def sampling(text_file):
'''Calling the function that returns the random word '''
histogram = histogram_dict(text_file)
count = get_count(histogram_dict(text_file))
total = len(text_file)
' '.join(sentence(count, total, histogram))
print(sentence(count, total, histogram))
def test(words_list):
test = []
histogram_ = histogram.histogram_dict(words_list)
for _ in range(10000):
test.append(sample(words_list))
hist_ran_words = histogram.histogram_dict(test)
for word in hist_ran_words:
print(word, 'test', hist_ran_words[word]/10000,
'distribution', round((histogram_[word]/len(words_list)), 4))
return
def sample(input):
dict = histogram_dict(input)
num = randint(0, sum(dict.values()))
for i in dict:
num -= dict[i]
if num <= 0:
return i
def main_sample(words_file):
words = histogram_dict(words_file)
count = sum(words.values())
word = random_word(words, count)
return (word)
def test_sample_freq(histogram):
word_freq = []
for _ in range(2000):
sample = sample_freq(histogram)
word_freq.append(sample)
return histogram_dict(word_freq)
def main_sample(text_file):
'''Calling the function that returns the random word '''
histogram = histogram_dict(text_file)
count = get_count(histogram)
word = prob_word(histogram, count)
display_word = print(word)
return display_word
def dictionary_of_list_counts(word_dict):
dict_to_return = {}
for k, v in word_dict.items():
dict_to_return[k] = histogram.histogram_dict(v)
# for i in v:
# if k in dict_to_return:
# dict_to_return[k] = {i: v.count(i)}
# print(dict_to_return)
return dict_to_return
def get_word_distribution(words_list):
histo = histogram.histogram_dict(words_list)
word_distribution = {}
range_start = 1
for word in histo:
word_distribution[word] = list(
range(range_start, range_start + histo[word]))
range_start += histo[word]
return word_distribution
def create_dict_from_list(clean_list):
'''Take a clean list, return dictionary structure.
Each unique ('word', 'second_wrd') stored as key : frequency of the tuple stored as value.'''
list_of_pairs = []
for index in range(0, len(clean_list) - 1):
cur = clean_list[index]
nxt = clean_list[index + 1]
list_of_pairs.append((cur, nxt))
dictionary = h.histogram_dict(list_of_pairs)
return dictionary
def create_dictionary_from_list(clean_list):
"""Take a list and return an dictionary"""
list_of_pairs = []
for index in range(0, len(clean_list) - 1):
current = clean_list[index]
next = clean_list[index + 1]
list_of_pairs.append((current, next))
dictionary = h.histogram_dict(list_of_pairs)
return dictionary
def build_text_histogram(self, words_list):
return histogram.histogram_dict(self.words_list)
def sample_freq(histogram):
# Length of the histogram based off values
hist_length = sum(histogram.values())
word_predict = randint(1, hist_length)
counter = 0
for word in histogram.keys():
# Adds the histogram value to the counter
counter += histogram[word]
if word_predict <= counter:
return word
def test_sample_freq(histogram):
word_freq = []
for _ in range(2000):
sample = sample_freq(histogram)
word_freq.append(sample)
return histogram_dict(word_freq)
if __name__ == "__main__":
source = 'small_sample.txt'
# sample = sample_freq(histogram_dict(read_file(source)))
# print(sample)
test = test_sample_freq(histogram_dict(read_file(source)))
print(test)
import random
from histogram import histogram_dict
def random_word(histogram, count):
'''returns a random word '''
total = 0
index = random.randint(1, count)
for key, value in histogram.items():
total += value
if index <= total:
return key
def main_sample(words_file):
words = histogram_dict(words_file)
count = sum(words.values())
word = random_word(words, count)
return (word)
if __name__ == '__main__':
words_file = 'test.txt'
histogram = histogram_dict(words_file)
print(random_word(histogram, 100))
def main_sample(source_text):
words = histogram_dict(source_text)
count = sum(words.values())
word = prob_word(words, count)
return word
def ensure_randomness(histogram):
return histogram_dict([random_word(histogram) for i in range(10000)])
def ensure_probability(histogram):
probs = probabilities(histogram)
return histogram_dict(
[probabilistic_random_word(probs) for i in range(10000)])
def ensure_probability(histogram):
probs = probabilities(histogram)
return histogram_dict([probabilistic_random_word(probs) for i in range(10000)])
def ensure_randomness(histogram):
return histogram_dict([random_word(histogram) for i in range(10000)])
return word
def probabilities(freq_dist):
probabilities = []
prob = 0
for word, freq in freq_dist.items():
prob = round(prob + probability(word, freq_dist), 4)
probabilities.append((prob, word))
return sorted(probabilities)
def probability(word, freq_dist):
numWords = 0
for _, freq in freq_dist.items():
numWords += freq
return round(freq_dist[word] / numWords, 4)
def ensure_randomness(histogram):
return histogram_dict([random_word(histogram) for i in range(10000)])
def ensure_probability(histogram):
probs = probabilities(histogram)
return histogram_dict([probabilistic_random_word(probs) for i in range(10000)])
if __name__ == '__main__':
import sys
words = open(sys.argv[1], 'r').read().split()
hstgm = histogram_dict(words)
probs = probabilities(hstgm)
print(probabilistic_random_word(probs))
print(ensure_probability(hstgm))
import random
from histogram import histogram_dict
def prob_word(histogram, count):
'''returns a random word '''
total = 0
index = random.randint(1, count)
for key, value in histogram.items():
total += value
if index <= total:
return key
def main_sample(source_text):
words = histogram_dict(source_text)
count = sum(words.values())
word = prob_word(words, count)
return word
if __name__ == '__main__':
source_text = 'book.txt'
histogram = histogram_dict(source_text)
print(prob_word(histogram, 21))
for word, freq in freq_dist.items():
prob = round(prob + probability(word, freq_dist), 4)
probabilities.append((prob, word))
return sorted(probabilities)
def probability(word, freq_dist):
numWords = 0
for _, freq in freq_dist.items():
numWords += freq
return round(freq_dist[word] / numWords, 4)
def ensure_randomness(histogram):
return histogram_dict([random_word(histogram) for i in range(10000)])
def ensure_probability(histogram):
probs = probabilities(histogram)
return histogram_dict(
[probabilistic_random_word(probs) for i in range(10000)])
if __name__ == '__main__':
import sys
words = open(sys.argv[1], 'r').read().split()
hstgm = histogram_dict(words)
probs = probabilities(hstgm)
print(probabilistic_random_word(probs))
print(ensure_probability(hstgm))
