static void Main(string[] args)
{
RouletteWheel rouletteWheel = new RouletteWheel();
rouletteWheel.PrintBetTable();
(string number, string color)ball = rouletteWheel.SpinWheel();
Console.WriteLine($"Ball Landed on\t: {ball}");
Console.WriteLine($"Winning bets!");
DisplatResults(ball);
}
public PlayGame()
{
WriteText.StartGameText();
QuitGame(!Menu.YesOrNo(Console.ReadLine()));
Console.Clear();
RouletteWheel[] gameWheel = RouletteWheel.ConstructWheel();
RouletteWheel binResult;
ConsoleSpinner spinner = new ConsoleSpinner();
spinner.Delay = 300;
Stopwatch s = new Stopwatch();
int time = 7;
int userBetSelection;
int intChoice;
string stringChoice;
int moneyBet;
bool userDecision = true;
WriteText.EnterAmountOfMoney();
Player user = new Player(Validation.InRangeCashAmount(UserInput.GetNumber()));
Console.Clear();
// Loop will keep running as long as the user keeps sayin yes to new bets
while (userDecision)
{
// I will be getting the spin result from the start in order for my bet methods to work properly
// When the wheel spins in code, it doesn't matter to the user
// I'll display wheel spinning after bets are placed
// to make the user think the wheel spun after bets are placed
binResult = RouletteWheel.SpinWheel(gameWheel);
List <int> ListOfBetResults = new List <int>();
// once user tpyes no at the end of the loop it will then exit the loop
while (userDecision)
{
Console.Clear();
GameBoard.DrawBoard();
WriteText.TypesOfBetsText();
WriteText.GetBetChoice();
userBetSelection = UserInput.GetNumber();
// Once a user picks a number the switch will pick the correct bet
// Each case will draw a board and output how to bet
// The bet is placed, then determines if its a win or lose then adds the money to a list to be added later
switch (userBetSelection)
{
case 1:
Console.Clear();
GameBoard.DrawBoard();
WriteText.NumbersChoice();
WriteText.EnterChoice();
intChoice = Validation.NumbersChoiceValidation(UserInput.GetNumber());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Number(intChoice, binResult.BinNumber)));
break;
case 2:
Console.Clear();
GameBoard.DrawBoard();
WriteText.EvensOddsChoice();
WriteText.EnterChoice();
stringChoice = Validation.EvenOddValidation(UserInput.GetString());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.EvensOdds(stringChoice, binResult.BinNumber)));
break;
case 3:
Console.Clear();
GameBoard.DrawBoard();
WriteText.RedsBlacksChoice();
WriteText.EnterChoice();
stringChoice = Validation.RedBlackValidation(UserInput.GetString());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.RedsBlacks(stringChoice, binResult.BinColor)));
break;
case 4:
Console.Clear();
GameBoard.DrawBoard();
WriteText.LowsHighsChoice();
WriteText.EnterChoice();
stringChoice = Validation.LowHighValidation(UserInput.GetString());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.LowsHighs(stringChoice, binResult.BinNumber)));
break;
case 5:
Console.Clear();
GameBoard.DrawBoard();
WriteText.DozensChoice();
WriteText.EnterChoice();
stringChoice = Validation.DozensValidation(UserInput.GetString());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Dozens(stringChoice, binResult.BinNumber)));
break;
case 6:
Console.Clear();
GameBoard.DrawBoard();
WriteText.ColumnsChoice();
WriteText.EnterChoice();
stringChoice = Validation.DozensValidation(UserInput.GetString());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Columns(stringChoice, binResult.BinNumber)));
break;
case 7:
Console.Clear();
GameBoard.DrawBoard();
WriteText.StreetChoice();
WriteText.EnterChoice();
intChoice = Validation.StreetValidation(UserInput.GetNumber());
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Street(intChoice, binResult.BinNumber)));
break;
case 8:
Console.Clear();
GameBoard.DrawBoard();
WriteText.SixNumbersChoice();
WriteText.EnterChoice();
intChoice = UserInput.GetNumber();
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.SixNumbers(intChoice, binResult.BinNumber)));
break;
case 9:
Console.Clear();
GameBoard.DrawBoard();
WriteText.SplitChoice();
WriteText.EnterChoice();
