Tic-Tac-Toe Program - Trail Version 1 ('Buggy') by Shabbir Hasan | # Programming inspired by Sentdex YouTube Channel and follow his new # Basic Tutorial series at the linkbelow # https://www.youtube.com/playlist?list=PLQVvvaa0QuDeAams7fkdcwOGBpGdHpXln

tictactoe-v1.py

# Tic-Tac-Toe Program - Trail Version 1 ('Buggy') by Shabbir Hasan
# Programming inspired by Sentdex YouTube Channel and follow his new
# Basic Tutorial series at the linkbelow
# https://www.youtube.com/playlist?list=PLQVvvaa0QuDeAams7fkdcwOGBpGdHpXln

from os import system

game = [[1, 2, 3],
        [4, 5, 6],
        [7, 8, 9]]

Game_Finished = False

def welcome():
    _ = system('clear')
    print("###############################")
    print("  Welcome to Tic Tac Toe Game  ")
    print("###############################")
    #global player_1_data, player_2_data
    player_1_data = int(input("Player 1, Please Choose '0' or '1' >>> "))
    if player_1_data != 0:
        player_2_data = 0
        print("Player 1, is playing as '1'.\nPlayer 2, is playing as '0'.\n ")
    else:
        player_2_data = 1
        print("Player 1, is playing as '0'.\nPlayer 2, is playing as '1'.\n ")
    return player_1_data,   player_2_data


def initiate_game():
    print("#############################################################")
    print("                 Type Your Move Position as                  ")
    print("          1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9          ")
    print("#############################################################")


def translate(move_position):
    move_positions = {'1': (0, 0), '2': (0, 1), '3': (0, 2),
                    '4': (1, 0), '5': (1, 1), '6': (1, 2),
                    '7': (2, 0), '8': (2, 1), '9': (2, 2)}
    return move_positions[move_position]

# def game_board():
#     print("   0  1  2")
#     for count, row in enumerate(game):
#         print(count, row)


def game_board():
    for row in game:
        print(row)


def game_cal():
    global Game_Finished
    a, b, c, d, e, f, g, h = set(), set(), set(), set(), set(), set(), set(), set()
    for row in range(3):
        for column in range(3):
            if row == column:
                g.add(game[row][row])  # Left Diagonal
            if row == 0:
                a.add(game[row][column])  # Top Row
                if column == 2:
                    h.add(game[row][column])  # Right Diagonal
            elif row == 1:
                b.add(game[row][column])  # Middle Row
                if column == 1:
                    h.add(game[row][column])  # Right Diagonal
            elif row == 2:
                c.add(game[row][column])  # Bottom Row
                if column == 0:
                    h.add(game[row][column])  # Right Diagonal
            if column == 0:
                d.add(game[row][column])  # Left Column
            elif column == 1:
                e.add(game[row][column])  # Middle Column
            elif column == 2:
                f.add(game[row][column])  # Right Column

    result = [a, b, c, d, e, f, g, h]

    for item in result:
        if len(item) == 1 :
            Game_Finished = True
            if item == {0} :
                if player_1_data == 0 :
                    print("Player 1 Wins, Congratulations !!!")
                else :
                    print("Player 2 Wins, Congratulations !!!")
            elif item == {1} :
                if player_1_data == 1 :
                    print("Player 1 Wins, Congratulations !!!")
                else :
                    print("Player 2 Wins, Congratulations !!!")


# def game_play():
#     player_1_move = str(input("Player 1, Please Type Your Move Position >>>"))
#     player_1_move_position = int(player_1_move[0]), int(player_1_move[0])
#     player_2_move = str(input("Player 2, Please Type Your Move Position >>>"))
#     player_2_move_position = int(player_2_move[0]), int(player_2_move[0])
#     return player_1_move_position, player_2_move_position


def replay(user_choice: str):
    while user_choice != "":
        if user_choice.lower() == 'y' :
            global game, Game_Finished
            game = [[1, 2, 3],
                    [4, 5, 6],
                    [7, 8, 9]]
            Game_Finished = False
            # moves_played[:] = [] # del moves_played[:] empty it
            player_1_move_made, player_2_move_made = False, False
            print("\n")
            initiate_game()
            print("\n")
            game_board()
            print("\n")
            return player_1_move_made, player_2_move_made, [] 
        elif user_choice.lower() == 'n' :
            print("Thank You For Playing, Goodbye ! , Exiting Game.... ")
            raise SystemExit
        else:
            user_choice = input("Wrong Choice, Do you want to Replay[Y] or Exit[N] >>> ")
            

def game_play():
    global Game_Finished
    moves_played = []
    player_1_move_made, player_2_move_made = False, False
    print("\n")
    initiate_game()
    print("\n")
    game_board()
    print("\n")
    while not Game_Finished :
        if not player_1_move_made:
            player_1_move = input("Player 1, Please Type Your Move Position >>> ")
            if player_1_move not in moves_played:
                player_1_move_made, player_2_move_made = True, False
                moves_played.append(player_1_move)
                player_1_move_position = translate(player_1_move)
                game[player_1_move_position[0]][player_1_move_position[1]] = player_1_data
                print("\n")
                game_board()
                print("\n")
                game_cal()
                if Game_Finished:
                    break
                elif len(moves_played) == 9:
                    print("Nobody Won !!!, Please Replay.\n")
                    replay_choice = input("Do You want to replay, Choose: [Y], [N] >>> ")
                    player_1_move_made, player_2_move_made, moves_played = replay(replay_choice)
            else:
                print("Your Opponent has already made this move, Try a diffrent move position !\n")
                player_1_move_made, player_2_move_made = False, True
                continue

