def remove_sprite(self, sprite: pygame.sprite.Sprite) -> None:
"""Remove sprite/actor from the map.
Args:
sprite (pygame.sprite.Sprite): sprite object to remove
"""
sprite.remove(self._map_group)
def activate(self, player: pygame.sprite.Sprite):
if not self.activated:
self.sound.play()
self.activated = True
player.add_money(self.price)
self.spawn_particles(player)
self.delete()
def spawn_particles(self, player: pygame.sprite.Sprite):
color = random.choice(self.colors)
direction = -1 if player.facing_right else 1
x = player.x + player.rect.w - (player.rect.w +
5) * player.facing_right + 8
y = player.y + 50
player.spawn_particles(x, y, color, amount=5, direction=direction)
player.spawn_glowing_particles(x, y, direction=direction, lifespan=240)
def calculate_bullets_collisions(self, coll: pygame.sprite.Sprite):
"""метод для обработки столкновений пуль с объектом"""
if (collisions := self.bullets.get_collisions(coll)):
coll.take_damage(self.damage)
for collision in collisions:
self.spawn_explosion(*collision.pos,
coll.blood_colors,
radius=(2, 12))
collision.delete()
def activate(self, player: pygame.sprite.Sprite):
self.delete()
self.sound.play()
for _ in range(20):
color = random.choice(self.colors)
player.spawn_particles(amount=2,
momentum=random.randrange(0, 3),
radius=random.randrange(4, 10),
color=color)
def spawn_particles(self, player: pygame.sprite.Sprite):
x = self.rect.center[0] - 3 + 6 * player.facing_right
y = self.bottom - 5
for _ in range(20):
player.spawn_glowing_particles(x,
y,
amount=2,
momentum=random.randrange(2, 6),
radius=random.randrange(4, 12))
def flip(sprite: pg.sprite.Sprite, orig_image, x_reflect: bool,
y_reflect: bool):
"""Flips (reflects) the image for a sprite either horizontally, vertically, or both.
:param sprite: The pygame Sprite whose image we're flipping.
:param orig_image: A pygame Surface representing the image we will flip.
:param x_reflect: A boolean indicating if the image should be flipped horizontally.
:param y_reflect: A boolean indicating if the image should be flipped vertically.
:return: None; operations done in-place.
"""
old_center = sprite.rect.center
sprite.image = pg.transform.flip(orig_image, x_reflect, y_reflect)
sprite.rect = sprite.image.get_rect()
sprite.rect.center = old_center
def check_if_pawn_is_jumping_over(self, newPawnTile: pygame.sprite.Sprite):
distanceX = abs(newPawnTile.get_tile_center_x() -
self.get_tile_center_x())
distanceY = abs(newPawnTile.get_tile_center_y() -
self.get_tile_center_y())
if (distanceX == (newPawnTile.image.get_width() * 2)) ^ (distanceY == (
newPawnTile.image.get_height() * 2)):
if (distanceX == newPawnTile.image.get_width()) or (
distanceY == newPawnTile.image.get_height()):
return False
return True
else:
return False
def check_if_pawn_is_moving_to_the_nearest_tile(
self, newPawnTile: pygame.sprite.Sprite):
distanceX = abs(newPawnTile.get_tile_center_x() -
self.get_tile_center_x())
distanceY = abs(newPawnTile.get_tile_center_y() -
self.get_tile_center_y())
if (distanceX == newPawnTile.image.get_width()) ^ (
distanceY == newPawnTile.image.get_height()):
if (distanceX > newPawnTile.image.get_width()) or (
distanceY > newPawnTile.image.get_height()):
return False
return True
else:
return False
def update(self, sprite: pygame.sprite.Sprite):
if len(self.animation) > 1:
self.count += 1
if self.count == self.speed:
self.index += 1
if self.index == len(self.animation):
self.index = 0
sprite.image = self.animation[self.index]
self.count = 0
def double_jump(self, newPawnTile: pygame.sprite.Sprite,
