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REV07.py
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# Project: TicTacToe
# Version: 07
# Author: Marko Jurisic
# Date: 29 April 2019
# Importing Libraries
import tkinter
from tkinter import *
import pygame
from functools import partial # Used so that button widget commands can take arguments also
import time
import random
#Declaring global variables:
##Images
MAINSCREEN = 'heading.gif' # Image for mainscreen
MAINFLASH = 'grey' # Flash main buttons
MAINBUTTON = 'button2.png'# Image for main button
BOARD = 'Board.gif' # Board
X = 'P.gif'
O = 'Y.gif'
XHORIZONTALWINLINE = 'Xline.png'
XVERTICALWINLINE = 'Xlinev.png'
XRLWINLINE = 'Xrl.png'
XLRWINLINE = 'Xlr.png'
OHORIZONTALWINLINE = 'XBHline1.png'
OVERTICALWINLINE = 'XBline1.png'
ORLWINLINE = 'XBline1RL.png'
OLRWINLINE = 'Olr.png'
ORLWINLINE = 'Orl.png'
BACKBUTTON = 'back1.png'
PLAYER1 = 'player11.png'
PLAYER2 = 'player22.png'
PLAYER2LINE = 'bline.png'
PLAYER1LINE = 'rline.png'
##Numbers for scores
B0 = 'b0.png'
B1 = 'b1.png'
B2 = 'b2.png'
B3 = 'b3.png'
B4 = 'b4.png'
B5 = 'b5.png'
B6 = 'b6.png'
B7 = 'b7.png'
B8 = 'b8.png'
B9 = 'b9.png'
R0 = 'r0.png'
R1 = 'r1.png'
R2 = 'r2.png'
R3 = 'r3.png'
R4 = 'r4.png'
R5 = 'r5.png'
R6 = 'r6.png'
R7 = 'r7.png'
R8 = 'r8.png'
R9 = 'r9.png'
####Variables
GAMEMODE = 0
TURN = 0
BOARDSQUARES = [0,0,0,0,0,0,0,0,0]
PLAYER1WINS = 0
PLAYER2WINS = 0
DRAW = 0
GAMESWITCHCOM = 0
# Function: FullScreenApp
# Purpose: Make window size size of the screen
# Input: object
# Output: none
#Function taken from: https://stackoverflow.com/questions/7966119/display-fullscreen-mode-on-tkinter
class FullScreenApp(object):
def __init__(self, master, **kwargs):
self.master=master
pad=3
self._geom='200x200+0+0'
master.geometry("{0}x{1}+0+0".format(
master.winfo_screenwidth()-pad, master.winfo_screenheight()-pad))
master.bind('<Escape>',self.toggle_geom)
def toggle_geom(self,event):
geom=self.master.winfo_geometry()
print(geom,self._geom)
self.master.geometry(self._geom)
self._geom=geom
# Function: clearScreen
# Purpose: Clears the screen
# Input: none
# Output: none
def clearScreen():
#Clearing everyhing
ScreenCoverup = Label(window,width = 1500, height = 2000, background = 'white')
ScreenCoverup.place(x = 0,y = 0)
window.update()
# Function: checkForWin
# Purpose: Checks if someone has won game
# Input: none
# Output: none
def checkForWin():
global BOARDSQUARES
global PLAYER1WINS
global PLAYER2WINS
global DRAW
global TURN
global GAMEMODE
#Variable for setting if someone wins
winFlag = 0
#Checking for win sets:
#First Row:
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[1] == 'X' and BOARDSQUARES[2] == 'X'):
winFlag = 1
PLAYER1WINS +=1
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[1] == 'O' and BOARDSQUARES[2] == 'O'):
winFlag = 11
PLAYER2WINS +=1
#Second row
if (BOARDSQUARES[3] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[5] == 'X'):
winFlag = 2
PLAYER1WINS +=1
if (BOARDSQUARES[3] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[5] == 'O'):
winFlag = 12
PLAYER2WINS +=1
#Third row
if (BOARDSQUARES[6] == 'X' and BOARDSQUARES[7] == 'X' and BOARDSQUARES[8] == 'X'):
winFlag = 3
PLAYER1WINS +=1
if (BOARDSQUARES[6] == 'O' and BOARDSQUARES[7] == 'O' and BOARDSQUARES[8] == 'O'):
winFlag = 13
PLAYER2WINS +=1
#First Column
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[3] == 'X' and BOARDSQUARES[6] == 'X'):
winFlag = 4
PLAYER1WINS +=1
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[3] == 'O' and BOARDSQUARES[6] == 'O'):
