Displaying 5 results from an estimated 5 matches for "matchedargs".
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2010 Oct 04
2
Issue with match.call
Hi,
I have a function that I'm writing. The arguments in the function are as follows
RFF<-function(qtype, qOpt,...){}
i.e., I have two args that are compulsary and the rest are optional. Now when my user passes the function call, I need to see what optional args are defined and process accordingly...what I have so far is..
RFF<-function(qtype, qOpt,...){
mc <-
1998 Jan 03
1
R-beta: NextMethod(.Generic) bug
I'm a day-old R newbie (but a war-weary S veteran), with couple of
first-day questions:
In R 0.61, this code fails.
Ops.test <- function(e1,e2)
{
e1 <- NextMethod(.Generic)
e1
}
x <- 4
class(x) <- "test"
y <- x < 3
The error message is "Error in NextMethod(.Generic) : negative length vectors
are not allowed.".
I assume it is a bug.
2000 Feb 07
4
Segmentation fault, devPS.c, 0.99.0 (PR#413)
Full_Name: Roger Bivand
Version: 0.99.0
OS: RH Linux 6.1
Submission from: (NULL) (158.37.60.152)
I am working on an interface between R and the GRASS geographical information
system,
written in R, with no dynamically loaded code. I have written full examples, and
tested
then under R 0.90.1, both by entering example() for each function and R CMD
check, both
of which worked without problem.
Under
2012 Aug 09
4
debug vs regular mode
Dear all,
I had a R segmentation fault, and then invoked debug mode and ran step
by step.
When I reached "terms(Y~X1*X2*...*X16)", I would then have
"segmentation" fault. However, if I just ran this under regular "R
interactive" mode, it would be fine though taking long time.
My questions are:
1. Is there a known limit of terms for a formula?
2. Why does the
2012 Aug 09
4
debug vs regular mode
Dear all,
I had a R segmentation fault, and then invoked debug mode and ran step
by step.
When I reached "terms(Y~X1*X2*...*X16)", I would then have
"segmentation" fault. However, if I just ran this under regular "R
interactive" mode, it would be fine though taking long time.
My questions are:
1. Is there a known limit of terms for a formula?
2. Why does the