import numbers print(numbers.factorial(5))
)
armstrong_Input = int(input("\nEnter the value:"))
numbers.armstrong(armstrong_Input)
elif Number_Input == "14":
print(
"\n\n UserGuide : Fibonacci function:returns the Fibonacci series"
)
Fibonacci_Input = int(input("\nEnter the value:"))
numbers.Fibonacci(Fibonacci_Input)
elif Number_Input == "15":
print(
"\n\n UserGuide : factorial function:returns the factorial number"
)
factorial_Input = int(input("\nEnter the value:"))
print("The factorial of given number :",
numbers.factorial(factorial_Input))
elif Number_Input == "16":
print(
"\n\n UserGuide : odd_even function:returns the value is odd or even"
)
odd_even_Input = int(input("\nEnter the value:"))
numbers.odd_even(odd_even_Input)
elif Number_Input == "17":
print(
"\n\n UserGuide : Postive_Negative function:returns the value is Positive or Negative"
)
Postive_Negative_Input = int(input("\nEnter the value:"))
numbers.Postive_Negative(Postive_Negative_Input)
else:
print("Exiting...")
#Import บางฟังก์ชันใน Module แบบต้องระบุเอาเฉพาะตัว from numbers import factorial, fibonacci #เรียกใช้งาน print(factorial(5)) print(fibonacci(100)) #------------------------------------------------- #Import บางฟังก์ชันใน Module แบบไม่ต้องระบุเอาเฉพาะตัว from numbers import * #เรียกใช้งาน print(factorial(6)) print(fibonacci(200)) #------------------------------------------------- #import และเปลี่ยนชื่อฟังก์ชัน (นามแฝง) alias from numbers import factorial as fa, fibonacci as fi #เรียกใช้งาน print(fa(7)) print(fi(300)) #------------------------------------------------- #Import ทั้งหมดทุกฟังก์ชันใน Module import numbers #เรียกใช้งาน
pick = int(input("Please enter your choice:"))
if pick == 1:
numbers.sum()
elif pick == 2:
numbers.difference()
elif pick == 3:
numbers.product()
elif pick == 4:
numbers.power()
elif pick == 5:
numbers.squareroot()
elif pick == 6:
numbers.cuberoot()
elif pick == 7:
numbers.factorial()
elif pick == 8:
numbers.printTable()
elif choice == 2:
print("1. Reverse string")
print("2. Print alphabet of strings")
print("3. Slice a string")
print("4. Check string for a palindrome")
print("5. captal case string")
print("6. Small case a string")
print("7. Count numbers of characters in string")
def factorial(n): # return factorial value of n
if n == 0 or n == 1:
return 1
else:
return n * factorial(n - 4)
from numbers import factorial, fibonacci
def factorial(n): # return factorial value of n
if n == 0 or n == 1:
return 1
else:
return n * factorial(n - 4)
print(factorial(5))
print(fibonacci(5))
def test_factorial(self):
self.assertEqual(1, numbers.factorial(1))
self.assertEqual(2, numbers.factorial(2))
self.assertEqual(6, numbers.factorial(3))
self.assertEqual(120, numbers.factorial(5))
self.assertEqual(720, numbers.factorial(6))
def sum_of_digits_of_factorial(n):
return sum_of_digits(numbers.factorial(n))