winFlag = 14
PLAYER2WINS +=1
#Second Column
if (BOARDSQUARES[1] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[7] == 'X'):
winFlag = 5
PLAYER1WINS +=1
if (BOARDSQUARES[1] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[7] == 'O'):
winFlag = 15
PLAYER2WINS +=1
#Third Column
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[5] == 'X' and BOARDSQUARES[8] == 'X'):
winFlag = 6
PLAYER1WINS +=1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[5] == 'O' and BOARDSQUARES[8] == 'O'):
winFlag = 16
PLAYER2WINS +=1
#Left to right diagnol
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[8] == 'X'):
winFlag = 7
PLAYER1WINS +=1
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[8] == 'O'):
winFlag = 17
PLAYER2WINS +=1
#Right to left Diagnol
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[6] == 'X'):
winFlag = 8
PLAYER1WINS +=1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[6] == 'O'):
winFlag = 18
PLAYER2WINS +=1
# Creating images for win
#Drwaing throughs for sets of 3
if winFlag == 1:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XHORIZONTALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 330, y = 120)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 2:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XHORIZONTALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 330, y = 340)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 3:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XHORIZONTALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 330, y = 580)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 4:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XVERTICALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 450, y = 0)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 5:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XVERTICALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 680, y =0)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 6:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XVERTICALWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 940, y = 0)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 7:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XLRWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 390, y = 65)
Xwin3 = Label(window, image = Xwin).place(x = 610, y = 290)
Xwin4 = Label(window, image = Xwin).place(x = 820, y = 540)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 8:
DRAW = 0
time.sleep(0.5)
Xwin = PhotoImage(file = XRLWINLINE)
Xwin2 = Label(window, image = Xwin).place(x = 850, y = 65)
Xwin3 = Label(window, image = Xwin).place(x = 610, y = 281)
Xwin4 = Label(window, image = Xwin).place(x = 360, y = 510)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 11:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OHORIZONTALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 300, y = 140)
window.update()
time.sleep(1)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 12:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OHORIZONTALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 300, y = 370)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 13:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OHORIZONTALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 300, y = 600)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 14:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OVERTICALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 465, y = 10)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 15:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OVERTICALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 690, y = 10)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 16:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OVERTICALWINLINE)
