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void FORTRAN() | sgemm (ftn_char TRANSA, ftn_char TRANSB, ftn_int *M, ftn_int *N, ftn_int *K, ftn_single *ALPHA, ftn_single *A, ftn_int *LDA, ftn_single *B, ftn_int *LDB, ftn_single *BETA, ftn_single *C, ftn_int *LDC, ftn_len TRANSA_len, ftn_len TRANSB_len) |
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void FORTRAN() | dgemm (ftn_char TRANSA, ftn_char TRANSB, ftn_int *M, ftn_int *N, ftn_int *K, ftn_double *ALPHA, ftn_double *A, ftn_int *LDA, ftn_double *B, ftn_int *LDB, ftn_double *BETA, ftn_double *C, ftn_int *LDC, ftn_len TRANSA_len, ftn_len TRANSB_len) |
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void FORTRAN() | cgemm (ftn_char TRANSA, ftn_char TRANSB, ftn_int *M, ftn_int *N, ftn_int *K, ftn_complex *ALPHA, ftn_complex *A, ftn_int *LDA, ftn_complex *B, ftn_int *LDB, ftn_complex *BETA, ftn_complex *C, ftn_int *LDC, ftn_len TRANSA_len, ftn_len TRANSB_len) |
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void FORTRAN() | zgemm (ftn_char TRANSA, ftn_char TRANSB, ftn_int *M, ftn_int *N, ftn_int *K, ftn_double_complex *ALPHA, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *B, ftn_int *LDB, ftn_double_complex *BETA, ftn_double_complex *C, ftn_int *LDC, ftn_len TRANSA_len, ftn_len TRANSB_len) |
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void FORTRAN() | ssymm (ftn_char SIDE, ftn_char UPLO, ftn_int *M, ftn_int *N, ftn_single *ALPHA, ftn_single *A, ftn_int *LDA, ftn_single *B, ftn_int *LDB, ftn_single *BETA, ftn_single *C, ftn_int *LDC, ftn_len SIDE_len, ftn_len UPLO_len) |
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void FORTRAN() | dsymm (ftn_char SIDE, ftn_char UPLO, ftn_int *M, ftn_int *N, ftn_double *ALPHA, ftn_double *A, ftn_int *LDA, ftn_double *B, ftn_int *LDB, ftn_double *BETA, ftn_double *C, ftn_int *LDC, ftn_len SIDE_len, ftn_len UPLO_len) |
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void FORTRAN() | chemm (ftn_char SIDE, ftn_char UPLO, ftn_int *M, ftn_int *N, ftn_complex *ALPHA, ftn_complex *A, ftn_int *LDA, ftn_complex *B, ftn_int *LDB, ftn_complex *BETA, ftn_complex *C, ftn_int *LDC, ftn_len SIDE_len, ftn_len UPLO_len) |
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void FORTRAN() | zhemm (ftn_char SIDE, ftn_char UPLO, ftn_int *M, ftn_int *N, ftn_double_complex *ALPHA, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *B, ftn_int *LDB, ftn_double_complex *BETA, ftn_double_complex *C, ftn_int *LDC, ftn_len SIDE_len, ftn_len UPLO_len) |
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void FORTRAN() | strmm (ftn_char SIDE, ftn_char UPLO, ftn_char TRANSA, ftn_char DIAG, ftn_int *M, ftn_int *N, ftn_single *ALPHA, ftn_single *A, ftn_int *LDA, ftn_single *B, ftn_int *LDB, ftn_len SIDE_len, ftn_len UPLO_len, ftn_len TRANSA_len, ftn_len DIAG_len) |
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void FORTRAN() | dtrmm (ftn_char SIDE, ftn_char UPLO, ftn_char TRANSA, ftn_char DIAG, ftn_int *M, ftn_int *N, ftn_double *ALPHA, ftn_double *A, ftn_int *LDA, ftn_double *B, ftn_int *LDB, ftn_len SIDE_len, ftn_len UPLO_len, ftn_len TRANSA_len, ftn_len DIAG_len) |
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void FORTRAN() | ctrmm (ftn_char SIDE, ftn_char UPLO, ftn_char TRANSA, ftn_char DIAG, ftn_int *M, ftn_int *N, ftn_complex *ALPHA, ftn_complex *A, ftn_int *LDA, ftn_complex *B, ftn_int *LDB, ftn_len SIDE_len, ftn_len UPLO_len, ftn_len TRANSA_len, ftn_len DIAG_len) |
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void FORTRAN() | ztrmm (ftn_char SIDE, ftn_char UPLO, ftn_char TRANSA, ftn_char DIAG, ftn_int *M, ftn_int *N, ftn_double_complex *ALPHA, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *B, ftn_int *LDB, ftn_len SIDE_len, ftn_len UPLO_len, ftn_len TRANSA_len, ftn_len DIAG_len) |
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void FORTRAN() | sgemv (ftn_char TRANS, ftn_int *M, ftn_int *N, ftn_single *ALPHA, ftn_single *A, ftn_int *LDA, ftn_single *X, ftn_int *INCX, ftn_single *BETA, ftn_single *Y, ftn_int *INCY, ftn_len TRANS_len) |
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void FORTRAN() | dgemv (ftn_char TRANS, ftn_int *M, ftn_int *N, ftn_double *ALPHA, ftn_double *A, ftn_int *LDA, ftn_double *X, ftn_int *INCX, ftn_double *BETA, ftn_double *Y, ftn_int *INCY, ftn_len TRANS_len) |
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void FORTRAN() | cgemv (ftn_char TRANS, ftn_int *M, ftn_int *N, ftn_complex *ALPHA, ftn_complex *A, ftn_int *LDA, ftn_complex *X, ftn_int *INCX, ftn_complex *BETA, ftn_complex *Y, ftn_int *INCY, ftn_len TRANS_len) |
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void FORTRAN() | zgemv (ftn_char TRANS, ftn_int *M, ftn_int *N, ftn_double_complex *ALPHA, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *X, ftn_int *INCX, ftn_double_complex *BETA, ftn_double_complex *Y, ftn_int *INCY, ftn_len TRANS_len) |
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void FORTRAN() | sger (ftn_int *M, ftn_int *N, ftn_single *ALPHA, ftn_single *X, ftn_int *INCX, ftn_single *Y, ftn_int *INCY, ftn_single *A, ftn_int *LDA) |
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void FORTRAN() | dger (ftn_int *M, ftn_int *N, ftn_double *ALPHA, ftn_double *X, ftn_int *INCX, ftn_double *Y, ftn_int *INCY, ftn_double *A, ftn_int *LDA) |
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void FORTRAN() | cgeru (ftn_int *M, ftn_int *N, ftn_complex *ALPHA, ftn_complex *X, ftn_int *INCX, ftn_complex *Y, ftn_int *INCY, ftn_complex *A, ftn_int *LDA) |
