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'''
convert numbers to graphic
'''
import sys

ZERO = ["  **  ", " *  * ", "*    *", "*    *", "*    *", " *  * ", "  **  "]
ONE = ["   *  ", "  **  ", " * *  ", "   *  ", "   *  ", "   *  ", "  *** "]
TWO = ["  *** ", " *   *", " *   *", "    * ", "   *  ", "  *   ", " **** "]
THREE = [" **** ", "     *", "   ** ", "     *", "     *", " *   *", "  *** ",]
FOUR = [" *  * ", " *  * ", " *  * ", " **** ", "    * ", "    * ", "    * ",]
FIVE = [" **** ", " *    ", " ***  ", "    * ", "     *", "    * ", " ***  ",]
SIX = ["  *** ", " *    ", " **** ", " *   *", " *   *", " *   *", "  *** ",]
SEVEN = [" **** ", "    * ", "    * ", "   *  ", "  *   ", " *    ", " *    ",]
EIGHT = ["  *** ", " *   *", "  *** ", " *   *", " *   *", " *   *", "  *** ",]
NINE = ["  *** ", " *   *", " *   *", "  ****", "     *", " *   *", "  *** ",]

GRAPHIC_DIGITS = [ZERO, ONE, TWO, THREE, FOUR, FIVE, SIX, SEVEN, EIGHT, NINE]

try:
    USER_DIGITS = sys.argv[1]
    for line in range(len(GRAPHIC_DIGITS[0])):
        output_line = ''
        for digit in USER_DIGITS:
            for char in GRAPHIC_DIGITS[int(digit)][line]:
                output_line += digit if char == '*' else char
            output_line += ' '
        print(output_line)
except ValueError as err:
    print('must be integer')

except IndexError:
    print('usage: python bigdigits.py <numbers>')

'''
input numbers to list
print COUNT, sum, lowest, highest, MEAN
'''
numbers = []
total = 0
lowest = None
highest = None

while True:
    user_input = input('enter a number or Enter to finish: ')
    if user_input != "":
        try:
            number = int(user_input)
            total += number
            if lowest is None or number < lowest:
                lowest = number
            if highest is None or number > highest:
                highest = number
            numbers.append(number)
        except ValueError as err:
            print(err)
    else:
        break

if numbers:
    COUNT = len(numbers)
    MEAN = total/COUNT
    print('numbers: ', numbers)
    print('COUNT = ', COUNT, 'sum = ', total,
          'lowest = ', lowest, 'highest = ', highest,
          'MEAN = ', MEAN)

import random

articles = ["the", "a", "another", "her", "his"]
subjects = ["cat", "dog", "horse", "man", "woman", "boy", "girl"]
verbs = ["sang", "ran", "jumped", "said", "fought", "swam", "saw",
         "heard", "felt", "slept", "hopped", "hoped", "cried",
         "laughed", "walked"]
adverbs = ["loudly", "quietly", "quickly", "slowly", "well", "badly",
           "rudely", "politely"]

counter = 5
while counter > 0:
	article = random.choice(articles)
	subject = random.choice(subjects)
	verb = random.choice(verbs)

	if random.randint(0,1):
		print(article, subject, verb)
	else:
		adverb = random.choice(adverbs)
		print(article, subject, verb, adverb)
	counter -= 1

import sys, random

articles = ["the", "a", "another", "her", "his"]
subjects = ["cat", "dog", "horse", "man", "woman", "boy", "girl"]
verbs = ["sang", "ran", "jumped", "said", "fought", "swam", "saw",
         "heard", "felt", "slept", "hopped", "hoped", "cried",
         "laughed", "walked"]
adverbs = ["loudly", "quietly", "quickly", "slowly", "well", "badly",
           "rudely", "politely"]

lines = 5
if len(sys.argv) > 1:
	try:
		arg = int(sys.argv[1])
		if 1 <= arg <= 10:
			lines = arg
		else:
			print('lines must be from 1 to 10 inclusive')

	except ValueError:
		print('usage: badpoetry.py [lines]')

	print()
	
while lines > 0:
	article = random.choice(articles)
	subject = random.choice(subjects)
	verb = random.choice(verbs)

	line = f'{article} {subject} {verb}'

	if random.randint(0,1):
		adverb = random.choice(adverbs)
		line += f' {adverb}'

	print(line)
	lines -= 1

"""
- input numbers to list
- sort list
- print count, sum, lowest, highest, mean, median
"""

numbers = []
total = 0

def sort_list(unsorted_list):
    """sorting list"""
    lenght = len(unsorted_list)
    swapped = True
    while swapped:
        swapped = False
        index = 0
        while index < lenght - 1:
            cur = unsorted_list[index]
            nxt = unsorted_list[index + 1]
            if cur > nxt:
                swapped = True
                unsorted_list[index] = nxt
                unsorted_list[index + 1] = cur
            index += 1
    return unsorted_list

while True:
    user_input = input('enter a number or Enter to finish: ')
    if not user_input:
        break
    try:
        number = int(user_input)
        total += number
        numbers.append(number)
    except ValueError as err:
        print(err)

if numbers:
    numbers = sort_list(numbers)
    COUNT = len(numbers)
    LOWEST = numbers[0]
    HIGHEST = numbers[-1]
    MEAN = total/COUNT

    HALF = len(numbers)//2
    median = numbers[HALF]
    if len(numbers)/2 == HALF:
        median = (median + numbers[HALF - 1])/2

    print('numbers: ', numbers)
    print('COUNT = ', COUNT, 'sum = ', total,
          'lowest = ', LOWEST, 'highest = ', HIGHEST,
          'mean = ', MEAN, 'median = ', median)