BLAS

CAXPY

Compute a constant times a vector plus a vector, all complex.

CCORPY

Copy a vector X to a vector Y, both complex.

CDOTC

Compute complex dot product using conjugated vector components.

CDOTU

Compute complex dot product using unconjugated vector components.

CROTG

Construct Givens plane rotation of complex matrix.

CSCAL

Compute complex constant times complex vector.

CSSCAL

Compute real constant times complex vector.

CSWAP

Interchange vectors X and Y, both complex.

DASUM

Compute double precision sum of absolute values of vector.

DAXPY

Compute a constant times a vector plus a vector, all double precision.

DCOPY

Copy a vector X to a vector Y, both double precision.

DDOT

Compute double precision dot product.

DNRM2

Compute the Euclidean length or L2 norm of a double precision vector.

DQDOTA

Compute dot product of 2 double precision vectors plus a double precision constant plus extended precision constant.

DQDOTI

Compute in extended precision dot product of 2 double precision vectors plus d.p. constant. Result is double precision.

DROT

Apply Givens plane rotation to double precision vector.

DROTG

Construct Givens plane rotation of double precision matrix.

DROTM

Apply modified Givens plane rotation to double precision vector.

DROTMG

Construct modified Givens plane rotation of double precision matrix.

DSCAL

Compute a constant times a vector, both double precision.

DSDOT

Compute single precision dot product using double precision accumulation.

DSWAP

Interchange vectors X and Y, both double precision.

ICAMAX

Find smallest index of maximum magnitude component of a complex vector.

IDAMAX

Find smallest index of maximum magnitude component of a double precision vector.

ISAMAX

Find smallest index of maximum magnitude component of a single precision vector.

SASUM

Compute single precision sum of absolute values of components of vector.

SAXPY

Compute a constant times a vector plus a vector, all single precision.

SCASUM

Compute complex sum of absolute values of components of vector.

SCNRM2

Compute the Euclidean length or L2 norm of a complex vector.

SCOPY

Copy a vector X to a vector Y, both single precision.

SDOT

Compute single precision dot product.

SDSDOT

Compute single precision dot product and add a constant using double precision accumulation.

SNRM2

Compute the Euclidean length or L2 norm of a single precision vector.

SROT

Apply Givens plane rotation to a single precision vector.

SROTG

Construct Givens plane rotation of single precision matrix.

SROTM

Apply modified Givens plane rotation to single precision vector.

SROTMG

Construct modified Givens plane rotation of single precision matrix.

SSCAL

Compute a constant times a vector, both single precision.

SSWAP

Interchange vectors X and Y, both single precision.