fe.h

#ifndef LF_FE_H
#define LF_FE_H
/***************************************************************************
 * LehrFEM++ - A simple C++ finite element libray for teaching
 * Developed from 2018 at the Seminar of Applied Mathematics of ETH Zurich,
 * lead developers Dr. R. Casagrande and Prof. R. Hiptmair
 ***************************************************************************/
 
#include "fe_point.h"
#include "fe_tools.h"
#include "hierarchic_scalar_fe_space.h"
#include "loc_comp_ellbvp.h"
#include "mesh_function_fe.h"
#include "mesh_function_grad_fe.h"
#include "prolongation.h"
#include "scalar_fe_space.h"
#include "scalar_reference_finite_element.h"
 
namespace lf::fe {
 
using gdof_idx_t = lf::assemble::gdof_idx_t;
using ldof_idx_t = lf::assemble::ldof_idx_t;
using size_type = lf::assemble::size_type;
using dim_t = lf::assemble::dim_t;
using glb_idx_t = lf::assemble::glb_idx_t;
using sub_idx_t = lf::base::sub_idx_t;
 
// Import operators/free functions from lf::mesh::utils so we can apply them
// also to mesh functions defined in lf::fe (Argument Dependent Lookup)
using mesh::utils::operator*;
using mesh::utils::operator+;
using mesh::utils::operator-;
using mesh::utils::adjoint;
using mesh::utils::conjugate;
using mesh::utils::squaredNorm;
using mesh::utils::transpose;
}  // namespace lf::fe
 
#endif