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The format structure is named VertexPositionDualTexture to match XNA s naming scheme and to make it easily accessible to our games it has been added to the game framework inside the VertexDeclarationscs source file The code for the structure is not included here because it doesn t provide anything that we will build on and can simply be treated as a closed source structure, but if you are curious about its implementation, you can take a look in the game framework source code How then does XNA combine the two textures together when it is rendering The calculation is very simple, but deserves a little exploration to understand its implications.

included in Listing 10-17. Here you have the IDao interface and the IDaoFactory interface, which are both part of the BoP.Core.DataInterface namespace. Listing 10-17. IDao and IDaoFactory Data Interface Contracts namespace BoP.Core.DataInterfaces { /// <summary> /// This interface was adapted from Billy McCafferty's NHibernate Framework /// <see cref="http://devlicio.us/blogs/billy_mccafferty"/> /// /// The purpose of this interface is to provide a /// general-purpose contract for CRUD operations /// executed in the ORM layer /// </summary> /// <typeparam name="T"></typeparam> /// <typeparam name="IdT"></typeparam> public interface IDao<T, IdT> { T GetById(IdT id); List<T> GetAll(); T Save(T entity); void Delete(T entity); void CommitChanges(); } } namespace BoP.Core.DataInterfaces { /// <summary> /// This interface was adapted from Billy McCafferty's NHibernate Framework /// <see cref="http://devlicio.us/blogs/billy_mccafferty"/> /// /// The purpose of this interface is to provide /// the contracts for retrieving DAO objects /// in a decoupled manner /// </summary> public interface IDaoFactory { IAccountDao GetAccountDao(); ICreditHistoryDao GetCreditHistoryDao(); ILoanDao GetLoanDao(); ILoanApplicationDao GetLoanApplicationDao(); IUserDao GetUserDao(); IPersonDao GetPersonDao(); IApplicantDao GetApplicantDao(); }

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You can unload a resource (individually or by group) from memory at any time; if the resource is referenced elsewhere in your code when you unload it, it simply will be reloaded next time it is used. Ogre thus will prevent you from permanently unloading resources that are in use, thereby saving you from yourself in a potentially bad situation (at least in terms of 3D-related resources).

Each final rendered pixel color is calculated using the following formula (treating all red, green, and blue values as floats in the range of 0 to 1): Rednew Green new Blue new Alphanew = (Red1 x Red2) x 2 = (Green 1 x Green 2) x 2 = (Blue 1 x Blue 2) x 2 = (Alpha1 x Alpha2) x 2.

In many cases, the easiest way to visualize this calculation in action is to consider the first texture as being the actual texture that is displayed upon the object and the second texture as modulating it by increasing or decreasing its brightness in each of the color components based upon its own color value. Because each output pixel calculation multiplies the final value by 2, a color component value of 0.5 within one of the textures will have no effect at all on the color from the other texture (it will be multiplied by 0.5, halving it, and then multiplied by 2, restoring it to its original value). On the other hand, a value of 0.0 will remove all color from the other texture, and 1.0 will double the value from the other texture. As always, the colors are clamped, and resulting values above 1.0 will be treated as if they were 1.0. The DualTexture example project shows two applications of this effect. The one that appears when the project is first launched has its first texture as a piece of rocky ground and its second texture as three white circles on a dark-gray background, as can be seen in Figure 8 26. The code changes the texture coordinates with each update, causing the two textures to gradually move across the face of the rendered square.

#region Inline interface declarations public public public public public public public interface interface interface interface interface interface interface IAccountDao : IDao<Account, int> { } ILoanDao : IDao<Loan, int> { } ILoanApplicationDao : IDao<LoanApplication, int> { } ICreditHistoryDao : IDao<CreditHistory, int> { } IUserDao : IDao<User, int> { } IPersonDao : IDao<Person, string> { } IApplicantDao : IDao<Applicant, int> { }

The following code shows pretty much the extent of resource unloading from the ResourceGroupManager interface: ResourceGroupManager::getSingleton().unloadResourceGroup("Bootstrap", true); ResourceGroupManager::getSingleton(). unloadUnreferencedResourcesInGroup("Bootstrap", true);

A huge range of effects can be obtained using different combinations of these functions and blendtypes. Try experimenting with them inside the AlphaBlending example project to see some of the results that you can obtain.

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