def board_games(how_many=10):
corpus = Assembler.loadlist(corpora.games.bgg_board_games['board_games'],
tokens_in='description')
no_punctuation_at_end = re.compile("[a-zA-Z0-9]$")
whitespace = re.compile("\s+")
for i in range(how_many):
sentences = []
names = []
genres = []
mechanics = []
for line, source in corpus.assemble("0.l"):
if no_punctuation_at_end.search(line):
line += "."
sentences.append(line)
names.append(source['name'])
genres.append(
[genre for id, genre in source.get('boardgamecategory', [])])
mechanics.append([
mechanic
for id, mechanic in source.get('boardgamemechanic', [])
])
# Make assemblers for single- and multi-word names.
single_word_assembler = WordAssembler()
multi_word_assembler = Assembler()
# Create a composite assembler that will choose single- and
# multi-word names in appropriate proportion.
name_assembler = CompositeAssembler(
[single_word_assembler, multi_word_assembler])
for name in names:
words = whitespace.split(name)
if len(words) == 1:
single_word_assembler.add(name)
else:
multi_word_assembler.add(words)
assembler, choice = name_assembler.assemble()
if assembler == single_word_assembler:
separator = ''
else:
separator = ' '
print(separator.join([x for x, source in choice]))
# Make assemblers for the game's genres and mechanics
for name, l in (('Genres', genres), ('Mechanics', mechanics)):
assembler = Assembler()
for list in l:
assembler.add(list)
choices = [choice for choice, source in assembler.assemble()]
print("%s: %s" % (name, ", ".join(choices)))
print("")
for s in textwrap.wrap(" ".join(sentences)):
print(s)
if i < how_many - 1:
print("-" * 80)
def words():
common = corpora.words.english_words['words']
less_common = corpora.words.english_words['words']
common_corpus = WordAssembler(common)
full_corpus = WordAssembler(less_common)
print('You know "%s", "%s", and "%s".' % tuple(common_corpus.assemble_word() for i in range(3)))
print('But have you heard of "%s", "%s", or "%s"?' % tuple(full_corpus.assemble_word() for i in range(3)))
def board_games(how_many=10):
corpus = Assembler.loadlist(
corpora.games.board_games['board_games'], tokens_in='description'
)
no_punctuation_at_end = re.compile("[a-zA-Z0-9]$")
whitespace = re.compile("\s+")
for i in range(how_many):
sentences = []
names = []
genres = []
mechanics = []
for line, source in corpus.assemble("0.l"):
if no_punctuation_at_end.search(line):
line += "."
sentences.append(line)
names.append(source['name'])
genres.append([genre for id, genre in source.get('boardgamecategory', [])])
mechanics.append([mechanic for id, mechanic in source.get('boardgamemechanic', [])])
# Make assemblers for single- and multi-word names.
single_word_assembler = WordAssembler()
multi_word_assembler = Assembler()
# Create a composite assembler that will choose single- and
# multi-word names in appropriate proportion.
name_assembler = CompositeAssembler([single_word_assembler, multi_word_assembler])
for name in names:
words = whitespace.split(name)
if len(words) == 1:
single_word_assembler.add(name)
else:
multi_word_assembler.add(words)
assembler, choice = name_assembler.assemble()
if assembler == single_word_assembler:
separator = ''
else:
separator = ' '
print(separator.join([x for x, source in choice]))
# Make assemblers for the game's genres and mechanics
for name, l in (('Genres', genres), ('Mechanics', mechanics)):
assembler = Assembler()
for list in l:
assembler.add(list)
choices = [choice for choice, source in assembler.assemble()]
print("%s: %s" % (name, ", ".join(choices)))
print("")
for s in textwrap.wrap(" ".join(sentences)):
print(s)
if i < how_many-1:
print("-" * 80)
def dinosaurs():
dinosaurs = corpora.animals.dinosaurs['dinosaurs']
assembler = WordAssembler(dinosaurs)
dinos = []
for i in range(2):
dino = assembler.assemble_word()
if dino[0] in 'AEIO':
dino = "an " + dino
else:
dino = "a " + dino
dinos.append(dino)
print("Look! Behind that ridge! It's %s fighting %s!" % tuple(dinos))
def dinosaurs():
dinosaurs = corpora.animals.dinosaurs['dinosaurs']
assembler = WordAssembler(dinosaurs)
dinos = []
for i in range(2):
dino = assembler.assemble_word()
if dino[0] in 'AEIO':
dino = "an " + dino
else:
dino = "a " + dino
dinos.append(dino)
print("Look! Behind that ridge! It's %s fighting %s!" % tuple(dinos))
def generate_content(nitems=1):
"""
This method generates some text about
dinosaurs and asteroids.
