def __init__(self):
pygame.init()
pygame.key.set_repeat(50, 5)
self.dimensions = Dimensions(50, 50)
self.fenetre = pygame.display.set_mode(
(self.dimensions.width, self.dimensions.height))
self.fenetre.fill(BACKGROUND)
self.perso = Personnage(self, "img/perso1.png")
self.enemis = {}
self.position_souris = Position(0, 0)
pygame.display.flip()
def __init__(self):
super().__init__(pos=Position(25, 42), size=SHIELD_SIZE)
self._image = Assets().armor
def __init__(self):
super().__init__(pos=Position((WIDTH - INVENTORY_BAR_SIZE[0]) // 2,
(HEIGHT - INVENTORY_BAR_SIZE[1])),
size=INVENTORY_BAR_SIZE)
self._image = Assets().inventory_bar
def __init__(self):
super().__init__(pos=Position(25, 15), size=HEART_SIZE)
self._image = Assets().fullHeart
def __init__(self):
super().__init__(pos=Position(0,
(HEIGHT - EQUIPMENT_BAR_SIZE[1]) // 2),
size=EQUIPMENT_BAR_SIZE)
self._image = Assets().equipment_bar
def __init__(self):
super().__init__(pos=Position(230, 17), size=COIN_SIZE)
self._image = Assets().coin
def __init__(self, interface, img_path, position=Position(0, 0)):
self.interface = interface
self.img = pygame.image.load(img_path).convert_alpha()
self.position = Position(0, 0)
self.set_position(position)
self.fleche = Fleche(interface)
def update(self):
x = self.interface.perso.position.x
y = self.interface.perso.position.y
O = y - self.interface.position_souris.y
A = self.interface.position_souris.x - x
H = math.sqrt(O * O + A * A)
angle = math.acos(A / H)
if O < 0: angle = -angle
# self._draw(BACKGROUND)
# print("A = {} O = {} H = {} --> Angle = {}".format(A, O, H, angle))
self.x_A, self.y_A = self._rotation(angle, Position(x, y),
Position(x, y - WIDTH_ARROW / 2))
self.x_B, self.y_B = self._rotation(angle, Position(x, y),
Position(x, y + WIDTH_ARROW / 2))
self.x_C, self.y_C = self._rotation(
angle, Position(x, y),
Position(x + HEIGHT_ARROW, y - WIDTH_ARROW / 2))
self.x_D, self.y_D = self._rotation(
angle, Position(x, y),
Position(x + HEIGHT_ARROW, y + WIDTH_ARROW / 2))
self.x_E, self.y_E = self._rotation(
angle, Position(x, y),
Position(x + HEIGHT_ARROW, y - WIDTH_ARROW / 2 - WIDTH_ARROW_2))
self.x_F, self.y_F = self._rotation(
angle, Position(x, y),
Position(x + HEIGHT_ARROW + HEIGHT_ARROW_2, y))
self.x_G, self.y_G = self._rotation(
angle, Position(x, y),
Position(x + HEIGHT_ARROW, y + WIDTH_ARROW / 2 + WIDTH_ARROW_2))