"C:\Users\Jacob Bode\PycharmProjects\Test\venv\Scripts\python.exe" "C:\Program Files\JetBrains\PyCharm Community Edition 2019.2.1\helpers\pydev\pydevconsole.py" --mode=client --port=63662

import sys; print('Python %s on %s' % (sys.version, sys.platform))
sys.path.extend(['C:/Pycharm Projects'])

PyDev console: starting.

Python 3.7.4 (tags/v3.7.4:e09359112e, Jul  8 2019, 19:29:22) [MSC v.1916 32 bit (Intel)] on win32
>>> from math import sqrt
... def prime_tester_with_input():
...
...      is_prime = True
...
...      x = input("What number would you like to test?")
...
...      x = abs(int(x))
...
...      if x > 1:
...
...          for i in range(2, x):
...
...              print("Does " + str(i) + " go into " + str(x) + "?")
...
...              if x % i == 0:
...
...                  print("Yes")
...
...                  is_prime = False
...
...                  break
...
...              else:
...
...                  print("No")
...
...      elif x == 1:
...
...          print("1 is a prime number")
...
...      else:
...
...          print("0 is neither prime nor composite")
...
...      if is_prime:
...
...          print(str(x) + " is prime")
...
...      else:
...
...          print(str(x) + " is not prime")
...
... def prime_tester(x):
...
...     if int(x) != x:
...
...         print("Decimals cannot be prime or composite")
...
...     else:
...
...         is_prime = True
...
...         absolute_valued = abs(int(x))
...
...         if absolute_valued > 1:
...
...             for i in range(2, absolute_valued):
...
...                 if x % i == 0:
...
...                     is_prime = False
...
...                     break
...
...             if is_prime:
...
...                 print(str(x) + " is prime")
...
...             else:
...
...                 print(str(x) + " is composite")
...
...         elif absolute_valued == 1:
...
...             print(str(x) + " is a prime number")
...
...         else:
...
...             print("0 is neither prime nor composite")
...
... def number_info():
...
...     num = float(input("What number would you like the information for? "))
...
...     even_tester(num)
...
...     prime_tester(num)
...
...     square_root_finder(num)
...
...     x_squared(num)
...
... def even_tester(x):
...
...     if int(x) != x:
...
...         print("Decimals are neither even or odd")
...
...     else:
...
...         is_even = False
...
...         if x % 2 == 0:
...
...             is_even = True
...
...         if is_even:
...
...             print(str(x) + " is even")
...
...         else:
...
...             print(str(x) + " is odd")
...
... def x_squared(x):
...
...      square = x ** 2
...
...      print("The square of " + str(x) + " is " + str(square))
...
... def square_root_finder(x):
...
...     if x >= 0:
...
...         square_root = sqrt(x)
...
...         print("The square root of " + str(x) + " is " + str(square_root))
...
...     else:
...
...         print("Negative numbers cannot have square roots")
...
>>> def factor_finder(x):
...     factors = [
...
...     ]
...     for i in range(0,x):
...         if x % i == 0:
...             factors.append(i)
...     print(factors)
...
...
...
>>> factor_finder(5)
Traceback (most recent call last):
  File "<input>", line 1, in <module>
  File "<input>", line 6, in factor_finder
ZeroDivisionError: integer division or modulo by zero
>>> def factor_finder(x):
...     factors = [
...
...     ]
...     for i in range(1,x + 1):
...         if x % i == 0:
...             factors.append(i)
...     print(factors)
...
>>> factor_finder(5)
[1, 5]
>>>
>>> factor_finder(4)
[1, 2, 4]
>>> def factor_finder(x):
...     factors = [
...
...     ]
...     for i in range(1, x + 1):
...         if x % i == 0:
...             factors.append(i)
...     print("The factors of " + str(x) + " are " + factors)
...
