void CSpace::put_coordinates(RealMatrix& coordinates, const Uint elem_idx) const
{
if (bound_fields().has_coordinates())
{
CConnectivity::ConstRow indexes = indexes_for_element(elem_idx);
Field& coordinates_field = bound_fields().coordinates();
cf_assert(coordinates.rows() == indexes.size());
cf_assert(coordinates.cols() == coordinates_field.row_size());
for (Uint i=0; i<coordinates.rows(); ++i)
{
for (Uint j=0; j<coordinates.cols(); ++j)
{
coordinates(i,j) = coordinates_field[i][j];
}
}
}
else
{
const ShapeFunction& space_sf = shape_function();
const CEntities& geometry = support();
const ElementType& geometry_etype = element_type();
const ShapeFunction& geometry_sf = geometry_etype.shape_function();
RealMatrix geometry_coordinates = geometry.get_coordinates(elem_idx);
cf_assert(coordinates.rows() == space_sf.nb_nodes());
cf_assert(coordinates.cols() == geometry_etype.dimension());
for (Uint node=0; node<space_sf.nb_nodes(); ++node)
{
coordinates.row(node) = geometry_sf.value( space_sf.local_coordinates().row(node) ) * geometry_coordinates;
}
}
}
void Reconstruct::configure_from_to()
{
std::vector<std::string> from_to; option("from_to").put_value(from_to);
if (is_not_null(m_from))
remove_component(*m_from);
m_from = create_component("from_"+from_to[0],from_to[0]).as_ptr<ShapeFunction>();
if (is_not_null(m_to))
remove_component(*m_to);
m_to = create_component("to_"+from_to[1],from_to[1]).as_ptr<ShapeFunction>();
m_value_reconstruction_matrix.resize(m_to->nb_nodes(),m_from->nb_nodes());
m_gradient_reconstruction_matrix.resize(m_to->dimensionality());
for (Uint d=0; d<m_gradient_reconstruction_matrix.size(); ++d)
m_gradient_reconstruction_matrix[d].resize(m_to->nb_nodes(),m_from->nb_nodes());
for (Uint to_node=0; to_node<m_to->nb_nodes(); ++to_node)
{
m_value_reconstruction_matrix.row(to_node) = m_from->value( m_to->local_coordinates().row(to_node) );
RealMatrix grad = m_from->gradient( m_to->local_coordinates().row(to_node) );
for (Uint d=0; d<m_to->dimensionality(); ++d)
m_gradient_reconstruction_matrix[d].row(to_node) = grad.row(d);
}
}
