Hi Paul,
- Mensaje original -
> De: "Paul Richard Thomas"
> Para: "Jerry"
> CC: "Jorge D'Elia" , "Gfortran List"
> , "Jorge D'Elia"
>
> Enviado: Sábado, 12 de Agosto 2023 3:56:44
> Asunto: Re: beta gfortran 14.x.y (using -march=native and intrinsic repeat)
> gives a signal SIGILL
>
>
ible))
integer(kind=4) main (integer(kind=4) argc, character(kind=1) * * argv)
{
static integer(kind=4) options.3[7] = {1282, 1947, 0, 1, 1, 1, 31};
_gfortran_set_args (argc, argv);
_gfortran_set_options (7, &options.3[0]);
test ();
return 0;
}
$ test.exe
Program received signa
Dear GFortran developers,
With the beta gfortran 14.x.y versions we are noticing some runtime
errors in a production code.
One type of runtime errors is related to the concurrent use of the
intrinsic "repeat" when the source code is compiled with the
flag -march=native, please, see below:
$
Hi,
I have a doubt about IMPORT and SELECT TYPE, please see the
forwarded message below (that also has a sample code), as well
https://www.ibm.com/docs/en/xffbg/121.141?topic=attributes-import-fortran-2003
What is the correct way? Thanks.
Regards.
Jorge.
- Forwarded message -
From: "
Dear Steve,
- Mensaje original -
> De: "Gfortran List" org>
> Para: "Jorge D'Elia" conicet.gov.ar>
> CC: "Gfortran List" org>
> Enviado: Viernes, 21 de Abril 2023 19:53:26
> Asunto: Re: coarrays using extended precision (80 bits) ?
>
> On Fri, Apr 21, 2023 at 08:33:31AM -0300, Jorge D'Elia
Hi Thomas,
- Mensaje original -
> De: "Thomas Koenig"
> Para: "Jorge D'Elia" , "Gfortran List"
> CC: "Jorge D'Elia"
> Enviado: Miércoles, 29 de Septiembre 2021 3:02:46
> Asunto: Re: DGBSV: incorrect numerical results with -L/usr/lib64/atlas ?
>
> Hi Jorge,
>
>> I do not know if this fo
Hi all,
I do not know if this forum is the most appropriate, but as it based
using gfortran I will try to start here.
I usually build the ATLAS library in some beta version without any
numerical problem that I remember. In a circumstantial way, I have to
use the system ATLAS library and, toda
Hi all,
I have a doubt about lbound and bound in the test below
using gfortran with opencoarrays, gasnet, and openmpi.
With the AA coarray (each AA entry is a 2D array),
the values obtained with lbound and ubound are different
from the initial and final values arbitrarily defined for
each ar