Owin2 = Label(window, image = Owin).place(x = 920, y = 10)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 17:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = OLRWINLINE)
Owin2 = Label(window, image = Owin).place(x = 400, y = 65)
Owin3 = Label(window, image = Owin).place(x = 620, y = 290)
Owin4 = Label(window, image = Owin).place(x = 830, y = 535)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
if winFlag == 18:
DRAW = 0
time.sleep(0.5)
Owin = PhotoImage(file = ORLWINLINE)
Owin2 = Label(window, image = Owin).place(x = 865, y = 70)
Owin3 = Label(window, image = Owin).place(x = 620, y = 285)
Owin4 = Label(window, image = Owin).place(x = 370, y = 505)
window.update()
time.sleep(1.6)
#resets turn for COM game
TURN = 0
winFlag = 0
drawBoard()
#Checking for draw and exitting
DRAW += 1
if DRAW == 9:
DRAW = 0
#resets turn for COM game
TURN = 0
time.sleep(1.2)
drawBoard()
window.update()
#window.mainloop() # UNCOMMENT IF STUFF STOPS WORKING
# drawBoard()
# Function: smartComAttack
# Purpose: chooses the attacking coms choice
# Input: none
# Output: none
def smartComAttack():
global BOARDSQUARES
attackFlag = 0
choice = 1
#Horizontal blocking end
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[1] == 'O' and BOARDSQUARES[2] != 'X'):
choice = 2
attackFlag = 1
if (BOARDSQUARES[3] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[5] != 'X'):
choice = 5
attackFlag = 1
if (BOARDSQUARES[6] == 'O' and BOARDSQUARES[7] == 'O' and BOARDSQUARES[8] != 'X'):
choice = 8
attackFlag = 1
#Horizontal Blocking middle
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[2] == 'O' and BOARDSQUARES[1] != 'X'):
choice = 1
attackFlag = 1
if (BOARDSQUARES[3] == 'O' and BOARDSQUARES[5] == 'O' and BOARDSQUARES[4] != 'X'):
choice = 4
attackFlag = 1
if (BOARDSQUARES[6] == 'O' and BOARDSQUARES[8] == 'O' and BOARDSQUARES[7] != 'X'):
choice = 7
attackFlag = 1
#Horizontal Blocking start
if (BOARDSQUARES[1] == 'O' and BOARDSQUARES[2] == 'O' and BOARDSQUARES[0] != 'X'):
choice = 0
attackFlag = 1
if (BOARDSQUARES[4] == 'O' and BOARDSQUARES[5] == 'O' and BOARDSQUARES[3] != 'X'):
choice = 3
if (BOARDSQUARES[7] == 'O' and BOARDSQUARES[8] == 'O' and BOARDSQUARES[6] != 'X'):
choice = 6
attackFlag = 1
#Vertical Blocking start
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[3] == 'O' and BOARDSQUARES[6] != 'X'):
choice = 6
attackFlag = 1
if (BOARDSQUARES[1] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[7] != 'X'):
choice = 7
attackFlag = 1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[5] == 'O' and BOARDSQUARES[8] != 'X'):
choice = 8
attackFlag = 1
#Vertical Blocking middle
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[6] == 'O' and BOARDSQUARES[3] != 'X'):
choice = 3
attackFlag = 1
if (BOARDSQUARES[1] == 'O' and BOARDSQUARES[7] == 'O' and BOARDSQUARES[4] != 'X'):
choice = 4
attackFlag = 1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[8] == 'O' and BOARDSQUARES[5] != 'X'):
choice = 5
attackFlag = 1
#Vertical Blocking end
if (BOARDSQUARES[3] == 'O' and BOARDSQUARES[6] == 'O' and BOARDSQUARES[0] != 'X'):
choice = 0
attackFlag = 1
if (BOARDSQUARES[4] == 'O' and BOARDSQUARES[7] == 'O' and BOARDSQUARES[1] != 'X'):
choice = 1
attackFlag = 1
if (BOARDSQUARES[5] == 'O' and BOARDSQUARES[8] == 'O' and BOARDSQUARES[2] != 'X'):
choice = 2
