Module Gsl.Blas

module Blas: Gsl_blas

type order =

`\|`	`RowMajor`
`\|`	`ColMajor`

type transpose =

`\|`	`NoTrans`
`\|`	`Trans`
`\|`	`ConjTrans`

type uplo =

`\|`	`Upper`
`\|`	`Lower`

type diag =

`\|`	`NonUnit`
`\|`	`Unit`

type side =

`\|`	`Left`
`\|`	`Right`

LEVEL 1

val dot : Gsl_vector.vector -> Gsl_vector.vector -> float

val nrm2 : Gsl_vector.vector -> float

val asum : Gsl_vector.vector -> float

val iamax : Gsl_vector.vector -> int

val swap : Gsl_vector.vector -> Gsl_vector.vector -> unit

val copy : Gsl_vector.vector -> Gsl_vector.vector -> unit

val axpy : float -> Gsl_vector.vector -> Gsl_vector.vector -> unit

val rot : Gsl_vector.vector -> Gsl_vector.vector -> float -> float -> unit

val scal : float -> Gsl_vector.vector -> unit

LEVEL 2

val gemv : transpose ->
       alpha:float ->
       a:Gsl_matrix.matrix ->
       x:Gsl_vector.vector -> beta:float -> y:Gsl_vector.vector -> unit

val trmv : uplo ->
       transpose ->
       diag -> a:Gsl_matrix.matrix -> x:Gsl_vector.vector -> unit

val trsv : uplo ->
       transpose ->
       diag -> a:Gsl_matrix.matrix -> x:Gsl_vector.vector -> unit

val symv : uplo ->
       alpha:float ->
       a:Gsl_matrix.matrix ->
       x:Gsl_vector.vector -> beta:float -> y:Gsl_vector.vector -> unit

val dger : alpha:float ->
       x:Gsl_vector.vector -> y:Gsl_vector.vector -> a:Gsl_matrix.matrix -> unit

val syr : uplo ->
       alpha:float -> x:Gsl_vector.vector -> a:Gsl_matrix.matrix -> unit

val syr2 : uplo ->
       alpha:float ->
       x:Gsl_vector.vector -> y:Gsl_vector.vector -> a:Gsl_matrix.matrix -> unit

LEVEL 3

val gemm : ta:transpose ->
       tb:transpose ->
       alpha:float ->
       a:Gsl_matrix.matrix ->
       b:Gsl_matrix.matrix -> beta:float -> c:Gsl_matrix.matrix -> unit

val symm : side ->
       uplo ->
       alpha:float ->
       a:Gsl_matrix.matrix ->
       b:Gsl_matrix.matrix -> beta:float -> c:Gsl_matrix.matrix -> unit

val trmm : side ->
       uplo ->
       transpose ->
       diag ->
       alpha:float -> a:Gsl_matrix.matrix -> b:Gsl_matrix.matrix -> unit

val trsm : side ->
       uplo ->
       transpose ->
       diag ->
       alpha:float -> a:Gsl_matrix.matrix -> b:Gsl_matrix.matrix -> unit

val syrk : uplo ->
       transpose ->
       alpha:float ->
       a:Gsl_matrix.matrix -> beta:float -> c:Gsl_matrix.matrix -> unit

val syr2k : uplo ->
       transpose ->
       alpha:float ->
       a:Gsl_matrix.matrix ->
       b:Gsl_matrix.matrix -> beta:float -> c:Gsl_matrix.matrix -> unit

Single precision

module Single: sig .. end

Complex

module Complex: sig .. end

Complex single precision

module Complex_Single: sig .. end