class LoadingSprite(ppb.Sprite):
ready_image = ppb.Image("resources/load_bar/center_filled.png")
waiting_image = ppb.Image("resources/load_bar/center_empty.png")
def __init__(self, **kwargs):
super().__init__(**kwargs)
self.image = self.waiting_image
class Bar:
color: Tuple[int]
position: ppb.Vector
value: int = 10
max: int = 10
size: int = 0
bg: ppb.Sprite = None
segments: Tuple[ppb.Sprite] = ()
BAR_BG = ppb.Image("resources/BAR_BG.png")
BAR_SEGMENT = ppb.Image("resources/BAR_SEGMENT.png")
def __hash__(self):
return hash(id(self))
def __init__(self, scene, **kwargs):
super().__init__()
self.__dict__.update(kwargs)
self.bg = ppb.Sprite(
position=self.position,
image=self.BAR_BG,
size=1 / 4,
layer=50,
)
scene.add(self.bg)
segments = []
for i in range(16):
segment = ppb.Sprite(
position=self.position + V(i / 4 - 2, 0),
image=self.BAR_SEGMENT,
color=self.color,
size=1 / 4,
layer=51,
)
segments.append(segment)
scene.add(segment)
self.segments = tuple(segments)
self.set_value(10)
def set_max(self, new_max):
self.max = new_max
self.set_value(self.value)
def set_value(self, value):
self.value = value
if value == 0:
p = 0
else:
p = int(value / self.max * 16)
for i, segment in enumerate(self.segments):
if i >= p:
segment.size = 0
else:
segment.size = 1 / 4
def get_progress_sprites(self):
left = LoadingSprite(
position=ppb.Vector(-4, 0),
ready_image=ppb.Image("resources/load_bar/left_filled.png"),
waiting_image=ppb.Image("resources/load_bar/left_empty.png"))
center = [
LoadingSprite(position=ppb.Vector(x, 0)) for x in range(-3, 4)
]
right = LoadingSprite(
position=ppb.Vector(4, 0),
ready_image=ppb.Image("resources/load_bar/right_filled.png"),
waiting_image=ppb.Image("resources/load_bar/right_empty.png"))
return [left, *center, right]
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.wall_images = [
ppb.Image(f"resources/terrain/wall_{x}.png") for x in range(1, 5)
]
self.floor_images = [
ppb.Image(f"resources/terrain/floor_{x}.png") for x in range(1, 5)
]
self.blob_animation = animation.Animation(
"resources/blob/blob_{0..6}.png", 12)
self.squares = [
ppb.Image(f"resources/squares/sprite_{str(x).zfill(2)}.png")
for x in range(60)
]
def __image__(self):
if self.image is None:
klass = type(self)
prefix = Path(klass.__module__.replace('.', '/'))
try:
klassfile = getfile(klass)
except TypeError:
prefix = Path('.')
else:
if Path(klassfile).name != '__init__.py':
prefix = prefix.parent
if prefix == Path('.'):
self.image = ppb.Image(f"{klass.__name__.lower()}.png")
else:
self.image = ppb.Image(f"{prefix!s}/{klass.__name__.lower()}.png")
return self.image
def create_mushroom(self, cls, position, signal):
# TODO: create different kinds
mushroom = cls(position=position, layer=LAYER_GAMEPLAY_LOW)
self.scene.add(mushroom, tags=['mushroom'])
# TODO: Create meters through events
CtrlMeter.create(self.scene,
FRAMES_HEALTH,
target=mushroom,
attr='health',
track=mushroom,
color=COLOR['RED'])
CtrlMeter.create(self.scene,
FRAMES_HEALTH,
target=mushroom,
attr='toxins',
track=mushroom,
color=COLOR['DARKGREEN'],
flip=SDL_FLIP_VERTICAL)
signal(MeterUpdate(mushroom, 'health', 1.0))
mushroom.root = ppb.Sprite(
image=ppb.Image("resources/root_1.png"),
position=position - ppb.Vector(0, 0.5),
size=6,
layer=LAYER_GROUND_HIGHLIGHT,
opacity=0,
)
self.scene.add(mushroom.root)
