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To generate a sequence of pseudorandom numbers, you will use the Random class Sequences of random numbers are useful in a variety of situations, including simulations and modeling The starting point of the sequence is determined by a seed value, which can be automatically provided by Random or explicitly specified Random defines these two constructors: public Random( ) public Random(int Seed) The first version creates a Random object that uses the system time to compute the seed value The second uses the value of Seed as the seed value Random defines the methods shown in Table 21-14

The interval of integration is ( , + ) To evaluate this integral, we break the interval up into two pieces: ( , + ) = ( , 0] [0, + ) (The choice of zero as a place to break the interval is not important; any other point would do in this example) Thus we will evaluate separately the integrals

Part II:

Method public virtual int Next( ) public virtual int Next(int maxValue) public virtual int Next(int minValue, int maxValue) public virtual void NextBytes(byte[ ] buffer) public virtual double NextDouble( )

Meaning Returns the next random integer, which will be between 0 and Int32MaxValue 1, inclusive Returns the next random integer that is between 0 and maxValue 1, inclusive Returns the next random integer that is between minValue and maxValue 1, inclusive Fills buffer with a sequence of random integers Each byte in the array will be between 0 and ByteMaxValue 1, inclusive Returns the next random value from the sequence represented as a floating-point number that is greater than or equal to 00 and less than 10 Returns the next random value from the sequence represented as a floating-point number that is greater than or equal to 00 and less than 10 To create a skewed or specialized distribution, override this method in a derived class

protected virtual double Sample( )

+ 0

TABLE 21-14

Here is a program that demonstrates Random by creating a pair of computerized dice:

// An automated pair of dice using System; class RandDice { static void Main() { Random ran = new Random(); ConsoleWrite(ranNext(1, 7) + " "); ConsoleWriteLine(ranNext(1, 7)); } }

Read each of the scenarios in Exercise 1 and write an action objective that best describes what each person wants his or her reader(s) to do If you nd you re writing a passive objective, ask yourself, Why do I care to help you transform the passive objective into an action objective Following each scenario are examples of well-written objectives Keep in mind that there are many good variations If the objective you write allows you to envision a reader doing something, it s a well-written objective On the other hand, if your objective describes a feeling or thought, or if it expresses an intention, it s not likely to be effective As you practice writing objectives and evaluate your work, think action! EXERCISE 1: Write a One-Sentence Objective 1 Justin s company has an intranet that posts openings within the company and all its subsidiaries worldwide Justin wants to apply for a new position within his business unit The job he s interested in represents a promotion and would move him up to the same level as his current boss Company policy requires that job applications include a letter of support from the employee s current supervisor Justin has decided to send an E-mail to his boss as a rst step in putting together his application for the new job

0

Here are three sample runs:

5 2 4 4 1 6

The program works by first creating a Random object Then it requests the two random values, each between 1 and 6

The GC class encapsulates the garbage-collection facility The methods defined by GC are shown in Table 21-15 It defines the read-only property shown here: public static int MaxGeneration { get; }

2

21:

MaxGeneration contains the maximum generation number available to the system A generation number indicates the age of an allocation Newer allocations have a lower number than older ones Generation numbers help improve the efficiency of the garbage collector