
    Given a delivery network with n zones identified by consecutive odd numbers, calculate the total route complexity factor by summing the squares of all zone identifiers. This calculation is crucial for the fleet management system to optimize delivery routes across all zones, where the squared zone numbers represent the relative complexity and distance factors for each delivery area.
    

    
def square_Sum(n):
    """
    Given a delivery network with n zones identified by consecutive odd numbers, calculate the total route complexity factor by summing the squares of all zone identifiers. This calculation is crucial for the fleet management system to optimize delivery routes across all zones, where the squared zone numbers represent the relative complexity and distance factors for each delivery area.
    

    """
def square_Sum(n):
    """
    Given a delivery network with n zones identified by consecutive odd numbers, calculate the total route complexity factor by summing the squares of all zone identifiers. This calculation is crucial for the fleet management system to optimize delivery routes across all zones, where the squared zone numbers represent the relative complexity and distance factors for each delivery area.
    

    """
    return int(n * (4 * n * n - 1) / 3)