Complex_Single (gsl.Gsl.Blas.Complex

LEVEL 1

val dotu : 
  Vector_complex.Single.vector ->
  Vector_complex.Single.vector ->
  Gsl_complex.complex

val dotc : 
  Vector_complex.Single.vector ->
  Vector_complex.Single.vector ->
  Gsl_complex.complex

val nrm2 : Vector_complex.Single.vector -> float

val asum : Vector_complex.Single.vector -> float

val iamax : Vector_complex.Single.vector -> int

val swap : Vector_complex.Single.vector -> Vector_complex.Single.vector -> unit

val copy : Vector_complex.Single.vector -> Vector_complex.Single.vector -> unit

val axpy : 
  Gsl_complex.complex ->
  Vector_complex.Single.vector ->
  Vector_complex.Single.vector ->
  unit

val scal : Gsl_complex.complex -> Vector_complex.Single.vector -> unit

val csscal : float -> Vector_complex.Single.vector -> unit

LEVEL 2

val gemv : 
  transpose ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  x:Vector_complex.Single.vector ->
  beta:Gsl_complex.complex ->
  y:Vector_complex.Single.vector ->
  unit

val trmv : 
  uplo ->
  transpose ->
  diag ->
  a:Matrix_complex.Single.matrix ->
  x:Vector_complex.Single.vector ->
  unit

val trsv : 
  uplo ->
  transpose ->
  diag ->
  a:Matrix_complex.Single.matrix ->
  x:Vector_complex.Single.vector ->
  unit

val hemv : 
  uplo ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  x:Vector_complex.Single.vector ->
  beta:Gsl_complex.complex ->
  y:Vector_complex.Single.vector ->
  unit

val geru : 
  alpha:Gsl_complex.complex ->
  x:Vector_complex.Single.vector ->
  y:Vector_complex.Single.vector ->
  a:Matrix_complex.Single.matrix ->
  unit

val gerc : 
  alpha:Gsl_complex.complex ->
  x:Vector_complex.Single.vector ->
  y:Vector_complex.Single.vector ->
  a:Matrix_complex.Single.matrix ->
  unit

val her : 
  uplo ->
  alpha:float ->
  x:Vector_complex.Single.vector ->
  a:Matrix_complex.Single.matrix ->
  unit

val her2 : 
  uplo ->
  alpha:Gsl_complex.complex ->
  x:Vector_complex.Single.vector ->
  y:Vector_complex.Single.vector ->
  a:Matrix_complex.Single.matrix ->
  unit

LEVEL 3

val gemm : 
  ta:transpose ->
  tb:transpose ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  beta:Gsl_complex.complex ->
  c:Matrix_complex.Single.matrix ->
  unit

val symm : 
  side ->
  uplo ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  beta:Gsl_complex.complex ->
  c:Matrix_complex.Single.matrix ->
  unit

val syrk : 
  uplo ->
  transpose ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  beta:Gsl_complex.complex ->
  c:Matrix_complex.Single.matrix ->
  unit

val syr2k : 
  uplo ->
  transpose ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  beta:Gsl_complex.complex ->
  c:Matrix_complex.Single.matrix ->
  unit

val trmm : 
  side ->
  uplo ->
  transpose ->
  diag ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  unit

val trsm : 
  side ->
  uplo ->
  transpose ->
  diag ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  unit

val hemm : 
  side ->
  uplo ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  beta:Gsl_complex.complex ->
  c:Matrix_complex.Single.matrix ->
  unit

val herk : 
  uplo ->
  transpose ->
  alpha:float ->
  a:Matrix_complex.Single.matrix ->
  beta:float ->
  c:Matrix_complex.Single.matrix ->
  unit

val her2k : 
  uplo ->
  transpose ->
  alpha:Gsl_complex.complex ->
  a:Matrix_complex.Single.matrix ->
  b:Matrix_complex.Single.matrix ->
  beta:float ->
  c:Matrix_complex.Single.matrix ->
  unit