from queneau import Assembler, WordAssembler
import textwrap
corpus = Assembler.load(open("data/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
import json
from queneau import Assembler
import textwrap
corpus = Assembler.load(open("data/milton_paradise_lost.json"), tokens_in='lines')
#print "\n".join(line for line, source in corpus.assemble('0.l'))
print "\n".join(line for line, source in corpus.assemble('f.l'))
#print "\n".join(line for line, source in corpus.assemble('f.'))
#print "\n".join(line for line, source in corpus.assemble('0.'))
#print "\n".join(line for line, source in corpus.assemble('.'))
import json
from queneau import Assembler
import textwrap
corpus = Assembler.load(open("data/shakespeare_sonnets.json"),
tokens_in='lines')
print "\n".join(line for line, source in corpus.assemble('0.l'))
from queneau import Assembler, WordAssembler
import textwrap
corpus = Assembler.load(open("data/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
