class Section(Dialog):
def __init__(self, master, title: str, gameplay: FourInARowGameplay):
Dialog.__init__(self, master, bg_color=BLUE)
self.master = master
self.gameplay = gameplay
arrow = pygame.transform.flip(RESOURCES.IMG["arrow"], True, False)
self.button_back = ImageButton(self,
img=arrow,
width=50,
callback=self.stop,
active_offset=(0, 5),
highlight_color=YELLOW)
self.title = Text(title)
def place_objects(self) -> None:
self.button_back.move(left=self.frame.left + 5, top=self.frame.top + 5)
self.title.move(centerx=self.frame.centerx, top=self.frame.top + 10)
def on_start_loop(self) -> None:
self.frame.size = self.frame.width, self.master.buttons.height
self.frame.move(right=0, top=self.master.buttons.top)
self.frame.animate_move(self,
speed=50,
at_every_frame=self.place_objects,
left=10,
top=self.frame.top)
def on_quit(self) -> None:
self.frame.animate_move(self,
speed=50,
at_every_frame=self.place_objects,
right=0,
top=self.frame.top)
def __init__(self, master):
Window.__init__(self, master=master, bg_music=master.bg_music)
self.bg = RectangleShape(*self.size, (0, 0, 0, 170))
self.frame = RectangleShape(0.50 * self.width,
0.50 * self.height,
GREEN,
outline=3)
self.text = Text("Are you sure you want\nto buy this car ?",
(RESOURCES.FONT["algerian"], 60),
justify=Text.T_CENTER)
self.button_yes = Button(self,
"Yes",
self.text.font,
bg=GREEN,
hover_bg=GREEN_LIGHT,
active_bg=GREEN_DARK,
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["validate"],
highlight_color=YELLOW,
callback=self.buy)
self.button_red_cross = ImageButton(
self,
img=RESOURCES.IMG["red_cross"],
active_img=RESOURCES.IMG["red_cross_hover"],
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop,
highlight_color=YELLOW)
self.buyed = False
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
def __init__(self, player_id: int):
Window.__init__(self,
bg_color=(0, 200, 255),
bg_music=RESOURCES.MUSIC["setup"])
self.gameplay = Gameplay(player_id)
self.count_down = CountDown(self,
60,
"Time left: {seconds}",
font=(None, 70),
color=WHITE)
self.start_count_down = lambda: self.count_down.start(
at_end=self.timeout) if self.client_socket.connected() else None
params_for_all_buttons = {
"bg": GREEN,
"hover_bg": GREEN_LIGHT,
"active_bg": GREEN_DARK,
"highlight_color": YELLOW
}
self.button_back = ImageButton(self,
RESOURCES.IMG["arrow_blue"],
**params_for_all_buttons,
rotate=180,
size=50,
callback=self.stop)
self.navy_grid = DrawableListVertical(offset=0, bg_color=(0, 157, 255))
for i in range(NB_LINES_BOXES):
box_line = DrawableListHorizontal(offset=0)
for j in range(NB_COLUMNS_BOXES):
box_line.add(BoxSetup(self, size=BOX_SIZE, pos=(i, j)))
self.navy_grid.add(box_line)
self.ships_list = DrawableListVertical(offset=70, justify="left")
for ship_name, ship_infos in SHIPS.items():
ship_line = DrawableListHorizontal(offset=ship_infos["offset"])
for _ in range(ship_infos["nb"]):
ship_line.add(ShipSetup(self, ship_name, ship_infos["size"]))
self.ships_list.add(ship_line)
option_size = 50
self.button_restart = Button.withImageOnly(
self,
Image(RESOURCES.IMG["reload_blue"], size=option_size),
callback=self.reinit_all_ships,
**params_for_all_buttons)
self.button_random = Button.withImageOnly(self,
Image(
RESOURCES.IMG["random"],
size=option_size),
callback=self.shuffle,
**params_for_all_buttons)
self.button_play = Button(self,
"Play",
font=(None, 40),
callback=self.play,
**params_for_all_buttons)
def __init__(self, master, title: str, gameplay: FourInARowGameplay):
Dialog.__init__(self, master, bg_color=BLUE)
self.master = master
self.gameplay = gameplay
arrow = pygame.transform.flip(RESOURCES.IMG["arrow"], True, False)
self.button_back = ImageButton(self,
img=arrow,
width=50,
callback=self.stop,
active_offset=(0, 5),
highlight_color=YELLOW)
self.title = Text(title)
def __init__(self):
Window.__init__(self, bg_color=(0, 200, 255))
self.player_id = 0
self.button_back = ImageButton(self, RESOURCES.IMG["arrow_blue"], rotate=180, size=50, callback=self.stop, highlight_color=YELLOW)
self.player_grid = PlayerNavy(self, self.client_socket)
self.opposite_grid = OppositeNavy(self, self.client_socket)
self.ai = AI()
self.turn_checker = TurnArrow()
self.restart = False
self.bind_key(pygame.K_ESCAPE, lambda event: self.stop())
self.text_finish = Text("Finish !!!", font=(None, 120), color=WHITE)
self.window_finish = FinishWindow(self)
self.game_finished = False
def __init__(self, master):
Window.__init__(self,
bg_color=master.bg_color,
bg_music=master.bg_music)
params_for_button = {
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
"on_click_sound": RESOURCES.SFX["back"]
}
self.master = master
self.button_back = ImageButton(self,
img=RESOURCES.IMG["blue_arrow"],
**params_for_button,
callback=self.stop)
self.objects.add(master.text_highscore, master.text_money)
self.text_title = Text("ENVIRONMENT", (RESOURCES.FONT["algerian"], 90),
GREEN_DARK,
shadow=True,
shadow_x=2,
shadow_y=2)
self.environment = ButtonListHorizontal(offset=15)
self.texts = DrawableList()
for name, color in ENVIRONMENT.items():
b = Button(self,
img=Image(RESOURCES.IMG[name],
max_width=180,
max_height=180),
compound="center",
outline=3,
callback=lambda env=name: self.play(env),
bg=color,
hover_bg=change_saturation(color, -20),
active_bg=change_brightness(color, -20),
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["validate"],
highlight_color=YELLOW)
b.set_size(200)
self.texts.add(
Text(name.upper(), (RESOURCES.FONT["algerian"], 50),
GREEN_DARK,
shadow=True,
shadow_x=2,
shadow_y=2))
self.environment.add(b)
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
class ConfirmPayement(Window):
def __init__(self, master):
Window.__init__(self, master=master, bg_music=master.bg_music)
self.bg = RectangleShape(*self.size, (0, 0, 0, 170))
self.frame = RectangleShape(0.50 * self.width,
0.50 * self.height,
GREEN,
outline=3)
self.text = Text("Are you sure you want\nto buy this car ?",
(RESOURCES.FONT["algerian"], 60),
justify=Text.T_CENTER)
self.button_yes = Button(self,
"Yes",
self.text.font,
bg=GREEN,
hover_bg=GREEN_LIGHT,
active_bg=GREEN_DARK,
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["validate"],
highlight_color=YELLOW,
callback=self.buy)
self.button_red_cross = ImageButton(
self,
img=RESOURCES.IMG["red_cross"],
active_img=RESOURCES.IMG["red_cross_hover"],
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop,
highlight_color=YELLOW)
self.buyed = False
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
def place_objects(self):
self.text.center = self.frame.center = self.center
self.button_red_cross.move(left=self.frame.left + 5,
top=self.frame.top + 5)
self.button_yes.move(bottom=self.frame.bottom - 10,
centerx=self.frame.centerx)
def set_grid(self):
self.button_red_cross.set_obj_on_side(on_bottom=self.button_yes)
self.button_yes.set_obj_on_side(on_top=self.button_red_cross)
def buy(self):
self.buyed = True
self.stop()
def __init__(self, master: Window):
Window.__init__(self, bg_color=BACKGROUND_COLOR)
self.bind_key(pygame.K_ESCAPE, lambda event: self.stop())
self.master = master
self.logo = Image(RESOURCES.IMG["logo"])
arrow = pygame.transform.flip(RESOURCES.IMG["arrow"], True, False)
self.button_back = ImageButton(self,
img=arrow,
width=100,
callback=self.stop,
active_offset=(0, 5),
highlight_color=YELLOW)
self.grid = FourInARowGrid(self, self.width / 2, self.height * 0.75)
self.__player_turn = 0
self.player_who_start_first = 0
self.player = 0
self.__turn = str()
self.__turn_dict = dict()
self.__score_player = self.__score_enemy = 0
self.__highlight_line_window_callback = None
self.enemy = str()
self.ai = FourInARowAI()
self.text_score = Text()
self.text_player_turn = Text()
self.left_options = ButtonListVertical(offset=50)
self.left_options.add(
Button(self, "Restart", theme="option", callback=self.restart),
Button(self, "Quit game", theme="option", callback=self.quit_game))
self.text_winner = Text()
self.text_drawn_match = Text("Drawn match.")
