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This is what s done in the next version of the FinerCheck method: private bool FinerCheck(Model model1, Matrix world1, Model model2, Matrix world2) { if (CoarseCheck(model1, world1, model2, world2) == false) return false; Matrix[] model1Transforms = new Matrix[model1.Bones.Count]; model1.CopyAbsoluteBoneTransformsTo(model1Transforms); BoundingSphere[] model1Spheres = new BoundingSphere[model1.Meshes.Count]; for (int i=0; i<model1.Meshes.Count; i++) { ModelMesh mesh = model1.Meshes[i]; BoundingSphere origSphere = mesh.BoundingSphere; Matrix trans = model1Transforms[mesh.ParentBone.Index] * world1; BoundingSphere transSphere = XNAUtils.TransformBoundingSphere(origSphere, trans); model1Spheres[i] = transSphere; } Matrix[] model2Transforms = new Matrix[model2.Bones.Count]; model2.CopyAbsoluteBoneTransformsTo(model2Transforms); BoundingSphere[] model2Spheres = new BoundingSphere[model2.Meshes.Count]; for (int i = 0; i < model1.Meshes.Count; i++) { ModelMesh mesh = model2.Meshes[i]; BoundingSphere origSphere = mesh.BoundingSphere; Matrix trans = model2Transforms[mesh.ParentBone.Index] * world2; BoundingSphere transSphere = XNAUtils.TransformBoundingSphere(origSphere, trans); model2Spheres[i] = transSphere; } bool collision = false; for (int i=0; i<model1Spheres.Length; i++) for (int j = 0; j < model2Spheres.Length; j++) if (model1Spheres[i].Intersects(model2Spheres[j])) return true; return collision; }

GUI programming is event driven, which means that while the program is running, it can be interrupted at any time by events such as button clicks, key presses, or system timers. When this happens, the program needs to handle the event and then continue on its course. Clearly, this asynchronous handling of program events is the perfect situation to use C# events. Windows GUI programming uses events so extensively that there is a standard .NET Framework pattern for using them, which you are strongly encouraged to follow. The foundation of the standard pattern for event usage is the EventHandler delegate type, which is declared in the System namespace. The declaration of the EventHandler delegate type is shown in the following code. The first parameter is meant to hold a reference to the object that raised the event. It is of type object and can, therefore, match any instance of any type. The second parameter is meant to hold state information of whatever type is appropriate for the application. The return type is void. public delegate void EventHandler(object sender, EventArgs e);

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Public Class PaymentItem ' ----- Used to track and print payment tickets. Public ItemTitle As String Public PatronCopyID As Integer Public FeesPaid As Decimal Public BalanceDue As Decimal End Class

highlights the stuff you are more likely to use. For a deep-dive into all methods, properties, enumerations, and so forth for each and every class, see the SDK reference material.

Description An 8-byte (64-bit) integer field for values ranging from 9,223,372,036,854,775,808 to 9,223,372,036,854,775,807 Fixed-length binary data, up to 8,000 bytes in length You specify the length through a parameter, as in binary(100) Supports three possible values: 1, 0, or NULL Generally used for Boolean values Internally, SQL Server stores multiple bit fields from a single record in a merged integer field Fixed-length standard (char) or Unicode (nchar) strings, up to 8,000 characters in length You specify the length through a parameter, as in char(100) This data type is used within stored procedures, and cannot be used to create a column A general date and time field for dates ranging from January 1, 1753 AD to December 31, 9999 AD Time accuracy for any given value is within 333 milliseconds.

// call the various members and print out the results Console.WriteLine("Ceiling: {0}", decimal.Ceiling(d)); Console.WriteLine("Floor: {0}", decimal.Floor(d)); Console.WriteLine("Negate: {0}", decimal.Negate(d)); Console.WriteLine("Round: {0}", decimal.Round(d)); Console.WriteLine("Truncate: {0}", decimal.Truncate(d)); // wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); } } In this listing, I define a decimal value and then call some of the additional members. Compiling and running the code produces the following results: Ceiling: 12346 Floor: 12345 Negate: -12345.12345 Round: 12345 Truncate: 12345 Press enter to finish

SQL Server 2008 adds several new date-related data types: date (dates without times), time (times without dates), datetime2 (same as datetime, but with a larger range and accurate to 100 nanoseconds), and datetimeoffset (date and time ranges) A fixed-precision and scale decimal field You specify the maximum number of digits to appear on both sides of the decimal point (the precision) and the maximum number of those digits that can appear on the right side of the decimal point (the scale) For instance, a setting of decimal(10,4) creates a field with up to 10 total digits, four of which may appear after the decimal point The maximum precision value is 38 numeric is a synonym for decimal, as is dec A floating-point decimal field with variable storage You can specify the number of bits used to store the value, up to 53.

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