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SpECTRE
v2024.04.12
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LAPACK wrappers. More...
Functions | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > rhs_in_solution_out, gsl::not_null< Matrix * > matrix_operator, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > rhs_in_solution_out, gsl::not_null< std::vector< int > * > pivots, gsl::not_null< Matrix * > matrix_operator, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > solution, gsl::not_null< Matrix * > matrix_operator, const DataVector &rhs, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > solution, gsl::not_null< std::vector< int > * > pivots, gsl::not_null< Matrix * > matrix_operator, const DataVector &rhs, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > rhs_in_solution_out, const Matrix &matrix_operator, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
| int | general_matrix_linear_solve (gsl::not_null< DataVector * > solution, const Matrix &matrix_operator, const DataVector &rhs, int number_of_rhs=0) |
| Wrapper for LAPACK dgesv, which solves the general linear equation \(A x = b\) by LUP (Lower-triangular, upper-triangular, and permutation) decomposition. More... | |
LAPACK wrappers.