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// Demonstrate a generic interface using System; public interface ISeries<T> { T GetNext(); // return next element in series void Reset(); // restart the series void SetStart(T v); // set the starting element } // Implement ISeries class ByTwos<T> : ISeries<T> { T start; T val; // This delegate defines the form of a method // that will be called when the next element in // the series is needed public delegate T IncByTwo(T v); // This delegate reference will be assigned the // method passed to the ByTwos constructor IncByTwo incr; public ByTwos(IncByTwo incrMeth) { start = default(T); val = default(T); incr = incrMeth; }

Part I:

This f can only make sense for x 0 But even then f is not a function since it is ambiguous For instance, it assigns to x = 1 both the numbers 1 and 1

public T GetNext() { val = incr(val); return val; } public void Reset() { val = start; } public void SetStart(T v) { start = v; val = start; } } class ThreeD { public int x, y, z; public ThreeD(int a, int b, int c) { x = a; y = b; z = c; } } class GenIntfDemo { // Define plus two for int static int IntPlusTwo(int v) { return v + 2; } // Define plus two for double static double DoublePlusTwo(double v) { return v + 20; } // Define plus two for ThreeD static ThreeD ThreeDPlusTwo(ThreeD v) { if(v==null) return new ThreeD(0, 0, 0); else return new ThreeD(vx + 2, vy + 2, vz + 2); } static void Main() { // Demonstrate int series ByTwos<int> intBT = new ByTwos<int>(IntPlusTwo); for(int i=0; i < 5; i++) ConsoleWrite(intBTGetNext() + " ConsoleWriteLine();

18:

the attached report Because the imperative sounds like you re issuing an order, most people wouldn t be comfortable addressing their boss in this manner Instead, soften the imperative by writing Please review the attached report That one word, Please, adjusts your tone suf ciently and still maintains a strong appeal Use your judgment about when to add the word please One approach to making the decision is to read the text aloud; if it sounds too brusque, add the word please Contrast these examples:

// Demonstrate double series ByTwos<double> dblBT = new ByTwos<double>(DoublePlusTwo);

dblBTSetStart(114); for(int i=0; i < 5; i++) ConsoleWrite(dblBTGetNext() + " ConsoleWriteLine();

It is useful to be able to draw pictures which represent functions These pictures, or graphs, are a device for helping us to think about functions In this book we will only graph functions whose domains and ranges are subsets of the real numbers We graph functions in the x-y plane The elements of the domain of a function are thought of as points of the x-axis The values of a function are measured on the y-axis The graph of f associates to x the unique y value that the function f assigns to x In other words, a point (x, y) lies on the graph of f if and only if y = f (x)

// Demonstrate ThreeD series ByTwos<ThreeD> ThrDBT = new ByTwos<ThreeD>(ThreeDPlusTwo); ThreeD coord; for(int i=0; i < 5; i++) { coord = ThrDBTGetNext(); ConsoleWrite(coordx + "," + coordy + "," + coordz + " "); } ConsoleWriteLine(); } }

The output is shown here:

2 4 6 8 10 134 154 174 194 214 0,0,0 2,2,2 4,4,4 6,6,6 8,8,8

Let f ( x) = ( x 2 + 2) /( x 1) Determine whether there are points of the graph of f corresponding to x = 3, 4, and 1

There are several things of interest in the preceding example First, notice how ISeries is declared:

public interface ISeries<T> {

As mentioned, a generic interface uses a syntax similar to that of a generic class Now, notice how ByTwos, which implements ISeries, is declared:

Call today Fill out the form Attend the meeting Please call today Please ll out the form Please attend the meeting

class ByTwos<T> : ISeries<T> {