(Resending, this time with CC to list. Sorry for the extra first post. --Dirk)
On 11 February 2014 at 11:49, Nick Menzies wrote:
| Is there a way to pass an array into c++ when using cppFunction? I realize
| arrays have been discussed a number of times, but the solutions I have found
| (e.g. htt
On 11 February 2014 at 21:13, Paul Wiedeking wrote:
| I am trying to run the rinside_sample0. I use the provided Makefile to
| build it
| and that works fine. But when i try to run the example it crashes with a
| segmentation fault.
Known issue, reported here last week, and thanks to Kevin alre
Dear Sir or Madam,
I am trying to run the rinside_sample0. I use the provided Makefile to
build it
and that works fine. But when i try to run the example it crashes with a
segmentation fault.
My configuration is:
- Ubuntu 13.04
- R version 3.0.2 (2013-09-25) -- "Frisbee Sailing"
- Rcpp versio
Hi guys,
Is there a way to pass an array into c++ when using cppFunction? I realize
arrays have been discussed a number of times, but the solutions I have
found (e.g.
http://markovjumps.blogspot.com/2011/12/r-array-to-rcpparmadillo-cube.html,
or
https://www.mail-archive.com/rcpp-devel@lists.r-for
In essence: "Yes"
On 11 February 2014 at 15:18, Alessandro Mammana wrote:
| Hi all,
| I got another segfault using Rcpp. It is very difficult to understand
| where it happens and to reduce it to a minimal example, so for now I
| am not posting very precise code here, but I have a suspicion, maybe
Hi all,
I got another segfault using Rcpp. It is very difficult to understand
where it happens and to reduce it to a minimal example, so for now I
am not posting very precise code here, but I have a suspicion, maybe
you could help me saying if my suspect is right.
I am doing something similar:
in
Dear Rcpp-devel list,
I am looking to carry out a fixed window length rolling ADF test (with no
intercept), over some time series data currently in xts format.
To do this I need to first fit a regression to the data, then use the residuals
as an input into the ADF test, from which I can get a p