>>> factor_finder(4)
Traceback (most recent call last):
  File "<input>", line 1, in <module>
  File "<input>", line 8, in factor_finder
TypeError: can only concatenate str (not "list") to str
>>> def factor_finder(x):
...     factors = [
...     ]
...     for i in range(1, x + 1):
...         if x % i == 0:
...             factors.append(i)
...     print("The factors of " + str(x) + " are " + str(factors))
...
>>> factor_finder(4)
The factors of 4 are [1, 2, 4]
>>> def number_info():
...     num = float(input("What number would you like the information for? "))
...     even_tester(num)
...     prime_tester(num)
...     square_root_finder(num)
...     x_squared(num)
...     factor_finder(num)
...
>>> number_info()
What number would you like the information for? >? 5
5.0 is odd
5.0 is prime
The square root of 5.0 is 2.23606797749979
The square of 5.0 is 25.0
Traceback (most recent call last):
  File "<input>", line 1, in <module>
  File "<input>", line 7, in number_info
  File "<input>", line 4, in factor_finder
TypeError: 'float' object cannot be interpreted as an integer
>>> def factor_finder(x):
...     if int(x) == x:
...         x = int(x)
...     else:
...         print("Decimals do not have any factors")
...     factors = [
...     ]
...     for i in range(1, x + 1):
...         if x % i == 0:
...             factors.append(i)
...     print("The factors of " + str(x) + " are " + str(factors))
...
>>> number_info()
What number would you like the information for? >? 5
5.0 is odd
5.0 is prime
The square root of 5.0 is 2.23606797749979
The square of 5.0 is 25.0
The factors of 5 are [1, 5]
>>> number_info()
What number would you like the information for? >? 3.4
Decimals are neither even or odd
Decimals cannot be prime or composite
The square root of 3.4 is 1.8439088914585775
The square of 3.4 is 11.559999999999999
Decimals do not have any factors
Traceback (most recent call last):
  File "<input>", line 1, in <module>
  File "<input>", line 7, in number_info
  File "<input>", line 8, in factor_finder
TypeError: 'float' object cannot be interpreted as an integer
>>> def factor_finder(x):
...     if int(x) == x:
...         x = int(x)
...         factors = [
...         ]
...         for i in range(1, x + 1):
...             if x % i == 0:
...                 factors.append(i)
...         print("The factors of " + str(x) + " are " + str(factors))
...     else:
...         print("Decimals do not have any factors")
...
>>> number_info()
What number would you like the information for? >? 3.5
Decimals are neither even or odd
Decimals cannot be prime or composite
The square root of 3.5 is 1.8708286933869707
The square of 3.5 is 12.25
Decimals do not have any factors
>>> def factor_finder(x):
...     if int(x) == x:
...         x = int(x)
...         factors = [
...         ]
...         if x > 0:
...             for i in range(1, x + 1):
...                 if x % i == 0:
...                  factors.append(i)
...             print("The factors of " + str(x) + " are " + str(factors))
...         elif x == 0:
...             print("Zero does not have any factors")
...         else:
...             x = abs(x)
...             for i in range(1, x + 1):
...                 if x % i == 0:
...                     factors.append(i)
...                     opposite = 0 - i
...                     factors.append(opposite)
...             print("The factors of " + str(x) + " are " + str(factors))
...     else:
...         print("Decimals do not have any factors")
...
>>> number_info()
What number would you like the information for? >? 5
5.0 is odd
5.0 is prime
The square root of 5.0 is 2.23606797749979
The square of 5.0 is 25.0
The factors of 5 are [1, 5]
>>> number_info()
What number would you like the information for? >? 1
1.0 is odd
1.0 is a prime number
The square root of 1.0 is 1.0
The square of 1.0 is 1.0
The factors of 1 are [1]
>>> def factor_finder(x):
...     if int(x) == x:
...         x = int(x)
...         factors = [
...         ]
...         if x > 0:
...             for i in range(1, x + 1):
...                 if x % i == 0:
...                  factors.append(i)
...             print("The factors of " + str(x) + " are " + str(factors))
...         elif x == 0:
...             print("Zero does not have any factors")
...         else:
...             x = abs(x)
...             for i in range(1, x + 1):
...                 if x % i == 0:
...                     factors.append(i)
...                     opposite = 0 - i
...                     factors.append(opposite)
...             print("The factors of " + str(x) + " are " + str(factors))
...     else:
...         print("Decimals do not have any factors")
...
