I need help figuring out what is wrong with my code it goes into an infinite loop. Thank you!

Here's the input of the test case.

1 236.330 237.844
2	y
3	237.862 237.424
4	y
5	-237.424 238.323
6	237.424 238.323
7	y
8	238.323 238.855
9	y
10	238.855 -237.645
11	238.855 237.645
12	y
13	237.645 0
14	237.645 238.321
15	y
16	238.321 239.488
17	y
18	239.488 238.654
19	y
20	238.654 239.533
21	y
22	239.533 239.755
23	y
24	239.755 238.988
25	y
26	238.988 239.444
27	y
28	239.444 239.110
29	y
30	239.110 240.030
31	y
32	240.030 239.678
33	y
34	239.678 240.096
35	y
36	240.986 240.320
37	y
38	240.320 240.789
39	y
40	240.789 240.123
41	y
42	240.123 239.566
43	y

Expected Output:

Enter the old and new consumer price indices: Inflation rate is 0.640626 2 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.184142 3 Try again? (y or Y): Enter the old and new consumer price indices: Error: CPI values must be greater than 0 4 Enter the old and new consumer price indices: Inflation rate is 0.378648 5 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.223225 6 Try again? (y or Y): Enter the old and new consumer price indices: Error: CPI values must be greater than 0 7 Enter the old and new consumer price indices: Inflation rate is -0.50658 8 Try again? (y or Y): Enter the old and new consumer price indices: Error: CPI values must be greater than 0 9 Enter the old and new consumer price indices: Inflation rate is 0.284456 10 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.489679 11 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.348243 12 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.368315 13 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.0926804 14 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.319909 15 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.190802 16 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.13949 17 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.384759 18 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.14665 19 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.1744 20 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.276358 21 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is 0.195154 22 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.276591 23 Try again? (y or Y): Enter the old and new consumer price indices: Inflation rate is -0.231967 24 Try again? (y or Y): Average rate is 0.0496408 25 Median rate is 0.13354

Here's my code:

#include using namespace std;

// Add a function to get the CPI values from the user and validate that they are greater than 0. void getCPIValues(float &old_cpi, float &new_cpi){ do{ cout << "Enter the old and new consumer price indices: ";

cin >> old_cpi >> new_cpi;

if (!(old_cpi > 0 && new_cpi > 0))

{

cout << "Error: CPI values must be greater than 0 ";

}

} while (!(old_cpi > 0 && new_cpi > 0));

}

//Function that takes two double parameters and swap //their values void swap_values(double *ay, double *yx) { double temp = *ay; *ay = *yx; *yx = temp; }

//Function to sort the array //Bubble Sort void sort_array(double arr[], int number) { int i, j; for (i = 0; i < number-1; i++) // Last i elements are already in place for (j = 0; j < number-i-1; j++) if (arr[j] > arr[j+1]) // Calling swap_values function to // swap elements of array swap_values(&arr[j], &arr[j+1]); }

// Declare and implement a function called swap_values that takes two double parameters like the one we defined in class. // Declare and implement a function that uses either a selection sort or bubble sort to put the array values into ascending order (i.e. smallest to largest). // Function parameters: an array of doubles and an int with the number of elements in the arra

// + Your sort function must use the swap_values function defined above to exchange the values in the array during the sort.

// + You can use either a selection sort or a bubble sort in the sort_array function but it must use the swap_values function.

// double findMedianRate(double arr[], int number){ sort_array(arr, number); if(number % 2!=0){ return (double)arr[number/2]; } else{ return (double)( arr[(number-1)/2] + arr[number/2] ) / 2.0; } }

// if the number of rates is even, then the median rate is calculated as the average of the two rates in the middle. double average_median_rate(double rates[], int number) { double sum = 0; for (int i=0; i

//main function int main(){ // Declare a constant called MAX_RATES and set it to 20. const int MAX_RATES = 20; // array of type double to store inflation rates double double_inflationRates[MAX_RATES]; // Add code to main that inserts the computed inflation rate into the next position in the array. int inserts = 0; char ch='Y'; double inflationRate = 0.00; float old_cpi, new_cpi; // while user chooses 'y' or 'Y' while(ch=='Y' or ch=='y'){ // input CPI values getCPIValues(old_cpi, new_cpi); // calculate inflation // inflation = ((currentCPI - oldCPI)/oldCPI) * 100 inflationRate = (double)( ( new_cpi - old_cpi ) / old_cpi ) * 100; // to avoid overflow of array if(inserts < MAX_RATES){ // insert inflation in the array double_inflationRates[inserts++] = inflationRate; }

// print the inflation rate cout<<"Inflation rate is "<>ch; } // print average of all the inflation rates cout<<"Average rate is "<

return 0; }