attackFlag = 1
#Diagnol blocking end
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[8] != 'X'):
choice = 8
attackFlag = 1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[6] != 'X'):
choice = 6
attackFlag = 1
#Diagnol blocking middle
if (BOARDSQUARES[0] == 'O' and BOARDSQUARES[8] == 'O' and BOARDSQUARES[4] != 'X'):
choice = 4
attackFlag = 1
if (BOARDSQUARES[2] == 'O' and BOARDSQUARES[6] == 'O' and BOARDSQUARES[4] != 'X'):
choice = 4
attackFlag = 1
#Diagnol blocking start
if (BOARDSQUARES[8] == 'O' and BOARDSQUARES[4] == 'O' and BOARDSQUARES[0] != 'X'):
choice = 0
attackFlag = 1
if (BOARDSQUARES[4] == 'O' and BOARDSQUARES[6] == 'O' and BOARDSQUARES[2] != 'X'):
choice = 2
attackFlag = 1
return choice,attackFlag
# Function: smartComDefence
# Purpose: makes better decisions
# Input: none
# Output: none
def smartComDefence():
global BOARDSQUARES
defendFlag = 0
choice = 10
#Horizontal blocking end
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[1] == 'X' and BOARDSQUARES[2] != 'O'):
choice = 2
defendFlag = 1
if (BOARDSQUARES[3] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[5] != 'O'):
choice = 5
defendFlag = 1
if (BOARDSQUARES[6] == 'X' and BOARDSQUARES[7] == 'X' and BOARDSQUARES[8] != 'O'):
choice = 8
defendFlag = 1
#Horizontal Blocking middle
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[2] == 'X' and BOARDSQUARES[1] != 'O'):
choice = 1
defendFlag = 1
if (BOARDSQUARES[3] == 'X' and BOARDSQUARES[5] == 'X' and BOARDSQUARES[4] != 'O'):
choice = 4
defendFlag = 1
if (BOARDSQUARES[6] == 'X' and BOARDSQUARES[8] == 'X' and BOARDSQUARES[7] != 'O'):
choice = 7
defendFlag = 1
#Horizontal Blocking start
if (BOARDSQUARES[1] == 'X' and BOARDSQUARES[2] == 'X' and BOARDSQUARES[0] != 'O'):
choice = 0
defendFlag = 1
if (BOARDSQUARES[4] == 'X' and BOARDSQUARES[5] == 'X' and BOARDSQUARES[3] != 'O'):
choice = 3
defendFlag = 1
if (BOARDSQUARES[7] == 'X' and BOARDSQUARES[8] == 'X' and BOARDSQUARES[6] != 'O'):
choice = 6
defendFlag = 1
#Vertical Blocking start
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[3] == 'X' and BOARDSQUARES[6] != 'O'):
choice = 6
defendFlag = 1
if (BOARDSQUARES[1] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[7] != 'O'):
choice = 7
defendFlag = 1
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[5] == 'X' and BOARDSQUARES[8] != 'O'):
choice = 8
defendFlag = 1
#Vertical Blocking middle
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[6] == 'X' and BOARDSQUARES[3] != 'O'):
choice = 3
defendFlag = 1
if (BOARDSQUARES[1] == 'X' and BOARDSQUARES[7] == 'X' and BOARDSQUARES[4] != 'O'):
choice = 4
defendFlag = 1
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[8] == 'X' and BOARDSQUARES[5] != 'O'):
choice = 5
defendFlag = 1
#Vertical Blocking end
if (BOARDSQUARES[3] == 'X' and BOARDSQUARES[6] == 'X' and BOARDSQUARES[0] != 'O'):
choice = 0
defendFlag = 1
if (BOARDSQUARES[4] == 'X' and BOARDSQUARES[7] == 'X' and BOARDSQUARES[1] != 'O'):
choice = 1
defendFlag = 1
if (BOARDSQUARES[5] == 'X' and BOARDSQUARES[8] == 'X' and BOARDSQUARES[2] != 'O'):
choice = 2
defendFlag = 1
#Diagnol blocking end
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[8] != 'O'):
choice = 8
defendFlag = 1
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[6] != 'O'):
choice = 6
defendFlag = 1
#Diagnol blocking middle
if (BOARDSQUARES[0] == 'X' and BOARDSQUARES[8] == 'X' and BOARDSQUARES[4] != 'O'):
choice = 4
defendFlag = 1
if (BOARDSQUARES[2] == 'X' and BOARDSQUARES[6] == 'X' and BOARDSQUARES[4] != 'O'):
choice = 4
defendFlag = 1