>>> number_info()
What number would you like the information for? >? 0
0.0 is even
0 is neither prime nor composite
The square root of 0.0 is 0.0
The square of 0.0 is 0.0
Zero does not have any factors
>>> number_info()
What number would you like the information for? >? -1
-1.0 is odd
-1.0 is a prime number
Negative numbers cannot have square roots
The square of -1.0 is 1.0
The factors of 1 are [1, -1]
>>> number_info()
What number would you like the information for? >? -5
-5.0 is odd
-5.0 is prime
Negative numbers cannot have square roots
The square of -5.0 is 25.0
The factors of 5 are [1, -1, 5, -5]
>>> number_info()
What number would you like the information for? >? 15
15.0 is odd
15.0 is composite
The square root of 15.0 is 3.872983346207417
The square of 15.0 is 225.0
The factors of 15 are [1, 3, 5, 15]
>>> number_info()
What number would you like the information for? >? -15
-15.0 is odd
-15.0 is composite
Negative numbers cannot have square roots
The square of -15.0 is 225.0
The factors of 15 are [1, -1, 3, -3, 5, -5, 15, -15]
>>> number_info()
What number would you like the information for? >? -144
-144.0 is even
-144.0 is composite
Negative numbers cannot have square roots
The square of -144.0 is 20736.0
The factors of 144 are [1, -1, 2, -2, 3, -3, 4, -4, 6, -6, 8, -8, 9, -9, 12, -12, 16, -16, 18, -18, 24, -24, 36, -36, 48, -48, 72, -72, 144, -144]
>>> def number_info():
...     choice = input("Would you like to know"
...                    "1: If it's even/odd"
...                    "2: If it's prime/composite"
...                    "3: The square root"
...                    "4: The square of the number"
...                    "5: The factors of the number"
...                    "6: All of the above)"
...     num = float(input("What number would you like the information for? "))
...     even_tester(num)
...     prime_tester(num)
...     square_root_finder(num)
...     x_squared(num)
...     factor_finder(num)
...
  File "<input>", line 9
    num = float(input("What number would you like the information for? "))
      ^
SyntaxError: invalid syntax
>>> def number_info():
...     choice = input("Would you like to know"
...                    "1: If it's even/odd"
...                    "2: If it's prime/composite"
...                    "3: The square root"
...                    "4: The square of the number"
...                    "5: The factors of the number"
...                    "6: All of the above")
...     num = float(input("What number would you like the information for? "))
...     even_tester(num)
...     prime_tester(num)
...     square_root_finder(num)
...     x_squared(num)
...     factor_finder(num)
...
>>> number_info()
Would you like to know1: If it's even/odd2: If it's prime/composite3: The square root4: The square of the number5: The factors of the number6: All of the above>? 6
What number would you like the information for? >? 6
6.0 is even
6.0 is composite
The square root of 6.0 is 2.449489742783178
The square of 6.0 is 36.0
The factors of 6 are [1, 2, 3, 6]
>>> def number_info():
...     choice = input("Would you like to know "
...                    "1: If it's even/odd "
...                    "2: If it's prime/composite "
...                    "3: The square root "
...                    "4: The square of the number "
...                    "5: The factors of the number "
...                    "6: All of the above ")
...     num = float(input("What number would you like the information for? "))
...     even_tester(num)
...     prime_tester(num)
...     square_root_finder(num)
...     x_squared(num)
...     factor_finder(num)
...
