def take_damage(self, damage):
newProj = []
if damage < 0:
#spawn new things
if self.split == 0:
newProj.append(WhiteCellProj(self.rect.x + 52, self.rect.y, self.xvel, self.yvel, 1))
newProj.append(WhiteCellProj(self.rect.x + 52, self.rect.y + 16, self.xvel/2, self.xvel/2, 2))
newProj.append(WhiteCellProj(self.rect.x + 52, self.rect.y - 16, self.xvel/2, -self.xvel/2, 2))
elif self.split == 1:
newProj.append(WhiteCellProj(self.rect.x + 52, self.rect.y + 16, self.xvel/2, self.xvel/2, 2))
newProj.append(WhiteCellProj(self.rect.x + 52, self.rect.y - 16, self.xvel/2, -self.xvel/2, 2))
Actor.take_damage(self, damage)
return newProj
def take_damage(self, damage):
if self.immortal > 0:
pass
else:
if self.shield:
thp = self.health
self.health = -1
Actor.take_damage(self, damage)
if self.health != 0:
self.health = thp
else:
Actor.take_damage(self, damage)
#if self.health <= 0:
# print "died"
#elif self.buzzcount == 0:
if self.health > 0 and self.buzzcount == 0:
self.buzzcount = self.buzzcountmax
self.buzz.play()
def collide(self, a):
if isinstance(a, Player):
if self.phase == 1:
for i in self.arms:
for j in i:
radius1 = a.rect.width // 2
radius2 = j.rect.width // 2
if sqrt(((a.rect.x + radius1)-(j.rect.x + radius2))**2 + ((a.rect.y + radius1)-(j.rect.y + radius2))**2) < (radius1 + radius2):
a.take_damage(j.damage)
radius1 = a.rect.width // 2
radius2 = self.rect.width // 2
if sqrt(((a.rect.x + radius1)-(self.rect.x + radius2))**2 + ((a.rect.y + radius1)-(self.rect.y + radius2))**2) < (radius1 + radius2):
a.take_damage(self.damage)
else:
if self.phase == 1:
for i in self.arms:
for j in i:
radius1 = a.rect.width // 2
radius2 = j.rect.width // 2
if sqrt(((a.rect.x + radius1)-(j.rect.x + radius2))**2 + ((a.rect.y + radius1)-(j.rect.y + radius2))**2) < (radius1 + radius2):
j.take_damage(a.damage)
proj = a.take_damage(-1)
if proj:
return proj
if self.phase == 0:
radius1 = a.rect.width // 2
radius2 = self.eyerect.width // 2
if sqrt(((a.rect.x + radius1)-(self.eyerect.x + radius2))**2 + ((a.rect.y + radius1)-(self.eyerect.y + radius2))**2) < (radius1 + radius2):
a.take_damage(-1)
Actor.take_damage(self, a.damage)
radius1 = a.rect.width // 2
radius2 = self.rect.width
if sqrt(((a.rect.x + radius1)-(self.rect.x + radius2))**2 + ((a.rect.y + radius1)-(self.rect.y + radius2))**2) < (radius1 + radius2):
a.take_damage(-1)
if self.phase == 2:
Actor.take_damage(self, a.damage)
def take_damage(self, damage=0):
Actor.take_damage(self, damage)
