Reconfigurable numbers in C++
Given a value of integer type, assuming it is number. The task is to check if a given number is reconfigurable. If so, printing the number is a reconfigurable number, otherwise printing is impossible.
What are reconfigurable numbers?
A number is reconfigurable when it is divisible by the total number of its available factors. For example, the number 9 is reconfigurable because it has 3 factors (1, 3, 9), and 9 is divisible by 3, so it is a reconfigurable number.
Let us take a look at the various input and output situations of this-
Input - int number = 9
Output - This is a reconfigurable number
Explanation - A number is reconfigurable when it is divisible by the total number of its available factors. We are given a number 9, which is reconfigurable because it has 3 factors (1, 3, 9)
9 is divisible by 3, so it is a reconfigurable number.Input− int number = 10
Output− It is not a Refactorable number
Explanation - A number is reconfigurable when it is divisible by the total number of available factors. We get a number 10, which is not reconfigurable because the total number of its factors is 4(1, 2, 5, 10), and 10 is not divisible by 4, so it is not a reconfigurable number
The method used in the following program is as follows
Enter a variable of integer type, such as a number.
Pass data to the bool type function check_Refactorable(int number).
-
Internal function check_Refactorable(int number)
declares an integer variable with a count of 0.
Start looping FOR from i to 1 until i is less than sqrt (number). Inside the loop, you check IF number % i = 0, then IF number / i = i, and then pre-increment the count by 1.
ELSE, sets count to count 2 .
Returns number % count == 0
Print the results.
Print the result. p>
Example
#include <bits/stdc++.h> using namespace std; bool check_Refactorable(int number){ int count = 0; for (int i = 1; i <= sqrt(number); ++i){ if(number % i==0){ if(number / i == i){ ++count; } else{ count += 2; } } } return number % count == 0; } int main(){ int number = 9; if(check_Refactorable(number) == 1){ cout<<"It is a Refactorable number"; } else{ cout<<"It isn't a Refactorable number"; } return 0; }
Output
If we run the above code, it will generate the following output
It is a Refactorable number
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