use c++ to Listed below is code to play a guessing game in which two players attempt to guess a number. Your task is to extend the program with objects that represent either a human player or a computer player. bool checkForWin(int guess, int answer) { if (answer == guess) { cout << "You're right! You win!" << endl; return true; } else if (answer < guess) cout << "Your guess is too high." << endl; else cout << "Your guess is too low." << endl; return false; } void play(Player &player1, Player &player2) { int answer = 0, guess = 0; answer = rand() % 100; bool win = false; while (!win) { cout << "Player 1's turn to guess." << endl; guess = player1.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 getGuess(). The implementation of Player::getGuess() can simply return 0. Next, define a class named HumanPlayer derived from Player. The implementation of HumanPlayer::getGuess() should prompt the user to enter a number and return the value entered from the keyboard. Next, define a class named ComputerPlayer derived from Player. The implementation of ComputerPlayer::getGuess() should randomly select a number from 0 to 100. Finally, construct a main function that invokes play(Player &player1, Player &player2)with two instances of a HumanPlayer (human vs. human), an instance of a HumanPlayer and ComputerPlayer (human vs. computer), and two instances of ComputerPlayer (computer vs. computer).
Task 9: use c++ to Listed below is code to play a guessing game in which two players attempt to guess a number. Your task is to extend the program with objects that represent either a human player or a computer player.
bool checkForWin(int guess, int answer)
{
if (answer == guess)
{
cout << "You're right! You win!" << endl;
return true;
}
else if (answer < guess)
cout << "Your guess is too high." << endl;
else
cout << "Your guess is too low." << endl;
return false;
}
void play(Player &player1, Player &player2)
{
int answer = 0, guess = 0;
answer = rand() % 100;
bool win = false;
while (!win)
{
cout << "Player 1's turn to guess." << endl;
guess = player1.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 getGuess(). The implementation of Player::getGuess() can simply return 0.
Next, define a class named HumanPlayer derived from Player. The implementation of HumanPlayer::getGuess() should prompt the user to enter a number and return the value entered from the keyboard. Next, define a class named ComputerPlayer derived from Player.
The implementation of ComputerPlayer::getGuess() should randomly select a number from 0 to 100. Finally, construct a main function that invokes play(Player &player1, Player &player2)with two instances of a HumanPlayer (human vs. human), an instance of a HumanPlayer and ComputerPlayer (human vs. computer), and two instances of ComputerPlayer (computer vs. computer).
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