#Diagnol blocking start
if (BOARDSQUARES[8] == 'X' and BOARDSQUARES[4] == 'X' and BOARDSQUARES[0] != 'O'):
choice = 0
defendFlag = 1
if (BOARDSQUARES[4] == 'X' and BOARDSQUARES[6] == 'X' and BOARDSQUARES[2] != 'O'):
choice = 2
defendFlag = 1
return choice,defendFlag
# Function: consultCom
# Purpose: chooses the coms choice
# Input: none
# Output: none
def consultCom():
global TURN
global BOARDSQUARES
choice = 0
if TURN == 0 :
#getting random number for first choice
choice = random.randint(0,8)
print("random1")
while BOARDSQUARES[choice] == 'X' or BOARDSQUARES[choice] =='O':
choice = random.randint(0,8)
print("random2")
#elif TURN == 1:
#choice = 1
else:
#Attack first, if not possible to attack, then defend
choice, attackFlag = smartComAttack()
if attackFlag == 0:
choice, defendFlag = smartComDefence()
print('defending')
if defendFlag == 0:
choice = random.randint(0,8)
while BOARDSQUARES[choice] == 'X' or BOARDSQUARES[choice] =='O':
choice = random.randint(0,8)
print('random3')
#Placing the choice into list
BOARDSQUARES[choice] = 'O'
else:
BOARDSQUARES[choice] = 'O'
print('attacking')
#print(choice)
return choice
# Function: updateSquareCom
# Purpose: Updates the square that the player picks
# Input: xsquare, ysquare, position global TURN - these are the locations of the sqaure, and the turn of the player, and which square it is
# Output: none
def updateSquareCom(xsquare,ysquare,position):
#Finding whose turn it is
global TURN
global BOARDSQUARES
global GAMESWITCHCOM
#Setting up images
Xplayer = PhotoImage(file = X)
Oplayer = PhotoImage(file = O)
#Correcting some position issues:
if xsquare == 600:
xsquare = 580
ysquare = 525
if xsquare == 840:
ysquare = 285
if ysquare == 281:
ysquare = 290
xsquare = 605
#Putting in value accoridng to who's turn it is
if TURN % 1 == 0:
if GAMESWITCHCOM == 0:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Xplayer)
square.place(x=xsquare + 30,y=ysquare)
BOARDSQUARES[position] = 'X'
window.update()
checkForWin()
time.sleep(0.7)
choice = consultCom()
else:
choice = consultCom()
GAMESWITCHCOM = 0
#drawing shapes based on computer choice
if choice == 0:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 380 + 30 ,y=65)
BOARDSQUARES[choice] = 'O'
if choice == 1:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 610 + 30 ,y=70)
BOARDSQUARES[choice] = 'O'
if choice == 2:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 850 + 30 ,y=65)
BOARDSQUARES[choice] = 'O'
if choice == 3:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 360 + 30 ,y=280)
BOARDSQUARES[choice] = 'O'
if choice == 4:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 605 + 30 ,y=290)
BOARDSQUARES[choice] = 'O'
if choice == 5:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 840 + 30 ,y=285)
BOARDSQUARES[choice] = 'O'
if choice == 6:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 360 + 30 ,y=510)
BOARDSQUARES[choice] = 'O'
if choice == 7:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 580 + 30 ,y=525)
BOARDSQUARES[choice] = 'O'
if choice == 8:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x= 810 + 30 ,y=530)
BOARDSQUARES[choice] = 'O'
TURN += 1
window.update()
#Check if someone has won the set
checkForWin()
window.mainloop()
# Function: playGameCom
# Purpose: Sets up the sqaures, and let's users click the squares
# Input: none
# Output: none
def playGameCom():
global TURN
global GAMESWITCHCOM
#Create buttons for each square. Change backgrounds to blue for checking where they are
square1x = 380
square1y = 65
