vslconvexectask1d / vslcorrexectask1d

Developer Reference for Intel® oneAPI Math Kernel Library for Fortran

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ID 766686

Date 4/28/2026

Version

Public

vslconvexectask1d / vslcorrexectask1d

Computes convolution or correlation for one-dimensional case.

Syntax

status = vslsconvexec1d(task, x, xstride, y, ystride, z, zstride)
status = vsldconvexec1d(task, x, xstride, y, ystride, z, zstride)
status = vslcconvexec1d(task, x, xstride, y, ystride, z, zstride)
status = vslzconvexec1d(task, x, xstride, y, ystride, z, zstride)
status = vslscorrexec1d(task, x, xstride, y, ystride, z, zstride)
status = vsldcorrexec1d(task, x, xstride, y, ystride, z, zstride)
status = vslccorrexec1d(task, x, xstride, y, ystride, z, zstride)
status = vslzcorrexec1d(task, x, xstride, y, ystride, z, zstride)

Include Files

mkl.fi, mkl_vsl.f90

Input Parameters

Name	Type	Description
`task`	Fortran 77: `INTEGER*4 task(2)` for `vslscorrexec1d`, `vsldcorrexec1d`, `vslccorrexec1d`, `vslzcorrexec1d` and `vslsconvexec1d`, `vsldconvexec1d`, `vslcconvexec1d`, `vslzconvexec1d` Fortran 90: `TYPE(VSL_CONV_TASK)` for `vslsconvexec1d`, `vsldconvexec1d`, `vslcconvexec1d`, `vslzconvexec1d` Fortran 90: `TYPE(VSL_CORR_TASK)` for `vslscorrexec1d`, `vsldcorrexec1d`, `vslccorrexec1d`, `vslzcorrexec1d`	Pointer to the task descriptor.
`x`, `y`	Fortran 77: `REAL4` for `vslsconvexec1d` and `vslscorrexec1d`, Fortran 77: `REAL8` for `vsldconvexec1d` and `vsldcorrexec1d`, Fortran 77: `COMPLEX8` for `vslcconvexec1d` and `vslccorrexec1d`, Fortran 77: `COMPLEX16` for `vslzconvexec1d` and `vslzcorrexec1d` Fortran 90: `REAL(KIND=4), DIMENSION()` for `vslsconvexec1d` and `vslscorrexec1d`, Fortran 90: `REAL(KIND=8), DIMENSION()` for `vsldconvexec1d` and `vsldcorrexec1d`, Fortran 90: `COMPLEX(KIND=4), DIMENSION ()` for `vslcconvexec1d` and `vslccorrexec1d`, Fortran 90: `COMPLEX(KIND=8), DIMENSION ()` for `vslzconvexec1d` and `vslzcorrexec1d`	Pointers to arrays containing input data. See Data Allocation for more information.
`xstride`, `ystride`, `zstride`	`INTEGER`	Strides for input and output data. For more information, see the stride parameters in vslconvnewtaskx/vslcorrnewtaskx.

Name

Type

Description

task

Fortran 77: INTEGER*4 task(2) for vslscorrexec1d, vsldcorrexec1d, vslccorrexec1d, vslzcorrexec1d and vslsconvexec1d, vsldconvexec1d, vslcconvexec1d, vslzconvexec1d

Fortran 90: TYPE(VSL_CONV_TASK) for vslsconvexec1d, vsldconvexec1d, vslcconvexec1d, vslzconvexec1d

Fortran 90: TYPE(VSL_CORR_TASK) for vslscorrexec1d, vsldcorrexec1d, vslccorrexec1d, vslzcorrexec1d

Pointer to the task descriptor.

x, y

Fortran 77: REAL*4 for vslsconvexec1d and vslscorrexec1d,

Fortran 77: REAL*8 for vsldconvexec1d and vsldcorrexec1d,

Fortran 77: COMPLEX*8 for vslcconvexec1d and vslccorrexec1d,

Fortran 77: COMPLEX*16 for vslzconvexec1d and vslzcorrexec1d

Fortran 90: REAL(KIND=4), DIMENSION(*) for vslsconvexec1d and vslscorrexec1d,

Fortran 90: REAL(KIND=8), DIMENSION(*) for vsldconvexec1d and vsldcorrexec1d,

Fortran 90: COMPLEX(KIND=4), DIMENSION (*) for vslcconvexec1d and vslccorrexec1d,

Fortran 90: COMPLEX(KIND=8), DIMENSION (*) for vslzconvexec1d and vslzcorrexec1d

Pointers to arrays containing input data. See Data Allocation for more information.

xstride, ystride, zstride

INTEGER

Strides for input and output data. For more information, see the stride parameters in vslconvnewtaskx/vslcorrnewtaskx.

Output Parameters

Name	Type	Description
`z`	Fortran 77: `REAL4` for `vslsconvexec1d` and `vslscorrexec1d`, Fortran 77: `REAL8` for `vsldconvexec1d` and `vsldcorrexec1d`, Fortran 77: `COMPLEX8` for `vslcconvexec1d` and `vslccorrexec1d`, Fortran 77: `COMPLEX16` for `vslzconvexec1d` and `vslzcorrexec1d` Fortran 90: `REAL(KIND=4), DIMENSION()` for `vslsconvexec1d` and `vslscorrexec1d`, Fortran 90: `REAL(KIND=8), DIMENSION()` for `vsldconvexec1d` and `vsldcorrexec1d`, Fortran 90: `COMPLEX(KIND=4), DIMENSION ()` for `vslcconvexec1d` and `vslccorrexec1d`, Fortran 90: `COMPLEX(KIND=8), DIMENSION ()` for `vslzconvexec1d` and `vslzcorrexec1d`	Pointer to the array that stores output data. See Data Allocation for more information.
`status`	`INTEGER`	Set to `VSL_STATUS_OK` if the task is executed successfully or set to non-zero error code otherwise.

Name

Type

Description

z