C_BLAS¶

Usage

use BLAS.C_BLAS;

Support for low-level native CBLAS bindings.

This submodule wraps the netlib CBLAS implementation, providing access to all of CBLAS calls.

Arrays are passed in directly, while pointers to scalar quantities (including complex numbers) are passed by reference (removing the need to wrap these with c_ptrTo). As with BLAS calls in C, the user is responsible for passing in array dimensions etc. Furthermore, different array element types require using different functions.

Refer to the CBLAS documentation of the reference version for the usage of this module.

type CBLAS_INDEX¶

type CBLAS_ORDER = c_int¶

type CBLAS_TRANSPOSE = c_int¶

type CBLAS_UPLO = c_int¶

type CBLAS_DIAG = c_int¶

type CBLAS_SIDE = c_int¶

const CblasRowMajor: CBLAS_ORDER¶

const CblasColMajor: CBLAS_ORDER¶

const CblasNoTrans: CBLAS_TRANSPOSE¶

const CblasTrans: CBLAS_TRANSPOSE¶

const CblasConjTrans: CBLAS_TRANSPOSE¶

const CblasUpper: CBLAS_UPLO¶

const CblasLower: CBLAS_UPLO¶

const CblasNonUnit: CBLAS_DIAG¶

const CblasUnit: CBLAS_DIAG¶

const CblasLeft: CBLAS_SIDE¶

const CblasRight: CBLAS_SIDE¶

proc cblas_sdsdot(N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int): c_float¶

proc cblas_dsdot(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int): c_double¶

proc cblas_sdot(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int): c_float¶

proc cblas_ddot(N: c_int, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int): c_double¶

proc cblas_cdotu_sub(N: c_int, X: [], incX: c_int, Y: [], incY: c_int, ref dotu)¶

proc cblas_cdotc_sub(N: c_int, X: [], incX: c_int, Y: [], incY: c_int, ref dotc)¶

proc cblas_zdotu_sub(N: c_int, X: [], incX: c_int, Y: [], incY: c_int, ref dotu)¶

proc cblas_zdotc_sub(N: c_int, X: [], incX: c_int, Y: [], incY: c_int, ref dotc)¶

proc cblas_snrm2(N: c_int, X: [] c_float, incX: c_int): c_float¶

proc cblas_sasum(N: c_int, X: [] c_float, incX: c_int): c_float¶

proc cblas_dnrm2(N: c_int, X: [] c_double, incX: c_int): c_double¶

proc cblas_dasum(N: c_int, X: [] c_double, incX: c_int): c_double¶

proc cblas_scnrm2(N: c_int, X: [], incX: c_int): c_float¶

proc cblas_scasum(N: c_int, X: [], incX: c_int): c_float¶

proc cblas_dznrm2(N: c_int, X: [], incX: c_int): c_double¶

proc cblas_dzasum(N: c_int, X: [], incX: c_int): c_double¶

proc cblas_isamax(N: c_int, X: [] c_float, incX: c_int): CBLAS_INDEX¶

proc cblas_idamax(N: c_int, X: [] c_double, incX: c_int): CBLAS_INDEX¶

proc cblas_icamax(N: c_int, X: [], incX: c_int): CBLAS_INDEX¶

proc cblas_izamax(N: c_int, X: [], incX: c_int): CBLAS_INDEX¶

proc cblas_sswap(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int)¶

proc cblas_scopy(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int)¶

proc cblas_saxpy(N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int)¶

proc cblas_dswap(N: c_int, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int)¶

proc cblas_dcopy(N: c_int, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int)¶

proc cblas_daxpy(N: c_int, alpha: c_double, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int)¶

proc cblas_cswap(N: c_int, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_ccopy(N: c_int, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_caxpy(N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_zswap(N: c_int, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_zcopy(N: c_int, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_zaxpy(N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int)¶

proc cblas_srotg(ref a: c_float, ref b: c_float, ref c: c_float, ref s: c_float)¶