signal(MushroomPlaced(position, mushroom))
def on_pre_render(self, ev, signal):
layer = pos_to_layer(self.position)
# Initialize child sprites on the first frame
if not self.parts:
self.parts = {}
clothes_i = min(len(VIKING_CLOTHES), max(1,
self.strength // 2)) - 1
hat_i = min(len(VIKING_HAT), max(1, self.strength - clothes_i)) - 1
self.parts['base'] = create_sprite(
image=VIKING_WALK,
anchor=self,
size=2,
)
self.parts['clothes'] = create_sprite(
image=VIKING_CLOTHES[clothes_i],
anchor=self,
layer=0.1,
size=2,
)
if self.shield:
self.parts['hair'] = create_sprite(
image=choice(VIKING_HAIR),
anchor=self,
layer=0.2,
size=2,
)
else:
self.parts['hat'] = create_sprite(
image=VIKING_HAT[hat_i],
anchor=self,
layer=0.2,
size=2,
)
self.parts['corpse'] = create_sprite(
image=ppb.Image("resources/viking/dead_fg.png"),
anchor=self,
layer=0.1,
size=2,
opacity=0,
)
if self.shield:
self.parts['shield'] = create_sprite(
image=IMAGE_SHIELD,
anchor=self,
position=ppb.Vector(0.5, 0.0),
size=2,
layer=0.9,
)
self.state.on_pre_render(self, ev, signal)
self.layer = layer
class Mover(ppb.BaseSprite):
image = ppb.Image("resources/mover.png")
position = ppb.Vector(0, -4)
velocity = ppb.Vector(0, 3)
def on_update(self, update: ppb.events.Update, signal):
self.position += self.velocity * update.time_delta
if self.position.y > 4 or self.position.y < -4:
self.velocity *= -1
def enter_state(self, scene, signal):
self.parts['base'].image = ppb.Image("resources/viking/dead_bg.png")
for s in self.sprites:
tweening.tween(s, 'rotation', 90, 0.5)
tweening.tween(s, 'opacity', 0, 5.0)
tweening.tween(self, 'position',
self.position + ppb.Vector(-0.5, -0.25), 0.5)
self.parts['corpse'].opacity = 255
signal(VikingDeath(self))
def on_scene_started(self, ev, signal):
logo = ppb.Sprite(
image=ppb.Image("resources/worldmap.png"),
size=10,
layer=1,
)
ev.scene.add(logo)
self.pins = []
for c in PIN_COORDS:
pin = ppb.Sprite(
image=ppb.Image("resources/worldmap_pin.png"),
size=2,
position=ppb.Vector(*c),
tint=COLOR['RED'],
layer=2,
)
ev.scene.add(pin)
self.pins.append(pin)
def __image__(self):
"""
Returns the sprite's image attribute if provided, or sets a default
one.
"""
if self.image is ...:
klass = type(self)
prefix = Path(klass.__module__.replace('.', '/'))
try:
klassfile = getfile(klass)
except TypeError:
prefix = Path('.')
else:
if Path(klassfile).name != '__init__.py':
prefix = prefix.parent
if prefix == Path('.'):
self.image = ppb.Image(f"{klass.__name__.lower()}.png")
else:
self.image = ppb.Image(f"{prefix!s}/{klass.__name__.lower()}.png")
return self.image
class Particle(ppb.sprites.Sprite):
image = ppb.Image("resources/sparkle1.png")
opacity = 128
opacity_mode = 'add'
tint = COLOR['WHITE']
size = 2
rotation = 0
def __init__(self, *args, **kwargs):
self.tint = kwargs.pop('color', COLOR['WHITE'])
super().__init__(*args, **kwargs)
class Particle(ppb.sprites.Sprite):
base_image = ppb.Image("resources/sparkle1.png")
opacity = 128
opacity_mode = 'add'
color = COLOR_WHITE
size = 2
rotation = 0
def __init__(self, *args, **kwargs):
self.color = kwargs.pop('color', COLOR_WHITE)
super().__init__(*args, **kwargs)
self.image = EffectedImage(self.base_image, opacity=128)
def _compile_filename(self):
match = FILE_PATTERN.search(self._filename)
start, end = match.groups()
numdigits = min(len(start), len(end))
start = int(start)
