cManager::cManager(vector<cSquare*> &vSquareVector)
{
vector<cSquare*> vOwnedProperties;
//Uses A Const To Determine The Amount Of Rounds
int managerRounds[amountOfRounds];
//Outputs A Welcoming Message To User
cout << "Welcome To Monopoly." << endl;
//Reads The Monopoly.txt File And Creates Pointers Of Classes
retrieveFile(vSquareVector);
//Uses The Amount Of Rounds Const To Determine The Random's Length
roll(managerRounds);
//Creates The Objects Of cPlayer Class.
cPlayer Player1("Dog", 300, 0);
cPlayer Player2("Car", 300, 0);
//Uses The Amount Of Rounds To Determine Howmany Times To Loop
for (int i = 0; i < amountOfRounds; i++)
{
// Splits Evenly For Each Use(Odd 1 Player , Even The Other)
if (isOdd(i) == true)
{
diceLocationMove(Player1.getCurrentPosition(), managerRounds[i], Player1);
squareLocation(Player1.getCurrentPosition(), Player1, Player2, vSquareVector);
checkPlayerBalance(Player1);
}
else
{
diceLocationMove(Player2.getCurrentPosition(), managerRounds[i], Player2);
squareLocation(Player2.getCurrentPosition(), Player2, Player1, vSquareVector);
checkPlayerBalance(Player2);
}
}
clearMemory(vSquareVector);
}
int main()
{
std::cout << "Ready to play Pong?" << "\n";
system("pause");
sfw::initContext(width, height, "Pong");
// then we need to update our buffers, poll for input, etc.
while (sfw::stepContext())
{
Walls();
Player1();
Player2();
Ball();
if (player1score > 4)
{
std::cout << "Player 1 wins" << "\n" <<"Player 1 Score:" << player1score << "\n" << "Player 2 Score:" << player2score << "\n";
sfw::termContext();
system("pause");
}
if (player2score > 4)
{
std::cout << "Player 2 wins" << "\n" << "Player 2 Score:" << player2score << "\n" << "Player 1 Score:" << player1score << "\n";
sfw::termContext();
system("pause");
}
}
//395 405 250 350
sfw::termContext();
return 0;
}