Safe Haskell	None
Language	Haskell98

Numeric.BLAS.CArray.ComplexFloat

Documentation

axpy Source #

Arguments

:: Int	n
-> Complex Float	ca
-> CArray Int (Complex Float)	cx
-> Int	incx
-> IOCArray Int (Complex Float)	cy
-> Int	incy
-> IO ()

casum Source #

Arguments

:: Int	n
-> IOCArray Int (Complex Float)	cx
-> Int	incx
-> IO Float

cnrm2 Source #

Arguments

:: CArray Int (Complex Float)	x
-> Int	incx
-> IO Float

copy Source #

Arguments

:: Int	n
-> CArray Int (Complex Float)	cx
-> Int	incx
-> Int	incy
-> IO (CArray Int (Complex Float))

gbmv Source #

Arguments

:: Char	trans
-> Int	m
-> Int	kl
-> Int	ku
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray Int (Complex Float)	x
-> Int	incx
-> Complex Float	beta
-> IOCArray Int (Complex Float)	y
-> Int	incy
-> IO ()

gemm Source #

Arguments

:: Char	transa
-> Char	transb
-> Int	m
-> Int	k
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray (Int, Int) (Complex Float)	b
-> Complex Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

gemv Source #

Arguments

:: Char	trans
-> Int	m
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray Int (Complex Float)	x
-> Int	incx
-> Complex Float	beta
-> IOCArray Int (Complex Float)	y
-> Int	incy
-> IO ()

gerc Source #

Arguments

:: Int	m
-> Complex Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> CArray Int (Complex Float)	y
-> Int	incy
-> IOCArray (Int, Int) (Complex Float)	a
-> IO ()

geru Source #

Arguments

:: Int	m
-> Complex Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> CArray Int (Complex Float)	y
-> Int	incy
-> IOCArray (Int, Int) (Complex Float)	a
-> IO ()

hbmv Source #

Arguments

:: Char	uplo
-> Int	k
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray Int (Complex Float)	x
-> Int	incx
-> Complex Float	beta
-> IOCArray Int (Complex Float)	y
-> Int	incy
-> IO ()

hemm Source #

Arguments

:: Char	side
-> Char	uplo
-> Int	m
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray (Int, Int) (Complex Float)	b
-> Complex Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

hemv Source #

Arguments

:: Char	uplo
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray Int (Complex Float)	x
-> Int	incx
-> Complex Float	beta
-> IOCArray Int (Complex Float)	y
-> Int	incy
-> IO ()

her Source #

Arguments

:: Char	uplo
-> Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> IOCArray (Int, Int) (Complex Float)	a
-> IO ()

her2 Source #

Arguments

:: Char	uplo
-> Complex Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> CArray Int (Complex Float)	y
-> Int	incy
-> IOCArray (Int, Int) (Complex Float)	a
-> IO ()

her2k Source #

Arguments

:: Char	uplo
-> Char	trans
-> Int	k
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray (Int, Int) (Complex Float)	b
-> Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

herk Source #

Arguments

:: Char	uplo
-> Char	trans
-> Int	k
-> Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

hpmv Source #

Arguments

:: Char	uplo
-> Int	n
-> Complex Float	alpha
-> CArray Int (Complex Float)	ap
-> CArray Int (Complex Float)	x
-> Int	incx
-> Complex Float	beta
-> IOCArray Int (Complex Float)	y
-> Int	incy
-> IO ()

hpr Source #

Arguments

:: Char	uplo
-> Int	n
-> Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> IOCArray Int (Complex Float)	ap
-> IO ()

hpr2 Source #

Arguments

:: Char	uplo
-> Int	n
-> Complex Float	alpha
-> CArray Int (Complex Float)	x
-> Int	incx
-> CArray Int (Complex Float)	y
-> Int	incy
-> IOCArray Int (Complex Float)	ap
-> IO ()

iamax Source #

Arguments

:: Int	n
-> CArray Int (Complex Float)	cx
-> Int	incx
-> IO CInt

rotg Source #

Arguments

:: Complex Float	ca
-> Complex Float	cb
-> IO (Float, Complex Float)

rrot Source #

Arguments

:: Int	n
-> IOCArray Int (Complex Float)	cx
-> Int	incx
-> IOCArray Int (Complex Float)	cy
-> Int	incy
-> Float	c
-> Float	s
-> IO ()

rscal Source #

Arguments

:: Int	n
-> Float	sa
-> IOCArray Int (Complex Float)	cx
-> Int	incx
-> IO ()

scal Source #

Arguments

:: Int	n
-> Complex Float	ca
-> IOCArray Int (Complex Float)	cx
-> Int	incx
-> IO ()

swap Source #

Arguments

:: Int	n
-> IOCArray Int (Complex Float)	cx
-> Int	incx
-> IOCArray Int (Complex Float)	cy
-> Int	incy
-> IO ()

symm Source #

Arguments

:: Char	side
-> Char	uplo
-> Int	m
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray (Int, Int) (Complex Float)	b
-> Complex Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

syr2k Source #

Arguments

:: Char	uplo
-> Char	trans
-> Int	k
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> CArray (Int, Int) (Complex Float)	b
-> Complex Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

syrk Source #

Arguments

:: Char	uplo
-> Char	trans
-> Int	k
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> Complex Float	beta
-> IOCArray (Int, Int) (Complex Float)	c
-> IO ()

tbmv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> Int	k
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()

tbsv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> Int	k
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()

tpmv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> Int	n
-> CArray Int (Complex Float)	ap
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()

tpsv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> Int	n
-> CArray Int (Complex Float)	ap
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()

trmm Source #

Arguments

:: Char	side
-> Char	uplo
-> Char	transa
-> Char	diag
-> Int	m
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray (Int, Int) (Complex Float)	b
-> IO ()

trmv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()

trsm Source #

Arguments

:: Char	side
-> Char	uplo
-> Char	transa
-> Char	diag
-> Int	m
-> Complex Float	alpha
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray (Int, Int) (Complex Float)	b
-> IO ()

trsv Source #

Arguments

:: Char	uplo
-> Char	trans
-> Char	diag
-> CArray (Int, Int) (Complex Float)	a
-> IOCArray Int (Complex Float)	x
-> Int	incx
-> IO ()