        elif not player_2_move_made:
            player_2_move = input("Player 2, Please Type Your Move Position >>> ")
            if player_2_move not in moves_played:
                player_1_move_made, player_2_move_made = False, True
                moves_played.append(player_2_move)
                player_2_move_position = translate(player_2_move)
                game[player_2_move_position[0]][player_2_move_position[1]] = player_2_data
                print("\n")
                game_board()
                print("\n")
                game_cal()
                if Game_Finished:
                    break
                elif len(moves_played) == 9:
                    print("Nobody Won !!!, Please Replay.\n")
                    replay_choice = input("Do You want to replay, Choose: [Y], [N] >>> ")
                    player_1_move_made, player_2_move_made, moves_played = replay(replay_choice)
            else:
                print("Your Opponent has already made this move, Try a diffrent move position !\n")
                player_1_move_made, player_2_move_made = True, False
                continue
    # return player_1_move_position, player_2_move_position

player_1_data, player_2_data = welcome()
game_play() # Play Game

tictactoe.py

# Tic-Tac-Toe Program - Trail Version 1 ('Buggy') by Shabbir Hasan
# Programming inspired by Sentdex YouTube Channel and follow his new
# Basic Tutorial series at the linkbelow
# https://www.youtube.com/playlist?list=PLQVvvaa0QuDeAams7fkdcwOGBpGdHpXln

from os import system

game = [[1, 2, 3],
        [4, 5, 6],
        [7, 8, 9]]

Game_Finished = False


def initiate_game():
    print("#############################################################")
    print("                 Type Your Move Position as                  ")
    print("          1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9          ")
    print("#############################################################")


def translate(move_position):
    move_positions = {'1': (0, 0), '2': (0, 1), '3': (0, 2),
                    '4': (1, 0), '5': (1, 1), '6': (1, 2),
                    '7': (2, 0), '8': (2, 1), '9': (2, 2)}
    return move_positions[move_position]

# def game_board():
#     print("   0  1  2")
#     for count, row in enumerate(game):
#         print(count, row)


def game_board():
    for row in game:
        print(row)


def game_cal():
    global Game_Finished
    a, b, c, d, e, f, g, h = set(), set(), set(), set(), set(), set(), set(), set()
    for row in range(3):
        for column in range(3):
            if row == column:
                g.add(game[row][row])  # Left Diagonal
            if row == 0:
                a.add(game[row][column])  # Top Row
                if column == 2:
                    h.add(game[row][column])  # Right Diagonal
            elif row == 1:
                b.add(game[row][column])  # Middle Row
                if column == 1:
                    h.add(game[row][column])  # Right Diagonal
            elif row == 2:
                c.add(game[row][column])  # Bottom Row
                if column == 0:
                    h.add(game[row][column])  # Right Diagonal
            if column == 0:
                d.add(game[row][column])  # Left Column
            elif column == 1:
                e.add(game[row][column])  # Middle Column
            elif column == 2:
                f.add(game[row][column])  # Right Column

    result = [a, b, c, d, e, f, g, h]

    for item in result:
        if len(item) == 1 and item == {0} and player_1_data == 0:
            Game_Finished = True
            print("Player 1 Wins, Congratulations !!!")

        elif len(item) == 1 and item == {1} and player_2_data == 1:
            Game_Finished = True
            print("Player 2 Wins, Congratulations !!!")

        elif len(item) == 1 and item == {1} and player_1_data == 1:
            Game_Finished = True
            print("Player 1 Wins, Congratulations !!!")

        elif len(item) == 1 and item == {0} and player_2_data == 0:
            Game_Finished = True
            print("Player 2 Wins, Congratulations !!!")


# def game_play():
#     player_1_move = str(input("Player 1, Please Type Your Move Position >>>"))
#     player_1_move_position = int(player_1_move[0]), int(player_1_move[0])
#     player_2_move = str(input("Player 2, Please Type Your Move Position >>>"))
#     player_2_move_position = int(player_2_move[0]), int(player_2_move[0])
#     return player_1_move_position, player_2_move_position


def game_play():
    print("\n")
    initiate_game()
    print("\n")
    game_board()
    print("\n")
    while not Game_Finished:
        player_1_move = input("Player 1, Please Type Your Move Position >>> ")
        player_1_move_position = translate(player_1_move)
        game[player_1_move_position[0]][player_1_move_position[1]] = player_1_data
        print("\n")
        game_board()
        print("\n")
        game_cal()
        if Game_Finished:
            break
        player_2_move = input("Player 2, Please Type Your Move Position >>> ")
        player_2_move_position = translate(player_2_move)
        game[player_2_move_position[0]][player_2_move_position[1]] = player_2_data
        print("\n")
        game_board()
        print("\n")
        game_cal()
    # return player_1_move_position, player_2_move_position


#   def welcome():
_ = system('clear')
print("###############################")
print("  Welcome to Tic Tac Toe Game  ")
print("###############################")
player_1_data = int(input("Player 1, Please Choose '0' or '1' >>> "))
if player_1_data != 0:
    player_2_data = 0
    print("Player 1, is playing as '1'.\nPlayer 2, is playing as '0'.\n ")
else:
    player_2_data = 1
    print("Player 1, is playing as '0'.\nPlayer 2, is playing as '1'.\n ")
#    return player_1_data,   player_2_data

game_play() # Play Game