- Number of lines/items = 1
"""
body = ""
# =================================
# Asteroids
body += "Asteroid of the Day: "
corpus = Assembler.load(open("olipy/data/minor_planets.min.json"), tokens_in='citation')
sentences = []
names = []
for sentence, source in corpus.assemble("f.l", min_length=4):
sentences.append(sentence)
names.append(source['name'])
# Make a new assembler from the names of the asteroids that were chosen.
name_assembler = WordAssembler(names)
name = name_assembler.assemble_word()
asteroid = name
asteroid += "\n"*2
for s in " ".join(sentences):
asteroid += s
body += asteroid
body += "\n"*2
# =================================
# Dinosaurs
body += "In an alternate universe, this asteroid would have annihilated the following dinosaur species:"
body += "\n"*2
assembler = WordAssembler(load_json("dinosaurs.json"))
dinos = []
for z in range(20):
dino = assembler.assemble_word()
if dino[0] in 'AEIO':
dino = "* " + dino
else:
dino = "* " + dino
dinos.append(dino)
body += "\n".join(dinos)
# ===============================
return body
def mashteroids(how_many=10):
import textwrap
asteroids = corpora.science.minor_planet_details["minor_planets"]
# Make an assembler to generate asteroid citations.
corpus = Assembler.loadlist(asteroids, tokens_in='citation')
for i in range(how_many):
sentences = []
names = []
for sentence, source in corpus.assemble("f.l", min_length=3):
sentences.append(sentence)
names.append(source['name'])
# Make a new assembler from the names of the asteroids that
# were chosen, and use that to generate a new name
name_assembler = WordAssembler(names)
name = name_assembler.assemble_word()
print(name)
for s in textwrap.wrap(" ".join(sentences)):
print(s)
print("")
def mashteroids(how_many=10):
import textwrap
asteroids = corpora.science.minor_planet_details["minor_planets"]
# Make an assembler to generate asteroid citations.
corpus = Assembler.loadlist(asteroids, tokens_in='citation')
for i in range(how_many):
sentences = []
names = []
for sentence, source in corpus.assemble("f.l", min_length=3):
sentences.append(sentence)
names.append(source['name'])
# Make a new assembler from the names of the asteroids that
# were chosen, and use that to generate a new name
name_assembler = WordAssembler(names)
name = name_assembler.assemble_word()
print(name)
for s in textwrap.wrap(" ".join(sentences)):
print(s)
print("")
def words():
common = corpora.words.english_words['words']
less_common = corpora.words.english_words['words']
common_corpus = WordAssembler(common)
full_corpus = WordAssembler(less_common)
print('You know "%s", "%s", and "%s".' %
tuple(common_corpus.assemble_word() for i in range(3)))
print('But have you heard of "%s", "%s", or "%s"?' %
tuple(full_corpus.assemble_word() for i in range(3)))
import json
from olipy.queneau import WordAssembler
from olipy.data import load_json
import textwrap
assembler = WordAssembler(load_json("dinosaurs.json"))
dinos = []
for i in range(2):
dino = assembler.assemble_word()
if dino[0] in 'AEIO':
dino = "an " + dino
else:
dino = "a " + dino
dinos.append(dino)
print "Look! Behind that ridge! It's %s fighting %s!" % tuple(dinos)
import json
from olipy.queneau import WordAssembler
from olipy.data import load_json
import textwrap
my_json_file = "/Volumes/noospace/Users/charles/codes/riverrun/data/greeknames.json"
assembler = WordAssembler(load_json( my_json_file ))
for i in range(18):
greek = assembler.assemble_word()
print("Chapter %d: %s"%(i+1,greek))
from olipy.queneau import Assembler, WordAssembler
import textwrap
corpus = Assembler.load(open("minor_planets.min.json"), tokens_in='citation')
how_many = 100
for i in range(how_many):
sentences = []
names = []
for sentence, source in corpus.assemble("f.l", min_length=3):
sentences.append(sentence)
names.append(source['name'])
# Make a new assembler from the names of the asteroids that were chosen.
name_assembler = WordAssembler(names)
name = name_assembler.assemble_word()
print name
for s in textwrap.wrap(" ".join(sentences)):
print s
if i < how_many - 1:
print
from olipy.queneau import Assembler, WordAssembler
import textwrap
corpus = Assembler.load(open("minor_planets.min.json"), tokens_in='citation')
how_many = 100
for i in range(how_many):
sentences = []
names = []
for sentence, source in corpus.assemble("f.l", min_length=3):
sentences.append(sentence)
names.append(source['name'])
# Make a new assembler from the names of the asteroids that were chosen.
name_assembler = WordAssembler(names)
name = name_assembler.assemble_word()
print name
for s in textwrap.wrap(" ".join(sentences)):
print s
if i < how_many-1:
print
def make_chapter_name(self):
assembler = WordAssembler(load_json( rr.json_greek_names ))
if( random.random() < 0.10 ):
return assembler.assemble_word() + " and " + assembler.assemble_word()
else:
return assembler.assemble_word()