def ai_move_to_target(self, *args, **kwargs):
mt = self.move_target
if mt:
d = get_dist(
mt.x,
mt.y,
self.x,
self.y
)
if d > self.get_stat("arng"):
line_of_sight = True
line = (
(self.x, self.y), (mt.x, mt.y)
)
raycast_objects = self.game.spatial_hash.get_objects_from_line(
*line,
type=Collidable
)
for o in raycast_objects:
for s in o.body.shapes:
if s.segment_query(*line):
line_of_sight = False
break
if line_of_sight:
self.movement.target = (mt.x, mt.y)
else:
self.movement.target = None
self.brain.pop_state()
else:
self.brain.pop_state()
else:
self.brain.pop_state()
def run(self):
if getattr(self.o, "attacktarget"):
t = self.o.attacktarget.who
d = get_dist(
t.position.x, t.position.y,
self.o.position.x, self.o.position.y
)
if d <= 32:
return True
else:
if getattr(self.o, "autoattacktarget"):
delattr(self.o, "autoattacktarget")
def process(self, world, sets):
for at, *rest in sets:
e = world.get_entities(at)[0]
dist = get_dist(
e.position.x, e.position.y,
at.who.position.x, at.who.position.y
)
if getattr(e, "autoattacktarget"):
if dist > 32:
delattr(e, "autoattacktarget")
elif dist <= 32:
e.autoattacktarget = AutoAttackTarget(target=at.who)
def process(self, world, sets):
for ft, m, p, pb in sets:
if ft.who and pb.body:
if (
get_dist(
ft.who.position.x, ft.who.position.y,
p.x, p.y
) > ft.range
):
velx = ft.who.position.x - p.x
vely = ft.who.position.y - p.y
pb.body.velocity.x += velx / 10
pb.body.velocity.y += vely / 10
def ai_idle(self):
if self.game.player:
d = get_dist(
self.game.player.x,
self.game.player.y,
self.x,
self.y
)
if d <= 100:
self.attack_target = self.game.player
self.brain.push_state(self.ai_attack)
else:
self.move_target = None
self.attack_target = None
self.auto_attack_target = None
def process(self, world, sets):
# p = world.get_player()
enemies = world.combined_components((IsMob, Position))
# print(enemies)
for player, mc in sets:
for e, pos in enemies:
if (
get_dist(
mc.x, mc.y,
pos.x, pos.y
) <= 32
):
if mc.button == 1:
print("Targeted.")
elif mc.button == 4:
print("Attack!")
mc.handled = True
def process(self, world, sets):
if self.interval_counter >= self.interval:
# print("Now!")
self.interval_counter = 0
for st, a in sets:
o = world.get_entities(st)[0]
pos = getattr(o, "physbody")
if pos:
if pos.body:
p1 = pos.body.position.x, pos.body.position.y
for tpos, ta in world.combined_components(
(PhysBody, Allegiance)
):
if not ta.value == a.value:
if tpos.body:
p2 = (
tpos.body.position.x,
tpos.body.position.y
)
if get_dist(
*p1, *p2
) <= 150:
for s in pos.body.shapes:
pos_old = s.group
s.group = 2
for s in tpos.body.shapes:
tpos_old = s.group
s.group = 2
ps = world.phys_space
c = ps.segment_query_first(
p1, p2, group=2
)
for s in pos.body.shapes:
s.group = pos_old
for s in tpos.body.shapes:
s.group = tpos_old
# print(c)
if not c:
t = world.get_entities(tpos)[0]
o.attacktarget = AttackTarget(t)
delattr(o, "searchingtarget")
print("Found target!")
else:
self.interval_counter += world.dt
def ai_attack(self):
if self.attack_target:
if self.attack_target.hp <= 0:
self.brain.pop_state()
self.attack_target = None
self.auto_attack_target = None
else:
d = get_dist(
self.attack_target.x,
self.attack_target.y,
self.x,
self.y
)
if d < 40:
if not self.auto_attack_target:
self.auto_attack_target = self.attack_target
else:
self.move_target = self.attack_target
self.brain.push_state(self.ai_move_to_target)
else:
self.brain.pop_state()