Functions | |
bool | itpp::inv (const mat &X, mat &Y) |
Inverse of real square matrix. | |
mat | itpp::inv (const mat &X) |
Inverse of real square matrix. | |
bool | itpp::inv (const cmat &X, cmat &Y) |
Inverse of complex square matrix. | |
cmat | itpp::inv (const cmat &X) |
Inverse of real square matrix. |
Inverse of real square matrix.
Calculate the inverse of the real matrix
Solves the equation system using LU-factorization. IT++ needs to be compiled with the LAPACK for the inverse to be available.
Definition at line 50 of file inv.cpp.
References it_assert1.
Referenced by itpp::inv(), and itpp::is_unitary().
Inverse of real square matrix.
Calculate the inverse of the real matrix
Solves the equation system using LU-factorization. IT++ needs to be compiled with LAPACK support for the inverse to be available.
Definition at line 112 of file inv.cpp.
References itpp::inv().
Inverse of complex square matrix.
Calculate the inverse of the complex matrix
Solves the equation system using LU-factorization. IT++ needs to be compiled with LAPACK support for the inverse to be available.
Definition at line 69 of file inv.cpp.
References it_assert1.
Inverse of real square matrix.
Calculate the inverse of the complex matrix
Solves the equation system using LU-factorization. IT++ needs to be compiled with the LAPACK for the inverse to be available.
Definition at line 104 of file inv.cpp.
References itpp::inv().
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