def generate_quality():
while True:
quality = words.get_living_thing_adj()
try:
conceptnet_searcher.get_concept_relations(quality)
return quality
except Exception:
continue
def generate_quality():
while True:
quality = words.get_living_thing_adj()
try:
conceptnet_searcher.get_concept_relations(quality)
return quality
except Exception:
continue
def generate_setting(self):
return words.get_fantasy_place()
while True:
setting = words.get_fantasy_place()
try:
print setting
conceptnet_searcher.get_concept_relations(setting)
return setting
except Exception:
continue
def generate_setting(self):
return words.get_fantasy_place()
while True:
setting = words.get_fantasy_place()
try:
print setting
conceptnet_searcher.get_concept_relations(setting)
return setting
except Exception:
continue
def __init__(self):
self.name = self.generate_setting()
self.adjective = words.get_place_adj()
self.props = [i[1].replace('_', ' ') for i in conceptnet_searcher.get_concept_relations(self.name) if i[0] == 'HasA']
for i in range(2):
self.props.append(words.get_fantasy_prop())
random.shuffle(self.props)
self.props = self.props[:2]
print self.props
self.old_name = (old_language_generator.translate_word(self.name) + ' ' + old_language_generator.random_word()).title()
self.known_props = []
self.race = words.get_fantasy_race()
self.occupation = words.get_fantasy_occupation()
self.danger = random.choice(['very dangerous', 'dangerous', 'safe'])
self.lore_facts = ["This place was once known as *" + self.old_name + "*",
self.race.title() + " " + self.occupation + " once ruled this place",
"This is a " + self.danger + " " + random.choice(["place", self.name])]
random.shuffle(self.lore_facts)
def generate_concept_sentence(person, concept):
concept_relations = conceptnet_searcher.get_concept_relations(concept)
if len(concept_relations) == 0:
return ""
relation = ""
while relation not in relations:
concept_relation = random.choice(concept_relations)
relation = concept_relation[0]
subject = concept_relation[1]
concept_part = prep_part(concept)
subject_part = prep_part(subject)
if relation == 'RelatedTo':
sentence = related_to_sentence(concept_part, subject_part, person)
elif relation == 'IsA':
sentence = is_a_sentence(concept_part, subject_part, person)
elif relation == 'PartOf':
sentence = part_of_sentence(concept_part, subject_part, person)
elif relation == 'HasA':
sentence = has_a_sentence(concept_part, subject_part, person)
elif relation == 'UsedFor':
sentence = used_for_sentence(concept_part, subject_part, person)
elif relation == 'CapableOf':
sentence = capable_of_sentence(concept_part, subject_part, person)
elif relation == 'Causes':
sentence = capable_of_sentence(concept_part, subject_part, person)
elif relation == 'AtLocation':
sentence = at_location_sentence(concept_part, subject_part, person)
return sentence
def __init__(self):
self.name = self.generate_setting()
self.adjective = words.get_place_adj()
self.props = [
i[1].replace('_', ' ')
for i in conceptnet_searcher.get_concept_relations(self.name)
if i[0] == 'HasA'
]
for i in range(2):
self.props.append(words.get_fantasy_prop())
random.shuffle(self.props)
self.props = self.props[:2]
print self.props
self.old_name = (old_language_generator.translate_word(self.name) +
' ' + old_language_generator.random_word()).title()
self.known_props = []
self.race = words.get_fantasy_race()
self.occupation = words.get_fantasy_occupation()
self.danger = random.choice(['very dangerous', 'dangerous', 'safe'])
self.lore_facts = [
"This place was once known as *" + self.old_name + "*",
self.race.title() + " " + self.occupation +
" once ruled this place", "This is a " + self.danger + " " +
random.choice(["place", self.name])
]
random.shuffle(self.lore_facts)
