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The simplest polygon collision detection you do is between two squares or two rectangles. Imagine that you need to check for a collision between two squares on the stage. In pseudo code, a basic SAT algorithm for squares looks like this: if(the squares overlap on the x axis) { //There might be a collision! Let's check: if(the squares overlap on the y axis) {

//The squares overlap on both axes, so there's definitely a collision //The collision is occurring on the axis with the smallest amount of overlap } else { //There's no overlap on the y axis, so there's no collision } } else { //There's no overlap on the x axis, so there's no collision } What do I mean by if the squares overlap on the x or y axis Take a look at Figure 4-1, which depicts two squares on the stage. They re obviously not intersecting, which we can plainly see with our eyes. But we need to find a way to describe this in programming code so that our games can also see it.

Listing 12-4. Using the EnumConversionValidatorAttribute Class public class MyClass { private int m_MyMinValue; private int m_MyCurrentValue public string MyMinValue { get { return m_MyMinValue; } set { m_MyMinValue = value; } } [PropertyComparisonValidator("MyMinValue", ComparisonOperator.GreaterThanEqual)] public string MyCurrentValue { get { return m_MyCurrentValue; } set { m_MyCurrentValue = value; } } }

But to process and display the result, the function IsActiveTransactionIdentifier first verifies that the result is not stale and belongs to an active transaction identifier The implementation of the function IsActiveTransactionIdentifier will be covered shortly If the retrieved result can be processed, the data member s objDatanumber value is added to the destination span element To know which span element to update (results1 or results2), the function GetResultField is called to extract the span element identifier from the received transaction identifier The found span element instance is assigned to the variable spanElement, and the value of the spanElement innerHTML property is appended with the found prime number (objDatanumber) The function IsActiveTransactionIdentifier is used to determine whether the retrieved result is active and is implemented as follows: function IsActiveTransactionIdentifier( transactionIdentifier) { var reference = transactionIdentifiercharAt( 0); var valIdentifier = parseInt( transactionIdentifier.

You can see from Figure 4-1 that those two squares exist on a stage with an x axis and a y axis. Conveniently enough, the sides of the squares are also aligned to the stage s x and y axes: Their top and bottom sides are parallel to the x axis. Their left and right sides are parallel to the y axis.

The two conversion validators included with the Validation Application Block attempt to convert a specific type to another type. If the conversion is successful, the object passes validation. The two conversion classes are EnumConversionValidator and TypeConversionValidator. EnumConversionValidator The Validation Application Block supports a validator called EnumConversionValidator, which determines if a string representation of an enumerator can be converted to a specific enumerator type. For example, it could test to see if Friday can be converted to the System.DayOfWeek enum type. Figure 12-11 shows the class diagram of the EnumConversionValidator public members.

In technical collision detection literature, squares or rectangles whose sides are aligned to the x and y axes are called axis-aligned bounding boxes, or AABBs. In other words, the stage is rectangular and the squares are rectangular. Nothing is rotated. This is the simplest collision scenario you can have. Game designers will often wrap odd-shaped, nonrectangular objects in AABBs because using them for collision detection is extremely fast.

substring( 2)); if( reference == "1" && valIdentifier == transactionIdentifier1Counter) { return true; }.

The EnumConversionValidator class also supports attribute-based validation via the EnumConversionValidatorAttribute class. Like EnumConversionValidator, EnumConversionValidatorAttribute has two overloads. One overload takes the enum type you want to test. The other overload takes an enum type and a Boolean parameter, negated, indicating whether validation results should be produced if the condition is met. By setting the negated parameter to true, the positive condition will produce validation results. This is inverse of the default behavior. Figure 12-12 shows the class diagram of public members for the EnumConversionValidatorAttribute class.