def elf(race_name, similar_names=False):
male_name = ""
female_name = ""
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
for tuple_var in race_tuple_list:
if first_char != tuple_var[0][0]:
first_char = tuple_var[0][0]
if first_char == "T":
male_name += ")"
female_name += ")"
male_name += " "
female_name += " "
if first_char == "L":
male_name += "("
female_name += "("
if tuple_var[0] and not tuple_var[0][-1].isdigit():
if tuple_var[0][-1] == "M":
male_name += add_syllable(race_name, tuple_var)
elif tuple_var[0][-1] == "F":
female_name += add_syllable(race_name, tuple_var)
else:
if similar_names: # gen similar names
syllable = add_syllable(race_name, tuple_var)
male_name += syllable
female_name += syllable
else: # or different names
male_name += add_syllable(race_name, tuple_var)
female_name += add_syllable(race_name, tuple_var)
return [race_name, male_name, female_name]
def standard_single_name(race_name, similar_names=False):
name = ""
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
for tuple_var in race_tuple_list:
name += add_syllable(race_name, tuple_var)
return [race_name, name, name]
def tavern(race_name, similar_names=False):
name = "the"
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
for tuple_var in race_tuple_list:
name += " "
name += add_syllable(race_name, tuple_var)
return [race_name, name, name]
def standard_nongendered(race_name, similar_names=False):
name = ""
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
for tuple_var in race_tuple_list:
if first_char != tuple_var[0][0]:
first_char = tuple_var[0][0]
name += " "
name += add_syllable(race_name, tuple_var)
return [race_name, name, name]
def orc(race_name, similar_names=False):
leading_orc_L2_space = True
trailing_orc_L2_space = False
name = ""
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
for tuple_var in race_tuple_list:
add_next_syllable = decision(tuple_var[1])
if first_char != tuple_var[0][0]:
first_char = tuple_var[0][0]
name += " "
if leading_orc_L2_space and tuple_var[0] == "L2":
if add_next_syllable:
name += " "
leading_orc_L2_space = False
trailing_orc_L2_space = True
if trailing_orc_L2_space and tuple_var[0] == "L3":
name += " "
trailing_orc_L2_space = False
name += add_syllable(race_name,
tuple_var,
predetermined=add_next_syllable)
return [race_name, name, name]
def party(race_name, similar_names=False):
race_tuple_list = utils.return_race_tuple_list(race_name)
p1 = race_tuple_list[0] # subject (possessive)
p1_text = ""
p1a = race_tuple_list[1] # subject's-adj
p1a_text = ""
n1 = race_tuple_list[2] # noun1
n1_text = ""
n1a = race_tuple_list[3] # n1's-adj
n1a_text = ""
n2 = race_tuple_list[4] # noun2
n2_text = ""
n2a = race_tuple_list[5] # n2-adj
n2a_text = ""
c1 = race_tuple_list[6] # collective term else plural
c1_text = ""
connector = ""
tuple_list = [p1, p1a, n1, n1a, n2, n2a, c1]
if decision(p1[1]):
p1a_text = add_syllable(race_name, p1a, similar_names=similar_names)
p1_text = add_syllable(
race_name, p1, predetermined=True,
similar_names=similar_names) + "'s"
if decision(n1[1]):
n1a_text = add_syllable(race_name, n1a, similar_names=similar_names)
n1_text = add_syllable(race_name,
n1,
predetermined=True,
similar_names=similar_names)
else:
n1a_text = add_syllable(race_name,
n1a,
predetermined=True,
similar_names=similar_names)
if decision(n2[1]):
n2a_text = add_syllable(race_name, n2a, similar_names=similar_names)
n2_text = add_syllable(race_name,
n2,
predetermined=True,
similar_names=similar_names)
c1_text = add_syllable(race_name, c1, similar_names=similar_names)
text_list = [
p1a_text, p1_text, n1a_text, n1_text, connector, n2a_text, n2_text,
c1_text
]
if n2_text and not p1_text:
if n1_text:
n1_text += "'s"
text_list = [
p1a_text, p1_text, n1a_text, n1_text, connector, n2a_text, n2_text,
c1_text
]
passed_list = [x for x in text_list if x]
if len(passed_list) > 5:
connector = "and"
new_plural = None
text_list = [
p1a_text, p1_text, n1a_text, n1_text, connector, n2a_text, n2_text,
c1_text
]
if not c1_text:
for text in reversed(text_list):
if text:
new_plural = inflection.pluralize(text)
break
if new_plural:
last_index = text_list.index(passed_list[-1])
text_list[last_index] = new_plural
name = "The "
for word in text_list:
if word:
name += word + " "
name = name.strip()
if similar_names:
race_name = "party_alliteration"
return [race_name, name, name]
def newtavern(race_name, similar_names=False):
name = ""
first_char = None
race_tuple_list = utils.return_race_tuple_list(race_name)
first_name_probability = 0.2
s_vs_and_probability = 0.8
first_name = None
if decision(first_name_probability):
human_race_name, human_male_name, human_female_name = gen_race_name(
random.choice(config.human_races))
if similar_names:
for i in range(10000):
human_male_name = human_male_name.strip()
human_female_name = human_female_name.strip()
if human_male_name.startswith(
similar_names) or human_female_name.startswith(
similar_names):
alliterative_name = random.choice([
name for name in [human_male_name, human_female_name]
if name.startswith(similar_names)
])
human_male_name = alliterative_name
human_female_name = alliterative_name
break
else:
human_race_name, human_male_name, human_female_name = gen_race_name(
random.choice(config.human_races))
first_name = random.choice([human_male_name,
human_female_name]).strip().split(" ")[0]
name1s_likely = race_tuple_list[0]
name1and_likely = race_tuple_list[1]
n2 = race_tuple_list[2]
n3 = race_tuple_list[3]
if first_name:
name += first_name + "'s"
name += " "
name += add_syllable(race_name, n2, similar_names=similar_names)
elif decision(name1s_likely[1]):
name += add_syllable(race_name,
name1s_likely,
predetermined=True,
similar_names=similar_names)
if decision(s_vs_and_probability):
name = "The " + name + "'s "
else:
name = "The " + name + " and "
name += add_syllable(race_name, n2, similar_names=similar_names)
elif decision(name1and_likely[1]):
name += add_syllable(race_name,
name1and_likely,
predetermined=True,
similar_names=similar_names)
if decision(s_vs_and_probability):
name = "The " + name + " and "
else:
name = "The " + name + "'s "
name += add_syllable(race_name, n2, similar_names=similar_names)
else:
name += add_syllable(race_name,
n2,
predetermined=True,
similar_names=similar_names)
name = "The " + name
name += " "
name += add_syllable(race_name, n3, similar_names=similar_names)
if similar_names:
race_name = "newtavern_alliteration"
return [race_name, name, name]