>>> number_info()
Would you like to know 1: If it's even/odd 2: If it's prime/composite 3: The square root 4: The square of the number 5: The factors of the number 6: All of the above >? 5
What number would you like the information for? >? 5
5.0 is odd
5.0 is prime
The square root of 5.0 is 2.23606797749979
The square of 5.0 is 25.0
The factors of 5 are [1, 5]
>>> def number_info():
...     num = float(input("What number would you like the information for? "))
...     choice = input("Would you like to know "
...                    "1: If it's even/odd "
...                    "2: If it's prime/composite "
...                    "3: The square root "
...                    "4: The square of the number "
...                    "5: The factors of the number "
...                    "6: All of the above ")
...     if choice == 1:
...         even_tester(num)
...     elif choice == 2:
...         prime_tester(num)
...     elif choice == 3:
...      square_root_finder(num)
...     elif choice == 4:
...      x_squared(num)
...     elif choice == 5:
...         factor_finder(num)
...     elif choice == 6:
...         even_tester(num)
...         prime_tester(num)
...         square_root_finder(num)
...         x_squared(num)
...         factor_finder(num)
...     else:
...         print("That wasn't an option")
...
>>> number_info()
What number would you like the information for? >? 5
Would you like to know 1: If it's even/odd 2: If it's prime/composite 3: The square root 4: The square of the number 5: The factors of the number 6: All of the above >? 6
That wasn't an option
>>> def number_info():
...     num = float(input("What number would you like the information for? "))
...     choice = input("Would you like to know "
...                    "1: If it's even/odd "
...                    "2: If it's prime/composite "
...                    "3: The square root "
...                    "4: The square of the number "
...                    "5: The factors of the number "
...                    "6: All of the above ")
...     if choice == "1":
...         even_tester(num)
...     elif choice == "2":
...         prime_tester(num)
...     elif choice == "3":
...      square_root_finder(num)
...     elif choice == "4":
...      x_squared(num)
...     elif choice == "5":
...         factor_finder(num)
...     elif choice == "6":
...         even_tester(num)
...         prime_tester(num)
...         square_root_finder(num)
...         x_squared(num)
...         factor_finder(num)
...     else:
...         print("That wasn't an option")
...
>>> number_info()
What number would you like the information for? >? 5
Would you like to know 1: If it's even/odd 2: If it's prime/composite 3: The square root 4: The square of the number 5: The factors of the number 6: All of the above >? 5
The factors of 5 are [1, 5]
>>> def number_info():
...     num = float(input("What number would you like the information for? "))
...     choice = input("Would you like to know "
...                    "1: If it's even/odd "
...                    "2: If it's prime/composite "
...                    "3: The square root "
...                    "4: The square of the number "
...                    "5: The factors of the number "
...                    "6: All of the above ")
...     choices = [
...
...     ]
...     for i in range(0, len(choice)):
...         choices.append(choice[i])
...     for i in range(0,len(choices)):
...         if choices[i] == "1":
...             even_tester(num)
...         elif choices[i] == "2":
...             prime_tester(num)
...         elif choices[i] == "3":
...             square_root_finder(num)
...         elif choices[i] == "4":
...             x_squared(num)
...         elif choices[i] == "5":
...             factor_finder(num)
...         elif choices[i] == "6":
...             even_tester(num)
...             prime_tester(num)
...             square_root_finder(num)
...             x_squared(num)
...             factor_finder(num)
...         else:
...             print("That wasn't an option")
...
>>> number_info()
What number would you like the information for? >? 5
Would you like to know 1: If it's even/odd 2: If it's prime/composite 3: The square root 4: The square of the number 5: The factors of the number 6: All of the above >? 12
5.0 is odd
5.0 is prime
>>> def number_info():
...     factor_already = False
...     squared_already = False
...     root_already = False
...     prime_already = False
...     even_already = False
...     num = float(input("What number would you like the information for? "))
...     choice = input(
...         "Would you like to know, if you wish to do multiple, put the numbers in a row as a big number ex. 1235 "
...         "1: If it's even/odd "
...         "2: If it's prime/composite "
...         "3: The square root "
...         "4: The square of the number "
...         "5: The factors of the number "
...         "6: All of the above ")
...     choices = [
...