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void FORTRAN() | cgerc (ftn_int *M, ftn_int *N, ftn_complex *ALPHA, ftn_complex *X, ftn_int *INCX, ftn_complex *Y, ftn_int *INCY, ftn_complex *A, ftn_int *LDA) |
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void FORTRAN() | zgeru (ftn_int *M, ftn_int *N, ftn_double_complex *ALPHA, ftn_double_complex *X, ftn_int *INCX, ftn_double_complex *Y, ftn_int *INCY, ftn_double_complex *A, ftn_int *LDA) |
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void FORTRAN() | zgerc (ftn_int *M, ftn_int *N, ftn_double_complex *ALPHA, ftn_double_complex *X, ftn_int *INCX, ftn_double_complex *Y, ftn_int *INCY, ftn_double_complex *A, ftn_int *LDA) |
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void FORTRAN() | ssytrf (ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_single *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | dsytrf (ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_double *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | dsytrs (ftn_char UPLO, ftn_int *N, ftn_int *NRHS, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_double *B, ftn_int *LDB, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | chetrf (ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_complex *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | zhetrf (ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_double_complex *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | sgetrf (ftn_int *M, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_int *INFO) |
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void FORTRAN() | dgetrf (ftn_int *M, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_int *INFO) |
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void FORTRAN() | cgetrf (ftn_int *M, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_int *INFO) |
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void FORTRAN() | zgetrf (ftn_int *M, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_int *INFO) |
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void FORTRAN() | zgetrs (ftn_char UPLO, ftn_int *n, ftn_int *nrhs, ftn_double_complex *A, ftn_int *lda, ftn_int *ipiv, ftn_double_complex *B, ftn_int *ldb, ftn_int *INFO) |
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void FORTRAN() | spotrf (ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | dpotrf (ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | cpotrf (ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | zpotrf (ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | ssytri (ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_single *WORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | dsytri (ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_double *WORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | chetri (ftn_char UPLO, ftn_single *N, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_single *WORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | zhetri (ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_double_complex *WORK, ftn_int *INFO, ftn_len UPLO_len) |
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void FORTRAN() | sgetri (ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_single *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | dgetri (ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_double *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | cgetri (ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_complex *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | zgetri (ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_double_complex *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | sgesv (ftn_int *N, ftn_int *NRHS, ftn_single *A, ftn_int *LDA, ftn_int *IPIV, ftn_single *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | dgesv (ftn_int *N, ftn_int *NRHS, ftn_double *A, ftn_int *LDA, ftn_int *IPIV, ftn_double *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | cgesv (ftn_int *N, ftn_int *NRHS, ftn_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_complex *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | zgesv (ftn_int *N, ftn_int *NRHS, ftn_double_complex *A, ftn_int *LDA, ftn_int *IPIV, ftn_double_complex *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | sgtsv (ftn_int *N, ftn_int *NRHS, ftn_single *DL, ftn_single *D, ftn_single *DU, ftn_single *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | dgtsv (ftn_int *N, ftn_int *NRHS, ftn_double *DL, ftn_double *D, ftn_double *DU, ftn_double *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | cgtsv (ftn_int *N, ftn_int *NRHS, ftn_complex *DL, ftn_complex *D, ftn_complex *DU, ftn_complex *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | zgtsv (ftn_int *N, ftn_int *NRHS, ftn_double_complex *DL, ftn_double_complex *D, ftn_double_complex *DU, ftn_double_complex *B, ftn_int *LDB, ftn_int *INFO) |
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void FORTRAN() | strtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len) |
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void FORTRAN() | dtrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len) |
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void FORTRAN() | ctrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len) |
