### Single-Precision Complex Matrix Functions

`cblas_caxpy`

Computes a constant times a vector plus a vector (single-precision complex).

`cblas_ccopy`

Copies a vector to another vector (single-precision complex).

`cblas_cgbmv`

Scales a general band matrix, then multiplies by a vector, then adds a vector (single-precision complex).

`cblas_cgemv`

Multiplies a matrix by a vector (single-precision complex).

`cblas_cgerc`

Multiplies vector X by the conjugate transpose of vector Y, then adds matrix A (single-precision complex).

`cblas_cgeru`

Multiplies vector X by the transpose of vector Y, then adds matrix A (single-precision complex).

`cblas_chbmv`

Scales a Hermitian band matrix, then multiplies by a vector, then adds a vector (single-precision complex).

`cblas_chemm`

Multiplies two Hermitian matrices (single-precision complex), then adds a third (with scaling).

`cblas_chemv`

Scales and multiplies a Hermitian matrix by a vector, then adds a second (scaled) vector.

`cblas_cher`

Hermitian rank 1 update: adds the product of a scaling factor, vector `X`

, and the conjugate transpose of `X`

to matrix `A`

.

`cblas_cher2`

Hermitian rank 2 update: adds the product of a scaling factor, vector `X`

, and the conjugate transpose of vector `Y`

to the product of the conjugate of the scaling factor, vector `Y`

, and the conjugate transpose of vector `X`

, and adds the result to matrix `A`

.

`cblas_cher2k`

Performs a rank-2k update of a complex Hermitian matrix (single-precision complex).

`cblas_cherk`

Rank-k update—multiplies a Hermitian matrix by its transpose and adds a second matrix (single precision).

`cblas_chpmv`

Scales a packed hermitian matrix, multiplies it by a vector, and adds a scaled vector.

`cblas_chpr`

Scales and multiplies a vector times its conjugate transpose, then adds a matrix.

`cblas_chpr2`

Multiplies a vector times the conjugate transpose of a second vector and vice-versa, sums the results, and adds a matrix.

`cblas_cscal`

Multiplies each element of a vector by a constant (single-precision complex).

`cblas_csrot`

Applies a Givens rotation matrix to a pair of complex vectors.

`cblas_csscal`

Multiplies each element of a vector by a constant (single-precision complex).

`cblas_cswap`

Exchanges the elements of two vectors (single-precision complex).

`cblas_csymm`

Multiplies a matrix by a symmetric matrix (single-precision complex).

`cblas_csyr2k`

Performs a rank-2k update of a symmetric matrix (single-precision complex).

`cblas_csyrk`

Rank-k update—multiplies a symmetric matrix by its transpose and adds a second matrix (single-precision complex).

`cblas_ctbmv`

Scales a triangular band matrix, then multiplies by a vector (single-precision compex).

`cblas_ctbsv`

Solves a triangular banded system of equations.

`cblas_ctpmv`

Multiplies a triangular matrix by a vector, then adds a vector (single-precision complex).

`cblas_ctpsv`

Solves a packed triangular system of equations.

`cblas_ctrmm`

Scales a triangular matrix and multiplies it by a matrix.

`cblas_ctrsm`

Solves a triangular system of equations with multiple values for the right side.

`cblas_ctrsv`

Solves a triangular system of equations with a single value for the right side.

`cblas_scasum`

Computes the sum of the absolute values of real and imaginary parts of elements in a vector (single-precision complex).

`cblas_scnrm2`

Computes the unitary norm of a vector (single-precision complex).