class PlayerClient(Dialog):
def __init__(self, master, **kwargs):
Dialog.__init__(self, master=master, bg_color=GREEN_DARK, **kwargs)
params_for_all_buttons = {
"font": ("calibri", 30),
"bg": GREEN,
"hover_bg": GREEN_LIGHT,
"active_bg": GREEN_DARK,
"highlight_color": YELLOW,
"outline": 3
}
self.start_game = NavySetup(2)
self.text_title = Text("Connect to Player 1", ("calibri", 50))
self.ip = Entry(self, width=15, font=("calibri", 40), bg=GREEN, highlight_color=YELLOW, outline=2)
self.text_ip_address = Text("IP address", ("calibri", 40), YELLOW)
self.port = Entry(self, width=15, font=("calibri", 40), bg=GREEN, highlight_color=YELLOW, outline=2)
self.text_port_of_connection = Text("Port", ("calibri", 40), YELLOW)
self.text_connection = Text(font=("calibri", 25), color=YELLOW)
self.text_connection.hide()
self.button_connect = Button(self, "Connection", callback=self.connection, **params_for_all_buttons)
self.button_cancel = Button(self, "Return to menu", callback=self.stop, **params_for_all_buttons)
self.lets_play_countdown = CountDown(self, 3, "Connected.\nGame start in {seconds} seconds", font=("calibri", 35), color=YELLOW, justify="center")
def on_dialog_quit(self):
self.disable_text_input()
self.stop_connection()
def place_objects(self):
self.frame.move(center=self.center)
self.text_title.move(centerx=self.frame.centerx, top=self.frame.top + 50)
self.lets_play_countdown.move(center=self.text_title.center)
self.ip.move(centerx=self.frame.centerx + self.frame.w // 10, bottom=self.frame.centery - 10)
self.text_ip_address.move(centery=self.ip.centery, right=self.ip.left - 10)
self.port.move(left=self.ip.left, top=self.ip.bottom + 20)
self.text_port_of_connection.move(centery=self.port.centery, right=self.port.left - 10)
self.text_connection.move(centerx=self.frame.centerx, top=self.port.bottom + 5)
self.button_connect.move(centerx=self.frame.centerx - (self.frame.width // 4), bottom=self.frame.bottom - 10)
self.button_cancel.move(centerx=self.frame.centerx + (self.frame.width // 4), bottom=self.frame.bottom - 10)
def connection(self):
self.text_connection.show()
self.text_connection.message = "Connection..."
self.draw_and_refresh()
if not self.connect_to_server(self.ip.get(), int(self.port.get()), 3):
self.text_connection.message = "Connection failed. Try again."
else:
self.text_connection.hide()
self.text_title.hide()
self.button_connect.state = self.button_cancel.state = Button.DISABLED
self.button_connect.focus_leave()
self.lets_play_countdown.start(at_end=self.play)
def play(self):
self.start_game.mainloop()
self.stop()
class PlayerClient(Dialog):
def __init__(self, master, **kwargs):
Dialog.__init__(self, master=master, bg_color=GREEN_DARK, **kwargs)
self.start_game = master.start_game
self.text_title = Text("Connect to Player 1", font=("calibri", 50))
self.form = Form(self)
self.form.add_entry("IP", Text("IP address", font=("calibri", 40), color=YELLOW), Entry(self, width=15, font=("calibri", 30), bg=GREEN, highlight_color=YELLOW, outline=2))
self.form.add_entry("Port", Text("Port", font=("calibri", 40), color=YELLOW), Entry(self, width=15, font=("calibri", 30), bg=GREEN, highlight_color=YELLOW, outline=2))
self.text_connection = Text(font=("calibri", 25), color=YELLOW)
self.text_connection.hide()
self.button_connect = Button(self, "Connection", theme="option", callback=self.connection)
self.button_cancel = Button(self, "Return to menu", theme="option", callback=self.stop)
self.lets_play_countdown = CountDown(self, 3, "Connected.\nGame start in {seconds} seconds", font=("calibri", 35), color=YELLOW, justify="center")
def on_quit(self):
self.stop_connection()
def place_objects(self):
self.frame.move(center=self.center)
self.text_title.move(centerx=self.frame.centerx, top=self.frame.top + 50)
self.lets_play_countdown.move(center=self.text_title.center)
self.form.move(center=self.frame.center)
self.text_connection.move(centerx=self.frame.centerx, top=self.form.bottom + 5)
self.button_connect.move(centerx=self.frame.centerx - (self.frame.width // 4), bottom=self.frame.bottom - 10)
self.button_cancel.move(centerx=self.frame.centerx + (self.frame.width // 4), bottom=self.frame.bottom - 10)
def connection(self):
self.text_connection.show()
self.text_connection.message = "Connection..."
