def __init__(self, lower=0, upper=0, upper_includes_max=False):
    '\n        any number within this range should be greater than or equal to self.lower and \n        less than (or less than equal to depending on whether it includes the max) self.upper\n        '
    self.__delta_added = False
    if (upper < lower):
        raise se.SystemError((((('Lower limit ' + str(lower)) + ' cannot be greater than the Upper limit ') + str(upper)) + ' in a range'))
    self.__uninitialized = False
    if (upper == lower == 0):
        self.__uninitialized = True
    (self.lower, self.upper, self.__delta_added) = (lower, upper, False)
    if upper_includes_max:
        self.upper += DELTA
        self.__delta_added = True
any number within this range should be greater than or equal to self.lower and 
less than (or less than equal to depending on whether it includes the max) self.upper
def __init__(self, lower=0, upper=0, upper_includes_max=False):
    '\n        any number within this range should be greater than or equal to self.lower and \n        less than (or less than equal to depending on whether it includes the max) self.upper\n        '
    self.__delta_added = False
    if (upper < lower):
        raise se.SystemError((((('Lower limit ' + str(lower)) + ' cannot be greater than the Upper limit ') + str(upper)) + ' in a range'))
    self.__uninitialized = False
    if (upper == lower == 0):
        self.__uninitialized = True
    (self.lower, self.upper, self.__delta_added) = (lower, upper, False)
    if upper_includes_max:
        self.upper += DELTA
        self.__delta_added = True