self.token_players = Grid(self)
for row in range(2):
self.token_players.place(CircleShape(20,
PLAYER_TOKEN_COLOR[row + 1],
outline=2,
outline_color=WHITE),
row,
column=1,
padx=5,
pady=5,
justify="left")
self.enemy_quit_dialog = EnemyQuitGame(self)
def __init__(self):
Window.__init__(self, bg_color=(0, 200, 255))
self.gameplay = Gameplay()
self.enemy_quit_window = EnemyQuitGame(self)
self.transition = GameSetupTransition()
self.count_down = CountDown(self,
60,
"Time left: {seconds}",
font=(None, 70),
color=WHITE)
self.start_count_down = lambda: self.count_down.start(
at_end=self.timeout) if self.client_socket.connected() else None
self.button_back = ImageButton(self,
RESOURCES.IMG["arrow_blue"],
rotate=180,
size=50,
callback=self.stop)
self.navy_grid = Grid(self, bg_color=(0, 157, 255))
self.__boxes_dict = {(i, j): BoxSetup(self, size=BOX_SIZE, pos=(i, j))
for i in range(NB_LINES_BOXES)
for j in range(NB_COLUMNS_BOXES)}
self.__boxes_list = list(self.__boxes_dict.values())
self.navy_grid.place_multiple(self.__boxes_dict)
self.ships_list = DrawableListVertical(offset=70, justify="left")
for ship_name, ship_infos in SHIPS.items():
ship_line = DrawableListHorizontal(offset=ship_infos["offset"])
for _ in range(ship_infos["nb"]):
ship_line.add(ShipSetup(self, ship_name, ship_infos["size"]))
self.ships_list.add(ship_line)
option_size = 50
self.button_restart = Button(self,
img=Image(RESOURCES.IMG["reload_blue"],
size=option_size),
callback=self.reinit_all_ships)
self.button_random = Button(self,
img=Image(RESOURCES.IMG["random"],
size=option_size),
callback=self.shuffle)
self.button_play = Button(self,
"Play",
font=(None, 40),
callback=self.play)
class Options(Window):
def __init__(self, master: Window):
Window.__init__(self, master=master, bg_music=master.bg_music)
self.frame = RectangleShape(0.60 * self.width,
0.60 * self.height,
GREEN,
outline=3)
self.title = Text("Options", font=(RESOURCES.FONT["algerian"], 70))
self.options_font = (RESOURCES.FONT["algerian"], 40)
self.case_font = (RESOURCES.FONT["algerian"], 30)
self.control_font = ("calibri", 20)
params_for_all_scales = {
"width": 0.45 * self.frame.w,
"color": TRANSPARENT,
"scale_color": GREEN_DARK,
"from_": 0,
"to": 100,
"outline": 3,
}
params_for_all_buttons = {
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
"disabled_sound": RESOURCES.SFX["block"]
}
params_for_option_buttons = {
"on_click_sound": RESOURCES.SFX["validate"]
}
params_for_buttons = {
"bg": GRAY_DARK,
"fg": WHITE,
"hover_bg": GRAY,
"active_bg": BLACK
}
params_for_reset_button = {
"bg": RED,
"fg": WHITE,
"hover_bg": RED_LIGHT,
"active_bg": RED_DARK,
}
self.button_back = ImageButton(self,
img=RESOURCES.IMG["blue_arrow"],
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop,
**params_for_all_buttons)
self.button_change_page = Button(self,
">>",
font=self.case_font,
callback=self.change_page,
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.nb_pages = 2
self.page = 1
## PAGE 1 ##
valid_img = Image(RESOURCES.IMG["green_valid"])
self.text_music = Text("Music:", self.options_font)
self.cb_music = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=self.get_music_state(),
callback=self.set_music_state,
**params_for_all_buttons,
**params_for_option_buttons)
self.scale_music = Scale(
self,
**params_for_all_scales,
**params_for_all_buttons,
height=self.cb_music.height,
default=Window.music_volume() * 100,
callback=lambda value, percent: Window.set_music_volume(percent))
self.text_sound = Text("SFX:", self.options_font)
self.cb_sound = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=self.get_sound_state(),
callback=self.set_sound_state,
**params_for_all_buttons,
**params_for_option_buttons)
self.scale_sound = Scale(
self,
**params_for_all_scales,
**params_for_all_buttons,
height=self.cb_sound.height,
default=Window.sound_volume() * 100,
callback=lambda value, percent: Window.set_sound_volume(percent))
self.text_fps = Text("FPS:", self.options_font)
self.cb_show_fps = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=Window.fps_is_shown(),
callback=self.show_fps,
**params_for_all_buttons,
**params_for_option_buttons)
self.button_reset = Button(self,
"Reset Save",
font=(RESOURCES.FONT["algerian"], 30),
callback=SAVE.reset,
state=Button.DISABLED,
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_reset_button)
## PAGE 2 ##
self.text_acceleration = Text("Accélérer:", self.options_font)
self.button_auto_acceleration = Button(
self,
font=self.case_font,
callback=lambda: SAVE.update(auto_acceleration=not SAVE[
"auto_acceleration"]),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.button_acceleration = Button(
self,
font=self.control_font,
callback=lambda: self.choose_key("speed_up"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_brake = Text("Freiner:", self.options_font)
self.button_brake = Button(self,
font=self.control_font,
callback=lambda: self.choose_key("brake"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_move_up = Text("Aller en haut:", self.options_font)
self.button_move_up = Button(self,
font=self.control_font,
callback=lambda: self.choose_key("up"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_move_down = Text("Aller en bas:", self.options_font)
self.button_move_down = Button(
self,
font=self.control_font,
callback=lambda: self.choose_key("down"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
def on_quit(self):
SAVE.dump()
def change_page(self):
self.page = (self.page % self.nb_pages) + 1
def update(self):
self.hide_all(without=[
self.frame, self.title, self.button_back, self.button_change_page
])
if self.page == 1:
self.text_music.show()
self.text_sound.show()
for checkbox, scale in [(self.cb_music, self.scale_music),
(self.cb_sound, self.scale_sound)]:
checkbox.show()
if checkbox.value is True:
scale.show()
checkbox.set_obj_on_side(on_right=scale)
else:
checkbox.set_obj_on_side(on_right=self.button_change_page)
self.text_fps.show()
self.cb_show_fps.show()
self.button_reset.show()
self.button_back.set_obj_on_side(on_bottom=self.cb_music,