end = int(end)
template = FILE_PATTERN.sub(
'{:0%dd}' % numdigits,
self._filename,
)
self._frames = [
ppb.Image(template.format(n)) for n in range(start, end + 1)
]
class LoadingScene(ProgressBarLoadingScene):
loaded_image = ppb.Image('target.png')
next_scene = Quitter
def on_asset_loaded(self, event, signal):
print(event)
assert event.total_queued >= 0
assert event.total_loaded >= 0
super().on_asset_loaded(event, signal)
def get_progress_sprites(self):
for x in range(-2, 3):
yield ppb.BaseSprite(pos=ppb.Vector(x, 0))
def create(self, sprite_class=ppb.Sprite, anchor=None, **kwargs):
kwargs.setdefault('layer', 0.0)
kwargs.setdefault('position', ppb.Vector(0, 0))
kwargs.setdefault('opacity', 255)
tags = kwargs.pop('tags', [])
if 'image' in kwargs:
if isinstance(kwargs['image'], str):
kwargs['image'] = ppb.Image(kwargs['image'])
sprite = sprite_class(**kwargs)
if anchor:
sprite.anchor = anchor
sprite.local_position = kwargs['position']
sprite.local_layer = kwargs['layer']
tags.append('anchored')
self.current_scene.add(sprite, tags=tags)
self.signal(SpriteAdded(sprite))
return sprite
class UIButton(ppb.Sprite):
image = ppb.Image("resources/uibutton.png")
size = 2.0
label: str
enabled: bool = True
def __init__(self, *args, **kwargs):
self.label = kwargs.pop('label')
super().__init__(*args, **kwargs)
if not self.enabled:
self.enabled = 128
def on_disable_button(self, ev, signal):
if ev.label == self.label:
self.enabled = False
self.opacity = 128
def on_enable_button(self, ev, signal):
if ev.label == self.label:
self.enabled = True
self.opacity = 255
def setup(scene):
for x in range(-2, 3):
for y in range(-2, 3):
seed_class = choice(SEEDS)
seed = seed_class(position=V(x, y))
scene.add(seed, tags=['seed'])
GRID[x, y] = seed
player = Player(position=POS_PLAYER)
scene.add(player, tags=['player', 'character'])
snake = Monster(position=POS_ENEMY)
scene.add(snake, tags=['enemy', 'character'])
scene.add(Grid(), tags=['grid', 'manager'])
scene.add(ppb.Sprite(
image=ppb.Image("resources/BACKGROUND.png"),
size=12,
layer=-1,
),
tags=['bg'])
class Cloud(ppb.sprites.Sprite):
heading: ppb.Vector
image = ppb.Image("resources/cloud.png")
speed: float = 5.0
lifetime: float = 1.0
size: float = 2.0
last_hit_time: float = 0.0
opacity: int = 255
def __init__(self, *args, **kwargs):
self.cloud_id = kwargs.get('cloud_id')
super().__init__(*args, **kwargs)
def on_update(self, ev, signal):
self.lifetime -= ev.time_delta * 0.5
t = 1.0 - self.lifetime
if self.lifetime <= 0.0:
ev.scene.remove(self)
def on_pre_render(self, ev, signal):
self.layer = pos_to_layer(self.position)
assert self.layer > 0, self.layer
class Player(ppb.sprites.Sprite):
image = ppb.Image("resources/ANGELA.png")
size = 4.0
@property
def hp(self):
return self._hp
@hp.setter
def hp(self, value):
value = min(10, value)
self._hp = value
self.hp_text.text = str(value)
self.hp_bar.set_value(value)
@property
def shield(self):
return self._shield
@shield.setter
def shield(self, value):
value = min(10, value)
self._shield = value
self.shield_bar.set_value(value)
def on_start_game(self, ev, signal):
self.hp = 10
def on_scene_started(self, ev, signal):
self.hp_text = Text('', self.position + V(0, -3))
self.hp_text.scene = ev.scene
self.hp_text.setup()
ev.scene.add(self.hp_text)
self.hp_bar = Bar(
color=COLOR_DARKRED,
scene=ev.scene,
