if(pc.readable() == 1) // Check if received data
{
// Case 101 being to clear all arrays
pc.scanf("%d", &interrupt); // Receive input
if(interrupt == 101) // If 101, clear arrays
{
pc.printf("\nDeleting arrays...\n");
total_capture_no = 0;
free (sched_time_at_start_ptr);
free (sched_end_time_ptr);
free (sched_count_rate_ptr);
free (sched_running_time_ptr);
}
else if(interrupt < 0) // Error check as you can't have a negative element of the array
{
pc.printf("\nError! Please choose a number that corresponds to a relevant array element\n");
}
else if(interrupt > total_capture_no) // Error check so input reference isn't bigger than the array
{
pc.printf("\nError! Please choose a number that corresponds to a relevant array element\n");
}
else // Only remaining numbers correspond to a specific element in each of the arrays
{
// Sets all of the values in that array element to 0
sched_time_at_start_ptr[interrupt] = 0;
sched_count_rate_ptr[interrupt] = 0;
sched_running_time_ptr[interrupt] = 0;
sched_end_time_ptr[interrupt] = 0;
// Shifts each of the array elements located to the right one place to the left
for(int i = interrupt; i < total_capture_no; i++)
{
sched_time_at_start_ptr[i] = sched_time_at_start_ptr[i+1];
sched_count_rate_ptr[i] = sched_count_rate_ptr[i+1];
sched_running_time_ptr[i] = sched_running_time_ptr[i+1];
sched_end_time_ptr[i] = sched_end_time_ptr[i+1];
}
total_capture_no = total_capture_no - 1; // Makes the array one smaller to account for the deleted elements
}
}
