private static void PlayGame(List <string> AllowedWords, Dictionary <char, int> TileDictionary, bool RandomStart, int StartHandSize, int MaxHandSize, int MaxTilesPlayed, int NoOfEndOfTurnTiles)
{
int PlayerOneScore = 50;
int PlayerTwoScore = 50;
int PlayerOneTilesPlayed = 0;
int PlayerTwoTilesPlayed = 0;
string PlayerOneTiles = "";
string PlayerTwoTiles = "";
QueueOfTiles TileQueue = new QueueOfTiles(20);
if (RandomStart)
{
PlayerOneTiles = GetStartingHand(TileQueue, StartHandSize);
PlayerTwoTiles = GetStartingHand(TileQueue, StartHandSize);
}
else
{
PlayerOneTiles = "BTAHANDENONSARJ";
PlayerTwoTiles = "CELZXIOTNESMUAA";
}
while (PlayerOneTilesPlayed <= MaxTilesPlayed && PlayerTwoTilesPlayed <= MaxTilesPlayed && PlayerOneTiles.Length < MaxHandSize && PlayerTwoTiles.Length < MaxHandSize)
{
HaveTurn("Player One", ref PlayerOneTiles, ref PlayerOneTilesPlayed, ref PlayerOneScore, TileDictionary, ref TileQueue, AllowedWords, MaxHandSize, NoOfEndOfTurnTiles);
Console.WriteLine();
Console.WriteLine("Press Enter to continue");
Console.ReadLine();
Console.WriteLine();
HaveTurn("Player Two", ref PlayerTwoTiles, ref PlayerTwoTilesPlayed, ref PlayerTwoScore, TileDictionary, ref TileQueue, AllowedWords, MaxHandSize, NoOfEndOfTurnTiles);
}
UpdateScoreWithPenalty(ref PlayerOneScore, PlayerOneTiles, TileDictionary);
UpdateScoreWithPenalty(ref PlayerTwoScore, PlayerTwoTiles, TileDictionary);
DisplayWinner(PlayerOneScore, PlayerTwoScore);
}
private static void FillHandWithTiles(ref QueueOfTiles TileQueue, ref string PlayerTiles, int MaxHandSize)
{
while (PlayerTiles.Length <= MaxHandSize)
{
PlayerTiles = PlayerTiles + TileQueue.Remove();
TileQueue.Add();
}
}
private static string GetStartingHand(QueueOfTiles TileQueue, int StartHandSize)
{
string Hand = "";
for (int Count = 0; Count < StartHandSize; Count++)
{
Hand = Hand + TileQueue.Remove();
TileQueue.Add();
}
return(Hand);
}
private static void AddEndOfTurnTiles(ref QueueOfTiles TileQueue, ref string PlayerTiles, string NewTileChoice, string Choice)
{
int NoOfEndOfTurnTiles = 0;
if (NewTileChoice == "1")
{
NoOfEndOfTurnTiles = Choice.Length;
}
else if (NewTileChoice == "2")
{
NoOfEndOfTurnTiles = 3;
}
else
{
NoOfEndOfTurnTiles = Choice.Length + 3;
}
for (int Count = 0; Count < NoOfEndOfTurnTiles; Count++)
{
PlayerTiles = PlayerTiles + TileQueue.Remove();
TileQueue.Add();
}
}
private static void HaveTurn(string PlayerName, ref string PlayerTiles, ref int PlayerTilesPlayed, ref int PlayerScore, Dictionary <char, int> TileDictionary, ref QueueOfTiles TileQueue, List <string> AllowedWords, int MaxHandSize, int NoOfEndOfTurnTiles)
{
Console.WriteLine();
Console.WriteLine(PlayerName + " it is your turn.");
DisplayTilesInHand(PlayerTiles);
string NewTileChoice = "2";
bool ValidChoice = false;
bool ValidWord = false;
string Choice = "";
while (!ValidChoice)
{
Choice = GetChoice();
if (Choice == "1")
{
DisplayTileValues(TileDictionary, AllowedWords);
}
else if (Choice == "4")
{
TileQueue.Show();
}
else if (Choice == "7")
{
DisplayTilesInHand(PlayerTiles);
}
else if (Choice == "0")
{
ValidChoice = true;
FillHandWithTiles(ref TileQueue, ref PlayerTiles, MaxHandSize);
}
else
{
ValidChoice = true;
if (Choice.Length == 0)
{
ValidWord = false;
}
else
{
ValidWord = CheckWordIsInTiles(Choice, PlayerTiles);
}
if (ValidWord)
{
ValidWord = CheckWordIsValid(Choice, AllowedWords);
if (ValidWord)
{
Console.WriteLine();
Console.WriteLine("Valid word");
Console.WriteLine();
UpdateAfterAllowedWord(Choice, ref PlayerTiles, ref PlayerScore, ref PlayerTilesPlayed, TileDictionary, AllowedWords);
NewTileChoice = GetNewTileChoice();
}
}
if (!ValidWord)
{
Console.WriteLine();
Console.WriteLine("Not a valid attempt, you lose your turn.");
Console.WriteLine();
}
if (NewTileChoice != "4")
{
AddEndOfTurnTiles(ref TileQueue, ref PlayerTiles, NewTileChoice, Choice);
}
Console.WriteLine();
Console.WriteLine("Your word was:" + Choice);
Console.WriteLine("Your new score is:" + PlayerScore);
Console.WriteLine("You have played " + PlayerTilesPlayed + " tiles so far in this game.");
}
}
}
