def run_in_item(self, item):
n=self.config
r=self.root
i=0
while i!=dget(n, "number", 1):
r.state_manager.states["game"].entities.insert(1,Projectile(r.gamedb.get_asset(n["image"]), r,
item, n["lifetime"], n["homing"], n["velocity"], n["impact"], n["maxspeed"], n["accel"], dget(n, "particlestyle", {"particles":0}), dget(n, "turnrate", 60),
dget(n, "offset_min", 0), dget(n, "offset_max", 0), n))
i+=1
def run_in_item(self, item):
n = self.config
r = self.root
i = 0
while i != dget(n, "number", 1):
r.state_manager.states["game"].entities.insert(
1,
Projectile(r.gamedb.get_asset(n["image"]), r, item,
n["lifetime"], n["homing"], n["velocity"],
n["impact"], n["maxspeed"], n["accel"],
dget(n, "particlestyle", {"particles": 0}),
dget(n, "turnrate", 60), dget(n, "offset_min", 0),
dget(n, "offset_max", 0), n))
i += 1
def __init__(self, damage_model, config): self.damage_model=damage_model self.config=config self.status=0 self.name=config["name"] self.attributes=config["attributes"] self.effects_damaged=config["effects_damaged"] self.effects_destroyed=config["effects_destroyed"] self.health=config["health"] self.maxhealth=self.health self.threshold=config["threshold_damaged"] self.regen_const=config["regen"] self.image_damaged=damage_model.root.gamedb.get_asset(dget(config, "image_damaged", "$BLANK")) self.image_destroyed=damage_model.root.gamedb.get_asset(dget(config, "image_destroyed", "$BLANK")) self.update_olds()
def can_fire(self): for i in self.fire_required: if i=="energy": if self.parent.current_power<self.fire_required[i]: return False if i=="enemy_selected": if self.parent.targeted==None and self.fire_required[i]: return False if i=="cooldown": if self.root.game_time-self.last_fired<self.fire_required[i]: return False if i=="distance<": targetdistancex = abs(self.parent.rotated_rect.centerx - self.parent.targeted.rotated_rect.centerx) targetdistancey = abs(self.parent.rotated_rect.centery - self.parent.targeted.rotated_rect.centery) targetdistance = math.sqrt(targetdistancex**2 + targetdistancey**2) if self.fire_required[i]<targetdistance: return False if i=="item": g=1 for item in self.parent.inventory: if item.id_str==self.fire_required[i]: g=0 if g: return False self.parent.current_power-=dget(self.fire_required,"energy",0) return True
def update(self):
try:
for controller in self.controllers:
controller.update()
if self.can_fire:
i=0
priorities={}
while i!=len(self.ship.hardpoints): #for each item equipped
if self.ship.get_item_in_hardpoint(i):
fire=True
for hint in self.ship.get_item_in_hardpoint(i).ai_hints:
if not hint.get_suggested(self): #check if any of the AIItemHints disagree
fire = False
if fire:
priorities[i]=dget(self.ship.get_item_in_hardpoint(i)._config, "ai_priority", 5)
i+=1
if self.ship.targeted:
for i in sorted(priorities, key=lambda hardpoint: priorities[hardpoint]):
self.ship.get_item_in_hardpoint(i).fire() #then fire
except BaseException as e:
if not (isinstance(e, AttributeError) and "_config" not in str(e)):
error("AI ERROR (BASE): " + str(e))
exc_type, exc_value, exc_traceback = sys.exc_info()
for i in traceback.format_exception(exc_type, exc_value, exc_traceback): error(i)
def __init__(self, damage_model, config):
self.damage_model = damage_model
self.config = config
self.status = 0
self.name = config["name"]
self.attributes = config["attributes"]
self.effects_damaged = config["effects_damaged"]
self.effects_destroyed = config["effects_destroyed"]
self.health = config["health"]
self.maxhealth = self.health
self.threshold = config["threshold_damaged"]
self.regen_const = config["regen"]
self.image_damaged = damage_model.root.gamedb.get_asset(
dget(config, "image_damaged", "$BLANK"))
self.image_destroyed = damage_model.root.gamedb.get_asset(
dget(config, "image_destroyed", "$BLANK"))
self.update_olds()
def get_suggested(self, ai):
system = ai.ship.targeted.damage.search_system(
dget(self.config, "search_name", None),
dget(self.config, "search_key", None))
translate = {"optimal": 0, "damaged": 1, "destroyed": 2}
if system:
if "exactly" in self.config.keys():
# print "e"+str(translate[self.config["exactly"]])
if system.status == translate[self.config["exactly"]]:
return True
if "below" in self.config.keys():
# print "b"+str(translate[self.config["below"]])
if system.status > translate[self.config["below"]]:
return True
if "above" in self.config.keys():
# print "a"+str(translate[self.config["above"]])
if system.status < translate[self.config["above"]]:
return True
return False
def run_in_item(self, item):
if dget(self.config, "root", False):
self.root.particlemanager.add_particles(
particles.make_explosion_cfg(
self.root, item.parent.rotated_rect.center[0],
item.parent.rotated_rect.center[1], self.config["style"]))
else:
item.parent.particlemanager.add_particles(
particles.make_explosion_cfg(
self.root, item.parent.rotated_rect.center[0],
item.parent.rotated_rect.center[1], self.config["style"]))
def run_in_ship(self, ship):
if dget(self.config, "root", False):
self.root.particlemanager.add_particles(
particles.make_explosion_cfg(self.root,
ship.rotated_rect.center[0],
ship.rotated_rect.center[1],
