def METHOD_NAME(cls, objects):
    """
    Orders a given dictionary of objects by the class's default mechanism and
    then apply the `after` attribute for further restrictions.
    """
    # Sort by the default approach
    sorting_objects = list(cls.get_ordered(objects))
    # Afterwards cell types can be specified that need to be placed after other types.
    after_specifications = [c for c in sorting_objects if c.has_after()]
    j = 0
    # Keep rearranging as long as any cell type's after condition isn't satisfied.
    while any(
        not c.is_after_satisfied(sorting_objects) for c in after_specifications
    ):
        j += 1
        # Rearrange each element that is out of place.
        for after_type in after_specifications:
            if not after_type.is_after_satisfied(sorting_objects):
                after_type.satisfy_after(sorting_objects)
        # If we have had to rearrange all elements more than there are elements, the
        # conditions cannot be met, and a circular dependency is at play.
        if j > len(objects):
            circulars = ", ".join(
                c.name
                for c in after_specifications
                if not c.is_after_satisfied(sorting_objects)
            )
            raise OrderError(
                f"Couldn't resolve order, circular dependency including: {circulars}"
            )
    # Return the sorted array.
    return sorting_objects