void main ()
{
// Outputs the rules for the game
outputIntro();
string name;
// Retrieve user's name and initialize the Player
cout << "\nEnter your name: ";
getline(cin, name);
Player user(name);
// Retrieve a name for the computer and initialize the computer
cout << "\nEnter a name for the computer: ";
getline(cin,name);
Computer comp(name);
cout << "\n";
unsigned int roundCount = EMPTY;
// Game continues as long as neither player has over WINNING_SCORE points
while ( (user.GetScore() < WINNING_SCORE) && (comp.GetScore() < WINNING_SCORE) )
{
// Output scores
ScoreOutput(user,comp,roundCount);
// Initialize and shuffle up the deck
Cards deck;
deck.InitializeDeck();
deck.ShuffleDeck();
// Must clear up both the players and computers hands and melded card piles
user.ClearHandAndMeldedCards();
comp.ClearHandAndMeldedCards();
// Deal the deck
dealDeck(user,comp,deck,roundCount);
// Reset count back to roundCount --> alternate who goes first
unsigned int count = roundCount;
// Commence the game, game continues as long as both players have cards
while ( (user.GetHandSize() > EMPTY) && (comp.GetHandSize() > EMPTY) && (deck.GetDeckSize() > EMPTY) )
{
// Must call gameplay every play through the hand
if (count % EVEN_ODD == EMPTY) // Player is up
user.GamePlay(deck,comp.ReturnVectorOfMyMeldedCards(),comp.GetName());
else // Computer is up
comp.GamePlay(deck);
count++;
}
// Round is over, must increment the round count
roundCount++;
int initialPlayerScore = user.GetScore();
int initialCompScore = comp.GetScore();
// Calculate scores
user.CalculateScore();
comp.CalculateScore();
cout << "Points scored this round:\n" << user.GetName() << ": " << user.GetScore() - initialPlayerScore << "\n" <<
comp.GetName() << ": " << comp.GetScore() - initialCompScore << "\n\n";
}
// Someone has won by now
outputEnding(user,comp);
system("pause");
}
