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intermim back up.py
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intermim back up.py
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if text_selection == 1:
# words total
total_text1 = len(split_text1)
print("In Text 1 there are", total_text1, "words,")
# num of titlecased
capital_text1 = []
for item in split_text1:
if item[0] in uppercase:
capital_text1.append(item)
print("of which", len(capital_text1), "are capitalized.")
# num of uppercased
uppercase_text1 = []
for item in split_text1:
if item.isupper() == True:
uppercase_text1.append(item)
print("There are also", len(uppercase_text1), "uppercase")
# num of lowercased
lowercase_text1 = []
for item in split_text1:
if item.islower() == True:
lowercase_text1.append(item)
print("and", len(lowercase_text1), "lowercase words.")
# num of all-numeric
numeric_text1 = []
for item in split_text1:
if item.isalnum():
numeric_text1.append(item)
print("Last but not least, there are", len(numeric_text1), "all-numeric strings.")
line_separator()
# graphic bar representation
for item in split_text1:
if len(item) == 2:
two_words.append(item)
elif len(item) == 3:
three_words.append(item)
elif len(item) == 4:
four_words.append(item)
elif len(item) == 5:
five_words.append(item)
elif len(item) == 6:
six_words.append(item)
elif len(item) == 7:
seven_words.append(item)
elif len(item) == 8:
eight_words.append(item)
elif len(item) == 9:
nine_words.append(item)
elif len(item) == 10:
ten_words.append(item)
elif len(item) == 11:
eleven_words.append(item)
elif len(item) == 12:
twelve_words.append(item)
elif len(item) == 13:
thirteen_words.append(item)
elif len(item) == 14:
fourteen_words.append(item)
else:
fourteen_plus_words.append(item)
print("2", len(two_words) * "*", len(two_words))
print("3", len(three_words) * "*", len(three_words))
print("4", len(four_words) * "*", len(four_words))
print("5", len(five_words) * "*", len(five_words))
print("6", len(six_words) * "*", len(six_words))
print("7", len(seven_words) * "*", len(seven_words))
print("8", len(eight_words) * "*", len(eight_words))
print("9", len(nine_words) * "*", len(nine_words))
print("10", len(ten_words) * "*", len(ten_words))
print("11", len(eleven_words) * "*", len(eleven_words))
print("12", len(twelve_words) * "*", len(twelve_words))
print("13", len(thirteen_words) * "*", len(thirteen_words))
print("14", len(fourteen_words) * "*", len(fourteen_words))
print("14+", len(fourteen_plus_words) * "*", len(fourteen_plus_words))
line_separator()
# sum of all-numeric words
sum_1 = 0
for item in split_text1:
if item.isdigit() is True:
sum_1 += int(item)
print("...and the sum of all numeric words here is", sum_1)
elif text_selection == 2:
# words total
total_text2 = len(split_text2)
print("In Text 2 there are", total_text2, "words,")
# num of titlecased
capital_text2 = []
for item in split_text2:
if item[0] in uppercase:
capital_text2.append(item)
print("of which", len(capital_text2), "are capitalized.")
# num of uppercased
uppercase_text2 = []
for item in split_text2:
if item.isupper() == True:
uppercase_text2.append(item)
print("There are also", len(uppercase_text2), "uppercase")
# num of lowercased
lowercase_text2 = []
for item in split_text2:
if item.islower() == True:
lowercase_text2.append(item)
print("and", len(lowercase_text2), "lowercase words.")
# num of all-numeric
numeric_text2 = []
for item in split_text2:
if item.isalnum():
numeric_text2.append(item)
print("Last but not least, there are", len(numeric_text2), "all-numeric strings.")