on_right=self.cb_music)
self.button_change_page.set_obj_on_side(on_top=self.cb_show_fps,
on_left=self.button_reset)
elif self.page == 2:
self.text_acceleration.show()
self.button_auto_acceleration.text = "Automatique" if SAVE[
"auto_acceleration"] else "Manuel"
self.button_auto_acceleration.show()
control_text_format = "Key: {key}\nJoystick: {joy}"
if not SAVE["auto_acceleration"]:
self.button_acceleration.text = control_text_format.format(
**SAVE["controls"]["speed_up"])
self.button_acceleration.move(
left=self.button_auto_acceleration.right + 10,
centery=self.button_auto_acceleration.centery)
self.button_acceleration.show()
self.button_auto_acceleration.set_obj_on_side(
on_right=self.button_acceleration)
else:
self.button_auto_acceleration.set_obj_on_side(
on_right=self.button_back)
fields = [
(self.text_brake, self.button_brake, "brake"),
(self.text_move_up, self.button_move_up, "up"),
(self.text_move_down, self.button_move_down, "down"),
]
for text, button, action in fields:
text.show()
button.text = control_text_format.format(
**SAVE["controls"][action])
button.show()
self.button_back.set_obj_on_side(
on_bottom=self.button_auto_acceleration,
on_right=self.button_auto_acceleration)
self.button_change_page.set_obj_on_side(
on_top=self.button_move_down, on_left=self.button_move_down)
def place_objects(self):
self.frame.move(center=self.center)
self.title.move(top=self.frame.top + 10, centerx=self.frame.centerx)
self.button_back.move(top=self.frame.top + 5, left=self.frame.left + 5)
self.button_change_page.move(bottom=self.frame.bottom - 5,
right=self.frame.right - 5)
## PAGE 1 ##
self.text_music.move(left=self.frame.left + 10,
top=self.title.bottom + 10)
self.text_sound.move(right=self.text_music.right,
top=self.text_music.bottom + 5)
self.cb_music.move(left=self.text_music.right + 10,
centery=self.text_music.centery)
self.cb_sound.move(left=self.text_music.right + 10,
centery=self.text_sound.centery)
self.scale_music.move(centerx=self.frame.centerx,
centery=self.cb_music.centery)
self.scale_music.show_value(Scale.S_RIGHT, font=self.case_font)
self.scale_sound.move(centerx=self.frame.centerx,
centery=self.cb_sound.centery)
self.scale_sound.show_value(Scale.S_RIGHT, font=self.case_font)
self.text_fps.move(right=self.text_music.right,
top=self.text_sound.bottom + 50)
self.cb_show_fps.move(left=self.text_fps.right + 10,
centery=self.text_fps.centery)
self.button_reset.move(bottom=self.frame.bottom - 5,
left=self.frame.left + 5)
## PAGE 2 ##
self.text_acceleration.move(left=self.frame.left + 10,
top=self.title.bottom + 50)
self.button_auto_acceleration.move(
left=self.text_acceleration.right + 10,
centery=self.text_acceleration.centery)
self.text_brake.move(left=self.text_acceleration.left,
top=self.text_acceleration.bottom + 50)
self.button_brake.move(left=self.text_brake.right + 10,
centery=self.text_brake.centery)
self.text_move_up.move(left=self.text_acceleration.left,
top=self.text_brake.bottom + 50)
self.button_move_up.move(left=self.text_move_up.right + 10,
centery=self.text_move_up.centery)
self.text_move_down.move(left=self.text_acceleration.left,
top=self.text_move_up.bottom + 50)
self.button_move_down.move(left=self.text_move_down.right + 10,
centery=self.text_move_down.centery)
def set_grid(self):
## PAGE 1 ##
self.cb_music.set_obj_on_side(on_top=self.button_back,
on_left=self.button_back,
on_bottom=self.cb_sound)
self.scale_music.set_obj_on_side(on_top=self.button_back,
on_left=self.cb_music,
on_bottom=self.scale_sound,
on_right=self.button_change_page)
self.cb_sound.set_obj_on_side(on_top=self.cb_music,
on_left=self.button_back,
on_bottom=self.cb_show_fps)
self.scale_sound.set_obj_on_side(on_top=self.scale_music,
on_left=self.cb_sound,
on_bottom=self.cb_show_fps,
on_right=self.button_change_page)
self.cb_show_fps.set_obj_on_side(on_left=self.button_back,
on_top=self.cb_sound,
on_bottom=self.button_reset,
on_right=self.button_change_page)
self.button_reset.set_obj_on_side(on_left=self.button_back,
on_top=self.cb_show_fps,
on_right=self.button_change_page)
## PAGE 2 ##
self.button_auto_acceleration.set_obj_on_side(
on_top=self.button_back,
on_left=self.button_back,
on_bottom=self.button_brake)
self.button_acceleration.set_obj_on_side(
on_top=self.button_back,
on_left=self.button_auto_acceleration,
on_bottom=self.button_brake,
on_right=self.button_change_page)
self.button_brake.set_obj_on_side(on_top=self.button_auto_acceleration,
on_left=self.button_back,
on_bottom=self.button_move_up,
on_right=self.button_change_page)
self.button_move_up.set_obj_on_side(on_top=self.button_brake,
on_left=self.button_back,
on_bottom=self.button_move_down,
on_right=self.button_change_page)
self.button_move_down.set_obj_on_side(
on_top=self.button_move_up,
on_left=self.button_back,
on_bottom=self.button_change_page,
on_right=self.button_change_page)
def choose_key(self, action: str):
AssignmentPrompt(self, action).mainloop()
class FourInARowGameplay(Window):
def __init__(self, master: Window):
Window.__init__(self, bg_color=BACKGROUND_COLOR)
self.bind_key(pygame.K_ESCAPE, lambda event: self.stop())
self.master = master
self.logo = Image(RESOURCES.IMG["logo"])
arrow = pygame.transform.flip(RESOURCES.IMG["arrow"], True, False)
self.button_back = ImageButton(self,
img=arrow,
width=100,
callback=self.stop,
active_offset=(0, 5),
highlight_color=YELLOW)
self.grid = FourInARowGrid(self, self.width / 2, self.height * 0.75)
self.__player_turn = 0
self.player_who_start_first = 0
self.player = 0
self.__turn = str()
self.__turn_dict = dict()
self.__score_player = self.__score_enemy = 0
self.__highlight_line_window_callback = None
self.enemy = str()
self.ai = FourInARowAI()
self.text_score = Text()
self.text_player_turn = Text()
self.left_options = ButtonListVertical(offset=50)
self.left_options.add(
Button(self, "Restart", theme="option", callback=self.restart),
Button(self, "Quit game", theme="option", callback=self.quit_game))
self.text_winner = Text()
self.text_drawn_match = Text("Drawn match.")