intChoice = UserInput.GetNumber();
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Split(intChoice, binResult.BinNumber)));
break;
case 10:
Console.Clear();
GameBoard.DrawBoard();
WriteText.Corners();
WriteText.EnterChoice();
intChoice = UserInput.GetNumber();
WriteText.EnterBetAmount();
moneyBet = Validation.InRangeCashAmount(UserInput.GetNumber());
ListOfBetResults.Add(user.PlaceMoneyBet(moneyBet, Bet.Corner(intChoice, binResult.BinNumber)));
break;
}
Console.Clear();
WriteText.AskIfMoreBets();
userDecision = Menu.YesOrNo(UserInput.GetString());
Console.Clear();
s.Start();
Console.Write("Wheel Spinning");
while (s.Elapsed <= TimeSpan.FromSeconds(time))
{
spinner.Turn(displayMsg: "Wheel spinning ", sequenceCode: 4);
}
s.Stop();
}
Console.Clear();
int addWinningLosses = 0;
// This loop will add up all the winning and losing bets
foreach (var betMoney in ListOfBetResults)
{
addWinningLosses += betMoney;
}
if (addWinningLosses > 0)
{
WriteText.WonBet();
Console.WriteLine(addWinningLosses);
}
if (addWinningLosses < 0)
{
WriteText.LostBet();
Console.WriteLine(addWinningLosses);
}
if (addWinningLosses.Equals(0))
{
WriteText.BrokeEven();
Console.WriteLine(addWinningLosses);
}
WriteText.NewCashAmount();
Console.WriteLine(user.AfterBetCashAmount(addWinningLosses));
addWinningLosses = 0;
WriteText.KeepPlaying();
userDecision = Menu.YesOrNo(UserInput.GetString());
}
}
//The PlayRoulette method is the meat and potatoes of the Roulette application, if you will.
//Here we instantiate the RouletteWheel class, generate the random coordinates that represent
//The result of the spin, and we take the players bet and pass it off to the result checking methods
public static void PlayRoulette(int chips, int playerSelection, int playerBet)
{
RouletteWheel cadesWheel = new RouletteWheel();
string zeroResult = "";
int[] coordinates = cadesWheel.GetCoords();
int xCoord = coordinates[0];
int spinResult = cadesWheel.SpinWheel(coordinates);
if (spinResult == 0)
{
zeroResult = cadesWheel.CheckZero(spinResult, coordinates);
}
else
{
zeroResult = null;
}
string color = cadesWheel.CheckColor(xCoord, spinResult);
bool win;
//Console.WriteLine(format + $"The winning number is {spinResult}");
//**Used for testing purposes! If uncommented you can see the result of
//the spin before you place a bet! **
switch (playerSelection)
{
case 1:
win = WinLose.NumberResult(zeroResult, spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 35);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 2:
win = WinLose.EvenOddResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 1);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 3:
win = WinLose.ColorResult(color, spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 1);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 4:
win = WinLose.LowHighResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 1);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 5:
win = WinLose.DozensResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 2);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 6:
win = WinLose.ColumnResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 2);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 7:
win = WinLose.SixesResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 5);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 8:
win = WinLose.CornersResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 8);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 9:
win = WinLose.StreetResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 11);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
case 10:
win = WinLose.SplitResult(spinResult);
if (win == true)
{
chips = CalculatePayouts.Win(chips, playerBet, 17);
}
else
{
chips = CalculatePayouts.Lose(chips, playerBet);
}
break;
}
//At the end of the PlayRoulette I pass control off to the SpinAgain method, which gives the user a choice to either
//Place another bet and spin the wheel again, or to gracefully exit the program
SpinAgain(chips);
}