...     ]
...     for i in range(0, len(choice)):
...         choices.append(choice[i])
...     for i in range(0, len(choices)):
...         if choices[i] == "1":
...             if not even_already:
...                 even_tester(num)
...                 even_already = True
...         elif choices[i] == "2":
...             if not prime_already:
...                 prime_tester(num)
...                 prime_already = True
...         elif choices[i] == "3":
...             if not root_already:
...                 square_root_finder(num)
...                 root_already = True
...         elif choices[i] == "4":
...             if not squared_already:
...                 x_squared(num)
...                 squared_already = True
...         elif choices[i] == "5":
...             if not factor_already:
...                 factor_finder(num)
...                 factor_already = True
...         elif choices[i] == "6":
...             if not even_already:
...                 even_tester(num)
...                 even_already = True
...             if not prime_already:
...                 prime_tester(num)
...                 prime_already = True
...             if not root_already:
...                 square_root_finder(num)
...                 root_already = True
...             if not squared_already:
...                 x_squared(num)
...                 squared_already = True
...             if not factor_already:
...                 factor_finder(num)
...                 factor_already = True
...         else:
...             print("That wasn't an option")
...
>>> number_info
<function number_info at 0x0467A3D8>
>>> 5
5
>>> number_info()
What number would you like the information for? >? 4
Would you like to know, if you wish to do multiple, put the numbers in a row as a big number ex. 1235 1: If it's even/odd 2: If it's prime/composite 3: The square root 4: The square of the number 5: The factors of the number 6: All of the above >? 1325
4.0 is even
The square root of 4.0 is 2.0
4.0 is composite
The factors of 4 are [1, 2, 4]
>>> def number_info():
...     factor_already = False
...     squared_already = False
...     root_already = False
...     prime_already = False
...     even_already = False
...     num = float(input("What number would you like the information for? "))
...     print("1: If it's even/odd")
...     print("2: If it's prime/composite")
...     print("3: The square root")
...     print("4: The square of the number")
...     print("5: The factors of the number")
...     print("6: All of the above")
...     choice = input(
...         "Would you like to know, if you wish to do multiple, put the numbers in a row as a big number ex. 1235 ")
...     choices = [
...     ]
...     for i in range(0, len(choice)):
...         choices.append(choice[i])
...     for i in range(0, len(choices)):
...         if choices[i] == "1":
...             if not even_already:
...                 even_tester(num)
...                 even_already = True
...         elif choices[i] == "2":
...             if not prime_already:
...                 prime_tester(num)
...                 prime_already = True
...         elif choices[i] == "3":
...             if not root_already:
...                 square_root_finder(num)
...                 root_already = True
...         elif choices[i] == "4":
...             if not squared_already:
...                 x_squared(num)
...                 squared_already = True
...         elif choices[i] == "5":
...             if not factor_already:
...                 factor_finder(num)
...                 factor_already = True
...         elif choices[i] == "6":
...             if not even_already:
...                 even_tester(num)
...                 even_already = True
...             if not prime_already:
...                 prime_tester(num)
...                 prime_already = True
...             if not root_already:
...                 square_root_finder(num)
...                 root_already = True
...             if not squared_already:
...                 x_squared(num)
...                 squared_already = True
...             if not factor_already:
...                 factor_finder(num)
...                 factor_already = True
...         else:
...             print("That wasn't an option")
...
>>> number_info()
What number would you like the information for? >? 5
1: If it's even/odd
2: If it's prime/composite
3: The square root
4: The square of the number
5: The factors of the number
6: All of the above
Would you like to know, if you wish to do multiple, put the numbers in a row as a big number ex. 1235 >? 134
5.0 is odd
The square root of 5.0 is 2.23606797749979
The square of 5.0 is 25.0