def make_player(location,
coordinates,
landmarks=(),
use_web_output=False,
postures=()):
john = actor.Hero(location=location, name="john", coordinates=coordinates)
for p in postures:
john.learn_posture(p)
my_parser = john.ai
assert (isinstance(my_parser, parsing.Parser))
my_parser.web_output = use_web_output
john.view_location()
john.known_landmarks = set(landmarks)
# john.spells_known = {spells.Shock, spells.Fireball}
john.spells_known = set()
john.body.max_mana = 50
john.body.mana = 50
john.money = 20
sword = game_object.Item(
location=john,
name=name_object.Name("iron sword"),
)
sword.damage_type = "sharp"
sword.damage_mult = 6
phrase.QuitPhrase(my_parser, ["quit"])
phrase.InventoryPhrase(my_parser, ["i", "inventory"])
return john
def __init__(self):
self.schedule = schedule.Schedule()
self.street = location.Location(name="street",
description="You are outside.")
self.hero = actor.Hero(self.street, name="john", sched=self.schedule)
self.parser = self.hero.ai
self.hero.spells_known = {spells.Shock, spells.Fireball}
phrase.QuitPhrase(self.parser, ["quit", "exit"])
phrase.InventoryPhrase(self.parser, ["i", "inventory"])
monsters = []
for st in ["skinny", "tall", "hairy", "filthy", "pale", "short"]:
while True:
node = dungeonrooms.choice(reg.node_list)
if not isinstance(node.location, dungeonrooms.CaveEntrance):
break
loc = node.location
name = dungeonrooms.Name(st) + "kobold"
zom = actor.SquadActor(
loc,
name=name,
sched=my_schedule,
)
monsters.append(zom)
debug(reg.get_text_map())
john = actor.Hero(start_location, name="john", sched=my_schedule)
john.change_location(start_location)
john.view_location()
# TODO: Can't add this assert (to pass type check) because of
# a circular reference
# assert(isinstance(john.ai, Parser))
john.ai.visited_locations = {john.location} # type: ignore
john.known_landmarks = {
john.location.landmark1,
john.location.landmark2,
}
john.spells_known = {spells.Shock, spells.Sleep, spells.Fireball}
john.body.mana = 50
john.body.max_mana = 50
sword = dungeonrooms.Item(
location=john,
if my_action is None:
reason = action_or_routine.reason_for_empty()
if reason:
self.display(reason)
else:
self.display("That doesn't make sense. Do something else.")
return self.get_action()
elif not my_action.is_valid()[0]:
self.routine = None
return self.invalid_action_fallback(my_action)
else:
return my_action
else:
return action_or_routine
if __name__ == "__main__":
import game_object
import actor
loc = location.Location()
dude = actor.Hero(loc)
sword = game_object.Item(location=loc,
name="sword",
other_names=["iron sword"])
bsword = game_object.Item(location=loc,
name="sword",
other_names=["bronze sword"])
p = Parser(dude)
p.execute_user_input()
return None
if self.steps_taken < self.steps_needed:
self.steps_taken += 1
vector = self.step
quiet = True
else:
self.complete = True
vector = self.landmark.vector_from_thing(self.actor)
quiet = False
return VectorTravel(self.actor, quiet=quiet, vector=vector)
if __name__ == "__main__":
import actor
import game_object
place = location.Location()
dude = actor.Hero(location=place)
key = game_object.Item(location=dude, name="key")
cage = game_object.Cage(location=place, name="cage", key=key)
prisoner = actor.Prisoner(location=place)
cage.add_prisoner(prisoner)
tar = TakeAllRoutine(dude)
u = Unlock(dude, cage, key)
prisoner.hear_announcement(u)
# print_(dude.get_action())
# print_(tar.action_list)
# tar.attempt()
# print_(dude.get_action())