def main():
game = None
continueGame = True
# Create a new Reversi object to play games with for the duration of the program
try:
game = Reversi(8, 8)
except AssertionError:
print("Error occurred when creating Reversi class!")
raise
# If game was successfully created, set up the game!
else:
while (continueGame):
gameReady = False
smartMode = False
playerColour = ''
# Let the user choose between smart/dumb AI
print("Starting new game!")
print("Black goes first, then white")
smartChoice = input(
"Enter '1' to choose easy computer opponent, '2' for hard computer opponent: "
)
while smartChoice not in ['1', '2']:
smartChoice = input(
"Enter '1' to choose easy computer opponent, '2' for hard computer opponent: "
)
if (smartChoice == '2'):
game.smartMode = True
smartMode = True
elif (smartChoice == '1'):
game.smartMode = False
smartMode = False
# Let the player chose their starting colour!
playerColour = input(
"Would you like to play as white, or black? (w/b)")
while playerColour not in ['w', 'b']:
playerColour = input(
"Would you like to play as white, or black? (w/b)")
game.setPlayerColour(playerColour)
print("You have chosen to play as " + game.playerColour + "\n")
gameReady = True
currentTurn = 'b'
game.displayBoard()
# Once the player has chosen difficulty and colour, carry out the game!
while (gameReady):
# Check if the game is over before each move
if not game.isGameOver():
game.gameOverSearch = False
# Let the player pick coordinates for a move, and carry out that move - switch turns once completed
if game.playerColour == currentTurn:
validMove = False
print(
"Please enter a valid move! (Numbers from 0-7 seperated by a space,\n first number is the row, second number is the column!)"
)
while not validMove:
print("Enter 'q' to immediately quit the game!")
playerPosition = []
move = ''
validSyntax = False
while not validSyntax:
move = input("Enter a move: ")
if (move == ""):
print("Please enter a valid move!")
elif move == 'q':
print("Ending game...")
return
elif move[0] not in [
'0', '1', '2', '3', '4', '5', '6', '7'
]:
print(
"Out of bounds! Choose a row number between 0-7"
)
elif move[1] != " ":
print(
"Please separate the numbers with a space!"
)
elif move[2] not in [
'0', '1', '2', '3', '4', '5', '6', '7'
]:
print(
"Out of bounds! Choose a column number between 0-7"
)
else:
playerPosition.append(int(move[0]))
playerPosition.append(int(move[2]))
validSyntax = True
validMove = game.isPositionValid(
playerPosition, game.playerColour)
if (type(validMove) is tuple):
validMove = validMove[0]
game.makeMovePlayer(playerPosition)
currentTurn = game.computerColour
game.currentTurn = game.computerColour
# If it is NOT the player's turn and smart AI is on, carry out a smart move for the computer
elif game.playerColour != currentTurn and game.smartMode == True:
game.makeMoveSmart()
currentTurn = game.playerColour
game.currentTurn = game.playerColour
# If it is NOT the player's turn and the computer is NOT on smart mode, carry out a random move for the computer
else:
game.makeMoveNaive()
currentTurn = game.playerColour
game.currentTurn = game.playerColour
# If the game has ended, print out the conclusion/results of the game, and ask the player if they would like to play again.
else:
gameReady = False
print("Game over!! Final scores:\nPlayer score: " +
str(game.getScore(game.playerColour)) +
"\nComputer score: " +
str(game.getScore(game.computerColour)))
if (game.getScore(game.playerColour) >
(game.getScore(game.computerColour))):
print("You win!!")
elif (game.getScore(game.playerColour) == (game.getScore(
game.computerColour))):
print("Tie game! :)")
else:
print("The computer wins!")
playAgain = input("Would you like to play again? (y/n)")
while playAgain not in ['y', 'n']:
playAgain = input(
"Would you like to play again? (y/n)")
if (playAgain == 'n'):
continueGame = False
print("Thanks for playing!")
return
else:
print("Setting up a new game...\n")
game.newGame()
