main.py

import math
import bt_utils
import turtle
import turtle_utils

if __name__ == '__main__':
    # n, fib_list, prime_list = 0, [], []
    #
    # n = input('Enter a number: ')
    # n = int(n)
    # fib_list = bt_utils.fibonacci_series(100)
    prime_list = bt_utils.prime(100)
    print('Prime Numbers: ' + str(len(prime_list)) + ' - ', str(prime_list))
    # prime_list = bt_utils.prime(100)
    # print('Fibonacci Numbers: ' + str(len(fib_list)) + ' - ', str(fib_list))
    # print(str(55) + ' is a Fibonacci Number:' + str(bt_utils.is_fib_number(55)))
    # print(bt_utils.fib_prime_matches(100))
    # print('Factorial of ' + str(10) + ':' + str(math.factorial(10)))
    # print('15th Fibonacci :' + str(bt_utils.fibonacci(15)))
    # print(bt_utils.find('Bhasker Thodla', 'h', 2))
    # print(bt_utils.reverse('malayalam'))
    # print(bt_utils.reverse('malayalam'))
    # print (bt_utils.is_palindrome('Able was I ere I saw Elba'))
    # print(bt_utils.is_palindrome('Malayalam'))
    # search_str = 'bhasker'
    # fin = open ('C:/Users/BMURTHY/IdeaProjects/stock_tweets/words.txt')
#    print (fin)
    # line_count = e_lines = total_word_length = min_length = max_length = line_length = 0
    # for line in fin:
    #     line_length = len (line.strip ())
    #     total_word_length = total_word_length + line_length
    #     line_count = line_count + 1
    #     if line_count <= 1:
    #         min_length = max_length = line_length
    #     else:
    #         if line_length < min_length:
    #             min_length = line_length
    #         elif line_length > max_length:
    #             max_length = line_length

#    print ('Average word length = ' + str (int (total_word_length / line_count)))
#    print ('Min word length = ' + str (min_length))
#    print ('Max word length = ' + str (max_length))
#        if len (line.strip ()) > 15:
#           print (line)
    #     word = line.strip()
    #     line_count += 1
    #     if bt_utils.uses_all (word, search_str):
    #         print (word)
    #         e_lines += 1
    # print('% of "e" words: ', e_lines / line_count * 100)
    # print('No. of e-words:', e_lines)
    # print('Total no. of words:', line_count)
    # # price=24.95
    # discount=.4
    # shipping=3
    # cost=60*price * (1 - discount)-3-59*.75
    # print(cost)
    # bt_utils.repeat_lyrics()
    # print (math.sqrt(5) + 1 / 2)
    # print(bt_utils.right_justify('This is the time for all good men to come to the aid of the party', 120))

    # turtle_utils.square(turtle.Turtle(), 250)
    # turtle_utils.polygon(turtle.Turtle(), 100, 5250)
    # turtle_utils.circle(turtle.Turtle(), 100)
    # turtle_utils.arc(turtle.Turtle(), 50, 180)
    # turtle_utils.triangle(turtle.Turtle(), 250)
    # print (bt_utils.count ('MaLayaLAm', 'a'))

# def print_lyrics():
    # print ("Hey Jude! Don't you be sad! Take a sad song and make it better")
    # print ("Remember to get it into your heart! Then you can start to make it better")

# def repeat_lyrics():
    # print_lyrics()
    # print_lyrics()