proc cblas_srotmg(ref d1: c_float, ref d2: c_float, ref b1: c_float, b2: c_float, P: [] c_float)¶

proc cblas_srot(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int, c: c_float, s: c_float)¶

proc cblas_srotm(N: c_int, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int, P: [] c_float)¶

proc cblas_drotg(ref a: c_double, ref b: c_double, ref c: c_double, ref s: c_double)¶

proc cblas_drotmg(ref d1: c_double, ref d2: c_double, ref b1: c_double, b2: c_double, P: [] c_double)¶

proc cblas_drot(N: c_int, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int, c: c_double, s: c_double)¶

proc cblas_drotm(N: c_int, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int, P: [] c_double)¶

proc cblas_sscal(N: c_int, alpha: c_float, X: [] c_float, incX: c_int)¶

proc cblas_dscal(N: c_int, alpha: c_double, X: [] c_double, incX: c_int)¶

proc cblas_cscal(N: c_int, ref alpha, X: [], incX: c_int)¶

proc cblas_zscal(N: c_int, ref alpha, X: [], incX: c_int)¶

proc cblas_csscal(N: c_int, alpha: c_float, X: [], incX: c_int)¶

proc cblas_zdscal(N: c_int, alpha: c_double, X: [], incX: c_int)¶

proc cblas_sgemv(order, TransA, M: c_int, N: c_int, alpha: c_float, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int, beta: c_float, Y: [] c_float, incY: c_int)¶

proc cblas_sgbmv(order, TransA, M: c_int, N: c_int, KL: c_int, KU: c_int, alpha: c_float, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int, beta: c_float, Y: [] c_float, incY: c_int)¶

proc cblas_strmv(order, Uplo, TransA, Diag, N: c_int, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int)¶

proc cblas_stbmv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int)¶

proc cblas_stpmv(order, Uplo, TransA, Diag, N: c_int, Ap: [] c_float, X: [] c_float, incX: c_int)¶

proc cblas_strsv(order, Uplo, TransA, Diag, N: c_int, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int)¶

proc cblas_stbsv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int)¶

proc cblas_stpsv(order, Uplo, TransA, Diag, N: c_int, Ap: [] c_float, X: [] c_float, incX: c_int)¶

proc cblas_dgemv(order, TransA, M: c_int, N: c_int, alpha: c_double, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int, beta: c_double, Y: [] c_double, incY: c_int)¶

proc cblas_dgbmv(order, TransA, M: c_int, N: c_int, KL: c_int, KU: c_int, alpha: c_double, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int, beta: c_double, Y: [] c_double, incY: c_int)¶

proc cblas_dtrmv(order, Uplo, TransA, Diag, N: c_int, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int)¶

proc cblas_dtbmv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int)¶

proc cblas_dtpmv(order, Uplo, TransA, Diag, N: c_int, Ap: [] c_double, X: [] c_double, incX: c_int)¶

proc cblas_dtrsv(order, Uplo, TransA, Diag, N: c_int, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int)¶

proc cblas_dtbsv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int)¶

proc cblas_dtpsv(order, Uplo, TransA, Diag, N: c_int, Ap: [] c_double, X: [] c_double, incX: c_int)¶

proc cblas_cgemv(order, TransA, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_cgbmv(order, TransA, M: c_int, N: c_int, KL: c_int, KU: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_ctrmv(order, Uplo, TransA, Diag, N: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ctbmv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ctpmv(order, Uplo, TransA, Diag, N: c_int, Ap: [], X: [], incX: c_int)¶

proc cblas_ctrsv(order, Uplo, TransA, Diag, N: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ctbsv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ctpsv(order, Uplo, TransA, Diag, N: c_int, Ap: [], X: [], incX: c_int)¶

proc cblas_zgemv(order, TransA, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_zgbmv(order, TransA, M: c_int, N: c_int, KL: c_int, KU: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_ztrmv(order, Uplo, TransA, Diag, N: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ztbmv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ztpmv(order, Uplo, TransA, Diag, N: c_int, Ap: [], X: [], incX: c_int)¶