self.draw_and_refresh()
try:
address = self.form.get("IP")
port = int(self.form.get("Port"))
except ValueError:
self.text_connection.message = "The port of connection must be a number."
return
if not self.connect_to_server(address, port, 3):
self.text_connection.message = "Connection failed. Try again."
else:
self.text_connection.hide()
self.text_title.hide()
self.button_connect.state = self.button_cancel.state = Button.DISABLED
self.button_connect.focus_leave()
self.lets_play_countdown.start(at_end=self.play)
def play(self):
self.start_game.start(2)
self.stop()
class PlayerServer(Dialog):
def __init__(self, master, **kwargs):
Dialog.__init__(self, master=master, bg_color=GREEN_DARK, **kwargs)
params_for_all_buttons = {
"font": ("calibri", 30),
"bg": GREEN,
"hover_bg": GREEN_LIGHT,
"active_bg": GREEN_DARK,
"outline": 3,
"highlight_color": YELLOW
}
self.start_game = master.start_game
self.text_title = Text("Waiting for Player 2", ("calibri", 50))
self.text_ip_address = Text(font=("calibri", 40))
self.text_port_of_connection = Text(font=("calibri", 40))
self.button_cancel = Button(self, "Return to menu", callback=self.stop, **params_for_all_buttons)
self.lets_play_countdown = CountDown(self, 3, "Player 2 connected.\nGame start in {seconds} seconds", font=("calibri", 35), color=YELLOW, justify="center")
def on_dialog_start_loop(self):
try:
ip, port = self.create_server(12800, 1)
self.text_ip_address.message = f"IP address: {ip}"
self.text_port_of_connection.message = f"Port: {port}"
except OSError:
self.stop()
def on_dialog_quit(self):
self.stop_connection()
def place_objects(self):
self.frame.move(center=self.center)
self.text_title.move(centerx=self.frame.centerx, top=self.frame.top + 50)
self.lets_play_countdown.move(center=self.text_title.center)
self.text_ip_address.move(centerx=self.centerx, bottom=self.frame.centery - 10)
self.text_port_of_connection.move(centerx=self.text_ip_address.centerx, top=self.text_ip_address.bottom + 20)
self.button_cancel.move(centerx=self.frame.centerx, bottom=self.frame.bottom - 10)
def update(self) -> None:
if self.get_server_clients_count() > 1 and not self.lets_play_countdown.started():
self.set_server_listen(0)
self.text_title.hide()
self.button_cancel.state = Button.DISABLED
self.lets_play_countdown.start(at_end=self.play)
def play(self):
self.start_game.mainloop()
self.stop()
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
class Gameplay(Window):
def __init__(self, car_id: int, env: str):
Window.__init__(self,
bg_color=ENVIRONMENT[env],
bg_music=RESOURCES.MUSIC["gameplay"])
self.bind_key(pygame.K_ESCAPE, lambda event: self.pause())
self.bind_joystick(0, "START", lambda event: self.pause())
font = RESOURCES.FONT["cooperblack"]
# Demaraction lines
self.road = DrawableListVertical(bg_color=GRAY, offset=70)
self.white_bands = list()
white_bands_width = 50 #px
white_lines_height = 10 #px
for i in range(5):
if i % 2 == 0:
self.road.add(
RectangleShape(self.width, white_lines_height, WHITE))
else:
white_bands = DrawableListHorizontal(offset=20)
while white_bands.width < self.width:
white_bands.add(
RectangleShape(white_bands_width, white_lines_height,
WHITE))
self.road.add(white_bands)
self.white_bands.append(white_bands)
# Environment
self.env_top = DrawableListHorizontal(offset=400)
self.env_bottom = DrawableListHorizontal(offset=400)
while self.env_top.width < self.width:
self.env_top.add(Image(RESOURCES.IMG[env], height=110))
while self.env_bottom.width < self.width:
self.env_bottom.add(Image(RESOURCES.IMG[env], height=110))
#Infos
params_for_infos = {
"font": (font, 45),
"color": YELLOW,
"shadow": True,
"shadow_x": 3,
"shadow_y": 3
}
