def playVersusAINoReplay(difficulty, player1, player2):
running = True
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
turn = Turn.PLAYER
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
while (running):
if (turn == Turn.PLAYER):
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
# input('Press enter to advance')
return result
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
else:
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
time.sleep(0.5)
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
# input('Press enter to advance')
return result
piece = AI.placePiece(board, piece, difficulty) #add difficulty
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
# input('Press enter to advance')
return result
piece = AI.pickPiece(board, pieces, difficulty) #add difficulty
turn = Turn.PLAYER
def playAIvsAI(difficulty, player1, player2):
running = True
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
turn = Turn.OPPONENT
# prints.printFancyBoard(board, turn)
# prints.printPieces(pieces)
piece = AI.pickPiece(board, pieces, difficulty)
turn = Turn.PLAYER
while (running):
if (turn == Turn.PLAYER):
# prints.printFancyBoard(board, turn)
# prints.printPieces(pieces)
boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
piece = AI.placePiece(board, piece, difficulty)
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
#input('Press enter to advance')
return result
piece = AI.pickPiece(board, pieces, difficulty)
turn = Turn.OPPONENT
else:
# prints.printFancyBoard(board, turn)
# prints.printPieces(pieces)
boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
piece = AI.placePiece(board, piece, difficulty)
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
#input('Press enter to advance')
return result
piece = AI.pickPiece(board, pieces, difficulty)
turn = Turn.PLAYER
def playVersusAI(difficulty, player1, player2):
running = True
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
turn = Turn.PLAYER
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
while (running):
if (turn == Turn.PLAYER):
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
boardLogic.endGame(board, piece, turn, player1, player2)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
else:
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
time.sleep(0.5)
boardLogic.endGame(board, piece, turn, player1, player2)
piece = AI.placePiece(board, piece, difficulty) #add difficulty
boardLogic.endGame(board, piece, turn, player1, player2)
piece = AI.pickPiece(board, pieces, difficulty) #add difficulty
turn = Turn.PLAYER
def playVersusHuman(player1, player2):
running = True
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
turn = Turn.PLAYER
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
while (running):
if (turn == Turn.PLAYER):
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
boardLogic.endGame(board, piece, turn, player1, player2)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
else:
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
boardLogic.endGame(board, piece, turn, player1, player2)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.PLAYER
def playOnlineVersus(host, player1, player2):
running = True
connection = peer.Peer(host)
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
firstTurn = True
if (host):
turn = Turn.PLAYER
connection.accept_client()
# First turn (just handing a piece)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
connection.send([piece, pieces, board])
firstTurn = False
else:
turn = Turn.OPPONENT
connection.connect_to_server()
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
while (running):
if (firstTurn):
[piece, pieces, board] = connection.receive()
turn = Turn.PLAYER
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
#Show given piece and place it
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
connection.send([piece, pieces, board])
# Pick a piece for opponent
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
connection.send([piece, pieces, board])
firstTurn = False
turn = Turn.OPPONENT
else:
turn = Turn.OPPONENT
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
[piece, pieces, board] = connection.receive()
boardLogic.endGame(board, piece, turn, player1, player2)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
[piece, pieces, board] = connection.receive()
turn = Turn.PLAYER
# Show given piece, place it
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
coords = userInput.askWhereToPlace(board)
boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
connection.send([piece, pieces, board])
boardLogic.endGame(board, piece, turn, player1, player2)
# Pick a piece for opponent
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = userInput.askForPiece(pieces)
turn = Turn.OPPONENT
connection.send([piece, pieces, board])
def playOnlineAI(host, connection, player1, player2):
running = True
# connection = peer.Peer(host)
board = boardLogic.createBoard()
pieces = boardLogic.createPieces()
difficulty = Difficulty.HARD
firstTurn = True
if (host):
turn = Turn.PLAYER
# connection.accept_client()
# First turn (just handing a piece)
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = AI.pickPiece(board, pieces, difficulty)
turn = Turn.OPPONENT
time.sleep(0.05)
connection.send([piece, pieces, board])
firstTurn = False
else:
turn = Turn.OPPONENT
# connection.connect_to_server()
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
while (running):
if (firstTurn):
[piece, pieces, board] = connection.receive()
turn = Turn.PLAYER
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
#Show given piece and place it
prints.printPieceToPlace(piece, turn)
AI.placePiece(board, piece, difficulty) #add difficulty
# boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
time.sleep(0.05)
connection.send([piece, pieces, board])
# Pick a piece for opponent
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = AI.pickPiece(board, pieces, difficulty) #add difficulty
time.sleep(0.05)
connection.send([piece, pieces, board])
firstTurn = False
turn = Turn.OPPONENT
else:
turn = Turn.OPPONENT
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
[piece, pieces, board] = connection.receive()
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
# input('Press enter to advance')
return result
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
[piece, pieces, board] = connection.receive()
turn = Turn.PLAYER
# Show given piece, place it
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToPlace(piece, turn)
AI.placePiece(board, piece, difficulty) #add difficulty
# boardLogic.updateBoard(board, piece, int(coords[0]), int(coords[1]))
time.sleep(0.05)
connection.send([piece, pieces, board])
result = boardLogic.endGameNoReplay(board, piece, turn, player1, player2)
if (result != 'NONE'):
# input('Press enter to advance')
return result
# Pick a piece for opponent
prints.printFancyBoard(board, turn, player1, player2)
prints.printPieces(pieces)
prints.printPieceToGive(pieces)
piece = AI.pickPiece(board, pieces, difficulty)
turn = Turn.OPPONENT
time.sleep(0.05)
connection.send([piece, pieces, board])