class Runner:
'Runner for Tic Tac Toe game'
def __init__(self):
self.board=UltimateBoard()
self.agent=AlphaBetaAgent(1, 1, 'y', 'x', 2.5)
self.agent2=MinimaxAgent(1, 1, 'x', 'y', 4)
def printBoard(self):
largeArr=self.board.largeBoard
print " 0 1 2 "
print " _______ _______ _______ "
for i in xrange(3):
row1=" || "
row2=str(i)+" || "
row3=" || "
for j in xrange(3):
localArr=largeArr[i][j].boardM
for k in xrange(3):
row1=row1+localArr[0][k]
row2=row2+localArr[1][k]
row3=row3+localArr[2][k]
if k!=2:
row1=row1+"|"
row2=row2+"|"
row3=row3+"|"
row1=row1+" || "
row2=row2+" || "
row3=row3+" || "
print row1
print " || ----- || ----- || ----- ||"
print row2
print " || ----- || ----- || ----- ||"
print row3
print " ||_______||_______||_______||"
def doMoves(self):
currentPlayer='x'
otherPlayer='y'
tempPlayer=''
self.printBoard()
print "It is "+currentPlayer+"'s turn"
x=int(raw_input('Enter starting x location '))
y=int(raw_input('Enter starting y location '))
currentBoard=(x, y)
while self.board.winner=="N":
self.printBoard()
if currentPlayer=='y':
move=self.agent.analyze(self.board, currentBoard, 0, -999999, 999999)
loc=move
self.board.move(currentPlayer, currentBoard[0], currentBoard[1], loc[0], loc[1])
x=loc[0]
y=loc[1]
else:
move=self.agent2.analyze(self.board, currentBoard, 1, 'x', 'y')
loc=move
self.board.move(currentPlayer, currentBoard[0], currentBoard[1], loc[0], loc[1])
x=loc[0]
y=loc[1]
winner=self.board.checkWinner()
while self.board.smallBoard.boardM[x][y]!='.':
if currentPlayer=='y':
loc=self.agent2.analyze(self.board, currentBoard, 1, 'x', 'y')
x=loc[0]
y=loc[1]
else:
#Call the analyze function to pick the best board for y to play in
loc=self.agent.analyze(self.board, currentBoard, 0, -999999, 999999)
x=loc[0]
y=loc[1]
tempPlayer=currentPlayer
currentPlayer=otherPlayer
otherPlayer=tempPlayer
tempPlayer=""
currentBoard=(x, y)
print "Congratulations player "+self.board.winner+" you have won the game!"
self.printBoard()
class Runner:
'Runner for Tic Tac Toe game'
def __init__(self):
self.board=UltimateBoard()
self.agent=AlphaBetaAgent(1, 1, 'y', 'x', 2)
def printBoard(self):
largeArr=self.board.largeBoard
print( " 0 1 2 ")
print( " _______ _______ _______ ")
for i in range(3):
row1=" || "
row2=str(i)+" || "
row3=" || "
for j in range(3):
localArr=largeArr[i][j].boardM
for k in range(3):
row1=row1+localArr[0][k]
row2=row2+localArr[1][k]
row3=row3+localArr[2][k]
if k!=2:
row1=row1+"|"
row2=row2+"|"
row3=row3+"|"
row1=row1+" || "
row2=row2+" || "
row3=row3+" || "
print( row1)
print( " || ----- || ----- || ----- ||")
print( row2)
print( " || ----- || ----- || ----- ||")
print( row3)
print( " ||_______||_______||_______||")
def doMoves(self):
currentPlayer='x'
otherPlayer='y'
tempPlayer=''
self.printBoard()
print( "It is "+currentPlayer+"'s turn")
x=int(input('Enter starting x location '))
y=int(input('Enter starting y location '))
currentBoard=(x, y)
while self.board.winner=="N":
if currentPlayer=='y':
move=self.agent.analyze(self.board, currentBoard, 0, -999999, 999999)
loc=move
self.board.move(currentPlayer, currentBoard[0], currentBoard[1], loc[0], loc[1])
x=loc[0]
y=loc[1]
else:
self.printBoard()
print( "It is "+currentPlayer+"'s turn")
print( "You are playing in square ("+str(currentBoard[0])+", "+str(currentBoard[1])+")")
entered=False
while not entered:
x=int(input('Enter x location '))
y=int(input('Enter y location '))
entered=self.board.move(currentPlayer, currentBoard[0], currentBoard[1], x, y)
if entered==False:
print( "That space is already taken, please try again")
winner=self.board.checkWinner()
while self.board.smallBoard.boardM[x][y]!='.':
self.printBoard()
if currentPlayer=='y':
print( "Board ("+str(x)+", "+str(y)+") has alreday been won")
print( "Player "+otherPlayer+" what square would you like to play in?")
x=int(input('Enter x location '))
y=int(input('Enter y location '))
else:
#Call the analyze function to pick the best board for y to play in
loc=self.agent.analyze(self.board, currentBoard, 0, -999999, 999999)
x=loc[0]
y=loc[1]
tempPlayer=currentPlayer
currentPlayer=otherPlayer
otherPlayer=tempPlayer
tempPlayer=""
currentBoard=(x, y)
print( "Congratulations player "+self.board.winner+" you have won the game!")
class Runner:
'Runner for Tic Tac Toe game'
def __init__(self):
self.board=UltimateBoard()
def printBoard(self):
largeArr=self.board.largeBoard
print " 0 1 2 "
print " _______ _______ _______ "
for i in xrange(3):
row1=" || "
row2=str(i)+" || "
row3=" || "
for j in xrange(3):
localArr=largeArr[i][j].boardM
for k in xrange(3):
row1=row1+localArr[0][k]
row2=row2+localArr[1][k]
row3=row3+localArr[2][k]
if k!=2:
row1=row1+"|"
row2=row2+"|"
row3=row3+"|"
row1=row1+" || "
row2=row2+" || "
row3=row3+" || "
print row1
print " || ----- || ----- || ----- ||"
print row2
print " || ----- || ----- || ----- ||"
print row3
print " ||_______||_______||_______||"
def doMoves(self):
currentPlayer='x'
otherPlayer='y'
tempPlayer=''
self.printBoard()
print "It is "+currentPlayer+"'s turn"
x=int(raw_input('Enter starting x location '))
y=int(raw_input('Enter starting y location '))
currentBoard=(x, y)
while self.board.winner=="N":
self.printBoard()
print "It is "+currentPlayer+"'s turn"
print "You are playing in square ("+str(currentBoard[0])+", "+str(currentBoard[1])+")"
entered=False
while not entered:
x=int(raw_input('Enter x location '))
y=int(raw_input('Enter y location '))
entered=self.board.move(currentPlayer, currentBoard[0], currentBoard[1], x, y)
if entered==False:
print "That space is already taken, please try again"
winner=self.board.checkWinner()
while self.board.smallBoard.boardM[x][y]!='.':
print "Board ("+str(x)+", "+str(y)+") has alreday been won"
print "Player "+otherPlayer+" what square would you like to play in?"
x=int(raw_input('Enter x location '))
y=int(raw_input('Enter y location '))
tempPlayer=currentPlayer
currentPlayer=otherPlayer
otherPlayer=tempPlayer
tempPlayer=""
currentBoard=(x, y)
print "Congratulations player "+self.board.winner+" you have won the game!"