Please read the g77 manual and its references about floating point and
IEEE arithmetic conformance. It even had physicist input --
computational scientists need to understand the issues.
Please don't follow up to all these lists. I doubt debian-sparc,
where I'm reading it, cares.
On Thu, Apr 19, 2001 at 10:50:34AM +0100, Nick Bailey wrote:
> Ionut Georgescu wrote:
>
> > PS command line: g77 -g -pg -o programm *.f
> > PPS gcc -v:
> > Reading specs from /usr/lib/gcc-lib/alpha-linux/2.95.3/specs
> > gcc version 2.95.3 20010315 (Debian release)
>
> I'm interested... I
Ionut Georgescu wrote:
> PS command line: g77 -g -pg -o programm *.f
> PPS gcc -v:
> Reading specs from /usr/lib/gcc-lib/alpha-linux/2.95.3/specs
> gcc version 2.95.3 20010315 (Debian release)
I'm interested... I don't know enough FORTRAN to test this out, but I have been
seeing Scilab (w
The purpose is to compute the following expression:
enfer= 1.3058750148074976d0
entmp = 0.093822912209640966d0
enpct = -2.2021424321973448d0
tfermi = 1.0d0/(dexp((enpct-enfer)/entmp)+1.0d0)
The problem is the following. With a small test programm, the result is
a
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