lehrfempp/uscalfe_8h_source.html

#ifndef LF_USCALFE_H

#define LF_USCALFE_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 <lf/mesh/utils/utils.h>


#include "fe_space_lagrange_o1.h"

#include "fe_space_lagrange_o2.h"

#include "fe_space_lagrange_o3.h"

#include "lin_fe.h"

#include "loc_comp_ellbvp.h"

#include "uniform_scalar_fe_space.h"


namespace lf::uscalfe {

// Import operators/free functions from lf::mesh::utils so we can apply them

// also to mesh functions defined in lf::uscalfe (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::uscalfe


#endif

lf::mesh::utils::MeshFunctionUnary::squaredNorm
auto squaredNorm(const A &a) -> MeshFunctionUnary< internal::UnaryOpSquaredNorm, A >
Pointwise squared norm of another mesh function.
Definition mesh_function_unary.h:278

lf::mesh::utils::MeshFunctionUnary::transpose
auto transpose(const A &a) -> MeshFunctionUnary< internal::UnaryOpTranspose, A >
Pointwise transpose of an Eigen::Matrix or Eigen::Array
Definition mesh_function_unary.h:291

lf::mesh::utils::MeshFunctionUnary::adjoint
auto adjoint(const A &a) -> MeshFunctionUnary< internal::UnaryOpAdjoint, A >
Pointwise adjoint of an Eigen::Matrix, i.e. the conjugate transposed of the matrix.
Definition mesh_function_unary.h:308

lf::mesh::utils::MeshFunctionUnary::conjugate
auto conjugate(const A &a) -> MeshFunctionUnary< internal::UnaryOpConjugate, A >
Pointwise conjuagte of an Eigen::Matrix, Eigen::Array or scalar valued mesh function.
Definition mesh_function_unary.h:325

lf::uscalfe
Collects data structures and algorithms designed for scalar finite element methods primarily meant fo...
Definition fe_space_lagrange_o1.h:16