def __init__(self, element):
nodes = element.dual.nodes
dim = element.ref_el.get_spatial_dimension()
if dim == 2:
ref_el = UFCQuadrilateral()
elif dim == 3:
ref_el = UFCHexahedron()
else:
raise ValueError("Illegal element dimension %s" % dim)
entity_ids = element.dual.entity_ids
flat_entity_ids = flatten_entities(entity_ids)
dual = DualSet(nodes, ref_el, flat_entity_ids)
super(FlattenedDimensions, self).__init__(ref_el, dual,
element.get_order(),
element.get_formdegree(),
element._mapping)
self.element = element
# Construct unflattening map for passing correct values to tabulate()
self.unflattening_map = compute_unflattening_map(
self.element.ref_el.get_topology())
def __init__(self, element):
nodes = element.dual.nodes
dim = element.ref_el.get_spatial_dimension()
if dim == 2:
ref_el = UFCQuadrilateral()
elif dim == 3:
ref_el = UFCHexahedron()
else:
raise ValueError("Illegal element dimension %s" % dim)
entity_ids = element.dual.entity_ids
flat_entity_ids = flatten_entities(entity_ids)
dual = DualSet(nodes, ref_el, flat_entity_ids)
super(FlattenedDimensions, self).__init__(ref_el, dual, element.get_order(), element.get_formdegree(), element._mapping)
self.element = element
# Construct unflattening map for passing correct values to tabulate()
self.unflattening_map = compute_unflattening_map(self.element.ref_el.get_topology())
def _entity_support_dofs(self):
return flatten_entities(self.product.entity_support_dofs())
def _entity_support_dofs(self):
return flatten_entities(self.product.entity_support_dofs())