self.token_players = Grid(self)
for row in range(2):
self.token_players.place(CircleShape(20,
PLAYER_TOKEN_COLOR[row + 1],
outline=2,
outline_color=WHITE),
row,
column=1,
padx=5,
pady=5,
justify="left")
self.enemy_quit_dialog = EnemyQuitGame(self)
def start(self,
enemy: str,
player=1,
player_name=None,
enemy_name=None,
ai_level=None) -> None:
self.player = player
self.enemy = enemy
if enemy == LAN_PLAYER:
player_name = str(player_name)
self.client_socket.send("name", player_name)
result = self.client_socket.wait_for("name")
if result == self.client_socket.QUIT_MESSAGE:
return
enemy_name = str(self.client_socket.get(result))
self.__turn_dict = {
1: {
1: player_name,
2: enemy_name
}[player],
2: {
1: enemy_name,
2: player_name
}[player]
}
else:
player_name = str(player_name) if player_name is not None else "P1"
enemy_name = str(enemy_name) if enemy_name is not None else "P2"
self.__turn_dict = {
1: "You" if self.enemy == AI else player_name,
2: "AI" if self.enemy == AI else enemy_name
}
if self.enemy == AI:
self.ai.level = ai_level
for row, name in enumerate(self.__turn_dict.values()):
self.token_players.place(Text(name + ":"),
row,
column=0,
padx=5,
pady=5,
justify="right")
self.mainloop()
def on_start_loop(self) -> None:
self.grid[0].focus_set()
self.score_player = self.score_enemy = 0
self.player_who_start_first = 0
self.text_winner.hide()
self.restart(init=True)
def on_quit(self) -> None:
self.stop_connection()
def quit_game(self) -> None:
self.stop()
self.master.stop()
def restart(self, init=False) -> None:
if not init:
self.client_socket.send("restart")
self.grid.reset()
self.remove_window_callback(self.__highlight_line_window_callback)
if self.player_who_start_first == 0:
if self.enemy == AI:
self.player_turn = 1
elif self.enemy == LOCAL_PLAYER or (self.enemy == LAN_PLAYER
and self.player == 1):
self.player_turn = random.randint(1, 2)
if self.enemy == LAN_PLAYER:
self.client_socket.send("player_turn",
int(self.player_turn))
elif self.enemy == LAN_PLAYER and self.player == 2:
result = self.client_socket.wait_for("player_turn")
if result == self.client_socket.QUIT_MESSAGE:
self.stop()
return
self.player_turn = self.client_socket.get(result)
elif self.text_winner.is_shown():
self.player_turn = (self.player_who_start_first % 2) + 1
else:
self.player_turn = self.player_who_start_first
self.player_who_start_first = self.player_turn
self.text_winner.hide()
self.text_drawn_match.hide()
def place_objects(self) -> None:
self.logo.move(centerx=self.centerx, top=10)
self.grid.midbottom = self.midbottom
self.text_score.move(left=10, top=self.grid.top)
self.text_player_turn.move(left=self.text_score.left,
top=self.text_score.bottom + 50)
self.left_options.move(centerx=(self.left + self.grid.left) // 2,
top=self.text_player_turn.bottom + 50)
self.text_winner.center = ((self.grid.right + self.right) // 2,
self.grid.centery)
self.token_players.move(centerx=self.text_winner.centerx,
top=self.grid.top)
self.text_drawn_match.center = self.text_winner.center
def set_grid(self) -> None:
self.grid.set_obj_on_side(on_top=self.button_back,
on_left=self.left_options[0])
self.button_back.set_obj_on_side(on_bottom=self.left_options[0],
on_right=self.grid[0])
self.left_options.set_obj_on_side(on_top=self.button_back,
on_right=self.grid[0])
@property
def player_turn(self) -> int:
return self.__player_turn
@player_turn.setter
def player_turn(self, player: int) -> None:
self.__player_turn = player
self.__turn = turn = self.__turn_dict[player]
self.text_player_turn.message = f"Player turn:\n{turn}"
self.place_objects()
if self.enemy != LOCAL_PLAYER:
for column in filter(lambda column: not column.full(),
self.grid.columns):
column.set_enabled(self.player_turn == self.player)
if self.enemy == AI and self.player_turn == 2:
self.after(500, self.play, self.ai.play(self.grid.map))
@property
def score_player(self) -> int:
return self.__score_player
@score_player.setter
def score_player(self, value: int) -> None:
self.__score_player = value
self.__update_text_score()
@property
def score_enemy(self) -> int:
return self.__score_enemy
@score_enemy.setter
def score_enemy(self, value: int) -> None:
self.__score_enemy = value
self.__update_text_score()
def __update_text_score(self) -> None:
self.text_score.message = "Score:\n{you}: {score_1}\n{enemy}: {score_2}".format(
you=self.__turn_dict[1],
enemy=self.__turn_dict[2],
score_1=self.score_player,
score_2=self.score_enemy)
self.place_objects()
def update(self) -> None:
if self.enemy == LAN_PLAYER:
if self.client_socket.recv("column"):
self.play(self.client_socket.get("column"))
if self.client_socket.recv("restart"):
self.restart()
if self.client_socket.recv(self.client_socket.QUIT_MESSAGE):
self.enemy_quit_dialog.text.message = "{}\nhas left the game".format(
self.__turn_dict[(self.player % 2) + 1])
self.enemy_quit_dialog.mainloop()
def play(self, column: int) -> None:
self.block_only_event([
pygame.KEYDOWN, pygame.KEYUP, pygame.JOYBUTTONDOWN,
pygame.JOYBUTTONUP, pygame.MOUSEBUTTONDOWN, pygame.MOUSEBUTTONUP
])
if self.enemy == LAN_PLAYER and self.player_turn == self.player:
self.client_socket.send("column", column)
self.grid.play(self.player_turn, column)
line = self.check_victory()
if line:
for c in self.grid.columns:
c.disable()
self.left_options[0].focus_set()
self.update_winner()
self.highlight_line(line)
elif self.grid.full():
self.left_options[0].focus_set()
self.text_drawn_match.show()
else:
self.player_turn = (self.player_turn % 2) + 1
if self.enemy == LOCAL_PLAYER:
self.draw_and_refresh()
pygame.time.wait(500)
self.clear_all_events()
self.allow_all_events()
def check_victory(self) -> list[tuple[int, int]]:
grid = self.grid.map
grid_pos_getter = [
lambda row, col, index: (row, col + index), # Check row (->)
lambda row, col, index: (row, col - index), # Check row (<-)
lambda row, col, index: (row + index, col), # Check column
lambda row, col, index:
(row + index, col - index), # Check diagonal (/)
lambda row, col, index:
(row + index, col + index), # Check diagonal (\)
]
all_box_pos = list()
box_pos = list()
for row, column in filter(lambda pos: grid[pos] != 0, grid):
for grid_pos in grid_pos_getter:
index = 0
box_pos.clear()
while grid.get(grid_pos(row, column, index),
-1) == grid[row, column]:
box_pos.append(grid_pos(row, column, index))
index += 1
if len(box_pos) >= 4:
all_box_pos.extend(
filter(lambda pos: pos not in all_box_pos, box_pos))
return all_box_pos
def highlight_line(self, line: list[tuple[int, int]], highlight=True):
for row, col in line:
box = self.grid.columns[col].boxes[row]
if highlight:
box.circle.color = GREEN
else:
box.value = box.value
self.__highlight_line_window_callback = self.after(
500, self.highlight_line, line=line, highlight=not highlight)
def update_winner(self):
if self.player_turn == 1:
self.score_player += 1
else:
self.score_enemy += 1
winner = self.__turn
self.text_winner.message = f"Winner:\n{winner}"
self.text_winner.show()
def __init__(self):
Window.__init__(self,
bg_color=GRAY,
bg_music=RESOURCES.MUSIC["garage"])
params_for_all_buttons = {
"bg": GREEN,
"hover_bg": GREEN_LIGHT,
"active_bg": GREEN_DARK,
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
}
params_for_button_except_back = {
"on_click_sound": RESOURCES.SFX["validate"],
"disabled_sound": RESOURCES.SFX["block"],
"disabled_bg": GRAY_LIGHT,
}
params_for_button_except_back.update(params_for_all_buttons)
params_for_car_viewer = {
k: params_for_button_except_back[k]
for k in ["hover_sound", "on_click_sound"]
}
self.button_back = ImageButton(self,
RESOURCES.IMG["blue_arrow"],
**params_for_all_buttons,
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop)
self.car_viewer = CarViewer(self, SAVE["car"], **params_for_car_viewer)
size_progress_bar = (300, 30)
self.speed_bar = ProgressBar(*size_progress_bar, TRANSPARENT, GREEN)
self.maniability_bar = ProgressBar(*size_progress_bar, TRANSPARENT,
GREEN)
self.braking_bar = ProgressBar(*size_progress_bar, TRANSPARENT, GREEN)
self.left_arrow = ImageButton(
self,
img=RESOURCES.IMG["left_arrow"],
active_img=RESOURCES.IMG["left_arrow_hover"],
**params_for_button_except_back,
callback=self.car_viewer.decrease_id)
self.right_arrow = ImageButton(
self,
img=RESOURCES.IMG["right_arrow"],
active_img=RESOURCES.IMG["right_arrow_hover"],
**params_for_button_except_back,
callback=self.car_viewer.increase_id)
for arrow in [self.left_arrow, self.right_arrow]:
arrow.take_focus(False)
self.button_price = Button(self,
font=(RESOURCES.FONT["algerian"], 40),
img=Image(RESOURCES.IMG["piece"], size=40),
compound="right",
callback=self.buy_car,
**params_for_button_except_back)
self.button_play = Button(self,
"Play",
font=(RESOURCES.FONT["algerian"], 70),
callback=self.play,
**params_for_button_except_back)
self.text_money = Text(format_number(SAVE["money"]),
(RESOURCES.FONT["algerian"], 50),
YELLOW,
img=Image(RESOURCES.IMG["piece"], height=40),
compound="right")
self.text_highscore = Text(
"Highscore: {}".format(format_number(SAVE["highscore"])),
(RESOURCES.FONT["algerian"], 50), YELLOW)
self.padlock = Image(RESOURCES.IMG["padlock"])
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
class Garage(Window):
def __init__(self):
Window.__init__(self,
bg_color=GRAY,
bg_music=RESOURCES.MUSIC["garage"])
params_for_all_buttons = {
"bg": GREEN,
"hover_bg": GREEN_LIGHT,
"active_bg": GREEN_DARK,
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
}
params_for_button_except_back = {
"on_click_sound": RESOURCES.SFX["validate"],
"disabled_sound": RESOURCES.SFX["block"],
"disabled_bg": GRAY_LIGHT,
}
params_for_button_except_back.update(params_for_all_buttons)
params_for_car_viewer = {
k: params_for_button_except_back[k]
for k in ["hover_sound", "on_click_sound"]
}
self.button_back = ImageButton(self,
RESOURCES.IMG["blue_arrow"],
**params_for_all_buttons,
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop)
self.car_viewer = CarViewer(self, SAVE["car"], **params_for_car_viewer)
size_progress_bar = (300, 30)
self.speed_bar = ProgressBar(*size_progress_bar, TRANSPARENT, GREEN)
self.maniability_bar = ProgressBar(*size_progress_bar, TRANSPARENT,
GREEN)
self.braking_bar = ProgressBar(*size_progress_bar, TRANSPARENT, GREEN)
self.left_arrow = ImageButton(
self,
img=RESOURCES.IMG["left_arrow"],
active_img=RESOURCES.IMG["left_arrow_hover"],
**params_for_button_except_back,
callback=self.car_viewer.decrease_id)
self.right_arrow = ImageButton(
self,
img=RESOURCES.IMG["right_arrow"],
active_img=RESOURCES.IMG["right_arrow_hover"],
**params_for_button_except_back,
callback=self.car_viewer.increase_id)
for arrow in [self.left_arrow, self.right_arrow]:
arrow.take_focus(False)
self.button_price = Button(self,
font=(RESOURCES.FONT["algerian"], 40),
img=Image(RESOURCES.IMG["piece"], size=40),
compound="right",
callback=self.buy_car,
**params_for_button_except_back)
self.button_play = Button(self,
"Play",
font=(RESOURCES.FONT["algerian"], 70),
callback=self.play,
**params_for_button_except_back)
self.text_money = Text(format_number(SAVE["money"]),
(RESOURCES.FONT["algerian"], 50),
YELLOW,
img=Image(RESOURCES.IMG["piece"], height=40),
compound="right")
self.text_highscore = Text(
"Highscore: {}".format(format_number(SAVE["highscore"])),
(RESOURCES.FONT["algerian"], 50), YELLOW)
self.padlock = Image(RESOURCES.IMG["padlock"])
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
def update(self):
self.left_arrow.set_visibility(self.car_viewer.id > 1)
self.right_arrow.set_visibility(
self.car_viewer.id < len(self.car_viewer))
if not SAVE["owned_cars"][self.car_viewer.id]:
self.padlock.show()
price = self.car_viewer["price"]
if isinstance(price, int):
self.button_price.show()
self.button_price.text = format_number(price)
self.button_price.state = Button.NORMAL if SAVE[
"money"] >= price else Button.DISABLED
else:
self.button_price.hide()
self.button_play.state = Button.DISABLED
else:
self.padlock.hide()
self.button_price.hide()
self.button_play.state = Button.NORMAL
SAVE["car"] = self.car_viewer.id
