def __init__(self,
color,
height=20,
width=100,
inverse=False,
*args,
**kwargs):
SquareSprite.__init__(self, *args, **kwargs)
self.width = width
self.height = height
self.color = color
self.orientation = 'right' if inverse else 'left'
def powerup(sprite):
flash = SquareSprite()
flash.color = arcade.color.GOLD
flash.position = sprite.position
target = (sprite.center_x, sprite.center_y + 100)
seq = Sequence()
seq[0].frame = KeyFrame.from_sprite(sprite, ['position', 'scale', 'alpha'])
seq[1].frame = KeyFrame(position=target, scale=1.5, alpha=0)
seq[1].callback = flash.kill
arcade.get_window().curtains.current_scene.flash_sprites.append(flash)
return flash, seq
def setup(self):
self.details = AnimationDetails()
self.obj = SquareSprite(size=200, color=WHITE)
self.obj.position = (300, 460)
self.sprites = arcade.SpriteList()
self.setup_ui()
self.setup_tabs()
self.setup_radio()
self.drag_proxy = DragProxy(self.details)
self.drag_proxy.current_attribute = 'position'
self.events.drag(self.obj, self.drag_proxy)
self.sprites.append(self.obj)
def setup_ui(self):
self.frame = SquareSprite(size=600, color=TEAL)
self.frame.position = (300, 460)
self.sprites.append(self.frame)
self.loop_checkbox = SquareSprite(color=BRICK_RED, size=40)
self.loop_checkbox.position = (155, 80)
self.sprites.append(self.loop_checkbox)
def init_button(text, handler, x, y):
btn = Button(text=text, events=self.events)
self.events.click(btn, handler)
btn.position = (x, y)
self.sprites.append(btn)
init_button('+1 Frame', self.add_keyframe, 70, 130)
init_button('Loop', self.toggle_loop, 70, 80)
init_button('Play', self.play, 70, 30)
init_button('Stop', self.stop, 193, 30)
def __init__(self, name, rate=.02, *args, **kwargs):
ObservableSprite.__init__(self, *args, **kwargs)
SquareSprite.__init__(self, *args, **kwargs)
self.skin_color = arcade.color.PERU
self.color = self.skin_color
self.name = name
self.health = 100
self.stamina = 0
self.special = 0
self.flash_rate = 0.15
self.power_up_time = 1
self.opponent = None
self.recovery_rate = rate
self.current_recovery_time = 0
self.damage = 12.5
self.state = get_state()
def setup_widget(self, events, hero):
backdrop = SquareSprite()
backdrop.color = arcade.color.SADDLE_BROWN
backdrop.width = 245
backdrop.height = 95
backdrop.bottomleft = (0, 0)
attack = Button(text='Attack', events=events)
haste = Button(text='Haste', events=events)
ultimate = Button(text='Ultimate', events=events)
self.sprites.extend([backdrop, attack, ultimate, haste])
events.click(attack, hero.attack)
events.click(ultimate, hero.power_up)
events.click(haste, hero.haste)
attack.bottomleft = (5, 50)
haste.bottomleft = (125, 50)
ultimate.bottomleft = (5, 5)
self._sequences = {}
for sprite in self.sprites:
sprite.alpha = 0
def setup_widget(self, inverse=False):
c = arcade.color
bars = [('health', c.RED), ('stamina', c.BLUE), ('special', c.GREEN)]
self.bars = {}
for idx, (bar_name, color) in enumerate(reversed(bars)):
container = Bar(arcade.color.WHITE, height=23, width=103)
bar = Bar(color, inverse=inverse)
bar.topleft = (50, idx * 25)
container.position = bar.position
self.sprites.extend([container, bar])
self.bars[bar_name] = bar
topleft = 0
if inverse:
topleft = 121
padding = CircleSprite(size=80, color=c.SADDLE_BROWN)
padding.topleft = (topleft, 55)
portrait = CircleSprite(size=70, color=c.PERU)
portrait.topleft = (topleft + 5, 50)
backdrop = SquareSprite()
backdrop.color = c.SADDLE_BROWN
backdrop.width = 108
backdrop.height = 85
backdrop.position = self.bars['stamina'].position
backdropleft = CircleSprite(size=85, color=c.SADDLE_BROWN)
backdropleft.position = (backdrop.left, backdrop.center_y)
backdropright = CircleSprite(size=85, color=c.SADDLE_BROWN)
backdropright.position = (backdrop.right, backdrop.center_y)
for sprite in [backdrop, backdropright, backdropleft]:
self.sprites.insert(0, sprite)
self.sprites.extend([padding, portrait])
class AppScene(BaseScene):
def setup(self):
self.details = AnimationDetails()
self.obj = SquareSprite(size=200, color=WHITE)
self.obj.position = (300, 460)
self.sprites = arcade.SpriteList()
self.setup_ui()
self.setup_tabs()