square1 = Button(window, width = 28, height = 12, background = 'white', bd = 0,command = partial(updateSquareCom,square1x,square1y,0))
square1.place(x=square1x,y=square1y)
square2x = 610
square2y = 70
square2 = Button(window, width = 29, height = 12, background = 'white', bd = 0,command = partial(updateSquareCom,square2x,square2y,1))
square2.place(x=square2x,y=square2y)
square3x = 850
square3y = 65
square3 = Button(window, width = 31, height = 12, background = 'white', bd = 0,command = partial(updateSquareCom,square3x,square3y,2))
square3.place(x=square3x,y=square3y)
square4x = 360
square4y = 280
square4 = Button(window, width = 31, height = 13, background = 'white', bd = 0,command = partial(updateSquareCom,square4x,square4y,3))
square4.place(x=square4x,y=square4y)
square5x = 610
square5y = 281
square5 = Button(window, width = 26, height = 13, background = 'white', bd = 0,command = partial(updateSquareCom,square5x,square5y,4))
square5.place(x=square5x,y=square5y)
square6x = 840
square6y = 275
square6 = Button(window, width = 35, height = 14, background = 'white', bd = 0,command = partial(updateSquareCom,square6x,square6y,5))
square6.place(x=square6x,y=square6y)
square7x = 360
square7y = 510
square7 = Button(window, width = 26, height = 17, background = 'white', bd = 0,command = partial(updateSquareCom,square7x,square7y,6))
square7.place(x=square7x,y=square7y)
square8x = 600
square8y = 515
square8 = Button(window, width = 23, height = 17, background = 'white', bd = 0,command = partial(updateSquareCom,square8x,square8y,7))
square8.place(x=square8x,y=square8y)
square9x = 810
square9y = 530
square9 = Button(window, width = 38, height = 16, background = 'white', bd = 0,command = partial(updateSquareCom,square9x,square9y,8))
square9.place(x=square9x,y=square9y)
#Creating back button
back = PhotoImage(file = BACKBUTTON)
backButton = Button(window, width = 200, height = 200, background = 'white', image = back, bd = 0,command = mainMenu)
backButton.place(x=10,y=630)
#If the game is witched so thatt 0
if GAMESWITCHCOM == 1:
updateSquareCom(square9x,square9y,8)
window.update()
window.mainloop()
# Function: updateSquare
# Purpose: Updates the square that the player picks
# Input: xsquare, ysquare, position global TURN - these are the locations of the sqaure, and the turn of the player, and which square it is
# Output: none
def updateSquare(xsquare,ysquare,position):
#Finding whose turn it is
global TURN
global BOARDSQUARES
global GAMEMODE
#Setting up images
Xplayer = PhotoImage(file = X)
Oplayer = PhotoImage(file = O)
#Correcting some position issues:
if xsquare == 600:
xsquare = 580
ysquare = 525
if xsquare == 840:
ysquare = 285
if ysquare == 281:
ysquare = 290
xsquare = 605
#Putting in value accoridng to who's turn it is
if TURN % 2 == 0:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Xplayer)
square.place(x=xsquare + 30,y=ysquare)
BOARDSQUARES[position] = 'X'
else:
square = Button(window, width = 155, height = 165, background = 'white', bd = 0,image = Oplayer)
square.place(x=xsquare + 30 ,y=ysquare)
BOARDSQUARES[position] = 'O'
TURN += 1
window.update()
#Check if someone has won the set
checkForWin()
window.mainloop()
# Function: playGame
# Purpose: Sets up the sqaures, and let's users click the squares
# Input: none
# Output: none
def playGame():
global TURN
#Create buttons for each square. Change backgrounds to blue for checking where they are
square1x = 380
square1y = 65
square1 = Button(window, width = 28, height = 12, background = 'white', bd = 0,command = partial(updateSquare,square1x,square1y,0))
