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public static bool operator false(param-type operand) { // return true or false } Notice that each returns a bool result The following example shows how true and false can be implemented for the ThreeD class Each assumes that a ThreeD object is true if at least one coordinate is non-zero If all three coordinates are zero, then the object is false The decrement operator is also implemented for the purpose of illustration

// Overload true and false for ThreeD 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 true public static bool operator true(ThreeD op) { if((opx != 0) || (opy != 0) || (opz != 0)) return true; // at least one coordinate is non-zero else return false; } // Overload false public static bool operator false(ThreeD op) { if((opx == 0) && (opy == 0) && (opz == 0)) return true; // all coordinates are zero else return false; } // Overload unary -- public static ThreeD operator --(ThreeD op) { ThreeD result = new ThreeD(); // Return the decremented result resultx = opx - 1; resulty = opy - 1; resultz = opz - 1; return result; } // Show X, Y, Z coordinates public void Show() {

The derivative of the velocity function is (v ) (t) = 6 This derivative never vanishes, so the extrema of the velocity function on the interval [4, 10] occur at t = 4 and t = 10 Since v(4) = 22 and v(10) = 58, we see that the maximum velocity on this time interval is 58 feet per second at t = 10 8 (a) We know that

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Part I:

ConsoleWriteLine(x + ", " + y + ", " + z); } } class TrueFalseDemo { static void Main() { ThreeD a = new ThreeD(5, 6, 7); ThreeD b = new ThreeD(10, 10, 10); ThreeD c = new ThreeD(0, 0, 0); ConsoleWrite("Here is a: "); aShow(); ConsoleWrite("Here is b: "); bShow(); ConsoleWrite("Here is c: "); cShow(); ConsoleWriteLine(); if(a) ConsoleWriteLine("a is true"); else ConsoleWriteLine("a is false"); if(b) ConsoleWriteLine("b is true"); else ConsoleWriteLine("b is false"); if(c) ConsoleWriteLine("c is true"); else ConsoleWriteLine("c is false"); ConsoleWriteLine(); ConsoleWriteLine("Control a loop using a ThreeD object"); do { bShow(); b--; } while(b); } }

The output is shown here:

[ f 1 ] (1) =

Here is a: 5, 6, 7 Here is b: 10, 10, 10 Here is c: 0, 0, 0 a is true b is true c is false Control a loop using a ThreeD object 10, 10, 10 9, 9, 9 8, 8, 8 7, 7, 7 6, 6, 6 5, 5, 5

9:

Like methods, properties are specified in an interface without any body Here is the general form of a property specification: // interface property type name { get; set; }

1 1 = f (0) 2

12:

Of course, only get or set will be present for read-only or write-only properties, respectively Although the declaration of a property in an interface looks similar to how an autoimplemented property is declared in a class, the two are not the same The interface declaration does not cause the property to be auto-implemented It only specifies the name and type of the property Implementation is left to each implementing class Also, no access modifiers are allowed on the accessors when a property is declared in an interface Thus, the set accessor, for example, cannot be specified as private in an interface Here is a rewrite of the ISeries interface and the ByTwos class that uses a property called Next to obtain and set the next element in the series: