Matrix.CreateScale(0.001f, 0.001f, 0.001f)*Matrix.CreateFromQuaternion(spacecraftRotation)* Matrix.CreateTranslation(spacecraftPosition); spacecraftModel.CopyAbsoluteBoneTransformsTo(modelTransforms); foreach (ModelMesh mesh in spacecraftModel.Meshes) {

This code produces the following output:

foreach (BasicEffect effect in mesh.Effects) { effect.EnableDefaultLighting(); effect.World = modelTransforms[mesh.ParentBone.Index] * worldMatrix; effect.View = viewMatrix; effect.Projection = projectionMatrix; } mesh.Draw(); } Notice how the World matrix of the Model depends on the rotation of the spacecraft stored in the quaternion and depends on the position. You can find more about rendering and positioning an object in 3D space by setting its World matrix in 4.

Figure 7 12. The Permissions panel for a single state You can also protect single fields so that they can be viewed, modified, and so on, only by users with certain roles and permissions. But, to do so, you need to write some supplementary code, so we won t face this case here. The Worklists tab lets you define one or more review chains. By default you will find a review queue for the Pending state. The Scripts tab lets you include Python scripts in your workflow in order to run them before or after a particular transition. By default it is empty, and these scripts are written only by programmers, not end users (so don t worry about security issues). The Variables tab lets you add new variables to include in the workflow history of your objects, and you can catalog this information. For example, you can add as variables the time when a transition was performed or comments about the last transition. The Groups tab lets you set how groups are managed in your workflow. In particular, you can create a group-roles mapping for each logical state.

You want to check whether an object is in sight of the camera to determine whether the object should be drawn.

Calling through:

XNA supports this functionality in the shape of the BoundingFrustum class. You can create one by passing the View and Projection matrices, after which you can easily check whether an object is contained in this BoundingFrustum class.

And now we will cover the most important configuration tabs for workflows: States and Transitions. The States tab lets you define and manage all the states defined in your workflow. Click the States tab now; you will see the list of all the logical states defined in the current workflow, as shown in Figure 7-13.

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