MPI_Type_create_hvector(3)

NAME
     MPI_Type_create_hvector - Creates a vector (strided) data type with
     offset in bytes

SYNOPSIS
     C:

          #include <mpi.h>

          int MPI_Type_create_hvector( count, blocklen, stride,
          old_type,
          newtype )
          int          count;
          int       blocklen;
          MPI_Aint     stride;
          MPI_Datatype old_type;
          MPI_Datatype *newtype;

     C++:

          #include <mpi.h>

          Datatype Datatype::Create_hvector(
          int               count,
          int               blocklength,
          Aint              stride) const


     Fortran:

          INCLUDE "mpif.h" (or USE MPI)

          INTEGER count, blocklength, oldtype, newtype,
          ierror
          INTEGER(KIND=MPI_ADDRESS_KIND) stride

          CALL MPI_TYPE_CREATE_HVECTOR( count, blocklength, stride,
          oldtype, newtype, ierror)


DESCRIPTION
     The MPI_Type_create_hvector routine creates a vector (strided) data type
     with offset in bytes.  The MPI_Type_create_hvector routine is an MPI-2
     implementation replacing the MPI-1 MPI_Type_hvector routine which has
     been deprecated.  This routine differs from the MPI-1 routine in that in
     the Fortran implementation the stride argument is of type
     MPI_ADDRESS_KIND, which makes it more suitable for ABI 64.  Currently,
     the Fortran version of this function is implemented only for ABI 64.
     This routine accepts the following parameters:
     count          Specifies the number of blocks (nonnegative integer)

     blocklen       Specifies the number of elements in each block
                    (nonnegative integer)

     stride         Specifies the number of bytes between the start of each
                    block (integer)

     old_type       Specifies the old data type (handle)

     newtype        Returns the new data type (handle)

     ierror         Specifies the return code value for successful completion,
                    which is in MPI_SUCCESS.  MPI_SUCCESS is defined in the
                    mpif.h file.