pawnsSprintTable: pygame.sprite.Group):
distanceX = newPawnTile.get_tile_center_x() - self.get_tile_center_x()
distanceY = newPawnTile.get_tile_center_y() - self.get_tile_center_y()
if distanceX != 0:
if distanceX > 0:
pawnInBettwenX = newPawnTile.get_tile_center_x_for_drawing_pawn(
self) - newPawnTile.image.get_width()
for pawn in pawnsSprintTable:
if pawn.rect.x == pawnInBettwenX and pawn.rect.y == self.rect.y:
return True
else:
pawnInBettwenX = newPawnTile.get_tile_center_x_for_drawing_pawn(
self) + newPawnTile.image.get_width()
for pawn in pawnsSprintTable:
if pawn.rect.x == pawnInBettwenX and pawn.rect.y == self.rect.y:
return True
else:
if distanceY > 0:
pawnInBettwenY = newPawnTile.get_tile_center_y_for_drawing_pawn(
self) - newPawnTile.image.get_height()
for pawn in pawnsSprintTable:
if pawn.rect.y == pawnInBettwenY and pawn.rect.x == self.rect.x:
return True
else:
pawnInBettwenY = newPawnTile.get_tile_center_y_for_drawing_pawn(
self) + newPawnTile.image.get_height()
for pawn in pawnsSprintTable:
if pawn.rect.y == pawnInBettwenY and pawn.rect.x == self.rect.x:
return True
def apply_powerup(self, character: pg.sprite.Sprite):
"""
Calls Character functions that handle the powerup effects
:param character: pg.sprite.Sprite (Character)
"""
Timer(self.game,
5,
100,
100,
DEFAULT_FONT_NAME,
25,
True,
_type=self.type)
if self.type in ['purple', 'yellow', 'white']:
Timer(self.game,
POWERUP_EFFECT[self.type],
15,
20,
DEFAULT_FONT_NAME,
25,
_type=self.type)
if self.type == 'red':
character.heal(POWERUP_EFFECT[self.type])
character.image_code = 2
if self.type == 'pink':
character.heal(POWERUP_EFFECT[self.type])
character.image_code = 3
if self.type == 'purple':
character.double_shot(POWERUP_EFFECT[self.type])
character.image_code = 4
if self.type == 'blue':
character.heal_shield()
if self.type == 'yellow':
character.immune(POWERUP_EFFECT[self.type])
character.image_code = 5
if self.type == 'white':
character.fast_fire(POWERUP_EFFECT[self.type])
character.image_code = 6
if self.type == 'green':
if character.armor >= 4:
return
character.armor += POWERUP_EFFECT[self.type]
character.image_code = 7
if self.type == 'w_green':
character.attack += POWERUP_EFFECT[self.type]
character.image_code = 8
def activate(self, player: pygame.sprite.Sprite):
if not self.activated:
self.sound.play()
self.activated = True
player.set_momentum(-10)
player.spawn_particles()
def spawn_particles(self, player: pygame.sprite.Sprite):
color = random.choice(self.colors)
player.spawn_particles(*self.rect.center, color, amount=1)
def activate(self, player: pygame.sprite.Sprite):
"""метод для обработки коллизии с игроком"""
player.rect.bottom = self.top
player.jump()
def activate(self, player: pygame.sprite.Sprite):
if not self.activated:
player.enable_gravity(False)
player.set_flying_object(self)
self.activated = True
def activate(self, player: pygame.sprite.Sprite):
self.sound.play()
player.set_momentum(-15)
player.spawn_particles()
player.rotate()
def on_delete(self, player: pygame.sprite.Sprite):
if self.activated:
self.sound.stop()
player.enable_gravity(True)
player.set_flying_object()
def activate(self, player: pygame.sprite.Sprite):
if player.shield is None:
player.game_over = True
def on_delete(self, player: pygame.sprite.Sprite):
if self.activated:
player.set_magnet()
def activate(self, player: pygame.sprite.Sprite):
if not self.activated:
player.set_magnet(self)
self.activated = True
def spawn_particles(self, player: pygame.sprite.Sprite):
player.spawn_explosion(*self.rect.center, self.colors, radius=(1, 10))