| assm_div_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| assm_edge_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| assm_face_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| div_matrix(const Float f, const Material &material) | bem::rwg::Aefie< MatrixType > | inline |
| elem_pairs_ (defined in bem::rwg::IntegralEquationBase< MatrixType >) | bem::rwg::IntegralEquationBase< MatrixType > | protected |
| exc_matrix(const Float f, const Material &material, ExcitationBase< 3 > &exc) | bem::rwg::Aefie< MatrixType > | inline |
| flip_normals_ (defined in bem::rwg::IntegralEquationBase< MatrixType >) | bem::rwg::IntegralEquationBase< MatrixType > | protected |
| id_matrix() | bem::rwg::Aefie< MatrixType > | inline |
| IntegralEquationBase(const TriangleMesh< 3 > &obs_mesh, const TriangleMesh< 3 > &src_mesh, ConstEigRef< EigMatNX< Index, 2 > > elem_pairs, const bool flip_normals=false) | bem::rwg::IntegralEquationBase< MatrixType > | inline |
| IntegralEquationBase(const TriangleMesh< 3 > &obs_mesh, const TriangleMesh< 3 > &src_mesh, const bool flip_normals=false) | bem::rwg::IntegralEquationBase< MatrixType > | inline |
| IntegralEquationBase(const TriangleMesh< 3 > &mesh, ConstEigRef< EigMatNX< Index, 2 > > elem_pairs, const bool flip_normals=false) | bem::rwg::IntegralEquationBase< MatrixType > | inline |
| IntegralEquationBase(const TriangleMesh< 3 > &mesh, const bool flip_normals=false) | bem::rwg::IntegralEquationBase< MatrixType > | inline |
| j_matrix(const Float f, const Material &material) | bem::rwg::Aefie< MatrixType > | inline |
| j_projector(const Float f, const Material &material, const PointCloud< 3 > &points) | bem::rwg::Aefie< MatrixType > | inline |
| m_matrix(const Float f, const Material &material) | bem::rwg::Aefie< MatrixType > | inline |
| m_projector(const Float f, const Material &material, const PointCloud< 3 > &points) | bem::rwg::Aefie< MatrixType > | inline |
| obs_mesh_ (defined in bem::rwg::IntegralEquationBase< MatrixType >) | bem::rwg::IntegralEquationBase< MatrixType > | protected |
| op_K_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| op_La_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| op_Lp_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| phi_matrix(const Float f, const Material &material) | bem::rwg::Aefie< MatrixType > | inline |
| proj_K_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| proj_La_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| proj_Lp_ (defined in bem::rwg::Aefie< MatrixType >) | bem::rwg::Aefie< MatrixType > | protected |
| rho_matrix(const Float f, const Material &material) | bem::rwg::Aefie< MatrixType > | inline |
| rho_projector(const Float f, const Material &material, const PointCloud< 3 > &points) | bem::rwg::Aefie< MatrixType > | inline |
| set_operators(const VectorSingleLayerOp<> &op_La, const ScalarSingleLayerOp<> &op_Lp, const VectorDoubleLayerPvOp<> &op_K) | bem::rwg::Aefie< MatrixType > | inline |
| src_mesh_ (defined in bem::rwg::IntegralEquationBase< MatrixType >) | bem::rwg::IntegralEquationBase< MatrixType > | protected |