square1.place(x=square1x,y=square1y)
square2x = 610
square2y = 70
square2 = Button(window, width = 29, height = 12, background = 'white', bd = 0,command = partial(updateSquare,square2x,square2y,1))
square2.place(x=square2x,y=square2y)
square3x = 850
square3y = 65
square3 = Button(window, width = 31, height = 12, background = 'white', bd = 0,command = partial(updateSquare,square3x,square3y,2))
square3.place(x=square3x,y=square3y)
square4x = 360
square4y = 280
square4 = Button(window, width = 31, height = 13, background = 'white', bd = 0,command = partial(updateSquare,square4x,square4y,3))
square4.place(x=square4x,y=square4y)
square5x = 610
square5y = 281
square5 = Button(window, width = 26, height = 13, background = 'white', bd = 0,command = partial(updateSquare,square5x,square5y,4))
square5.place(x=square5x,y=square5y)
square6x = 840
square6y = 275
square6 = Button(window, width = 35, height = 14, background = 'white', bd = 0,command = partial(updateSquare,square6x,square6y,5))
square6.place(x=square6x,y=square6y)
square7x = 360
square7y = 510
square7 = Button(window, width = 26, height = 17, background = 'white', bd = 0,command = partial(updateSquare,square7x,square7y,6))
square7.place(x=square7x,y=square7y)
square8x = 600
square8y = 515
square8 = Button(window, width = 23, height = 17, background = 'white', bd = 0,command = partial(updateSquare,square8x,square8y,7))
square8.place(x=square8x,y=square8y)
square9x = 810
square9y = 530
square9 = Button(window, width = 38, height = 16, background = 'white', bd = 0,command = partial(updateSquare,square9x,square9y,8))
square9.place(x=square9x,y=square9y)
#Creating back button
back = PhotoImage(file = BACKBUTTON)
backButton = Button(window, width = 200, height = 200, background = 'white', image = back, bd = 0,command = mainMenu)
backButton.place(x=10,y=630)
window.update()
window.mainloop()
# Function: drawBoard
# Purpose: Draws the board
# Input: none
# Output: none
def drawBoard():
global BOARDSQUARES
global PLAYER1WINS
global PLAYER2WINS
global GAMEMODE
clearScreen()
#Drawing board
board = PhotoImage(file = BOARD)
board2 = Label(window, image = board, bg = "white") .grid(row = 0, column = 0, padx =180, pady = 0)
#reset the square positions
BOARDSQUARES = [0,0,0,0,0,0,0,0,0]
#Draw Player logos
p1 = PhotoImage(file = PLAYER1)
p11 = Label(window, image = p1).place(x = 60, y = 60)
rline = PhotoImage(file = PLAYER1LINE)
rline2 = Label(window, image = rline).place(x = 50, y = 190)
p2 = PhotoImage(file = PLAYER2)
p22 = Label(window, image = p2).place(x = 1200, y = 60)
bline = PhotoImage(file = PLAYER2LINE)
bline2 = Label(window, image = bline).place(x = 1180, y = 190)
#Drawing player scores:
if PLAYER1WINS == 0:
r0 = PhotoImage(file = R0)
r00 = Label(window, image = r0).place(x = 75, y = 250)
if PLAYER2WINS == 0:
b0 = PhotoImage(file = B0)
b00 = Label(window, image = b0).place(x = 1260, y = 250)
if PLAYER1WINS == 1:
r1 = PhotoImage(file = R1)
r11 = Label(window, image = r1).place(x = 75, y = 250)
if PLAYER2WINS == 1:
b1 = PhotoImage(file = B1)
b11 = Label(window, image = b1).place(x = 1260, y = 250)
if PLAYER1WINS == 2:
r2 = PhotoImage(file = R2)
r22 = Label(window, image = r2).place(x = 75, y = 250)
if PLAYER2WINS == 2:
b2 = PhotoImage(file = B2)
b22 = Label(window, image = b2).place(x = 1260, y = 250)
if PLAYER1WINS == 2:
r2 = PhotoImage(file = R2)
r22 = Label(window, image = r2).place(x = 75, y = 250)
if PLAYER2WINS == 2:
b2 = PhotoImage(file = B2)
b22 = Label(window, image = b2).place(x = 1260, y = 250)