On 9/12/05, Simon Urbanek <[EMAIL PROTECTED]> wrote:
> Simone,
>
> On Sep 12, 2005, at 4:30 AM, Simone Giannerini wrote:
>
> > yes, CVF allocates automatic objects on the stack and apparently
> > there is no way of changing it.
>
> Yes, that's bad news.
>
> > By the way, increasing the stack of
> I think it's far from the best optimizing compiler, but the Fortran that
> comes with MinGW (g77 currently in Windows) is the one used to build R,
> so it's the one that will is most likely to work with it without
> fiddling. But I don't use Fortran, so I don't know what else is available.
>
>
Simone,
On Sep 12, 2005, at 4:30 AM, Simone Giannerini wrote:
> yes, CVF allocates automatic objects on the stack and apparently
> there is no way of changing it.
Yes, that's bad news.
> By the way, increasing the stack of the fortran process when
> linking does not solve the problem
In ge
Simone Giannerini wrote:
> Dear Duncan and Simon,
>
> many thanks for your helpful reply.
>
>
>>Duncan Murdoch wrote:
>>It looks as though your Fortran compiler is allocating the new matrix on
>>the stack. R doesn't give you a huge stack, and that's causing the
>>overflow. When you get R to do
Dear Duncan and Simon,
many thanks for your helpful reply.
> Duncan Murdoch wrote:
> It looks as though your Fortran compiler is allocating the new matrix on
> the stack. R doesn't give you a huge stack, and that's causing the
> overflow. When you get R to do the allocation, it does it on the h
Simone,
On Sep 9, 2005, at 1:04 PM, Simone Giannerini wrote:
> Dear R community,
>
> I have a question on how R manages memory allocation in .Fortran()
> calls under Windows.
> In brief, apparently, it is not possible to allocate large matrices
> inside a Fortran subroutine
I suspect that th
On 9/9/2005 1:04 PM, Simone Giannerini wrote:
> Dear R community,
>
> I have a question on how R manages memory allocation in .Fortran()
> calls under Windows.
> In brief, apparently, it is not possible to allocate large matrices
> inside a Fortran subroutine
> unless you pass them as arguments.
Dear R community,
I have a question on how R manages memory allocation in .Fortran()
calls under Windows.
In brief, apparently, it is not possible to allocate large matrices
inside a Fortran subroutine
unless you pass them as arguments. If you do not act in this way
RGUI crashes with a stack ove
