def main():
import sys
import cleanup as clean
arguments = sys.argv[1:]
if len(arguments) >= 1:
print_histogram(arguments)
else:
potter_books = clean.clean_txt('onefish.txt')
#print(potter_books)
potter_books.append("STOP")
print(potter_books)
def run_histogram():
start_time = time.time()
print(start_time)
text_list = c.clean_txt('onefish.txt')
onefish_dic = histogram_dict(text_list)
print(onefish_dic)
print(list(onefish_dic.items()))
end_time = time.time()
print(abs(start_time - end_time))
def main():
import sys
# Import the module to clean text
import cleanup as clean
arguments = sys.argv[1:] # Exclude script name in first argument
if len(arguments) >= 1:
# Test histogram on given arguments
print_histogram(arguments)
else:
onefish_list = clean.clean_txt('onefish.txt')
onefish_list.append("STOP")
# print(onefish_list)
# Create the Dictionary of Histograms
markov_dict = second_order_markov_chain(onefish_list)
def run_histogram():
'''
Read the source text, run the helper functions.
perform the clean_data function.
'''
start_time = time.time()
print(start_time)
# Takes in a text file, cleans it, and returns a list of words.
text_list = c.clean_txt('onefish.txt')
# print(text_list)
onefish_dict = histogram_dict(text_list)
# write_to_file(alice_dict)
print(onefish_dict)
print(list(onefish_dict.items()))
# unique_words(alice_dict)
# print(frequency(alice_dict, "alice"))
# histogram_list(text_list)
# histogram_list_tuples(text_list)
end_time = time.time()
print(abs(start_time - end_time))
def clean_text():
clean_list = c.clean_txt('corpus.txt')
clean_list.append("STOP")
return clean_list
def clean_text():
clean_list = c.clean_txt('harry_potter_books.txt')
clean_list.append("STOP")
return clean_list