proc cblas_ztrsv(order, Uplo, TransA, Diag, N: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ztbsv(order, Uplo, TransA, Diag, N: c_int, K: c_int, A: [], lda: c_int, X: [], incX: c_int)¶

proc cblas_ztpsv(order, Uplo, TransA, Diag, N: c_int, Ap: [], X: [], incX: c_int)¶

proc cblas_ssymv(order, Uplo, N: c_int, alpha: c_float, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int, beta: c_float, Y: [] c_float, incY: c_int)¶

proc cblas_ssbmv(order, Uplo, N: c_int, K: c_int, alpha: c_float, A: [] c_float, lda: c_int, X: [] c_float, incX: c_int, beta: c_float, Y: [] c_float, incY: c_int)¶

proc cblas_sspmv(order, Uplo, N: c_int, alpha: c_float, Ap: [] c_float, X: [] c_float, incX: c_int, beta: c_float, Y: [] c_float, incY: c_int)¶

proc cblas_sger(order, M: c_int, N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int, A: [] c_float, lda: c_int)¶

proc cblas_ssyr(order, Uplo, N: c_int, alpha: c_float, X: [] c_float, incX: c_int, A: [] c_float, lda: c_int)¶

proc cblas_sspr(order, Uplo, N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Ap: [] c_float)¶

proc cblas_ssyr2(order, Uplo, N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int, A: [] c_float, lda: c_int)¶

proc cblas_sspr2(order, Uplo, N: c_int, alpha: c_float, X: [] c_float, incX: c_int, Y: [] c_float, incY: c_int, A: [] c_float)¶

proc cblas_dsymv(order, Uplo, N: c_int, alpha: c_double, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int, beta: c_double, Y: [] c_double, incY: c_int)¶

proc cblas_dsbmv(order, Uplo, N: c_int, K: c_int, alpha: c_double, A: [] c_double, lda: c_int, X: [] c_double, incX: c_int, beta: c_double, Y: [] c_double, incY: c_int)¶

proc cblas_dspmv(order, Uplo, N: c_int, alpha: c_double, Ap: [] c_double, X: [] c_double, incX: c_int, beta: c_double, Y: [] c_double, incY: c_int)¶

proc cblas_dger(order, M: c_int, N: c_int, alpha: c_double, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int, A: [] c_double, lda: c_int)¶

proc cblas_dsyr(order, Uplo, N: c_int, alpha: c_double, X: [] c_double, incX: c_int, A: [] c_double, lda: c_int)¶

proc cblas_dspr(order, Uplo, N: c_int, alpha: c_double, X: [] c_double, incX: c_int, Ap: [] c_double)¶

proc cblas_dsyr2(order, Uplo, N: c_int, alpha: c_double, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int, A: [] c_double, lda: c_int)¶

proc cblas_dspr2(order, Uplo, N: c_int, alpha: c_double, X: [] c_double, incX: c_int, Y: [] c_double, incY: c_int, A: [] c_double)¶

proc cblas_chemv(order, Uplo, N: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_chbmv(order, Uplo, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_chpmv(order, Uplo, N: c_int, ref alpha, Ap: [], X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_cgeru(order, M: c_int, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_cgerc(order, M: c_int, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_cher(order, Uplo, N: c_int, alpha: c_float, X: [], incX: c_int, A: [], lda: c_int)¶

proc cblas_chpr(order, Uplo, N: c_int, alpha: c_float, X: [], incX: c_int, A: [])¶

proc cblas_cher2(order, Uplo, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_chpr2(order, Uplo, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, Ap: [])¶

proc cblas_zhemv(order, Uplo, N: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_zhbmv(order, Uplo, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_zhpmv(order, Uplo, N: c_int, ref alpha, Ap: [], X: [], incX: c_int, ref beta, Y: [], incY: c_int)¶

proc cblas_zgeru(order, M: c_int, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_zgerc(order, M: c_int, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_zher(order, Uplo, N: c_int, alpha: c_double, X: [], incX: c_int, A: [], lda: c_int)¶

