old_alternative_main.py.txt

# import itertools
# import tkinter
# from tkinter import font
# from PIL import Image, ImageTk
# import Constants
#
# width, height = Constants.WIDTH, Constants.HEIGHT
# player = "X"
# background = "gray"
# already_clicked = [False for _ in range(9)]
# x_moves = []
# o_moves = []
# win: []
# x_image: ImageTk.PhotoImage
# o_image: ImageTk.PhotoImage
# def_image: ImageTk.PhotoImage
# background_image: ImageTk.PhotoImage
# background_image2: ImageTk.PhotoImage
# restart_image: ImageTk.PhotoImage
# change_image: ImageTk.PhotoImage
# xwin_image: ImageTk.PhotoImage
# owin_image: ImageTk.PhotoImage
#
#
# def all_wining_combo_maker(o_win = Constants.WIN):
#     combo = []
#     for w in o_win:
#         combo.extend((itertools.permutations(w, 3)))
#     return combo
#
#
# def initialize_values():
#     global win, x_image, o_image, def_image, background_image, background_image2, restart_image, \
#         change_image, xwin_image, owin_image
#     win = all_wining_combo_maker(Constants.WIN)
#     # Image
#     x_image = ImageTk.PhotoImage(Image.open(Constants.x_path))
#     o_image = ImageTk.PhotoImage(Image.open(Constants.o_path))
#     def_image = ImageTk.PhotoImage(Image.open(Constants.def_path))
#     background_image = ImageTk.PhotoImage(Image.open(Constants.background_path))
#     background_image2 = ImageTk.PhotoImage(Image.open(Constants.background_path2))
#     restart_image = ImageTk.PhotoImage(Image.open(Constants.restart_path))
#     change_image = ImageTk.PhotoImage(Image.open(Constants.change_path))
#     xwin_image = ImageTk.PhotoImage(Image.open(Constants.xwin_path))
#     owin_image = ImageTk.PhotoImage(Image.open(Constants.owin_path))
#
#
# def clicked(coordinates):
#     global player, already_clicked, x_moves, o_moves
#     item = can.find_closest(coordinates.x, coordinates.y)
#     item_tag = can.gettags(item[0])[0]
#     if player == "X" and already_clicked[int(item_tag[-1])] is False:
#         can.itemconfig(item_tag, image=x_image)
#         x_moves.append(int(item_tag[-1]))
#         player = "O"
#         already_clicked[int(item_tag[-1])] = True
#         check_win()
#     elif player == "O" and already_clicked[int(item_tag[-1])] is False:
#         can.itemconfig(item_tag, image=o_image)
#         o_moves.append(int(item_tag[-1]))
#         player = "X"
#         already_clicked[int(item_tag[-1])] = True
#         check_win()
#
#
# def initialize_coordination(canvas: tkinter.Canvas) -> None:
#     for i in range(9):
#         match i:
#             case 0:
#                 x_coordination, y_coordination = 150, 150
#             case 1:
#                 x_coordination, y_coordination = 60 * 5, 150
#             case 2:
#                 x_coordination, y_coordination = 60 * 7 + 25, 150
#             case 3:
#                 x_coordination, y_coordination = 150, 150 * 2
#             case 4:
#                 x_coordination, y_coordination = 60 * 5, 150 * 2
#             case 5:
#                 x_coordination, y_coordination = 60 * 7 + 25, 150 * 2
#             case 6:
#                 x_coordination, y_coordination = 150, 150 * 3
#             case 7:
#                 x_coordination, y_coordination = 60 * 5, 150 * 3
#             case 8:
#                 x_coordination, y_coordination = 60 * 7 + 25, 150 * 3
#         # noinspection PyUnboundLocalVariable
#         canvas.create_image(x_coordination, y_coordination, image=def_image, tag=f"cell{i}")
#         canvas.tag_bind(f"cell{i}", "<Button-1>", clicked)
#
#     canvas.create_image(200, 565, image=restart_image, tag=f"restart")
#     canvas.tag_bind(f"restart", "<Button-1>", restart)
#
#     canvas.create_image(400, 555, image=change_image, tag=f"change")
#     canvas.tag_bind(f"change", "<Button-1>", alternate_background)
#
#
# def check_win():
#     global x_moves, o_moves
#     if len(x_moves) >= 3:
#         x_moves_combo = itertools.combinations(x_moves, 3)
#         o_moves_combo = itertools.combinations(o_moves, 3)
#         for x in x_moves_combo:
#             if x in win:
#                 can.create_image(300, 300, image=xwin_image, tag="play_again")
#                 can.tag_bind("play_again", "<Button-1>", play_again)
#         for o in o_moves_combo:
#             if o in win:
#                 can.create_image(300, 300, image=owin_image, tag="play_again")
#                 can.tag_bind("play_again", "<Button-1>", play_again)
#
#
# def restart(event):
#     global player, already_clicked, x_moves, o_moves, background
#     player = "X"
#     already_clicked = [False for _ in range(9)]
#     x_moves = []
#     o_moves = []
#     for i in range(9):
#         can.itemconfig(f"cell{i}", image=def_image)
#
#
# def play_again(event):
#     can.delete("play_again")
#     restart(event)
#
#
# def alternate_background(event):
#     global background
#     if background == "gray":
#         background = "pink"
#         can.itemconfig("background", image=background_image)
#     elif background == "pink":
#         background = "gray"
#         can.itemconfig("background", image=background_image2)
#
#
# if __name__ == "__main__":
#     root = tkinter.Tk()
#     root.geometry(f"{width}x{height}")
#     root.resizable(width=False, height=False)
#     root.title("Tik Tac Toe!")
#     root.iconbitmap(Constants.icon)
#     initialize_values()
#     can = tkinter.Canvas(root, height=height, width=width)
#     can.create_image(300, 300, image=background_image, tag="background")
#     font = font.Font(family='Helvetica', size=32, weight='bold')
#     can.create_text(60 * 5, 35, fill='#6c19ab', font=font, text="Tic Tac Toe Game!")
#     initialize_coordination(can)
#     can.pack(anchor=tkinter.CENTER)
#     root.mainloop()