When it is required to check if a number has consecutive zeroes of a specific base, a method is defined, that takes the number and base as parameters, and uses another method to return Yes or No depending on whether the base is present or not.
Below is a demonstration of the same −
Example
def check_consecutive_zero(N, K): my_result = convert_to_base(N, K) if (check_n(my_result)): print("Yes") else: print("No") def convert_to_base(N, K): weight = 1 s = 0 while (N != 0): r = N % K N = N//K s = r * weight + s weight*= 10 return s def check_n(N): res = False while (N != 0): r = N % 10 N = N//10 if (res == True and r == 0): return False if (r > 0): res = False continue res = True return True N, K = 8, 2 print("Does the number have consecutive zeroes in the base ?") check_consecutive_zero(N, K)
Output
Does the number have consecutive zeroes in the base ? No
Explanation
A method named ‘check_consecutive_zero’ is defined that takes the number and base.
The ‘convert_to_base’ method is used to convert the given number to a specific base.
Depending on whether the output is of a specific base, Yes or No is returned.
The ‘check_n’ method is used to check if the number is 0.
The value for N and K are defined.
The ‘check_consecutive_zero’ method is called by passing N and K.
The output is displayed on the console.