def write_out_list_and_collect(list, shuffle):
"""
:param list: The list to iterate over
:param shuffle: True if the list should be shuffled prior to listing
:return: a phrase shuch as "two list[0], a list[1], and twenty-eight list[2]." Or [a list[1] and a list[2]
"""
list_phrase = ""
collected = {}
for thing in list:
if thing in collected.keys():
collected[thing] += 1
else:
collected[thing] = 1
if len(collected.keys()) == 1:
for i, (key, value) in enumerate(collected.items()):
if value > 1:
number = num_to_words.num_to_words(value)
name = key.name_plural
else:
number = a_or_an.a_or_an(key.name)
name = key.name
list_phrase = number + " " + name
elif len(collected.keys()) == 2:
for i, (key, value) in enumerate(collected.items()):
if value > 1:
number = num_to_words.num_to_words(value)
name = key.name_plural
else:
number = a_or_an.a_or_an(key.name)
name = key.name
if i == 0:
list_phrase = number + " " + name + " and "
else:
list_phrase += number + " " + name
else:
for i, (key, value) in enumerate(collected.items()):
if value > 1:
number = num_to_words.num_to_words(value)
name = key.name_plural
else:
number = a_or_an.a_or_an(key.name)
name = key.name
list_phrase += number + " " + name
if i < len(list) - 2:
list_phrase += ', '
elif i == len(list) - 2:
list_phrase += ', and '
return list_phrase
def write_out_list(list, shuffle):
"""
:param list: The list to iterate over
:param shuffle: True if the list should be shuffled prior to listing
:return: a phrase shuch as "a list[0], and list[1], and twelve list[2]." Or [a list[1] and a list[2]
"""
list_phrase = ""
if shuffle:
random.shuffle(list)
if len(list) == 2:
list_phrase += a_or_an.a_or_an(list[0].__str__()) + " " + list[0].__str__() + " and " + a_or_an.a_or_an(list[1].__str__()) + " " + list[1].__str__()
else:
for i in range(len(list)):
list_phrase += a_or_an.a_or_an(list[i].__str__()) + " " + list[i].__str__()
if i < len(list) - 2:
list_phrase += ', '
elif i == len(list) - 2:
list_phrase += ', and '
return list_phrase
def render(self, **kwargs):
new_kwargs = {}
for key, val in kwargs.items():
if isinstance(val, (str)):
parts = val.split('|')
part_choice = random.choice(parts)
new_kwargs[key] = part_choice
else:
part_choice = random.choice(val)
new_kwargs[key] = part_choice
while VAR_TOKEN_START in self.contents:
self.contents = self.root.render(new_kwargs)
self.root = Compiler(self.contents).compile()
tokens = self.contents.split(" ")
prev_token = None
return_sentence = ""
for token in tokens:
if prev_token == A_OR_AN_TOK:
prev_token = a_or_an.a_or_an(token)
if prev_token == A_OR_AN_CAP_TOK:
prev_token = a_or_an.a_or_an(token).title()
if prev_token == HE_OR_SHE_TOK:
prev_token = gender_pronoun.he_or_she(token)
token = ""
if prev_token == HE_OR_SHE_CAP_TOK:
prev_token = gender_pronoun.he_or_she(token).title()
token = ""
if prev_token == HIM_OR_HER_TOK:
prev_token = gender_pronoun.him_or_her(token)
token = ""
if prev_token == HIM_OR_HER_CAP_TOK:
prev_token = gender_pronoun.him_or_her(token).title()
token = ""
if prev_token is not None:
return_sentence += prev_token + " "
prev_token = token
return_sentence += token
return return_sentence
def __str__(self):
return a_or_an.a_or_an(self.race) + ' ' + self.race + ' ' + self.job
def __init__(self):
self.description = templates.Template("{{adj}} {{connector}}").render(adj=vocab.get_ruin_connector_adj(),
connector=vocab.get_ruin_connector())
self.description = a_or_an.a_or_an(self.description) + " " + self.description