self.setup_radio()
self.drag_proxy = DragProxy(self.details)
self.drag_proxy.current_attribute = 'position'
self.events.drag(self.obj, self.drag_proxy)
self.sprites.append(self.obj)
def setup_ui(self):
self.frame = SquareSprite(size=600, color=TEAL)
self.frame.position = (300, 460)
self.sprites.append(self.frame)
self.loop_checkbox = SquareSprite(color=BRICK_RED, size=40)
self.loop_checkbox.position = (155, 80)
self.sprites.append(self.loop_checkbox)
def init_button(text, handler, x, y):
btn = Button(text=text, events=self.events)
self.events.click(btn, handler)
btn.position = (x, y)
self.sprites.append(btn)
init_button('+1 Frame', self.add_keyframe, 70, 130)
init_button('Loop', self.toggle_loop, 70, 80)
init_button('Play', self.play, 70, 30)
init_button('Stop', self.stop, 193, 30)
def setup_tabs(self):
tab_names = ['Position', 'Angle', 'Scale', 'Width', 'Height']
self.tabs = TabGroup(self.sprites, self.events, tab_names, 600,
(300, 740), 4)
self.tabs['Position'].active = True
def set_mouse_to_value(sprite, *args, **kwargs):
self.drag_proxy.current_attribute = sprite.text.lower()
for name in tab_names:
self.events.click(self.tabs[name], set_mouse_to_value)
def setup_radio(self):
self.keyframes_radio = RadioGroup(self.sprites, self.events, [], 560,
(405, 130), 10)
self.add_keyframe()
def add_keyframe(self, *args, **kwargs):
idx = len(self.details.keyframes)
if idx >= 5:
return
self.keyframes_radio.add_button(str(idx))
self.keyframes_radio[str(idx)].on_click()
self.details.add_keyframe(self.obj)
self.events.click(self.keyframes_radio[str(idx)], self.select_keyframe)
self.details.set_current_keyframe(int(
self.keyframes_radio.active.text))
def select_keyframe(self, *args, **kwargs):
self.details.set_current_keyframe(int(
self.keyframes_radio.active.text))
seq = Sequence()
seq.add_keyframe(0, self.details.current_keyframe)
self.obj.animate(seq)
def toggle_loop(self, *args, **kwargs):
self.details.loop = not self.details.loop
self.loop_checkbox.set_texture(int(self.details.loop))
def play(self, *args, **kwargs):
seq = Sequence(loop=self.details.loop)
seq.add_keyframes(*self.details.keyframes.items())
self.obj.animate(seq)
def stop(self, *args, **kwargs):
self.curtains.current_scene.animations.animations = []
def setup_widget(self, events):
arcade.set_background_color(arcade.color.SKY_BLUE)
grass = SquareSprite()
grass.color = arcade.color.FOREST_GREEN
grass.width = 500
grass.height = 200
grass.bottomleft = (0, 0)
self.sprites.append(grass)
class GrassBlade(SquareSprite):
def __init__(self):
self.wind = random.random() / 2
super().__init__()
def blow_in_the_wind(self, delta):
self.wind += delta
if self.wind > 3:
self.wind = 0
elif self.wind > 2.6:
self.angle -= delta * 100
self.center_x += delta * 10
elif self.wind > 2.2:
self.angle += delta * 100
self.center_x -= delta * 10
elif self.wind > 1.8:
self.angle -= delta * 100
self.center_x += delta * 10
elif self.wind > 1.4:
self.angle += delta * 100
self.center_x -= delta * 10
for i in range(1100):
grassblade = GrassBlade()
grassblade.color = (14, 119, 14)
grassblade.width = 2
grassblade.height = 10
grassblade.bottomleft = (random.randint(0, 500),
random.randint(0, 200))
self.sprites.append(grassblade)
events.frame(grassblade.blow_in_the_wind)
class Cloud(Widget):
def setup_widget(self):
base = CircleSprite()
base.width = 256
base.height = 64
base.position = (0, 0)
top1 = CircleSprite()
top1.position = (88, 30)
top2 = CircleSprite()
top2.scale = 1.3
top2.position = (20, 50)
top3 = CircleSprite()
top3.scale = 0.9
top3.position = (-50, 20)
self.sprites.extend([top1, top2, top3, base])
self.speed = random.randint(50, 100)
def move(self, delta):
self.center_x -= delta * self.speed
if self.center_x < -150:
self.center_x = 700
cloud1 = Cloud()
cloud1.position = (random.randint(128, 372), 300)
self.sprites.extend(cloud1.sprites)
cloud2 = Cloud()
cloud2.position = (random.randint(128, 372), 400)
self.sprites.extend(cloud2.sprites)
cloud3 = Cloud()
cloud3.position = (random.randint(128, 372), 500)
self.sprites.extend(cloud3.sprites)
events.frame(cloud1.move)
events.frame(cloud2.move)
events.frame(cloud3.move)