max_s = self.car_viewer.max_speed
min_a = self.car_viewer.min_acceleration
max_m = self.car_viewer.max_maniability
min_b = self.car_viewer.min_braking
s = self.car_viewer["max_speed"]
a = self.car_viewer["acceleration"]
m = self.car_viewer["maniability"]
b = self.car_viewer["braking"]
self.speed_bar.percent = (s + min_a) / (max_s + a)
self.maniability_bar.percent = m / max_m
self.braking_bar.percent = min_b / b
def place_objects(self):
self.button_back.topleft = (5, 5)
self.car_viewer.move(center=self.center)
self.padlock.center = self.car_viewer.center
self.braking_bar.move(bottom=self.car_viewer.top - 40,
centerx=self.car_viewer.centerx + 100)
self.maniability_bar.move(bottom=self.braking_bar.top - 10,
centerx=self.car_viewer.centerx + 100)
self.speed_bar.move(bottom=self.maniability_bar.top - 10,
centerx=self.car_viewer.centerx + 100)
self.speed_bar.show_label("Speed/Acc.",
ProgressBar.S_LEFT,
font=(RESOURCES.FONT["algerian"], 40))
self.maniability_bar.show_label("Maniability",
ProgressBar.S_LEFT,
font=(RESOURCES.FONT["algerian"], 40))
self.braking_bar.show_label("Braking",
ProgressBar.S_LEFT,
font=(RESOURCES.FONT["algerian"], 40))
self.left_arrow.move(left=self.left + 50, centery=self.centery)
self.right_arrow.move(right=self.right - 50, centery=self.centery)
self.button_price.move(centerx=self.centerx,
top=self.car_viewer.bottom + 25)
self.button_play.move(bottom=self.bottom - 50, right=self.right - 10)
self.text_money.move(top=5, right=self.right - 10)
self.text_highscore.move(bottom=self.bottom - 50, left=5)
def set_grid(self):
self.button_back.set_obj_on_side(on_bottom=self.car_viewer)
self.car_viewer.set_obj_on_side(on_top=self.button_back,
on_bottom=self.button_price)
self.button_price.set_obj_on_side(on_top=self.car_viewer,
on_bottom=self.button_play)
self.button_play.set_obj_on_side(on_top=self.button_price)
def buy_car(self):
confirm_window = ConfirmPayement(self)
confirm_window.mainloop()
if confirm_window.buyed:
SAVE["money"] -= self.car_viewer["price"]
SAVE["owned_cars"][self.car_viewer.id] = True
self.text_money.message = format_number(SAVE["money"])
if Clickable.MODE != Clickable.MODE_MOUSE:
self.car_viewer.focus_set()
def play(self):
environment_chooser = EnvironmentChooser(self)
environment_chooser.mainloop()
self.text_money.message = format_number(SAVE["money"])
self.text_highscore.message = "Highscore: {}".format(
format_number(SAVE["highscore"]))
class EnvironmentChooser(Window):
def __init__(self, master):
Window.__init__(self,
bg_color=master.bg_color,
bg_music=master.bg_music)
params_for_button = {
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
"on_click_sound": RESOURCES.SFX["back"]
}
self.master = master
self.button_back = ImageButton(self,
img=RESOURCES.IMG["blue_arrow"],
**params_for_button,
callback=self.stop)
self.objects.add(master.text_highscore, master.text_money)
self.text_title = Text("ENVIRONMENT", (RESOURCES.FONT["algerian"], 90),
GREEN_DARK,
shadow=True,
shadow_x=2,
shadow_y=2)
self.environment = ButtonListHorizontal(offset=15)
self.texts = DrawableList()
for name, color in ENVIRONMENT.items():
b = Button(self,
img=Image(RESOURCES.IMG[name],
max_width=180,
max_height=180),
compound="center",
outline=3,
callback=lambda env=name: self.play(env),
bg=color,
hover_bg=change_saturation(color, -20),
active_bg=change_brightness(color, -20),
hover_sound=RESOURCES.SFX["select"],
on_click_sound=RESOURCES.SFX["validate"],
highlight_color=YELLOW)
b.set_size(200)
self.texts.add(
Text(name.upper(), (RESOURCES.FONT["algerian"], 50),
GREEN_DARK,
shadow=True,
shadow_x=2,
shadow_y=2))
self.environment.add(b)
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
def place_objects(self):
self.button_back.topleft = (5, 5)
self.environment.move(center=self.center)
self.text_title.move(centerx=self.environment.centerx,
bottom=self.environment.top - 10)
for text, button in zip(self.texts, self.environment):
text.move(top=button.bottom + 5, centerx=button.centerx)
def set_grid(self):
self.environment.set_obj_on_side(on_left=self.button_back,
on_top=self.button_back)
self.button_back.set_obj_on_side(on_bottom=self.environment[0],
on_right=self.environment[0])
self.environment[0].focus_set()
def play(self, env: str):
gameplay = Gameplay(self.master.car_viewer.id, env)
gameplay.mainloop()
if not gameplay.go_to_garage:
self.master.stop()
else:
self.master.car_viewer.focus_set()
self.stop()
def __init__(self, master: Window):
Window.__init__(self, master=master, bg_music=master.bg_music)
self.frame = RectangleShape(0.60 * self.width,
0.60 * self.height,
GREEN,
outline=3)
self.title = Text("Options", font=(RESOURCES.FONT["algerian"], 70))
self.options_font = (RESOURCES.FONT["algerian"], 40)
self.case_font = (RESOURCES.FONT["algerian"], 30)
self.control_font = ("calibri", 20)
params_for_all_scales = {
"width": 0.45 * self.frame.w,
"color": TRANSPARENT,
"scale_color": GREEN_DARK,
"from_": 0,
"to": 100,
"outline": 3,
}
params_for_all_buttons = {
"highlight_color": YELLOW,
"hover_sound": RESOURCES.SFX["select"],
"disabled_sound": RESOURCES.SFX["block"]
}
params_for_option_buttons = {
"on_click_sound": RESOURCES.SFX["validate"]
}
params_for_buttons = {
"bg": GRAY_DARK,
"fg": WHITE,
"hover_bg": GRAY,
"active_bg": BLACK
}
params_for_reset_button = {
"bg": RED,
"fg": WHITE,
"hover_bg": RED_LIGHT,
"active_bg": RED_DARK,
}
self.button_back = ImageButton(self,
img=RESOURCES.IMG["blue_arrow"],
on_click_sound=RESOURCES.SFX["back"],
callback=self.stop,
**params_for_all_buttons)
self.button_change_page = Button(self,
">>",
font=self.case_font,
callback=self.change_page,
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.nb_pages = 2
self.page = 1
## PAGE 1 ##
valid_img = Image(RESOURCES.IMG["green_valid"])
self.text_music = Text("Music:", self.options_font)
self.cb_music = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=self.get_music_state(),
callback=self.set_music_state,
**params_for_all_buttons,
**params_for_option_buttons)
self.scale_music = Scale(
self,
