static void Main(string[] args)
{
//Gera cores
//inicialização das instâncias do jogo
Board board = new Board(); //criar novo board
WinChecker winChecker = new WinChecker(); //checar win or draw
Renderer renderer = new Renderer(); // renderizar board
Player player1 = new Player(1); // criar player 1
Player player2 = new Player(2); // criar player 2
Position NextMove = new Position(0, 0); //posição para jogada
bool move = false; // flag para indicar se a jogada é válida ou não
//enquanto NÃO for empate E enquanto NÃO houver vencedor definido, o ciclo continua
while (winChecker.Check(board, player1, player2) == 0 && winChecker.IsDraw(board) == 0)
{
renderer.Render(board); //imprime, na linha de comandos, o tabuleiro atualizado
if (board.NextTurn == 1) // caso o turno seja do jogador 1
{
Console.WriteLine("Player 1"); //imprime o jogador
Console.WriteLine("\nEnter one Column between 1 and 7"); //solicita a coluna a jogar do tabuleiro
NextMove = player1.ColumnPlayed(board); // retorna uma posição válida para a jogada
Console.WriteLine("\nRow :" + NextMove.Row + "|| Col :" +
NextMove.Column + "\n"); // imprime linha e coluna da jogada
Console.WriteLine("\nSelect the piece what you want" +
" using num pad ( 1-> Square, 2->Circle )"); // solicita a peça a jogar
player1.PiecePlayed(); // seleciona a peça do player e decrementa o contador de peças
Console.WriteLine("\n"); // pula duas linhas
move = board.SetBlockBoard(NextMove, player1.Piece_played); // adiciona a peça no tabuleiro e retorna a flage caso não seja uma jogada possível
}
else if (board.NextTurn == 2) // caso o turno seja do jogador 2
{
Console.WriteLine("Player 2"); //imprime o jogador
Console.WriteLine("\nEnter one Column between 1 and 7"); //solicita a coluna a jogar do tabuleiro
NextMove = player2.ColumnPlayed(board); // retorna uma posição válida para a jogada
Console.WriteLine("\nRow :" + NextMove.Row + "|| Col :"
+ NextMove.Column + "\n"); // imprime linha e coluna da jogada
Console.WriteLine("\nSelect the piece what you want" +
" using num pad ( 1-> Square, 2->Circle )"); // solicita a peça a jogar
player2.PiecePlayed(); // seleciona a peça do player e decrementa o contador de peças
Console.WriteLine("\n"); // pula duas linhas
move = board.SetBlockBoard(NextMove, player2.Piece_played); // adiciona a peça no tabuleiro e retorna a flage caso não seja uma jogada possível
}
Console.Clear(); // limpa tela
if (move == false)
{
Console.WriteLine("\nThat is not a legal move.");
}
}
// após saír do ciclo, imprime o tabuleiro e os resultados do vencedor
renderer.Render(board); // mostra o board final
renderer.RenderResults(winChecker.Check(board, player1, player2)); // mostra o vencedor
// solicita uma tecla para terminar o programa
Console.ReadKey();
}
static void Main(string[] args)
{
Grid grid = new Grid();
WinChecker winChecker = new WinChecker();
Renderer renderer = new Renderer();
Moves player1 = new Moves();
Moves player2 = new Moves();
int rowChecker = 0; // Var that tell the method which row it is supposed to check for an open space
Console.WriteLine("Welcome to my wannabe Simplexity Game \n");
Console.WriteLine("Here are the rules:\n");
Console.WriteLine(" - Press from 1 to 7 to choose the column you want to put your piece on. \n");
Console.WriteLine(" - Player 1 goes first, and is the white pieces. \n");
Console.WriteLine(" - First one to score 4 in a line with either Lowercase or Uppercase Wins. \n ");
Console.WriteLine("Ready to play? (Y/N)");
string answer = Console.ReadLine(); //String checks if the player wants to start the gameloop
if (answer == "Y" || answer == "y")
{
bool first = true; //Var that checks if it's the first turn
while (!winChecker.IsDraw(grid, rowChecker) && winChecker.Check(grid) == State.Undecided)
{
renderer.Render(grid, rowChecker); //Renders the grid every loop
Position nextMove; //Recieves the input from the player and assigns it to this var.