position=V(self.position + V(0, -3.5)),
)
ev.scene.add(self.hp_bar)
self.shield_bar = Bar(
color=COLOR_YELLOW,
scene=ev.scene,
position=V(self.position + V(0, -4.0)),
value=0,
)
ev.scene.add(self.shield_bar)
self.hp = 10
self.shield = 0
self.sparkler = Sparkler(self.position)
def on_player_death(self, ev, signal):
pass
def on_damage_dealt(self, ev, signal):
if ev.target == 'player':
self.shield -= ev.dmg
if self.shield < 0:
self.hp += self.shield
self.shield = 0
if self.hp < 0:
self.hp = 0
if self.hp <= 0:
signal(PlayerDeath(self))
else:
tween(self,
'position',
self.position - V(1, 0),
0.1,
easing='in_quad')
tween(self,
'position',
self.position,
0.2,
delay=0.1,
easing='out_quad')
signal(PlaySound(choice(SOUND_HURT_SET)))
def kill(self, event, knight):
knight.dead = True
knight.image = ppb.Image('splat.png')
self.target = self.pick_target(event)
class PoddacimPod(ppb.Sprite):
image = ppb.Image("resources/mushroom/pod.png")
layer = 1000
import ppb
from ppb.events import ButtonPressed, ButtonReleased, Update
from ppb.systemslib import System
import ppb_tween as tweening
import constants as C
from events import ScorePoints
from controllers.meters import MeterUpdate, MeterRemove
from systems.cloud import MushroomAttack
from .base import Mushroom
from ppb_timing import delay
MUSHROOM_SPRITES = [
ppb.Image("resources/mushroom/poddacim_0.png"),
ppb.Image("resources/mushroom/poddacim_1.png"),
ppb.Image("resources/mushroom/poddacim_2.png"),
ppb.Image("resources/mushroom/poddacim_3.png"),
]
class PoddacimPod(ppb.Sprite):
image = ppb.Image("resources/mushroom/pod.png")
layer = 1000
class Poddacim(Mushroom):
smoosh_sprites = MUSHROOM_SPRITES
image: ppb.Image = smoosh_sprites[0]
class TravelUnder(ppb.BaseSprite):
image = ppb.Image("resources/travel_under.png")
layer = 1
class TravelOver(ppb.BaseSprite):
image = ppb.Image("resources/travel_over.png")
layer = -1
class OrbitSprite(ppb.BaseSprite):
position = ppb.Vector(0, -2)
image = ppb.Image('target.png')
def on_update(self, event, signal):
self.position = self.position.rotate(ROTATION_RATE * event.time_delta)
class CenterSprite(ppb.BaseSprite):
image = ppb.Image('player.png')
def on_update(self, event, signal):
self.rotation += ROTATION_RATE * event.time_delta
def on_scene_started(self, ev, signal):
logo = ppb.Sprite(
image=ppb.Image("resources/logo.png"),
size=10,
)
ev.scene.add(logo)
def __init__(self, **props):
super().__init__(**props)
self.add(ppb.Sprite(
image=ppb.Image('hellopursuedpybear/resources/hellopursuedpybear.png'),
))
rect=rect,
layer=LAYER_BACKGROUND + 1,
size=2.0,
mapitemtype=mapitemtype,
)
t.tag = "decor"
return t
return _
SOLID = 1
DECOR = 2
GROUND = 3
GROUND_IMAGES = [
ppb.Image(f"resources/ground/ground_{r}.png") for r in range(6)
]
TREE_H = ppb.Image("resources/ground/tree_horizontal.png")
TREE_V = ppb.Image("resources/ground/tree_vertical.png")
ROCKS = ppb.Image("resources/ground/rocks.png")
BRIDGE = ppb.Image("resources/ground/bridge.png")
RIVER = ppb.Image("resources/ground/river.png")
EXIT = ppb.Image("resources/ground/exit.png")
ITEMS = {
't1': make_mapitem(TREE_V, (0, 0, 32, 32), SOLID),
't2': make_mapitem(TREE_V, (0, 32, 32, 32), SOLID),
't3': make_mapitem(TREE_V, (0, 64, 32, 32), SOLID),
't4': make_mapitem(TREE_H, (0, 0, 32, 32), SOLID),
't5': make_mapitem(TREE_H, (32, 0, 32, 32), SOLID),