(self)
Returns two lists: first, a list of tuples [(label, category), ...]
        where the label and category are human-readable strings indicating
        the meaning of a segmentation class.  The 0th segmentation class
        should be reserved for a label ('-') that means "no prediction."
        The second list should just be a list of [category,...] listing
        all categories in a canonical order.
Returns two lists: first, a list of tuples [(label, category), ...]
        where the label and category are human-readable strings indicating
        the meaning of a segmentation class.  The 0th segmentation class
        should be reserved for a label ('-') that means "no prediction."
        The second list should just be a list of [category,...] listing
        all categories in a canonical order.
Returns two lists : first a list of tuples [ ( label category ) ... ] where the label and category are human - readable strings indicating the meaning of a segmentation class . The 0th segmentation class should be reserved for a label ( - ) that means no prediction . The second list should just be a list of [ category ... ] listing all categories in a canonical order .
def get_label_and_category_names(self):
        '''
        Returns two lists: first, a list of tuples [(label, category), ...]
        where the label and category are human-readable strings indicating
        the meaning of a segmentation class.  The 0th segmentation class
        should be reserved for a label ('-') that means "no prediction."
        The second list should just be a list of [category,...] listing
        all categories in a canonical order.
        '''
        raise NotImplemented()
def get_label_and_category_names ( self ) : raise NotImplemented ( )