
    Given the difference in attendee count between two events, determine if this difference can be achieved by splitting one larger event into two sub-events with perfect square attendee counts, which would create optimal social grouping arrangements. For example, if the difference in attendees is 7, check if it's possible to split one event into two sub-events where the difference of their squared attendee counts equals 7.
    

    
def dif_Square(n):
    """
    Given the difference in attendee count between two events, determine if this difference can be achieved by splitting one larger event into two sub-events with perfect square attendee counts, which would create optimal social grouping arrangements. For example, if the difference in attendees is 7, check if it's possible to split one event into two sub-events where the difference of their squared attendee counts equals 7.
    

    """
def dif_Square(n):
    """
    Given the difference in attendee count between two events, determine if this difference can be achieved by splitting one larger event into two sub-events with perfect square attendee counts, which would create optimal social grouping arrangements. For example, if the difference in attendees is 7, check if it's possible to split one event into two sub-events where the difference of their squared attendee counts equals 7.
    

    """
    if n % 4 != 2:
        return True
    return False