self.infos_score = Info("Score", round_n=0, **params_for_infos)
self.infos_speed = Info("Speed",
extension="km/h",
**params_for_infos,
justify="right")
self.infos_distance = Info("Distance",
round_n=2,
extension="km",
**params_for_infos,
justify="right")
self.infos_time_100 = Info("High speed", **params_for_infos)
self.infos_time_opposite = Info("Opposite side", **params_for_infos)
self.clock_time_100 = Clock()
self.clock_time_opposite = Clock()
self.total_time_100 = self.total_time_opposite = 0
self.car = PlayerCar(car_id)
self.speed = 0
self.traffic = TrafficCarList(nb_ways=4, max_nb_car=6)
self.clock_traffic = Clock()
self.img_crash = Image(RESOURCES.IMG["crash"], size=150)
self.count_down = CountDown(self,
3,
font=(font, 90),
color=YELLOW,
shadow=True,
shadow_x=5,
shadow_y=5)
self.last_car_way = 0
# Background
self.background = DrawableList(draw=False)
self.background.add(self.env_top, self.env_bottom, *self.white_bands,
self.traffic)
# Default values
self.update_clock = Clock()
self.update_time = 15 #ms
self.pixel_per_sec = 6 # For 1km/h
self.pixel_per_ms = self.pixel_per_sec * self.update_time / 1000
self.paused = False
self.go_to_garage = self.restart = False
self.crashed_car = None
self.disable_key_joy_focus()
self.init_game()
def pause(self):
if not self.count_down.is_shown():
self.paused = True
self.car.stop_animation()
for car in self.traffic:
car.stop_animation()
pause = Pause(self)
pause.mainloop()
if self.loop and not self.count_down.is_shown():
self.count_down.start(at_end=self.return_to_game)
self.objects.set_priority(self.count_down, self.objects.end)
def return_to_game(self):
self.paused = False
self.car.restart_animation()
for car in self.traffic:
car.restart_animation()
self.clock_traffic.tick()
self.clock_time_100.tick()
self.clock_time_opposite.tick()
self.update_clock.tick()
def init_game(self):
self.go_to_garage = False
self.paused = False
self.crashed_car = None
for info in (self.infos_speed, self.infos_score, self.infos_distance,
self.infos_time_100, self.infos_time_opposite):
info.value = 0
if info in (self.infos_time_100, self.infos_time_opposite):
info.hide()
self.total_time_100 = self.total_time_opposite = 0
self.count_down.start()
self.img_crash.hide()
def place_objects(self):
self.count_down.center = self.road.center = self.center
self.infos_score.move(topleft=(10, 10))
self.infos_speed.move(right=self.right - 10, top=10)
self.infos_distance.move(right=self.right - 10,
bottom=self.road.top - 10)
self.infos_time_100.move(left=10, bottom=self.road.top - 10)
self.infos_time_opposite.move(left=10, top=self.road.bottom + 10)
self.car.move(centery=self.road.centery, left=50)
self.env_top.move(centerx=self.centerx,
centery=(self.top + self.road[0].top) / 2)
self.env_bottom.move(centerx=self.centerx,
centery=(self.road[-1].bottom + self.bottom) / 2)
def update(self):
if self.paused:
return
self.update_player_car()
if self.update_clock.elapsed_time(self.update_time):
self.update_infos()
self.update_background()
self.update_traffic()
self.rect_to_update = (self.road.rect, self.env_top.rect,
self.env_bottom.rect, self.infos_score.rect,
self.infos_speed.rect,
self.infos_distance.rect,
self.infos_time_100.rect,
self.infos_time_opposite.rect)
def update_player_car(self):
if not self.count_down.is_shown():
joystick = self.joystick[0]
controls = SAVE["controls"]
car_handling = (
(controls["speed_up"], self.car.speed_up),
(controls["brake"], self.car.brake),
(controls["up"], self.car.moveUp),
(controls["down"], self.car.moveDown),
)
for control, car_function in car_handling:
car_function(self.keyboard.is_pressed(control["key"]))
car_function(joystick.get_value(control["joy"]))
if SAVE["auto_acceleration"] is True:
self.car.speed_up()
self.car.update(self.pixel_per_ms)
if self.car.top < self.road[0].bottom + 5:
self.car.top = self.road[0].bottom + 5
elif self.car.bottom > self.road[-1].top - 5:
self.car.bottom = self.road[-1].top - 5
if not self.car.is_crashed():
self.speed = self.car.speed
for car in self.traffic:
collision = pygame.sprite.collide_mask(self.car, car)
if collision:
self.car.crash(car)
self.crashed_car = car
self.play_sound(RESOURCES.SFX["crash"])
self.img_crash.show()
self.img_crash.move(centerx=collision[0] + self.car.left,
centery=collision[1] + self.car.top)
self.objects.set_priority(self.img_crash, self.objects.end)
elif self.car.right <= 0 and self.crashed_car.right <= 0:
self.end_game()
def car_in_opposite_side(self) -> bool:
return bool(self.car.bottom < self.road.centery)
def update_infos(self):
min_speed = 30
score_to_add = (self.car.speed - min_speed) / 5
bonus = False
if self.car.speed > 30 and self.car_in_opposite_side():
self.infos_time_opposite.show()
self.infos_time_opposite.value = self.clock_time_opposite.get_elapsed_time(
) / 1000
score_to_add += 120
bonus = True
else:
self.total_time_opposite += self.infos_time_opposite.value
self.infos_time_opposite.value = 0
self.clock_time_opposite.restart()
self.infos_time_opposite.hide()
if self.car.speed >= 100:
self.infos_time_100.show()
self.infos_time_100.value = self.clock_time_100.get_elapsed_time(
) / 1000
score_to_add += 150
bonus = True
else:
self.total_time_100 += self.infos_time_100.value
self.infos_time_100.value = 0
self.clock_time_100.restart()
self.infos_time_100.hide()
if bonus:
self.infos_score.color = GREEN_DARK
self.infos_score.shadow_color = YELLOW
else:
self.infos_score.color = YELLOW
self.infos_score.shadow_color = BLACK
self.infos_score.value += score_to_add * self.update_time / 1000
self.infos_speed.value = self.car.speed
self.infos_distance.value += self.car.speed * self.pixel_per_ms / (
1000 * 3.6)
def update_background(self):
offset = self.speed * self.pixel_per_ms
self.background.move_ip(-offset, 0)
for white_bands_list in self.white_bands:
if white_bands_list[0].right <= 0:
white_bands_list.remove_from_index(0)
if white_bands_list[-1].right < self.right:
white_bands_list.add(
RectangleShape(*white_bands_list[-1].size, WHITE))
for env in (self.env_top, self.env_bottom):
img = env[0]
if img.right <= 0:
img.move(left=env[-1].right + env.offset)
env.set_priority(img, env.end)
if self.img_crash.is_shown():
self.img_crash.move_ip(-offset, 0)
def update_traffic(self):
for car in self.traffic.drawable:
car.update(self.pixel_per_ms)
if car.right < 0:
self.traffic.remove(car)
for way, car_list in enumerate(self.traffic.ways, 1):
for i in range(1, len(car_list)):
car_1 = car_list[i - 1]
car_2 = car_list[i]
if car_2.left - car_1.right < 20:
if (way in [1, 2]) and (car_1.speed < car_2.speed):
car_2.speed = car_1.speed
elif (way in [3, 4]) and (car_1.speed > car_2.speed):
car_1.speed = car_2.speed
ratio = (2 - (round(self.infos_score.value) / 20000)) * 1000
if self.car.speed > 30 and self.clock_traffic.elapsed_time(ratio):
if self.traffic.empty(
) or self.traffic.last.right < self.right - 20:
self.traffic.add_cars(self, self.road,
round(self.infos_score.value))
def end_game(self):
for car in self.traffic:
car.stop_animation()
self.crashed_car = None
score = round(self.infos_score.value)
distance = round(self.infos_distance.value, 1)
time_100 = round(self.total_time_100, 1)
time_opposite = round(self.total_time_opposite, 1)
window = EndGame(self, score, distance, time_100, time_opposite)
window.mainloop()
if self.restart:
self.traffic.clear()
self.car.move(left=50, centery=self.road.centery)
self.car.restart()
self.init_game()