def on_create_floating_number(self, ev: CreateFloatingNumber, signal):
T = Text(str(ev.number), ev.position, color=ev.color, layer=500)
ev.scene.add(T)
T.scene = ev.scene
T.setup()
tween(T, 'position', ev.position + ppb.Vector(0, -1), 0.5)
tween(T, 'opacity', 0, 0.5)
delay(0.5, lambda: T.remove(ev.scene))
def on_button_pressed(self, ev: ButtonPressed, signal):
clicked = super().on_button_pressed(ev, signal)
if clicked:
# TODO: This is pretty cludging and won't always match the visual clouds
self.cloud_radius = 0.5
self.cloud_id = int(get_time() * 1000)
tweening.tween(self,
"cloud_radius",
C.SMOOSHROOM_CLOUD_RADIUS_MAX,
C.SMOOSHROOM_CLOUD_RADIUS_TIME,
easing='quad_out')
def on_viking_attack(self, ev, signal):
super().on_viking_attack(ev, signal)
if ev.target is self:
self.smooshed = True
self.cloud += C.SMOOSHROOM_TOXIN_DMG_RATE
self.toxins -= C.SMOOSHROOM_TOXIN_DMG_RATE
self.cloud_radius = 0.5
self.cloud_id = int(get_time() * 1000)
tweening.tween(self,
"cloud_radius",
C.SMOOSHROOM_CLOUD_RADIUS_MAX,
C.SMOOSHROOM_CLOUD_RADIUS_TIME,
easing='quad_out')
delay(0.25, lambda: setattr(self, 'smooshed', False))
def on_update(self, ev, signal):
t = perf_counter()
r = 0.25 if self.smooshed else 1.0
if not self.exhausted and self.last_shot + r <= t and self.toxins > C.PODDACIM_POD_RATE:
self.last_shot = t
vikings = [v for v in ev.scene.get(tag='viking') if v.hp > 0]
vikings.sort(
key=lambda viking: (viking.position - self.position).length)
if vikings:
dist = (vikings[0].position - self.position).length
if dist < C.PODDACIM_ATK_RADIUS:
pod = PoddacimPod(position=self.position)
tweening.tween(pod, 'position', vikings[0].position,
C.PODDACIM_POD_SPEED)
ev.scene.add(pod)
self.toxins = max(
0.0, round(self.toxins - C.PODDACIM_POD_RATE, 2))
# TODO: Change meter updates to references
signal(MeterUpdate(self, 'toxins', self.toxins))
# When toxins hit 0, Poddacim becomes exhausted
if self.toxins == 0.0:
self.exhausted = True
def _():
vikings[0].on_mushroom_attack(
MushroomAttack(None,
vikings[0],
C.PODDACIM_POD_DMG,
scene=ev.scene), signal)
ev.scene.remove(pod)
delay(C.PODDACIM_POD_SPEED, _)
# If the mushroom isn't being smooshed, increase toxin accumulator
# and reset the cloud accumulator.
if self.toxins < 1.0 and not self.smooshed or self.exhausted:
self.toxins = min(
1.0, self.toxins + ev.time_delta * C.PODDACIM_TOXIN_CHARGE)
# When toxins are full, no longer exhausted
if self.toxins == 1.0:
self.exhausted = False
# TODO: Change meter updates to references
signal(
MeterUpdate(self, 'toxins', self.toxins, flash=self.exhausted))
def open_menu(self):
tween(self.bg, 'size', 8.0, 1.0, easing='bounce_out')
for opt in self.opt_texts:
tween(opt, 'size', 2.0, 1.0, easing='bounce_out')
tween(self.txt_title, 'size', 2.0, 1.0, easing='bounce_out')
self.menu_active = True
def close_menu(self):
tween(self.bg, 'size', 0.0, 1.0, easing='bounce_out')
for opt in self.opt_texts:
tween(opt, 'size', 0.0, 0.5, easing='quad_in')
tween(self.txt_title, 'size', 0.0, 0.5, easing='quad_in')
self.menu_active = False
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_emit_cloud(self, ev, signal):
r = 360 / self.STEPS
for i in range(self.STEPS):
w = random.randrange(-r//2, r//2)
heading = ppb.Vector(C.SMOOSHROOM_CLOUD_RADIUS_MAX, 0).rotate(w + r * i)
cloud = Cloud(heading=heading, position=ev.position, cloud_id=ev.cloud_id)
cloud.size = 0.0
ev.scene.add(cloud)
tweening.tween(cloud, "position", ev.position + heading, 1.0, easing='quint_out')
tweening.tween(cloud, "size", 1.0, 1.0, easing='quad_out')
tweening.tween(cloud, "opacity", 0.0, 1.0, easing='linear')
delay(1.0, lambda cloud=cloud: ev.scene.remove(cloud))
