private Dice die = new Dice(); //Makes an object of the class 'Dice'
#endregion
public Game()
{
#if DEBUG
Debug.WriteLine("DEBUGMODE");
#endif
Design.Clear(500);
this.numberOfPlayers = SetNumberOfPlayers(); //Sets the number of players before the game begins
CreatePlayers(); //This method creates the players
CreateField(); //Creates the fields used in the game
GetPlayers();
Turn(); //Begins player one's turn
}
private void CreatePlayers()
{
this.players = new Player[this.numberOfPlayers]; //Initializes the players array
Console.WriteLine();
for (int i = 0; i < this.numberOfPlayers; i++) //Runs until all users have names
{
Design.Clear(300);
Console.Write("What is the name of player {0}: ", (i + 1)); //Asks for the players name
string name = Console.ReadLine(); //saves the name as a temporary variable called 'name'
Token[] token = TokenAssign(i); //Assigns the tokens for the different users
players[i] = new Player(name, (i + 1), token); //Initalizes each player in the array
PrintLog("Player " + i + " name: " + name);
}
}
//Each players turn
private void Turn()
{
while (true) //Checks if the game is on
{
Player turn = players[(playerTurn)]; //Finds the player in the array
Design.Clear(delay);
Console.WriteLine("It is " + turn.Name + "'s turn\n"); //Some 'nice' output
do
{
Console.Write("Press 'K' to roll the die: ");
}while (Console.ReadKey().KeyChar != 'k');
Console.WriteLine();
Design.Clear(delay);
Console.WriteLine("You got: " + die.ThrowDice());
Console.WriteLine();
CanMove(turn); //Checks if the player can move
}
}
private int SetNumberOfPlayers()
{
int numOfPlayers = 0;
Console.Write("How many players?: "); //Asks for how many players there will be in this game
while (numOfPlayers < 2 || numOfPlayers > 4) //Checks if there is less than 2 or more than 4
{
if (!int.TryParse(Console.ReadKey().KeyChar.ToString(), out numOfPlayers)) //Tries to save the input as 'this.numberOfPlayers'
{
Console.WriteLine(); //Makes a blank space
Design.Clear(160);
Console.Write("Unknown input, choose between 2 and 4 players: ");
}
}
PrintLog("NumberOfPlayers: " + numOfPlayers);
return(numOfPlayers);
}
//OPTIMIZE CanMove
//Checks if the player can move
private void CanMove(Player turn)
{
Token[] tokens = turn.GetTokens();
int choice = 0; //How many tokens can the player move
int finish = 0;
Console.WriteLine("Here are your pieces:");
Design.WriteLine("", delay);
foreach (Token tkn in tokens) //Begins to write the tokens of the player
{
Console.Write("piece number: " + tkn.Id + " are placed: " + tkn.State); //Writes the id and state of each of the tokens
switch (tkn.State) //Begins to check if the player can do anything with his/hers tokens
{
case TokenState.Home:
if (die.GetValue == 6)
{
Console.Write(" - Can move");
choice++; //Can move this token AKA a choice
tkn.CanMove = true;
}
else
{
Console.Write(" - Can not move");
tkn.CanMove = false;
}
break;
case TokenState.Finished:
Console.Write(" <- Is finished");
tkn.CanMove = false;
finish++;
break;
default:
Console.Write(" <- Can move : " + tkn.Position + " ");
choice++;
tkn.CanMove = true;
break;
}
Design.WriteLine("", delay);
}
if (finish >= 4)
{
Finish(turn); //Finishes the game
}
Design.WriteLine("<------------------------------------------------>");
Console.WriteLine(tokens[0].Color.ToString() + " have " + choice.ToString() + " options in this turn\n");
tries++;
if (tries < 3 && die.GetValue < 6 && choice == 0)
{
Turn();
}
tries = 0;
if (choice == 0) //Cant do anything this turn skips the player
{
ChangeTurn();
}
else
{
MoveToField(players[playerTurn]);
ChangeTurn();
}
}