line_separator()
# graphic bar representation
for item in split_text2:
if len(item) == 2:
two_words.append(item)
elif len(item) == 3:
three_words.append(item)
elif len(item) == 4:
four_words.append(item)
elif len(item) == 5:
five_words.append(item)
elif len(item) == 6:
six_words.append(item)
elif len(item) == 7:
seven_words.append(item)
elif len(item) == 8:
eight_words.append(item)
elif len(item) == 9:
nine_words.append(item)
elif len(item) == 10:
ten_words.append(item)
elif len(item) == 11:
eleven_words.append(item)
elif len(item) == 12:
twelve_words.append(item)
elif len(item) == 13:
thirteen_words.append(item)
elif len(item) == 14:
fourteen_words.append(item)
else:
fourteen_plus_words.append(item)
print("2", len(two_words) * "*", len(two_words))
print("3", len(three_words) * "*", len(three_words))
print("4", len(four_words) * "*", len(four_words))
print("5", len(five_words) * "*", len(five_words))
print("6", len(six_words) * "*", len(six_words))
print("7", len(seven_words) * "*", len(seven_words))
print("8", len(eight_words) * "*", len(eight_words))
print("9", len(nine_words) * "*", len(nine_words))
print("10", len(ten_words) * "*", len(ten_words))
print("11", len(eleven_words) * "*", len(eleven_words))
print("12", len(twelve_words) * "*", len(twelve_words))
print("13", len(thirteen_words) * "*", len(thirteen_words))
print("14", len(fourteen_words) * "*", len(fourteen_words))
print("14+", len(fourteen_plus_words) * "*", len(fourteen_plus_words))
line_separator()
# sum of numeric words
sum_1 = 0
for item in split_text2:
if item.isdigit() is True:
sum_1 += int(item)
print("...and the sum of all numeric words here is", sum_1)
else:
# words total
total_text3 = len(split_text3)
print("In Text 3 there are", total_text3, "words,")
# num of titlecased
capital_text3 = []
for item in split_text3:
if item[0] in uppercase:
capital_text3.append(item)
print("of which", len(capital_text3), "are capitalized.")
# num of uppercased
uppercase_text3 = []
for item in split_text3:
if item.isupper() == True:
uppercase_text3.append(item)
print("There are also", len(uppercase_text3), "uppercase")
# num of lowercased
lowercase_text3 = []
for item in split_text3:
if item.islower() == True:
lowercase_text3.append(item)
print("and", len(lowercase_text3), "lowercase words.")
# num of all-numeric
numeric_text1 = []
for item in split_text3:
if item.isalnum():
numeric_text1.append(item)
print("Last but not least, there are", len(numeric_text1), "all-numeric strings.")
line_separator()
# graphic bar representation
for item in split_text3:
if len(item) == 2:
two_words.append(item)
elif len(item) == 3:
three_words.append(item)
elif len(item) == 4:
four_words.append(item)
elif len(item) == 5:
five_words.append(item)
elif len(item) == 6:
six_words.append(item)
elif len(item) == 7:
seven_words.append(item)
elif len(item) == 8:
eight_words.append(item)
elif len(item) == 9:
nine_words.append(item)
elif len(item) == 10:
ten_words.append(item)
elif len(item) == 11:
eleven_words.append(item)
elif len(item) == 12:
twelve_words.append(item)
elif len(item) == 13:
thirteen_words.append(item)
elif len(item) == 14:
fourteen_words.append(item)
else:
fourteen_plus_words.append(item)
print("2", len(two_words) * "*", len(two_words))
print("3", len(three_words) * "*", len(three_words))
print("4", len(four_words) * "*", len(four_words))
print("5", len(five_words) * "*", len(five_words))
print("6", len(six_words) * "*", len(six_words))
print("7", len(seven_words) * "*", len(seven_words))
print("8", len(eight_words) * "*", len(eight_words))
print("9", len(nine_words) * "*", len(nine_words))
print("10", len(ten_words) * "*", len(ten_words))
print("11", len(eleven_words) * "*", len(eleven_words))
print("12", len(twelve_words) * "*", len(twelve_words))
print("13", len(thirteen_words) * "*", len(thirteen_words))
print("14", len(fourteen_words) * "*", len(fourteen_words))
print("14+", len(fourteen_plus_words) * "*", len(fourteen_plus_words))
line_separator()
# sum of numeric words
sum_1 = 0
for item in split_text3:
if item.isdigit() is True:
sum_1 += int(item)
print("...and the sum of all numeric words here is", sum_1)
line_separator()
# star wedge
input = int(input("Choose a number between 6 and 20: "))
if 5 < input < 21:
for num in range(input):
while num < round(input/2):
print(num * "*")
else:
i = 2
print((num-i) * "*")
i += 2