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template<class tData , size_t tRows, size_t tCols> |
std::ostream & | ematrix::operator<< (std::ostream &s, const Matrix< tData, tRows, tCols > &A) |
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template<class tData0 , size_t tRows0, size_t tCols0> |
std::ostream & | ematrix::octave (std::ostream &s, const Matrix< std::complex< tData0 >, tRows0, tCols0 > &A, const char *Aname) |
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template<class tData0 , size_t tRows0, size_t tCols0> |
std::ostream & | ematrix::octave (std::ostream &s, const Matrix< tData0, tRows0, tCols0 > &A, const char *Aname) |
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template<class tData , size_t tRows, size_t tCols> |
Matrix< tData, tRows, tCols > | ematrix::operator* (const tData &scalar, const Matrix< tData, tRows, tCols > &R) |
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template<class tData0 , size_t tCols0, size_t tRowsT, size_t tRowsB> |
Matrix< tData0, tRowsT+tRowsB, tCols0 > | ematrix::operator& (const Matrix< tData0, tRowsT, tCols0 > &Top, const Matrix< tData0, tRowsB, tCols0 > &Bottom) |
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template<class tData0 , size_t tRows0, size_t tColsL, size_t tColsR> |
Matrix< tData0, tRows0, tColsL+tColsR > | ematrix::operator| (const Matrix< tData0, tRows0, tColsL > &Left, const Matrix< tData0, tRows0, tColsR > &Right) |
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template<class tData , size_t tRows, size_t tCols> |
Matrix< tData, tCols, tRows > | ematrix::trans (const Matrix< tData, tRows, tCols > &R) |
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template<size_t tRows, size_t tCols> |
Matrix< std::complex< float >, tCols, tRows > | ematrix::trans (const Matrix< std::complex< float >, tRows, tCols > &R) |
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template<size_t tRows, size_t tCols> |
Matrix< std::complex< double >, tCols, tRows > | ematrix::trans (const Matrix< std::complex< double >, tRows, tCols > &R) |
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template<class tData , size_t tRows> |
Matrix< tData, tRows, 1 > | ematrix::diag (const Matrix< tData, tRows, tRows > &R) |
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template<class tData , size_t tRows> |
Matrix< tData, tRows, tRows > | ematrix::diag (const Matrix< tData, tRows, 1 > &R) |
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template<class tData , size_t tCols> |
Matrix< tData, tCols, tCols > | ematrix::diag (const Matrix< tData, 1, tCols > &R) |
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template<class tData > |
Matrix< tData, 3, 3 > | ematrix::skew (const Matrix< tData, 3, 1 > &R) |
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template<class tData > |
Matrix< tData, 3, 1 > | ematrix::cross (const Matrix< tData, 3, 1 > &L, const Matrix< tData, 3, 1 > &R) |
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template<class tData , size_t tRows> |
tData | ematrix::dot (const Matrix< tData, tRows, 1 > &L, const Matrix< tData, tRows, 1 > &R) |
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template<class tData , size_t tRows> |
tData | ematrix::norm (const Matrix< tData, tRows, 1 > &R) |
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void | ematrix::sgesv_ (const int &n, const int &nrhs, float *A, const int &lda, int *ipiv, float *B, const int &ldb, int *info) |
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void | ematrix::cgesv_ (const int &n, const int &nrhs, std::complex< float > *A, const int &lda, int *ipiv, std::complex< float > *B, const int &ldb, int *info) |
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void | ematrix::dgesv_ (const int &n, const int &nrhs, double *A, const int &lda, int *ipiv, double *B, const int &ldb, int *info) |
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void | ematrix::zgesv_ (const int &n, const int &nrhs, std::complex< double > *A, const int &lda, int *ipiv, std::complex< double > *B, const int &ldb, int *info) |
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template<size_t tRows> |
Matrix< float, tRows, tRows > | ematrix::inv (const Matrix< float, tRows, tRows > &R) |
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template<size_t tRows> |
Matrix< std::complex< float >, tRows, tRows > | ematrix::inv (const Matrix< std::complex< float >, tRows, tRows > &R) |
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template<size_t tRows> |
Matrix< double, tRows, tRows > | ematrix::inv (const Matrix< double, tRows, tRows > &R) |
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template<size_t tRows> |
Matrix< std::complex< double >, tRows, tRows > | ematrix::inv (const Matrix< std::complex< double >, tRows, tRows > &R) |
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void | ematrix::sgetrf_ (const int &m, const int &n, float *A, const int &lda, int *ipiv, int *info) |
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void | ematrix::cgetrf_ (const int &m, const int &n, std::complex< float > *A, const int &lda, int *ipiv, int *info) |
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void | ematrix::dgetrf_ (const int &m, const int &n, double *A, const int &lda, int *ipiv, int *info) |
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void | ematrix::zgetrf_ (const int &m, const int &n, std::complex< double > *A, const int &lda, int *ipiv, int *info) |
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template<size_t tRows> |
float | ematrix::det (const Matrix< float, tRows, tRows > &R) |
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template<size_t tRows> |
std::complex< float > | ematrix::det (const Matrix< std::complex< float >, tRows, tRows > &R) |
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template<size_t tRows> |
double | ematrix::det (const Matrix< double, tRows, tRows > &R) |
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template<size_t tRows> |
std::complex< double > | ematrix::det (const Matrix< std::complex< double >, tRows, tRows > &R) |
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template<class tData > |
Matrix< tData, 3, 3 > | ematrix::R (tData angle, char axis) |
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template<class tData > |
Matrix< tData, 3, 3 > | ematrix::TIE (tData t) |
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template<class tData > |
Matrix< tData, 3, 3 > | ematrix::TEL (tData lat_rad, tData lon_rad) |
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template<class tData > |
Matrix< tData, 3, 3 > | ematrix::ang_to_tib (tData psi, tData the, tData phi) |
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template<class tData > |
void | ematrix::uv_to_ae (tData *az, tData *el, Matrix< tData, 3, 1 > &u) |
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This file is part of EMatrix, the C++ matrix library distribution. This project is licensed under the terms of the MIT license. The full text of the license file can be found in LICENSE.
Definition in file EMatrix.h.