class LaserTurret(Turret):
img=Img.imgx("War/LaserBase")
ds=1
turret=Img.lotsrots(Img.imgx("War/LaserTurret"),ds)
fx=FX.Laser
def explode(self,area,pos,tier):
if tier>=2:
super().explode(area,pos,tier)
class Turret(Machine):
img=Img.imgx("War/GunBase")
ds=1
turret=Img.lotsrots(Img.imgx("War/GunTurret"),ds)
angle=0
rspeed=0.04
sleep=60
hardness = 300
targetable = True
hp=1
fx=FX.Gunfire
damage=0.01
rng=4
def render(self, layer, surf, tpos, area,scale=3):
super().render(layer,surf,tpos,area,scale)
if layer==self.renderlayer:
surf.blit(self.turret[int(math.degrees(self.angle%math.tau)//self.ds)][scale],(tpos[0],tpos[1]-4))
def shoot(self,area,target):
target.on_shoot(area, target.coords.pos, self.damage)
return True
def update(self, pos, area, events):
ls=[]
if self.hp<=1:
self.hp+=0.001
if self.sleep:
self.sleep-=1
for t in area.targets:
length=pos.len_to(t.coords.pos)
if t.team is not None and t.team!=self.p.team:
if length<=self.rng:
apos=t.coords.pos+t.moveoff/64
tar_ang=pos.angle_to(apos)%math.tau
d=ang_d(self.angle,tar_ang)
if abs(d)<=self.rspeed:
self.angle=tar_ang
if self.shoot(area,t):
area["FX"].add(self.fx(pos*64+Vector.VectorX(32+32*math.cos(self.angle),24-32*math.sin(self.angle)),t.coords.pos*64+t.moveoff,self.angle,pos.len_to(apos)*64-32))
elif d<0:
self.angle+=self.rspeed
else:
self.angle-=self.rspeed
self.angle%=math.tau
break
else:
ls.append(length)
else:
self.sleep=60 if not ls else min(ls)*5
def on_shoot(self,area,pos,power):
self.hp-=power
if self.hp<=0:
self.explode(area,pos,2)
@property
def team(self):
return self.p.team
class GunTurret2(GunTurret):
rspeed = 0.12
fire_rate = 4
turret = Img.lotsrots(Img.imgx("War/GunTurret2"), 1)
rng = 8
