def __post_init__(self):
"""Randomize self."""
self.img = pygame.image.load(Images.get_path(r'flora.png'))
if self.is_home:
self.img = pygame.image.load(Images.get_path(r'home.png'))
self.looks_like_home = True
# Pick which color we are
self.img_color = random.choice(range(0, 5))
color_file = Images.color_files[self.img_color]
color_img = pygame.image.load(Images.get_path(color_file))
# Apply chosen color
if not self.is_home:
Images.color_image(self.img, color_img)
# Size
self.block_size = int(self.size_multiple * 32)
self.img_scale = int(self.size / self.block_size)
self.size_x = self.block_size * self.img_scale
self.size_y = self.block_size * self.img_scale
self.img = pygame.transform.scale(self.img, (int(
self.size_x * self.img_cols), int(self.size_y * self.img_rows)))
# Pick which variety we are.
var_x = self.variety % self.img_cols
var_y = self.variety % self.img_rows
self.draw_area = pygame.Rect(var_x * self.block_size * self.img_scale,
var_y * self.block_size * self.img_scale,
self.block_size * self.img_scale,
self.block_size * self.img_scale)
self.logic() # Bootstrap our collision rect.
def add_players(self):
"""Create the players.
Return an array of the players as objects with .draw methods.
"""
player1 = Player(color=Colors.YELLOW,
start_x=self.max_x / 5 * 2,
controls=[ControlSet()])
player1.images = PlayerImages(default=Images.get_path(r'seahorse.png'),
size_x=self.player_size,
size_y=self.player_size)
player2 = Player(color=Colors.RED,
start_x=self.max_x / 5 * 4,
controls=[
ControlSet(up=pygame.K_j,
down=pygame.K_k,
left=pygame.K_h,
right=pygame.K_l),
ControlSet(up=pygame.K_w,
down=pygame.K_s,
left=pygame.K_a,
right=pygame.K_d)
])
player2.images = PlayerImages(default=Images.get_path(r'squid.png'),
size_x=self.player_size,
size_y=self.player_size)
player3 = Player(color=Colors.BLUE,
start_x=self.max_x / 5,
controls=[
ControlSet(up=pygame.K_3,
down=pygame.K_2,
left=pygame.K_1,
right=pygame.K_4)
])
player3.images = PlayerImages(default=Images.get_path(r'flounder.png'),
size_x=self.player_size,
size_y=self.player_size)
player4 = Player(color=Colors.PURPLE,
start_x=self.max_x / 5 * 3,
controls=[
ControlSet(up=pygame.K_7,
down=pygame.K_6,
left=pygame.K_5,
right=pygame.K_8)
])
player4.images = PlayerImages(
default=Images.get_path(r'cuttlefish.png'),
size_x=self.player_size,
size_y=self.player_size)
self.players = [player1, player2, player3, player4]
for player in self.players:
player.pos_y = self.ground_y - player.size_y / 2
player.ground_y = self.ground_y
player.max_x = self.max_x
def __post_init__(self):
"""Load some images."""
self.images = []
for color in Images.color_files:
color_img = pygame.image.load(Images.get_path(color))
horse = pygame.image.load(self.default)
Images.color_image(base_image=horse, color_image=color_img)
red_horse = pygame.transform.scale(horse, (int(self.size_x), int(self.size_y)))
self.images += [red_horse]
pygame.display.set_icon(self.images[0])
def __post_init__(self):
"""Size self."""
self.img = pygame.image.load(Images.get_path(r'firework.png'))
# Size
self.block_size = int(self.size_multiple * 32)
self.img_scale = int(self.size / self.block_size)
self.size_x = self.block_size * self.img_scale
self.size_y = self.block_size * self.img_scale
self.img_color = True
color = random.choice(Images.color_files)
color_img = pygame.image.load(Images.get_path(color))
self.img = Images.color_image(base_image=self.img, color_image=color_img)
self.img = pygame.transform.scale(self.img,
(int(self.size_x * self.img_cols),
int(self.size_y * self.img_rows)))
