def run(self):
#prints current board
board(self.playboard.fields)
while True:
#Ask Player for move
if self.playboard.current == 1:
print(self.player1, ', please make your move')
else:
print(self.player2, ', please make your move')
#ask for coordinates from player
x = int(input('Enter row: '))
y = int(input('Enter column: '))
#makes the move
self.playboard.makeMove(x,y)
#prints board after new move
board(self.playboard.fields)
#check if the game is over
if self.playboard.isOver() == True:
#return result of the game
return self.playboard.getResult()
def smartCompMatch(list):
'''BONUS WORK: start a match of tictactoe, player 1 is a smart computer, player 2 is a computer that makes random moves'''
#analogous to comments in compMatch
boardlist = list
counter = 0
while True:
if counter % 2 == 0:
player = 1
gametuple = smartMove(boardlist, player)
else:
player = 2
gametuple = randomMove(boardlist, player)
boardlist = modifyBoard(boardlist, gametuple, player)
board(boardlist)
counter += 1
if haswon(boardlist, player):
print('Congratulations, Player', player, ", you won!")
break
if checkgame(boardlist) == 0:
break
def compMatch(list):
'''Start a computer match of tictactoe in which player 1 and player 2 are played by a computer that makes random moves'''
boardlist = list
counter = 0
while True:
#determine whether player 1 or player 2 is playing
if counter % 2 == 0:
player = 1
else:
player = 2
#generate coordinates and new list, all stored in a tuple
gametuple = randomMove(boardlist, player)
#extract list from tuple and display board according on the computers move
boardlist = modifyBoard(boardlist, gametuple, player)
board(boardlist)
counter += 1
#break out of loop if a winning position is on the board
if haswon(boardlist, player):
print('Congratulations, Player', player, ", you won!")
break
#break if all tiles are occupied
if checkgame(boardlist) == 0:
break
def vsComp():
'''Play tictactoe against a Computer as Player 2'''
#ask player 1 for name, player 2 is named Computer
name1 = input('Player 1, please enter your name: ')
name2 = 'Computer'
#counter to keep track whether Player 1 or computer is playing
counter = 0
#set starting board
boardlist = [[0, 0, 0], [0, 0, 0], [0, 0, 0]]
#Announces whose turn it is and makes sure the game is not over yet
while not checkgame(boardlist) == 0:
#if it is Player 1's turn
if counter % 2 == 0:
#ask Player 1 for coordinates
print(name1, end=", ")
x = int(input("Enter x: "))
y = int(input("Enter y: "))
#change list (map of game) according to player 1's moves
boardlist = makemove(x, y, boardlist, 1)
#display board after move
board(boardlist)
#break out of loop if last move won the game
if haswon(boardlist, name1):
print('Congratulations,', name1, ", you won!")
break
#increase counter and print an empty line
counter += 1
print('\n')
#if it is the computer's turn
elif counter % 2 != 0:
#generate a random move from the computer
gametuple = randomMove(boardlist, 2)
#extract list from the tuple
boardlist = modifyBoard(boardlist, gametuple, 2)
#display board after computer's move
board(boardlist)
#break out of the loop if the last move won
if haswon(boardlist, name2):
print("The Computer won. Nobody's perfect.")
break
#increase counter and print an empty line
counter += 1
print('\n')
def tictactoe():
'''Plays an interactive game of tictactoe. Asks players to input coordinates that describe where the symbol is to be placed. x gives information about the row (1-3), y gives information about the column (1-3).'''
# counter to keep track of whether it is player 1's or player 2's turn
counter = 0
#starting board, all tiles are empty
boardlist = [[0,0,0],[0,0,0],[0,0,0]]
#ask players for their names
name1 = input('Player 1, please enter your name: ')
name2 = input('Player 2, please enter your name: ')
#repeat as long as there are still free tiles
while not checkgame(boardlist) == 0:
#player 1's turn
if counter%2 == 0:
#ask for coordinates to place the symbol on the board
print(name1, end=", ")
x = int(input("Enter x: "))
y = int(input("Enter y: "))
#update boardlist based on user input of coordinates
boardlist = makemove(x, y, boardlist, 1)
#display board
board(boardlist)
#check whether player 1's move just won the game, if so, break out of the while loop and end the game
if haswon(boardlist, 1):
print('Congratulations', name1, ", you won!")
break
#update counter
counter += 1
#player 2's turn
else:
#analogous to comments for player 1
print(name2, end=", ")
x = int(input("Enter x: "))
y = int(input("Enter y: "))
boardlist = makemove(x, y, boardlist, 2)
board(boardlist)
if haswon(boardlist, 2):
print('Congratulations', name2, ", you won!")
break
counter += 1
def run(self):
'''Runs a game that makes different moves depending on the chosen player classes'''
#print board
board(self.playboard.fields)
while True:
#if it is player 1's turn
if self.playboard.current == 1:
#ask player 1 to make a move
print(self.player1.getName() + ', please make your move.')
#get coordinates for the position of the next symbol to be placed. based on respective way of playing (depending on chosen subclass and according getMove function). Coordinates will be the first 2 positions of the tuple that results from calling the getMove method.
coordinates = self.player1.getMove(self.playboard)
#change the boardlist that is an attribute of the instance self.playboard of the class Board2 according to coordinates and the current player number.
try:
self.playboard.makeMove(coordinates[0] + 1,
coordinates[1] + 1)
except OccupiedMove as e:
print(e)
print(2)
return 2
except InvalidMove as e:
print(e)
print(2)
return 2
#draws board after new move
board(self.playboard.getBoard())
#if it is player 2's turn
else:
#for comments, see above
print(self.player2.getName() + ', please make your move.')
coordinates = self.player2.getMove(self.playboard)
try:
self.playboard.makeMove(coordinates[0] + 1,
coordinates[1] + 1)
except OccupiedMove as e:
print(e)
print(1)
return 1
except InvalidMove as e:
print(e)
print(1)
return 1
board(self.playboard.fields)
#if the game is over
if self.playboard.isOver() == True:
#return the result of the game
winner = self.playboard.getResult()
if winner == 0:
print('Draw')
else:
print(winner)
return winner