Is this a SPARC system? On at least some SPARC systems, the "long double"
type in C is implemented very slowly in software, and it seems that it is
used for the sums done when calculating standard deviations with "sd".
Radford Neal
> Date: Wed, 8 Aug 2012 18:55:37 -0500
> From: "Eberle, An
Yes, the T4 physical host that the zone is configured on is SPARC. Are
you saying that this is a function of the hardware or would possibly
updating to a newer version of gcc help? I'm actually going to see if I
can build a newer version of gcc anyway just to eliminate that variable.
I picked th
On 08/10/2012 12:04 PM, peter dalgaard wrote:
Not to spoil your fun, but this is getting a bit off-topic for R-help. If you
wish to continue the debugging process in public, I think you should move to
R-devel.
Also, it sounds like the problem is in the glmulti package, so you might want
to in
On Aug 10, 2012, at 4:08 PM, Martin Morgan wrote:
> On 08/10/2012 12:04 PM, peter dalgaard wrote:
>> Not to spoil your fun, but this is getting a bit off-topic for R-help. If
>> you wish to continue the debugging process in public, I think you should
>> move to R-devel.
>>
>> Also, it sounds l
Hi Simon,
That could be the explanation. Is it possible to know stack limit for
different scenarios? For example, if one simply wrap
terms(as.formula("h~ X1*X2*X3*X4*X5*X6*X7*X8*X9*X10*X11*X12*X13*X14*X15*X16"))
in test = function() { terms(as.formula("h~
X1*X2*X3*X4*X5*X6*X7*X8*X9*X10*X11*X12
On Aug 10, 2012, at 7:08 PM, Zhang, Peng wrote:
> Hi Simon,
>
> That could be the explanation. Is it possible to know stack limit for
> different scenarios?
The limit is the same - what changes is the stack usage (how deep you are at
that point). Note, however, that it's irrelevant since the
On 10/08/2012 17:50, Eberle, Anthony wrote:
Yes, the T4 physical host that the zone is configured on is SPARC. Are
you saying that this is a function of the hardware or would possibly
updating to a newer version of gcc help? I'm actually going to see if I
can build a newer version of gcc anyway
