TIC TAC TOE GAME Program in Python



Program:

import random as rdm
import time as t
def intro() :
    line = "Game created by DATA DEMONS"
    for i in line:
         print(i, end = '')
         t.sleep(0.05)
    print()
    line6 = "Rules  :\n1) Don't repeat numbers.\n2) No empty Enters."
    for i in line6:
        print(i, end = '')
        t.sleep(0.03)
    print()
    line1 = "3) Select your position accordingly:\n1 2 3\n4 5 6\n7 8 9\n"
    for i in line1:
        print(i, end = '')
        t.sleep(0.05)
    print()
intro()
def outro():
    line = "\nMATCH OVER\n\n"
    for i in line:
         print(i, end = '')
         t.sleep(0.1)
    print()
    line1 = "See you soon - DATA DEMONS"
    for i in line1:
        print(i, end = '')
        t.sleep(0.1)
    print()
def players():
    print()
    line2 = "Player's turn"
    for i in line2:
        print(i, end = '')
        t.sleep(0.05)
    print()
def comps():
    print()
    line3 = "Computers's turn"
    for i in line3:
        print(i, end = '')
        t.sleep(0.05)
    print()
def player_wins():
    print()
    line4 = "PLAYER WON"
    for i in line4:
        print(i, end = '')
        t.sleep(0.05)
    print()
def computer_wins():
    print()
    line4 = "COMPUTER WON"
    for i in line4:
        print(i, end = '')
        t.sleep(0.05)
    print()
def tie():
    print()
    line4 = "TIE"
    for i in line4:
        print(i, end = '')
        t.sleep(0.05)
    print()
a = input("who is going to select and start first COMPUTER or PLAYER ?")
Dict = {}
List1 = [1, 2, 3, 4, 5, 6, 7, 8, 9]
for i in range(1, 10):
    Dict[i] = '_'
if a.upper() == "PLAYER":
    c = input("X or O")
    if c.lower() == 'x':
        player = 'X'
        comp = 'O'
        while True:
            players()
            b = int(input("Position :"))
            List1.remove(b)
            Dict[b] = player
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == player:
                player_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == player:
                player_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == player:
                player_wins()
                break
            elif List1 == []:
                tie()
                break
            print()
            comps()
            r = rdm.choice(List1)
            List1.remove(r)
            Dict[r] = comp
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == comp:
                computer_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == comp:
                computer_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == comp:
                computer_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == comp:
                computer_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == comp:
                printcomputer_wins()
                break
            elif List1 == []:
                tie()
                break
    else:
        player = 'O'
        comp = 'X'
        while True:
            players()
            b = int(input("Position :"))
            List1.remove(b)
            Dict[b] = player
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == player:
                player_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == player:
                player_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == player:
                player_wins()
                break
            elif List1 == []:
                tie()
                break
            print()
            comps()
            r = rdm.choice(List1)
            List1.remove(r)
            Dict[r] = comp
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == comp:
                player_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == comp:
                player_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == comp:
                player_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == comp:
                player_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == comp:
                player_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == comp:
                player_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == comp:
                player_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == comp:
                player_wins()
                break
            elif List1 == []:
                tie()
                break
else:
    while True:
            comp = "X"
            player = "O"
            comps()
            r = rdm.choice(List1)
            List1.remove(r)
            Dict[r] = comp
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == comp:
                computer_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == comp:
                computer_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == comp:
                computer_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == comp:
                computer_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == comp:
                computer_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == comp:
                computer_wins()
                break
            elif List1 == []:
                tie()
                break
            print()
            players()
            b = int(input("Position :"))
            List1.remove(b)
            Dict[b] = player
            print(Dict[1], Dict[2], Dict[3])
            print(Dict[4], Dict[5], Dict[6])
            print(Dict[7], Dict[8], Dict[9])
            if (Dict[1] == Dict[5]) and (Dict[5] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[5]) and (Dict[5] == Dict[7]) and (Dict[7]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[4]) and (Dict[4] == Dict[7]) and (Dict[8]) == player:
                player_wins()
                break
            elif (Dict[3] == Dict[6]) and (Dict[6] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[1] == Dict[2]) and (Dict[2] == Dict[3]) and (Dict[3]) == player:
                player_wins()
                break
            elif (Dict[4] == Dict[5]) and (Dict[5] == Dict[6]) and (Dict[6]) == player:
                player_wins()
                break
            elif (Dict[7] == Dict[8]) and (Dict[8] == Dict[9]) and (Dict[9]) == player:
                player_wins()
                break
            elif (Dict[2] == Dict[5]) and (Dict[5] == Dict[8]) and (Dict[8]) == player:
                player_wins()
                break
            elif List1 == []:
                tie()
                break
outro()

Programmer details : Arun Meyyappan PL
Software used: IDLE python
Version : 3.10.5

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