def main(argv):
# Make sure we have enough command-line arguments
if len(argv) != 5:
print('Four command-line arguments are needed:')
print(
'Usage: \'python3 %s interactive [input_file] [computer-next/human-next] [depth]\''
% argv[0])
print(
'or: \'python3 %s one-move [input_file] [output_file] [depth]\'' %
argv[0])
sys.exit(-1)
game_mode, inFile, nextPlayer, depth = argv[1:5]
if game_mode != 'interactive' and game_mode != 'one-move':
print('%s is an unrecognized game mode' % game_mode)
sys.exit(-1)
currentGame = MaxConnect4Game() # Create a game
# Try to open the input file
try:
currentGame.gameFile = open(inFile, 'r')
except IOError:
sys.exit("\nError opening input file.\nCheck file name.\n")
# Read the initial game state from the file and save in a 2D list
file_lines = currentGame.gameFile.readlines()
currentGame.gameBoard = [[int(char) for char in line[0:7]]
for line in file_lines[0:-1]]
currentGame.currentTurn = int(file_lines[-1][0])
currentGame.gameFile.close()
print('\nWelcome to MaxConnect-4\n\n')
input("Press ENTER to continue...")
print(chr(27) + "[2J")
print('Game state before move:')
currentGame.printGameBoard()
# Update a few game variables based on initial state and print the score
currentGame.countScore()
print('Score: Player 1 = %d, Player 2 = %d\n' %
(currentGame.player1Score, currentGame.player2Score))
if game_mode == 'interactive':
interactiveGame(currentGame, depth, nextPlayer, inFile)
else:
outFile = argv[3]
try:
currentGame.outFile = open(outFile, 'w')
except:
sys.exit('Error opening output file.')
oneMoveGame(currentGame, depth)
def setInitState(self, inFile, gameMode, nextPlayer):
self.initialGameboard = maxconnect.MaxConnect4Game()
self.initialGameboard.setBoardFromFile(inFile, gameMode, nextPlayer)
self.initialGameboard.printGameBoard()
return self.initialGameboard
def __init__(self):
initialGameboard = maxconnect.MaxConnect4Game()
depth_limit = 0
def __init__(self):
initialgameBoard = M.MaxConnect4Game()
depth_limit = 0
def initState(self, inputFile, gameMode, nextPlayer):
self.initialgameBoard = M.MaxConnect4Game()
self.initialgameBoard.setBoard(inputFile, gameMode, nextPlayer)
self.initialgameBoard.printGameBoard()
return self.initialgameBoard
def setInitState(self,inputFile,game_mode,nextPlayer):
self.initialGameboard = m.MaxConnect4Game()
self.initialGameboard.setBoard(inputFile,game_mode,nextPlayer)
self.initialGameboard.printBoard()
return self.initialGameboard
def minimaxdecision(state,depth):
state = MaxConnect4Game()
current_state = state.gameBoard
def maxvalue(state):
state = MaxConnect4Game()
def main(argv):
# Make sure we have enough command-line arguments
if len(argv) != 5:
print 'Four command-line arguments are needed:'
print(
'Usage: %s interactive [input_file] [computer-next/human-next] [depth]'
% argv[0])
print('or: %s one-move [input_file] [output_file] [depth]' % argv[0])
sys.exit(2)
game_mode, inFile = argv[1:3]
if not game_mode == 'interactive' and not game_mode == 'one-move':
print('%s is an unrecognized game mode' % game_mode)
sys.exit(2)
currentGame = MaxConnect4Game.maxConnect4Game() # Create a game
# Try to open the input file
try:
currentGame.gameFile = open(inFile, 'r')
except IOError:
sys.exit("\nError opening input file.\nCheck file name.\n")
# Read the initial game state from the file and save in a 2D list
file_lines = currentGame.gameFile.readlines()
currentGame.gameBoard = [[int(char) for char in line[0:7]]
for line in file_lines[0:-1]]
currentGame.currentTurn = int(file_lines[-1][0])
currentGame.gameFile.close()
print '\nMaxConnect-4 game\n'
print 'Game state before move:'
currentGame.printGameBoard()
# Update a few game variables based on initial state and print the score
currentGame.checkPieceCount()
currentGame.countScore()
print('Score: Player 1 = %d, Player 2 = %d\n' %
(currentGame.player1Score, currentGame.player2Score))
# Taking currentGame.maxPlayer as the one who plays first so the algo for comp will always start with MaxVal call
if currentGame.currentTurn == 1:
currentGame.maxPlayer = 1
currentGame.minPlayer = 2
elif currentGame.currentTurn == 2:
currentGame.maxPlayer = 2
currentGame.minPlayer = 1
else:
print 'Check input file. Current Turn row.'
sys.exit()
# Checking if input board is not full
if currentGame.pieceCount == 42:
print 'Input Board state is full. No more possible moves.'
sys.exit()
currentGame.argvList = argv
currentGame.depthLimit = int(argv[4])
if game_mode == 'interactive':
interactiveGame(
currentGame
) # Be sure to pass whatever else you need from the command line
else: # game_mode == 'one-move'
# Set up the output file
outFile = argv[3]
try:
currentGame.gameFile = open(outFile, 'w')
except:
sys.exit('Error opening output file.')
oneMoveGame(
currentGame
) # Be sure to pass any other arguments from the command line you might need.