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void FORTRAN() | ztrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len) |
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void FORTRAN() | ssygvx (ftn_int *ITYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *B, ftn_int *LDB, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_single *Z, ftn_int *LDZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | dsygvx (ftn_int *ITYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *B, ftn_int *LDB, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double *Z, ftn_int *LDZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | chegvx (ftn_int *ITYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_complex *B, ftn_int *LDB, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_complex *Z, ftn_int *LDZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | zhegvx (ftn_int *ITYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *B, ftn_int *LDB, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double_complex *Z, ftn_int *LDZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | ssyev (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *W, ftn_single *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | dsyev (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *W, ftn_double *WORK, ftn_int *LWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | cheev (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_single *W, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | zheev (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double *W, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | ssyevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *W, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | dsyevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *W, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | cheevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_single *W, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | zheevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double *W, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len) |
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void FORTRAN() | ssyevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_single *Z, ftn_int *LDZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | dsyevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double *Z, ftn_int *LDZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | cheevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_complex *Z, ftn_int *LDZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | zheevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double_complex *Z, ftn_int *LDZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *IWORK, ftn_int *IFAIL, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | ssyevr (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_single *Z, ftn_int *LDZ, ftn_int *ISUPPZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | dsyevr (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double *Z, ftn_int *LDZ, ftn_int *ISUPPZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | cheevr (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_single *ABSTOL, ftn_int *M, ftn_single *W, ftn_complex *Z, ftn_int *LDZ, ftn_int *ISUPPZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | zheevr (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double *ABSTOL, ftn_int *M, ftn_double *W, ftn_double_complex *Z, ftn_int *LDZ, ftn_int *ISUPPZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len) |
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void FORTRAN() | sgeqrf (ftn_int *M, ftn_int *N, ftn_single *A, ftn_int *LDA, ftn_single *TAU, ftn_single *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | dgeqrf (ftn_int *M, ftn_int *N, ftn_double *A, ftn_int *LDA, ftn_double *TAU, ftn_double *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | cgeqrf (ftn_int *M, ftn_int *N, ftn_complex *A, ftn_int *LDA, ftn_complex *TAU, ftn_complex *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | zgeqrf (ftn_int *M, ftn_int *N, ftn_double_complex *A, ftn_int *LDA, ftn_double_complex *TAU, ftn_double_complex *WORK, ftn_int *LWORK, ftn_int *INFO) |
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void FORTRAN() | sscal (const ftn_int *N, const ftn_single *ALPHA, ftn_single *X, const ftn_int *INCX) |
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void FORTRAN() | dscal (const ftn_int *N, const ftn_double *ALPHA, ftn_double *X, const ftn_int *INCX) |
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void FORTRAN() | cscal (const ftn_int *N, const ftn_complex *ALPHA, ftn_complex *X, const ftn_int *INCX) |
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void FORTRAN() | zscal (const ftn_int *N, const ftn_double_complex *ALPHA, ftn_double_complex *X, const ftn_int *INCX) |
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void FORTRAN() | dlartg (ftn_double *f, ftn_double *g, ftn_double *cs, ftn_double *sn, ftn_double *r) |
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void FORTRAN() | daxpy (const ftn_int *, const ftn_double *, const ftn_double *, const ftn_int *, ftn_double *, ftn_int *) |
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void FORTRAN() | zaxpy (const ftn_int *, const ftn_double_complex *, const ftn_double_complex *, const ftn_int *, ftn_double_complex *, ftn_int *) |
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