**params_for_all_scales,
**params_for_all_buttons,
height=self.cb_music.height,
default=Window.music_volume() * 100,
callback=lambda value, percent: Window.set_music_volume(percent))
self.text_sound = Text("SFX:", self.options_font)
self.cb_sound = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=self.get_sound_state(),
callback=self.set_sound_state,
**params_for_all_buttons,
**params_for_option_buttons)
self.scale_sound = Scale(
self,
**params_for_all_scales,
**params_for_all_buttons,
height=self.cb_sound.height,
default=Window.sound_volume() * 100,
callback=lambda value, percent: Window.set_sound_volume(percent))
self.text_fps = Text("FPS:", self.options_font)
self.cb_show_fps = CheckBox(self,
30,
30,
TRANSPARENT,
image=valid_img,
value=Window.fps_is_shown(),
callback=self.show_fps,
**params_for_all_buttons,
**params_for_option_buttons)
self.button_reset = Button(self,
"Reset Save",
font=(RESOURCES.FONT["algerian"], 30),
callback=SAVE.reset,
state=Button.DISABLED,
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_reset_button)
## PAGE 2 ##
self.text_acceleration = Text("Accélérer:", self.options_font)
self.button_auto_acceleration = Button(
self,
font=self.case_font,
callback=lambda: SAVE.update(auto_acceleration=not SAVE[
"auto_acceleration"]),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.button_acceleration = Button(
self,
font=self.control_font,
callback=lambda: self.choose_key("speed_up"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_brake = Text("Freiner:", self.options_font)
self.button_brake = Button(self,
font=self.control_font,
callback=lambda: self.choose_key("brake"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_move_up = Text("Aller en haut:", self.options_font)
self.button_move_up = Button(self,
font=self.control_font,
callback=lambda: self.choose_key("up"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.text_move_down = Text("Aller en bas:", self.options_font)
self.button_move_down = Button(
self,
font=self.control_font,
callback=lambda: self.choose_key("down"),
**params_for_all_buttons,
**params_for_option_buttons,
**params_for_buttons)
self.bind_key(pygame.K_ESCAPE,
lambda event: self.stop(sound=RESOURCES.SFX["back"]))
self.bind_joystick(
0, "B", lambda event: self.stop(sound=RESOURCES.SFX["back"]))
class Gameplay(Window):
def __init__(self, player: int):
Window.__init__(self,
bg_color=(0, 200, 255),
bg_music=RESOURCES.MUSIC["gameplay"])
self.player_id = player
self.button_back = ImageButton(self,
RESOURCES.IMG["arrow_blue"],
rotate=180,
size=50,
callback=self.stop,
highlight_color=YELLOW)
self.player_grid = PlayerNavy(self, self.client_socket)
self.opposite_grid = OppositeNavy(self, self.client_socket)
self.ai = AI()
self.turn_checker = TurnArrow()
self.restart = False
self.bind_key(pygame.K_ESCAPE, lambda event: self.stop())
self.text_finish = Text("Finish !!!", font=(None, 120), color=WHITE)
self.game_finished = False
def start(self,
navy_setup: Sequence[Dict[str, Any]],
ai_setup=None) -> None:
self.player_grid.load_setup(navy_setup)
self.opposite_grid.ai_setup = ai_setup or list()
self.turn_checker.turn = self.get_default_turn()
self.game_finished = self.restart = False
self.ai.reset()
self.mainloop()
def on_quit(self) -> None:
self.player_grid.reset()
self.opposite_grid.reset()
self.objects.set_focus(None)
def update(self):
self.text_finish.set_visibility(self.game_finished)
if self.game_finished:
return
if self.player_grid.destroyed():
self.opposite_grid.set_box_clickable(False)
self.highlight_ships(
self.opposite_grid.show_all_non_destroyed_ships())
self.after(3000, lambda victory=False: self.finish(victory))
self.game_finished = True
elif self.opposite_grid.destroyed():
self.opposite_grid.set_box_clickable(False)
self.player_grid.send_non_destroyed_ships()
self.after(3000, lambda victory=True: self.finish(victory))
self.game_finished = True
elif self.client_socket.connected():
if self.client_socket.recv("attack"):
self.hit_a_box(self.player_grid,
json.loads(self.client_socket.get("attack")))
elif self.client_socket.recv("quit"):
self.finish(None)
def get_default_turn(self) -> bool:
if not self.client_socket.connected():
return True
if self.player_id == 1:
my_turn = random.choice([True, False])
self.client_socket.send("turn", not my_turn)
return my_turn
result = self.client_socket.wait_for("turn")
if result == "quit":
return False
return bool(self.client_socket.get("turn"))
def finish(self, victory: bool):
FinishWindow(self, victory).mainloop()
self.stop()
def highlight_ships(self, ships: Sequence[Ship]):
for ship in ships:
for box in ship.boxes_covered:
box.hover = not box.hover
self.after(500, lambda: self.highlight_ships(ships))
def place_objects(self):
self.button_back.move(x=20, y=20)
self.text_finish.move(y=20, centerx=self.centerx)
self.player_grid.move(x=20, centery=self.centery)
self.opposite_grid.move(right=self.right - 20, centery=self.centery)
self.turn_checker.resize_all_sprites(width=self.opposite_grid.left -
self.player_grid.right - 150)
self.turn_checker.move(center=self.center)
def hit_a_box(self, navy: Navy, box: Union[Tuple[int, int], Box]):
if isinstance(box, (list, tuple)):
box = navy.get_box(*box)
hitted = navy.box_hit(box)
if navy.destroyed():
return
turn = hitted if navy == self.opposite_grid else not hitted
if turn is False:
self.opposite_grid.set_box_clickable(False)
wait_time = 1000 if turn != self.turn_checker.turn else 0
self.after(wait_time, lambda: self.set_turn(turn))
def set_turn(self, turn: bool):
self.turn_checker.turn = turn
if self.turn_checker.turn is True:
self.opposite_grid.set_box_clickable(True)
if self.turn_checker.turn is False and not self.client_socket.connected(
) and not self.player_grid.destroyed():
self.after(
1000, lambda: self.hit_a_box(
self.player_grid, self.ai.play(self.player_grid.map)))
class NavySetup(Window):
def __init__(self):
Window.__init__(self, bg_color=(0, 200, 255))
self.gameplay = Gameplay()
self.enemy_quit_window = EnemyQuitGame(self)