self.config["style"]))
else:
ship.particlemanager.add_particles(
particles.make_explosion_cfg(self.root,
ship.rotated_rect.center[0],
ship.rotated_rect.center[1],
self.config["style"]))
def run_in_impact(self, item, impacted, projectile):
if dget(self.config, "root", False):
self.root.particlemanager.add_particles(
particles.make_explosion_cfg(self.root,
projectile.rotated_rect.center[0],
projectile.rotated_rect.center[1],
self.config["style"]))
else:
impacted.particlemanager.add_particles(
particles.make_explosion_cfg(self.root,
projectile.rotated_rect.center[0],
projectile.rotated_rect.center[1],
self.config["style"]))
def get_suggested(self, ai):
system=ai.ship.targeted.damage.search_system(dget(self.config, "search_name", None), dget(self.config, "search_key", None))
translate={
"optimal":0,
"damaged":1,
"destroyed":2
}
if system:
if "exactly" in self.config.keys():
# print "e"+str(translate[self.config["exactly"]])
if system.status==translate[self.config["exactly"]]:
return True
if "below" in self.config.keys():
# print "b"+str(translate[self.config["below"]])
if system.status>translate[self.config["below"]]:
return True
if "above" in self.config.keys():
# print "a"+str(translate[self.config["above"]])
if system.status<translate[self.config["above"]]:
return True
return False
def do(root, target, px, py, source):
target.damage(root.config["damage"], dget(root.config, "peirce", 0),
px, py, source)
def make_explosion_cfg(r, x, y, n):
i = 0
ps = []
pcount = random.randint(
dget(n, "particles_min", dget(n, "particles", 200)),
dget(n, "particles_max", dget(n, "particles", 200)))
if pcount > 0:
while i < pcount:
surf = pygame.Surface(
(int(
random.uniform(dget(n, "size_min", 2),
dget(n, "size_max", 2))),
int(
random.uniform(
dget(n, "size_min",
2), (dget(n, "size_max", 2)))))).convert_alpha()
surf.fill(
pygame.Color(
int(
random.uniform(dget(n, "r_min", 200),
dget(n, "r_max", 255))),
int(
random.uniform(dget(n, "g_min", 150),
dget(n, "g_max", 200))),
int(
random.uniform(dget(n, "b_min", 0),
dget(n, "b_max", 0))),
int(
random.uniform(dget(n, "a_min", 255),
dget(n, "a_max", 255)))))
exec("""def move_direction(self):
self.x+=""" + str((random.random() - random.random()) * (random.uniform(
dget(n, "speed_min", 3), dget(n, "speed_max", 3)))) + """
self.y+=""" + str((random.random() - random.random()) * (random.uniform(
dget(n, "speed_min", 3), dget(n, "speed_max", 3)))))
ps.append(
Particle(
r, surf, x + random.uniform(n.get("offset_x_min", 0),
n.get("offset_x_max", 0)),
y + random.uniform(n.get("offset_y_min", 0),
n.get("offset_y_max", 0)),
move_direction,
random.uniform(dget(n, "time_min", 15),
dget(n, "time_max", 45)), True))
i += 1
return ps
def run_in_item(self, item): item.parent.targeted.damage.damage_system(self.config["damage"], dget(self.config, "system_name", None), dget(self.config, "system_key", None))
def run_in_impact(self, item, impacted, projectile): impacted.damage.damage_system(self.config["damage"], dget(self.config, "system_name", None), dget(self.config, "system_key", None))
def do(root, target, px, py, source): target.damage(root.config["damage"], dget(root.config, "peirce", 0), px, py, source)
def make_explosion_cfg(r, x, y, n):
i=0
ps=[]
pcount=random.randint(dget(n, "particles_min", dget(n, "particles", 200)), dget(n, "particles_max", dget(n, "particles", 200)))
if pcount>0:
while i<pcount:
surf=pygame.Surface((int(random.uniform(dget(n, "size_min", 2), dget(n, "size_max", 2))), int(random.uniform(dget(n, "size_min", 2), (dget(n, "size_max", 2)))))).convert_alpha()
surf.fill(
pygame.Color(
int(random.uniform(dget(n, "r_min", 200), dget(n, "r_max", 255))) ,
int(random.uniform(dget(n, "g_min", 150), dget(n, "g_max", 200))) ,
int(random.uniform(dget(n, "b_min", 0), dget(n, "b_max", 0) ) ) ,
int(random.uniform(dget(n, "a_min", 255), dget(n, "a_max", 255)))
)
)
exec("""def move_direction(self):
self.x+="""+str((random.random()-random.random())*(random.uniform(dget(n, "speed_min", 3), dget(n, "speed_max", 3))))+"""
self.y+="""+str((random.random()-random.random())*(random.uniform(dget(n, "speed_min", 3), dget(n, "speed_max", 3)))))
ps.append(Particle(r, surf, x+random.uniform(n.get("offset_x_min",0), n.get("offset_x_max",0)), y+random.uniform(n.get("offset_y_min",0), n.get("offset_y_max",0)), move_direction, random.uniform(dget(n, "time_min", 15), dget(n, "time_max", 45)), True))
i+=1
return ps
def run_in_impact(self, item, impacted, projectile):
impacted.damage.damage_system(self.config["damage"],
dget(self.config, "system_name", None),
dget(self.config, "system_key", None))
def die(self): debug(self.name+" was destroyed") self.sg_postevent(UE_SHIP_DIE_RUN, ship=self) primitives.do_group_for_ship(self.root, dget(self.config, "ship_die", []), self)
def run_in_item(self, item):
item.parent.targeted.damage.damage_system(
self.config["damage"], dget(self.config, "system_name", None),
dget(self.config, "system_key", None))
def die(self):
debug(self.name + " was destroyed")
self.sg_postevent(UE_SHIP_DIE_RUN, ship=self)
primitives.do_group_for_ship(self.root,
dget(self.config, "ship_die", []), self)