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| SparseSymmMatMUMPS (const uword in_row, const uword in_col, const uword in_elem=0) |
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unique_ptr< MetaMat< T > > | make_copy () override |
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| SparseMatBaseMUMPS (const uword in_row, const uword in_col, const uword in_elem, const int in_sym) |
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| SparseMatBaseMUMPS (const SparseMatBaseMUMPS &other) |
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| SparseMatBaseMUMPS (SparseMatBaseMUMPS &&) noexcept=delete |
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SparseMatBaseMUMPS & | operator= (const SparseMatBaseMUMPS &)=delete |
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SparseMatBaseMUMPS & | operator= (SparseMatBaseMUMPS &&) noexcept=delete |
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| ~SparseMatBaseMUMPS () override |
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void | zeros () override |
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int | sign_det () const override |
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| SparseMat (const uword in_row, const uword in_col, const uword in_elem=0) |
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bool | is_empty () const override |
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void | zeros () override |
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void | nullify (const uword idx) override |
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T | max () const override |
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Col< T > | diag () const override |
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T | operator() (const uword in_row, const uword in_col) const override |
| Access element (read-only), returns zero if out-of-bound. More...
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T & | at (const uword in_row, const uword in_col) override |
| Access element with bound check. More...
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const T * | memptr () const override |
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T * | memptr () override |
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void | scale_accu (const T scalar, const shared_ptr< MetaMat< T > > &in_mat) override |
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void | scale_accu (const T scalar, const triplet_form< T, uword > &in_mat) override |
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Mat< T > | operator* (const Mat< T > &in_mat) const override |
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void | operator*= (const T scalar) override |
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int | sign_det () const override |
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void | csc_condense () override |
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void | csr_condense () override |
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| MetaMat (const uword in_rows, const uword in_cols, const uword in_elem) |
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| MetaMat (const MetaMat &)=default |
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| MetaMat (MetaMat &&) noexcept=delete |
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MetaMat & | operator= (const MetaMat &)=delete |
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MetaMat & | operator= (MetaMat &&) noexcept=delete |
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virtual | ~MetaMat ()=default |
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void | set_solver_setting (const SolverSetting< T > &SS) |
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SolverSetting< T > & | get_solver_setting () |
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void | set_factored (const bool F) |
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virtual bool | is_empty () const =0 |
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virtual void | zeros ()=0 |
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virtual unique_ptr< MetaMat > | make_copy ()=0 |
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void | unify (const uword K) |
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virtual void | nullify (uword)=0 |
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virtual T | max () const =0 |
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virtual Col< T > | diag () const =0 |
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virtual T | operator() (uword, uword) const =0 |
| Access element (read-only), returns zero if out-of-bound. More...
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virtual T & | unsafe_at (const uword I, const uword J) |
| Access element without bound check. More...
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virtual T & | at (uword, uword)=0 |
| Access element with bound check. More...
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virtual const T * | memptr () const =0 |
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virtual T * | memptr ()=0 |
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virtual void | scale_accu (T, const shared_ptr< MetaMat > &)=0 |
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virtual void | scale_accu (T, const triplet_form< T, uword > &)=0 |
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void | operator+= (const shared_ptr< MetaMat > &M) |
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void | operator-= (const shared_ptr< MetaMat > &M) |
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void | operator+= (const op_scale< T > &M) |
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void | operator-= (const op_scale< T > &M) |
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void | operator+= (const triplet_form< T, uword > &M) |
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void | operator-= (const triplet_form< T, uword > &M) |
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virtual Mat< T > | operator* (const Mat< T > &) const =0 |
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virtual void | operator*= (T)=0 |
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template<ArmaContainer< T > C> |
int | solve (Mat< T > &X, C &&B) |
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template<ArmaContainer< T > C> |
Mat< T > | solve (C &&B) |
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virtual int | sign_det () const =0 |
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void | save (const char *name) |
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virtual void | csc_condense () |
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virtual void | csr_condense () |
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Col< T > | evaluate (const Col< T > &X) const |
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int | direct_solve (Mat< T > &X, Mat< T > &&B) override |
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int | direct_solve (Mat< T > &X, Mat< T > &&B) override |
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int | direct_solve (Mat< T > &X, const Mat< T > &B) override |
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int | direct_solve (Mat< T > &X, Mat< T > &&B) override |
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virtual int | direct_solve (Mat< T > &, const Mat< T > &)=0 |
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virtual int | direct_solve (Mat< T > &, Mat< T > &&)=0 |
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int | direct_solve (Mat< T > &X, const SpMat< T > &B) |
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int | direct_solve (Mat< T > &X, SpMat< T > &&B) |
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int | iterative_solve (Mat< T > &, const Mat< T > &) |
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int | iterative_solve (Mat< T > &X, const SpMat< T > &B) |
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template<std::invocable< fmat & > F> |
int | mixed_trs (mat &X, mat &&B, F trs) |
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