proc cblas_zhpr(order, Uplo, N: c_int, alpha: c_double, X: [], incX: c_int, A: [])¶

proc cblas_zher2(order, Uplo, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, A: [], lda: c_int)¶

proc cblas_zhpr2(order, Uplo, N: c_int, ref alpha, X: [], incX: c_int, Y: [], incY: c_int, Ap: [])¶

proc cblas_sgemm(Order, TransA, TransB, M: c_int, N: c_int, K: c_int, alpha: c_float, A: [] c_float, lda: c_int, B: [] c_float, ldb: c_int, beta: c_float, C: [] c_float, ldc: c_int)¶

proc cblas_ssymm(Order, Side, Uplo, M: c_int, N: c_int, alpha: c_float, A: [] c_float, lda: c_int, B: [] c_float, ldb: c_int, beta: c_float, C: [] c_float, ldc: c_int)¶

proc cblas_ssyrk(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_float, A: [] c_float, lda: c_int, beta: c_float, C: [] c_float, ldc: c_int)¶

proc cblas_ssyr2k(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_float, A: [] c_float, lda: c_int, B: [] c_float, ldb: c_int, beta: c_float, C: [] c_float, ldc: c_int)¶

proc cblas_strmm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, alpha: c_float, A: [] c_float, lda: c_int, B: [] c_float, ldb: c_int)¶

proc cblas_strsm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, alpha: c_float, A: [] c_float, lda: c_int, B: [] c_float, ldb: c_int)¶

proc cblas_dgemm(Order, TransA, TransB, M: c_int, N: c_int, K: c_int, alpha: c_double, A: [] c_double, lda: c_int, B: [] c_double, ldb: c_int, beta: c_double, C: [] c_double, ldc: c_int)¶

proc cblas_dsymm(Order, Side, Uplo, M: c_int, N: c_int, alpha: c_double, A: [] c_double, lda: c_int, B: [] c_double, ldb: c_int, beta: c_double, C: [] c_double, ldc: c_int)¶

proc cblas_dsyrk(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_double, A: [] c_double, lda: c_int, beta: c_double, C: [] c_double, ldc: c_int)¶

proc cblas_dsyr2k(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_double, A: [] c_double, lda: c_int, B: [] c_double, ldb: c_int, beta: c_double, C: [] c_double, ldc: c_int)¶

proc cblas_dtrmm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, alpha: c_double, A: [] c_double, lda: c_int, B: [] c_double, ldb: c_int)¶

proc cblas_dtrsm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, alpha: c_double, A: [] c_double, lda: c_int, B: [] c_double, ldb: c_int)¶

proc cblas_cgemm(Order, TransA, TransB, M: c_int, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_csymm(Order, Side, Uplo, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_csyrk(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_csyr2k(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_ctrmm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int)¶

proc cblas_ctrsm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int)¶

proc cblas_zgemm(Order, TransA, TransB, M: c_int, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_zsymm(Order, Side, Uplo, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_zsyrk(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_zsyr2k(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_ztrmm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int)¶

proc cblas_ztrsm(Order, Side, Uplo, TransA, Diag, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int)¶

proc cblas_chemm(Order, Side, Uplo, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_cherk(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_float, A: [], lda: c_int, beta: c_float, C: [], ldc: c_int)¶

proc cblas_cher2k(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, beta: c_float, C: [], ldc: c_int)¶

proc cblas_zhemm(Order, Side, Uplo, M: c_int, N: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, ref beta, C: [], ldc: c_int)¶

proc cblas_zherk(Order, Uplo, Trans, N: c_int, K: c_int, alpha: c_double, A: [], lda: c_int, beta: c_double, C: [], ldc: c_int)¶

proc cblas_zher2k(Order, Uplo, Trans, N: c_int, K: c_int, ref alpha, A: [], lda: c_int, B: [], ldb: c_int, beta: c_double, C: [], ldc: c_int)¶