Manicore
Library to implement schemes on n-dimensionnal manifolds.
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This is the complete list of members for Manicore::dCell_map< dimension, d >, including all inherited members.
cell_dim | Manicore::dCell_map< dimension, d > | static |
dCell_map(Eigen::Vector< double, dimension > const ¢er_mass, Eigen::Matrix< double, dimension, d > const &flat_map, double diam, std::vector< Simplex< d >> const &triangulation) | Manicore::dCell_map< dimension, d > | |
dCell_map(std::vector< std::unique_ptr< ParametrizedMap< dimension, d >>> &maps, std::vector< std::unique_ptr< ParametrizedDerivedMap< dimension, d >>> &pullback_maps, std::vector< Simplex< d >> const &triangulation) | Manicore::dCell_map< dimension, d > | |
evaluate_DI(size_t rel_map_id, Eigen::Vector< double, d > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_DI_p(size_t rel_map_id, Eigen::Vector< double, d > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_DJ(size_t rel_map_id, Eigen::Vector< double, dimension > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_DJ_p(size_t rel_map_id, Eigen::Vector< double, dimension > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_I(size_t rel_map_id, Eigen::Vector< double, d > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_J(size_t rel_map_id, Eigen::Vector< double, dimension > const &x) const | Manicore::dCell_map< dimension, d > | |
evaluate_poly_on_ref(Eigen::Vector< double, d > const &x, size_t i_pbasis, int r) const | Manicore::dCell_map< dimension, d > | |
evaluate_poly_pullback(size_t rel_map_id, Eigen::Vector< double, dimension > const &x, size_t i_pbasis, int r) const | Manicore::dCell_map< dimension, d > | |
get_orientation(size_t rel_map_id, Eigen::Vector< double, dimension > const &x, Eigen::Matrix< double, dimension, d-1 > const &pM) const requires(d >1) | Manicore::dCell_map< dimension, d > | |
get_reference_elem() const | Manicore::dCell_map< dimension, d > | inline |
is_flat() const | Manicore::dCell_map< dimension, d > | inline |