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Reference documentation for deal.II version 9.1.1
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Reference documentation for deal.II version 9.1.1
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This is the complete list of members for LinearOperator< Range, Domain, Payload >, including all inherited members.
| constrained_linear_operator(const AffineConstraints< typename Range::value_type > &constraints, const LinearOperator< Range, Domain, Payload > &linop) | LinearOperator< Range, Domain, Payload > | related |
| constrained_right_hand_side(const AffineConstraints< typename Range::value_type > &constraints, const LinearOperator< Range, Domain, Payload > &linop, const Range &right_hand_side) | LinearOperator< Range, Domain, Payload > | related |
| distribute_constraints_linear_operator(const AffineConstraints< typename Range::value_type > &constraints, const LinearOperator< Range, Domain, Payload > &exemplar) | LinearOperator< Range, Domain, Payload > | related |
| identity_operator(const std::function< void(Range &, bool)> &reinit_vector) | LinearOperator< Range, Domain, Payload > | related |
| identity_operator(const LinearOperator< Range, Domain, Payload > &op) | LinearOperator< Range, Domain, Payload > | related |
| inverse_operator(const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const Preconditioner &preconditioner) | LinearOperator< Range, Domain, Payload > | related |
| inverse_operator(const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const LinearOperator< Range, Domain, Payload > &preconditioner) | LinearOperator< Range, Domain, Payload > | related |
| inverse_operator(const LinearOperator< Range, Domain, Payload > &op, Solver &solver) | LinearOperator< Range, Domain, Payload > | related |
| inverse_operator(const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const PreconditionIdentity &) | LinearOperator< Range, Domain, Payload > | related |
| is_null_operator | LinearOperator< Range, Domain, Payload > | |
| linear_operator(const Matrix &matrix) | LinearOperator< Range, Domain, Payload > | related |
| linear_operator(const OperatorExemplar &operator_exemplar, const Matrix &matrix) | LinearOperator< Range, Domain, Payload > | related |
| linear_operator(const LinearOperator< Range, Domain, Payload > &operator_exemplar, const Matrix &matrix) | LinearOperator< Range, Domain, Payload > | related |
| linear_operator(const TrilinosWrappers::SparseMatrix &operator_exemplar, const Matrix &matrix) | LinearOperator< Range, Domain, Payload > | related |
| linear_operator(const TrilinosWrappers::SparseMatrix &matrix) | LinearOperator< Range, Domain, Payload > | related |
| LinearOperator(const Payload &payload=Payload()) | LinearOperator< Range, Domain, Payload > | inline |
| LinearOperator(const LinearOperator< Range, Domain, Payload > &)=default | LinearOperator< Range, Domain, Payload > | |
| LinearOperator(const Op &op) | LinearOperator< Range, Domain, Payload > | inline |
| mean_value_filter(const std::function< void(Range &, bool)> &reinit_vector) | LinearOperator< Range, Domain, Payload > | related |
| mean_value_filter(const LinearOperator< Range, Domain, Payload > &op) | LinearOperator< Range, Domain, Payload > | related |
| null_operator(const LinearOperator< Range, Domain, Payload > &op) | LinearOperator< Range, Domain, Payload > | related |
| operator*(typename Range::value_type number, const LinearOperator< Range, Domain, Payload > &op) | LinearOperator< Range, Domain, Payload > | related |
| operator*(const LinearOperator< Range, Domain, Payload > &op, typename Domain::value_type number) | LinearOperator< Range, Domain, Payload > | related |
| operator*(const LinearOperator< Range, Intermediate, Payload > &first_op, const LinearOperator< Intermediate, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | related |
| operator*=(const LinearOperator< Domain, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | inline |
| operator*=(typename Domain::value_type number) | LinearOperator< Range, Domain, Payload > | inline |
| operator+(const LinearOperator< Range, Domain, Payload > &first_op, const LinearOperator< Range, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | related |
| operator+=(const LinearOperator< Range, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | inline |
| operator-(const LinearOperator< Range, Domain, Payload > &first_op, const LinearOperator< Range, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | related |
| operator-=(const LinearOperator< Range, Domain, Payload > &second_op) | LinearOperator< Range, Domain, Payload > | inline |
| operator=(const LinearOperator< Range, Domain, Payload > &)=default | LinearOperator< Range, Domain, Payload > | |
| operator=(const Op &op) | LinearOperator< Range, Domain, Payload > | inline |
| project_to_constrained_linear_operator(const AffineConstraints< typename Range::value_type > &constraints, const LinearOperator< Range, Domain, Payload > &exemplar) | LinearOperator< Range, Domain, Payload > | related |
| reinit_domain_vector | LinearOperator< Range, Domain, Payload > | |
| reinit_range_vector | LinearOperator< Range, Domain, Payload > | |
| schur_complement(const LinearOperator< Domain_1, Range_1, Payload > &A_inv, const LinearOperator< Range_1, Domain_2, Payload > &B, const LinearOperator< Range_2, Domain_1, Payload > &C, const LinearOperator< Range_2, Domain_2, Payload > &D) | LinearOperator< Range, Domain, Payload > | related |
| transpose_operator(const LinearOperator< Range, Domain, Payload > &op) | LinearOperator< Range, Domain, Payload > | related |
| Tvmult | LinearOperator< Range, Domain, Payload > | |
| Tvmult_add | LinearOperator< Range, Domain, Payload > | |
| vmult | LinearOperator< Range, Domain, Payload > | |
| vmult_add | LinearOperator< Range, Domain, Payload > |
1.8.14