if (grid.NextTurn == Player.p1)
{
if (first != false)
{
//Console.WriteLine("Player 1, choose your piece. Cilinder or Cube?");
//answer = Console.ReadLine();
Console.WriteLine("Player 1, choose which column to put your piece on");
nextMove = player1.GetPosition(grid, rowChecker);
first = false;
if (!grid.SetState(nextMove, grid.NextTurn, grid.NextTurn2, rowChecker, first))
{
}
}
else
{
//Console.WriteLine("Player 1, choose your piece. Cilinder or Cube?");
//answer = Console.ReadLine();
Console.WriteLine("Player 1, choose which column to put your piece on");
nextMove = player1.GetPosition(grid, rowChecker);
}
}
else
{
//Console.WriteLine("Player 2, choose your piece. Cilinder or Cube?");
//answer = Console.ReadLine();
Console.WriteLine("Player 2, choose which column to put your piece on");
nextMove = player2.GetPosition(grid, rowChecker);
}
if (!grid.SetState(nextMove, grid.NextTurn, grid.NextTurn2, rowChecker))
{
Console.WriteLine("That is not a valid move.");
}
}
renderer.Render(grid, rowChecker);
renderer.RenderResults(winChecker.Check(grid));
}
Console.WriteLine("I'll see ya next time, goodbye!");
}
static void Main(string[] args)
{
Board board = new Board();
WinChecker winChecker = new WinChecker();
Renderer renderer = new Renderer();
Player player1 = new Player();
Player player2 = new Player();
int shape = (int)Shape.empty;
bool shapeChoosen, columnChoosen;
int turn = 1;
// While the game is still going it loop
while (!winChecker.IsDraw(board) && winChecker.Check(board) == State.Undecided)
{
// Reders the board
renderer.Render(board, shape);
// Creates a position
Position nextMove;
// If the turn is even
if (turn % 2 != 0)
{
Console.WriteLine("Your turn, player 1");
shapeChoosen = false;
// While the shape isnt choosen loop
while (shapeChoosen != true)
{
Console.WriteLine("What shape do you want to play? (Square = 1 / Cylinder = 2)");
// Saves what the player typed
ConsoleKeyInfo choice = Console.ReadKey();
// If the user types "1"
if (choice.KeyChar == '1')
{
Console.WriteLine("\nYou choose Square.");
shape = (int)Shape.square;
shapeChoosen = true;
break;
}
// If the user types "2"
else if (choice.KeyChar == '2')
{
Console.WriteLine("\nYou choose Cylinder.");
shape = (int)Shape.cylinder;
shapeChoosen = true;
break;
}
// If the user types anything but "1" or "2"
else
{
Console.WriteLine("\nPlease choose a valid answer.");
continue;
}
}
columnChoosen = false;
// While the player doesnt type anything loop
while (columnChoosen != true)
{
Console.WriteLine("On which column do you want to place your shape? (1 - 7)");
nextMove = player1.GetPosition(board);
columnChoosen = true;
// If the grid space is occupied already
if (!board.SetState(nextMove, board.NextTurn))
{
Console.WriteLine("That is not a legal move.");
columnChoosen = false;
}
}
turn++;
}
// If the turn is odd
else
{
Console.WriteLine("Your turn, player 2");
shapeChoosen = false;
// While the shape isnt choosen loop
while (shapeChoosen != true)
{
Console.WriteLine("What shape do you want to play? (Square = 1 / Cylinder = 2)");
// Saves what the player typed
ConsoleKeyInfo choice = Console.ReadKey();
// If the user types "1"
if (choice.KeyChar == '1')
{
Console.WriteLine("\nYou choose Square.");
shape = (int)Shape.square;
shapeChoosen = true;
break;
}
// If the user types "2"
else if (choice.KeyChar == '2')
{
Console.WriteLine("\nYou choose Cylinder.");
shape = (int)Shape.cylinder;
shapeChoosen = true;
break;
}
// If the user types anything but "1" or "2"
else
{
Console.WriteLine("\nPlease choose a valid answer.");
continue;
}
}
columnChoosen = false;
// While the player doesnt type anything loop
while (columnChoosen != true)
{
Console.WriteLine("On which column do you want to place your shape? (1 - 7)");
nextMove = player2.GetPosition(board);
columnChoosen = true;
// If the grid space is occupied already
if (!board.SetState(nextMove, board.NextTurn))
{
Console.WriteLine("That is not a legal move.");
columnChoosen = false;
}
}
turn++;
}
}
renderer.Render(board, shape);
renderer.RenderResults(winChecker.Check(board));
Console.ReadKey();
}
