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When the user makes contact with the screen with two fingers at once, a Pinch gesture will be initiated and will report on the position of both touch points for the duration of the contact with the screen. As with the drag gestures, updates will be provided only if one or both of the touch points has actually moved. XNA will ensure that the same point is reported in each of its position and delta properties (Position, Position2, Delta, and Delta2), so you don t need to worry about them swapping over unexpectedly. Once either of the contacts with the screen ends, a PinchComplete gesture is added to the queue to indicate that no further updates from this gesture will be sent. If the remaining touch point continues to be held, it will initiate a new gesture once it begins to move. Just as with multitouch data from the raw touch API, testing pinch gestures on the emulator is impossible unless you have a suitable touch screen and Windows 7. This gesture is therefore best tested on a real device.

Caution If you destroy a scene node with live (meaning referenced) content or data still attached, Ogre

Just as with the raw touch data coordinates, positions from the Gestures API are automatically updated to match the rotation and scaling that is active on the screen, so no special processing is required if these features are in use.

set{ this.PropertyChanging(System.Reflection.MethodInfo. GetCurrentMethod().Name); lastName = value; this.PropertyChanging(System.Reflection.MethodInfo. GetCurrentMethod().Name);

The GesturesDemo example project will help you experiment with all the gestures we have discussed in this section. It is similar to the TouchPanelDemo from the previous section, but uses different icons for each of the recognized gestures. The icons are shown in Figure 4 1.

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will not crash, but you will need to ensure that the objects that were attached to the node are properly disposed of to avoid memory leaks. You can manage the lifetime of scene nodes as you see fit, but you do have to exercise caution and due diligence with your godlike powers over the helpless scene nodes.

Pinch Pinch (1st point) (2nd point)

} } [global::System.Data.Objects.DataClasses.EdmScalarPropertyAttribute()] public DateTime DOB { get{ return _dob; } set{ this.PropertyChanging(System.Reflection.MethodInfo. GetCurrentMethod().Name); _dob = value; this.PropertyChanging(System.Reflection.MethodInfo. GetCurrentMethod().Name); } } } // Other properties removed for readability. } You get the point!

NOTE This project deliberately displays the icons a little above and to the left of the actual touch point so that they can be seen when touching a real phone (otherwise they appear directly beneath your fingers and are impossible to see). This looks a little odd in the emulator, however, as their positions don t directly correspond to the mouse cursor position, so don t be surprised by this.

The scene manager is guaranteed to be created with at least one node already present: the root scene node. This is the only node in the scene graph that is exempt from the single-parent rule: the root node, by definition, has no parent. You cannot destroy the root scene node. This node is most useful, obviously, for acting as the parent to all other nodes in the hierarchy, but it is also useful, less obviously, as a handy place to attach static or world geometry. While you can move the root scene node in the scene graph, there rarely (if ever) is a good reason to do so, so for all practical purposes you should consider the root node immobile. The scene node hierarchy is created by adding children to existing nodes in the scene graph. This means that the first node you add to the scene graph will be a child of the root scene node. Figure 5-1 shows the hierarchy of the scene graph after several node additions.

By default, the project is set to recognize the Tap, DoubleTap, FreeDrag, Flick and Hold gestures. Try enabling and disabling each of the gesture types and experiment with the movement patterns needed

At this point, it is worth mentioning that the structure of the BoP application with EF as the ORM is identical to the structure of the domain model that you created in 6. In case you have forgotten what the structure looks like, here it is: BoP solution: Visual Studio 2008 solution BoP.Core: VS project that contains your domain model and your data/DAO interfaces BoP.Data: VS project that contains EF-specific classes, factories, concrete DAOs, and mapping metadata BoP.Util: VS project that contains utility classes to work with your model BoP.Workers: VS project that contains the managers that manipulate the model BoP.Tests: Unit tests for the BoP application Although many things in the domain model foundation need to change to accommodate EF, the structure of the foundation remains constant across ORMs. Standardizing the structure has many advantages, including reusability, consistency, and a foundation for achieving the ubiquitous language that is vital in DDD.

to initiate each. You can also use this as a simple way to see how the gestures relate to one another (for example, try enabling all three of the drag gestures and see how XNA decides which one to use).

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