def test_remove_unused_actors(self):
self.kb += facts.Condition(uid="condition")
self.kb += facts.Restriction(uid="restriction")
self.kb += facts.Actor(uid="action_actor")
self.kb += facts.Actor(uid="requirement_actor")
self.kb += facts.Actor(uid="condition_actor")
self.kb += facts.Actor(uid="removed_actor")
self.kb += facts.State(
uid="state",
actions=[actions.GivePower(object="action_actor", power=1)],
require=[requirements.LocatedIn(object="requirement_actor", place="requirement_actor")],
)
self.kb += facts.Question(
uid="question", condition=[requirements.LocatedIn(object="condition_actor", place="condition_actor")]
)
transformators.remove_unused_actors(self.kb)
self.assertFalse("removed_actor" in self.kb)
self.assertFalse("condition" in self.kb)
self.assertFalse("restriction" in self.kb)
self.assertTrue("action_actor" in self.kb)
self.assertTrue("requirement_actor" in self.kb)
self.assertTrue("condition_actor" in self.kb)
self.assertTrue("state" in self.kb)
self.assertTrue("question" in self.kb)
def _create_random_quest_for_hero(hero_info, start_quests, without_restrictions=False):
knowledge_base = get_knowledge_base(hero_info, without_restrictions=without_restrictions)
selector = Selector(knowledge_base, QUESTS_BASE, social_connection_probability=c.QUESTS_SOCIAL_CONNECTIONS_FRACTION)
hero_uid = uids.hero(hero_info.id)
quests_facts = selector.create_quest_from_place(nesting=0,
initiator_position=selector.place_for(objects=(hero_uid,)),
allowed=start_quests,
excluded=[],
tags=('can_start', ))
knowledge_base += quests_facts
transformators.activate_events(knowledge_base) # TODO: after remove restricted states
transformators.remove_restricted_states(knowledge_base)
transformators.remove_broken_states(knowledge_base) # MUST be called after all graph changes
transformators.determine_default_choices(knowledge_base, preferred_markers=hero_info.prefered_quest_markers) # MUST be called after all graph changes and on valid graph
transformators.remove_unused_actors(knowledge_base)
knowledge_base.validate_consistency(WORLD_RESTRICTIONS)
knowledge_base.validate_consistency(QUEST_RESTRICTIONS)
return knowledge_base
def _create_random_quest_for_hero(hero_info,
start_quests,
without_restrictions=False):
knowledge_base = get_knowledge_base(
hero_info, without_restrictions=without_restrictions)
selector = Selector(knowledge_base,
QUESTS_BASE,
social_connection_probability=0)
hero_uid = uids.hero(hero_info.id)
quests_facts = selector.create_quest_from_place(
nesting=0,
initiator_position=selector.place_for(objects=(hero_uid, )),
allowed=start_quests,
excluded=[],
tags=('can_start', ))
knowledge_base += quests_facts
transformators.activate_events(
knowledge_base) # TODO: after remove restricted states
transformators.remove_restricted_states(knowledge_base)
transformators.remove_broken_states(
knowledge_base) # MUST be called after all graph changes
transformators.determine_default_choices(
knowledge_base, preferred_markers=hero_info.prefered_quest_markers
) # MUST be called after all graph changes and on valid graph
transformators.remove_unused_actors(knowledge_base)
knowledge_base.validate_consistency(WORLD_RESTRICTIONS)
knowledge_base.validate_consistency(QUEST_RESTRICTIONS)
return knowledge_base
def test_remove_unused_actors(self):
self.kb += facts.Condition(uid='condition')
self.kb += facts.Restriction(uid='restriction')
self.kb += facts.Actor(uid='action_actor')
self.kb += facts.Actor(uid='requirement_actor')
self.kb += facts.Actor(uid='condition_actor')
self.kb += facts.Actor(uid='removed_actor')
self.kb += facts.State(
uid='state',
actions=[actions.GivePower(object='action_actor', power=1)],
require=[
requirements.LocatedIn(object='requirement_actor',
place='requirement_actor')
])
self.kb += facts.Question(uid='question',
condition=[
requirements.LocatedIn(
object='condition_actor',
place='condition_actor')
])
transformators.remove_unused_actors(self.kb)
self.assertFalse('removed_actor' in self.kb)
self.assertFalse('condition' in self.kb)
self.assertFalse('restriction' in self.kb)
self.assertTrue('action_actor' in self.kb)
self.assertTrue('requirement_actor' in self.kb)
self.assertTrue('condition_actor' in self.kb)
self.assertTrue('state' in self.kb)
self.assertTrue('question' in self.kb)
def test_remove_unused_actors(self):
self.kb += facts.Condition(uid='condition')
self.kb += facts.Restriction(uid='restriction')
self.kb += facts.Actor(uid='action_actor')
self.kb += facts.Actor(uid='requirement_actor')
self.kb += facts.Actor(uid='condition_actor')
self.kb += facts.Actor(uid='removed_actor')
self.kb += facts.State(uid='state',
actions=[actions.GiveReward(object='action_actor', scale=1, type='x')],
require=[requirements.LocatedIn(object='requirement_actor', place='requirement_actor')])
self.kb += facts.Question(uid='question', condition=[requirements.LocatedIn(object='condition_actor', place='condition_actor')])
transformators.remove_unused_actors(self.kb)
self.assertFalse('removed_actor' in self.kb)
self.assertFalse('condition' in self.kb)
self.assertFalse('restriction' in self.kb)
self.assertTrue('action_actor' in self.kb)
self.assertTrue('requirement_actor' in self.kb)
self.assertTrue('condition_actor' in self.kb)
self.assertTrue('state' in self.kb)
self.assertTrue('question' in self.kb)
