Full_Name: Benjamin Tyner
Version: 2.6.0 (43063)
OS: WinXP
Submission from: (NULL) (171.161.224.10)
At the end of the examples for isoreg, there is
cat("R^2 =", formatC(sum(residuals(ir4)^2) / (9*var(y4)), digits=2),"\n")
I think this should be
cat("R^2 =", formatC(1 - sum(residuals(ir4)
Full_Name: Benjamin Tyner
Version: 2.6.0 RC 2007-10-01 r43043
OS: WinXP
Submission from: (NULL) (171.161.224.10)
platform i386-pc-mingw32
arch i386
os mingw32
system i386, m
Full_Name: Benjamin Tyner
Version: 2.6.0 RC 2007-10-01 r43043
OS: WinXP
Submission from: (NULL) (171.161.224.10)
platform i386-pc-mingw32
arch i386
os mingw32
system i386, m
Full_Name: Benjamin Tyner
Version: 2.4.0
OS: linux-gnu
Submission from: (NULL) (71.98.75.54)
As pointed out by Brian Ripley on R-devel, co.intervals does xr <- x[r + ii]
with a fractional r, leading to intervals that don't match the ones returned by
S-PLUS when overlap=0 or 0.5. For example,
x<-
Full_Name: Benjamin Tyner
Version: 2.3.0
OS: linux-gnu (debian)
Submission from: (NULL) (71.98.75.54)
> mean(NA)
returns -2147483648 on my system, which is -(1+.Machine$integer.max)
> sessionInfo()
Version 2.3.0 (2006-04-24)
i686-pc-linux-gnu
attached base packages:
[1] "methods" "stats"
Sorry, so used to it being bundled that I didn't realize lattice was a
"contributed package".
Ben
Deepayan Sarkar wrote:
>
>
>1. Bugs in packages should be reported to the maintainer, not R-bugs.
>
>2. This already works as it should in R 2.3.0 alpha
>
>-Deepayan
>
>
Full_Name: Ben Tyner
Version: 2.2.0
OS: i686-pc-linux-gnu
Submission from: (NULL) (128.210.141.240)
My appologies if this has already been fixed, but I didn't see it in the
tracking system yet so I thought I'd report it. Demonstration:
xyplot(Petal.Length ~ Petal.Width | Species, iris,
st
Full_Name: Benjamin Tyner
Version: 2.1.0, 4/18/2005
OS: i686-redhat-linux-gnu
Submission from: (NULL) (4.64.8.220)
# Just run my.test() below in a newly opened R session. Once too many models
have been fit (~20 on my system), the computed standard error jumps to a
different value. This is (superf