Node               23 src/grid_GridAndTime_impl.cpp using Node = Evolving_grid::Node;
Node               44 src/grid_GridAndTime_impl.cpp const Node& Esfem::Impl::Evolving_grid::operator[](const Node& node) const try{
Node               46 src/grid_GridAndTime_impl.cpp   const Node* n_ptr {nullptr};
Node               67 src/grid_GridAndTime_impl.cpp   static_assert(dim == Node::dimension, "Bad dimension.");
Node              161 src/grid_GridAndTime_impl.cpp std::string Esfem::Impl::node_to_string(const Node& node, const int precision) try{
Node              165 src/grid_GridAndTime_impl.cpp   for(std::size_t i = 0; i < Node::dimension - 1; ++i)
Node              168 src/grid_GridAndTime_impl.cpp   oss << std::setprecision(precision) << node[Node::dimension - 1];
Node              184 src/grid_GridAndTime_impl.cpp Node Esfem::Impl::string_to_node(const std::string& str_node) try{
Node              186 src/grid_GridAndTime_impl.cpp   Node rv;
Node              188 src/grid_GridAndTime_impl.cpp   for(std::size_t it = 0; it < Node::dimension; ++it){
Node              108 src/grid_GridAndTime_impl.h       const Node& operator[](const Node&) const;
Node              115 src/grid_GridAndTime_impl.h       using Map = std::unordered_map<std::string, Node>;
Node              196 src/grid_GridAndTime_impl.h     std::string node_to_string(const Evolving_grid::Node&, const int precision);
Node              197 src/grid_GridAndTime_impl.h     Evolving_grid::Node string_to_node(const std::string&);
Node              215 src/grid_GridAndTime_impl.h 	Node new_vertex {};