Listed below is code to play a guessing game. In the game two players attempt to guess a n...

Listed below is code to play a guessing game. In the game two players attempt to guess a number. Your task is to extend die program with objects solution to Programming that represent either a human player or a computer player. The rand()

project 15.12 function requires you include cstdl i b (see Appendix 4):

bool checkForWi nO'nt guess, int answer)

{

cout« “You guessed” « guess « “.”;

if (answer == guess)

{

cout« “You're right! You win!” «endl ;

return true;

}

else if (answer

cout« “Your guess is too high.” «endl;

else

cout« “Your guess is too low.” «endl;

return false;

}

void play(Player &playerl, Player &player2)

{

int answer = 0, guess = 0;

answer = rand() % 100;

bool win = false;

while (!win)

{

cout« “Player l's turn to guess.” «endl;

guess = playerl.getGuess() ;

win = checkForWin(guess, answer);

if (win) return;

cout« “Player 2's turn to guess.” «endl;

guess = player2.getGuess();

win = checkForWin(guess, answer);

}

}

The play function takes as input two Player objects. Define the Player class with a virtual function named get Cuess(). The implementation of Player: :get Guess() can simply return 0. Next, define a class named Human Player derived from Player. The implementation of Hutnan Player: :get Guess() should prompt the user to enter a number and return the value entered from the keyboard. Next, define a class named Computer Player derived from Player. The implementation of Computer Player: :get Guess() should randomly select a number between 0 and 99 (see Appendix 4 for information on random number generation). Finally, construct a main function that invokes play(Player&playerl, Player &player2) with two instances of a Human Player (human versus human), an instance of a Human Player and Computer Player (human versus computer), and two instances of Computer Player (computer versus computer).