self.transition = GameSetupTransition()
self.count_down = CountDown(self,
60,
"Time left: {seconds}",
font=(None, 70),
color=WHITE)
self.start_count_down = lambda: self.count_down.start(
at_end=self.timeout) if self.client_socket.connected() else None
self.button_back = ImageButton(self,
RESOURCES.IMG["arrow_blue"],
rotate=180,
size=50,
callback=self.stop)
self.navy_grid = Grid(self, bg_color=(0, 157, 255))
self.__boxes_dict = {(i, j): BoxSetup(self, size=BOX_SIZE, pos=(i, j))
for i in range(NB_LINES_BOXES)
for j in range(NB_COLUMNS_BOXES)}
self.__boxes_list = list(self.__boxes_dict.values())
self.navy_grid.place_multiple(self.__boxes_dict)
self.ships_list = DrawableListVertical(offset=70, justify="left")
for ship_name, ship_infos in SHIPS.items():
ship_line = DrawableListHorizontal(offset=ship_infos["offset"])
for _ in range(ship_infos["nb"]):
ship_line.add(ShipSetup(self, ship_name, ship_infos["size"]))
self.ships_list.add(ship_line)
option_size = 50
self.button_restart = Button(self,
img=Image(RESOURCES.IMG["reload_blue"],
size=option_size),
callback=self.reinit_all_ships)
self.button_random = Button(self,
img=Image(RESOURCES.IMG["random"],
size=option_size),
callback=self.shuffle)
self.button_play = Button(self,
"Play",
font=(None, 40),
callback=self.play)
@property
def ships(self) -> Sequence[ShipSetup]:
return self.ships_list.drawable
@property
def boxes(self) -> Sequence[BoxSetup]:
return self.__boxes_list
def start(self, player_id: int) -> None:
self.gameplay.player_id = player_id
self.mainloop(transition=self.transition)
def on_start_loop(self) -> None:
self.start_count_down()
def on_quit(self) -> None:
self.reinit_all_ships()
def place_objects(self) -> None:
self.button_back.move(x=20, y=20)
self.count_down.move(top=20, right=self.right - 20)
self.navy_grid.move(x=20, centery=self.centery)
self.ships_list.move(left=self.navy_grid.right + 100,
top=self.navy_grid.top + 30)
self.button_restart.move(left=self.navy_grid.right + 20,
bottom=self.navy_grid.bottom)
self.button_random.move(left=self.button_restart.right + 20,
bottom=self.navy_grid.bottom)
self.button_play.move(right=self.right - 20, bottom=self.bottom - 20)
for ship in self.ships:
ship.default_center = ship.center
def update(self):
self.button_play.state = Button.NORMAL if all(
ship.on_map for ship in self.ships) else Button.DISABLED
if self.client_socket.recv("quit"):
self.count_down.stop()
self.enemy_quit_window.mainloop()
self.stop()
def create_setup(self) -> Sequence[dict[str, dict[str, Any]]]:
setup = list()
for ship in self.ships:
setup.append({
"name": ship.name,
"orient": ship.orient,
"boxes": [box.pos for box in ship.boxes_covered]
})
return setup
def timeout(self):
for ship in filter(lambda ship: not ship.on_map, self.ships):
self.set_random_position_for_ship(ship)
self.play()
def play(self):
if not all(ship.on_map for ship in self.ships):
return
if not self.client_socket.connected():
ai_navy_setup = NavySetup()
ai_navy_setup.shuffle()
ai_setup = ai_navy_setup.create_setup()
else:
ai_setup = None
self.count_down.stop()
self.client_socket.send("ready")
WaitEnemy(self).mainloop()
self.gameplay.start(self.create_setup(), ai_setup=ai_setup)
self.reinit_all_ships()
if self.gameplay.restart:
self.start_count_down()
else:
self.stop()
def reinit_all_ships(self):
for ship in self.ships:
ship.center = ship.default_center
ship.orient = ShipSetup.HORIZONTAL
ship.clear()
def get_box(self, line: int, column: float) -> BoxSetup:
return self.__boxes_dict.get((line, column))
def remove_boxes_highlight(self):
for box in self.boxes:
box.hover = False
box.state = Button.NORMAL
def get_valid_highlighted_boxes(self) -> Sequence[BoxSetup]:
return list(
filter(lambda box: box.hover and box.state == Button.NORMAL,
self.boxes))
def highlight_boxes(self, ship: ShipSetup) -> None:
boxes = list()
for box in self.boxes:
self.highlight_one_box(ship, box, len(boxes))
if box.hover is True:
boxes.append(box)
if len(boxes) != ship.ship_size or any(not self.valid_box(ship, box)
for box in boxes):
for box in boxes:
box.state = Button.DISABLED
def highlight_one_box(self, ship: ShipSetup, box: BoxSetup,
nb_boxes_covered: int) -> None:
box.hover = False
box.state = Button.NORMAL
if nb_boxes_covered == ship.ship_size:
return
if ship.orient == ShipSetup.HORIZONTAL:
if (box.top <= ship.centery <= box.bottom) is False:
return
if ship.left > box.centerx or ship.right < box.centerx:
return
else:
if (box.left <= ship.centerx <= box.right) is False:
return
if ship.top > box.centery or ship.bottom < box.centery:
return
box.hover = True
def valid_box(self, ship: ShipSetup, box: BoxSetup) -> bool:
line, column = box.pos
offsets = [(-1, -1), (0, -1), (1, -1), (-1, 0), (0, 0), (1, 0),
(-1, 1), (0, 1), (1, 1)]
for u, v in offsets:
box = self.get_box(line + u, column + v)
if box is None:
continue
if box.ship is not None and box.ship != ship:
return False
return True
def shuffle(self) -> None:
self.reinit_all_ships()
for ship in self.ships:
self.set_random_position_for_ship(ship)
def set_random_position_for_ship(self, ship: ShipSetup) -> None:
ship.orient = random.choice([ShipSetup.HORIZONTAL, ShipSetup.VERTICAL])
first_box = random.choice(self.get_available_boxes(ship))
boxes = [first_box]
for i in range(1, ship.ship_size):
u = first_box.pos[
0] + i if ship.orient == ShipSetup.VERTICAL else first_box.pos[
0]
v = first_box.pos[
1] + i if ship.orient == ShipSetup.HORIZONTAL else first_box.pos[
1]
boxes.append(self.get_box(u, v))
ship.place_ship_on_map(boxes)
def get_available_boxes(self, ship: ShipSetup):
available_boxes = list()
for box in self.boxes:
if not self.valid_box(ship, box):
continue
line, column = box.pos
valid = True
for i in range(1, ship.ship_size):
u = line + i if ship.orient == ShipSetup.VERTICAL else line
v = column + i if ship.orient == ShipSetup.HORIZONTAL else column
b = self.get_box(u, v)
if b is None or (not self.valid_box(ship, b)):
valid = False
break
if valid:
available_boxes.append(box)
return available_boxes
