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Operator overloading is closely related to method overloading To overload an operator, use the operator keyword to define an operator method, which defines the action of the operator relative to its class There are two forms of operator methods: one for unary operators and one for binary operators The general form for each is shown here: // General form for overloading a unary operator public static ret-type operator op(param-type operand) { // operations } // General form for overloading a binary operator public static ret-type operator op(param-type1 operand1, param-type1 operand2) { // operations }

Part I:

= 0

Here, the operator that you are overloading, such as + or /, is substituted for op The ret-type specifies the type of value returned by the specified operation Although it can be any type you choose, the return value is often of the same type as the class for which the operator is being overloaded This correlation facilitates the use of the overloaded operator in expressions For unary operators, the operand is passed in operand For binary operators, the operands are passed in operand1 and operand2 Notice that operator methods must be both public and static For unary operators, the operand must be of the same type as the class for which the operator is being defined For binary operators, at least one of the operands must be of the same type as its class Thus, you cannot overload any C# operators for objects that you have not created For example, you can t redefine + for int or string One other point: Operator parameters must not use the ref or out modifier

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To see how operator overloading works, let s start with an example that overloads two binary operators, the + and the The following program creates a class called ThreeD, which maintains the coordinates of an object in three-dimensional space The overloaded + adds the individual coordinates of one ThreeD object to another The overloaded subtracts the coordinates of one object from the other

// An example of operator overloading using System; // A three-dimensional coordinate class class ThreeD { int x, y, z; // 3-D coordinates public ThreeD() { x = y = z = 0; } public ThreeD(int i, int j, int k) { x = i; y = j; z = k; } // Overload binary + public static ThreeD operator +(ThreeD op1, ThreeD op2) { ThreeD result = new ThreeD(); /* This adds together the coordinates of the two points and returns the result */ resultx = op1x + op2x; // These are integer additions resulty = op1y + op2y; // and the + retains its original resultz = op1z + op2z; // meaning relative to them return result; } // Overload binary - public static ThreeD operator -(ThreeD op1, ThreeD op2) { ThreeD result = new ThreeD(); /* Notice the order of the operands op1 is the left operand and op2 is the right */

4

4 We do (a), (b), (c), (d)

9:

resultx = op1x - op2x; // these are integer subtractions resulty = op1y - op2y; resultz = op1z - op2z;

return result; } // Show X, Y, Z coordinates public void Show() { ConsoleWriteLine(x + ", " + y + ", " + z); } } class ThreeDDemo { static void Main() { ThreeD a = new ThreeD(1, 2, 3); ThreeD b = new ThreeD(10, 10, 10); ThreeD c; ConsoleWrite("Here is a: "); aShow(); ConsoleWriteLine(); ConsoleWrite("Here is b: "); bShow(); ConsoleWriteLine(); c = a + b; // add a and b together ConsoleWrite("Result of a + b: "); cShow(); ConsoleWriteLine(); c = a + b + c; // add a, b, and c together ConsoleWrite("Result of a + b + c: "); cShow(); ConsoleWriteLine(); c = c - a; // subtract a ConsoleWrite("Result of c - a: "); cShow(); ConsoleWriteLine(); c = c - b; // subtract b ConsoleWrite("Result of c - b: "); cShow(); ConsoleWriteLine(); } }

This program produces the following output:

3/4

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