Hi,
I am fighting to get rid of the messages like:
During startup - Warning messages:
Setting LC_CTYPE failed, using "C"
Setting LC_COLLATE failed, using "C"
This is annoying, because when building a package using R CMD, This
message keeps cropping up.
Here my R:
Sys.getlocale()
[1] "C"
Hi,
I seem to remember from classes that one effect of scaling / standardising data
was to get better results in any analysis. But what I'm seeing when I study
various explanations on scaling is that we get exactly the same results, just
that when we look at standardised data it's easier to see
Thanks Rui and Duncan, this is most helpful.
On 07/16/2018 06:58 AM, Duncan Murdoch wrote:
On 16/07/2018 5:31 AM, Rui Barradas wrote:
Hello,
Maybe the following is not the recommended way but it works
(and I believe makes sense).
f <- function(){}
formals(f) <- formals(fc)
body(f) <- body(f
Thanks to all for your replies. So far as I can see, there was
nothing wrong with my original approach, but I've decided to stuff all
the relevant definitions into a function (or functions), as this seems
to make "devtools::check()" happier.
-- Mike
On Fri, Jul 13, 2018 at 6:54 PM, Jeff Newmill
Hi, I'm using scale_y_continuous with sec.axis and it's doing what I need but I
don't understand how it picks which of the two series becomes the secondary.
Does anyone have any insight into this?
Thanks!
__
R-help@r-project.org mailing list -- To U
I am currently working on a simulation, and I would like to see what happens
with various effect sizes. How would I test out different effect sizes for the
Fisher's exact test with my current code?
set.seed(23)
# p1<-response in controls
# p2<-response in treated
# Generating random devi
Hi,
I am fighting to get rid of the messages like:
During startup - Warning messages:
Setting LC_CTYPE failed, using "C"
Setting LC_COLLATE failed, using "C"
This is annoying, because when building a package using R CMD, This
message keeps cropping up.
Here my R:
Sys.getlocale()
[1] "C"
Sys
grep("(^| )ABHD14A( ;|$)",xgen, value = TRUE)
maybe.
On Mon, Jul 16, 2018 at 1:46 PM, Brian Smith wrote:
> Hi,
>
> I was trying to find a pattern ("ABHD14A") in a character string ('xgen' in
> example below) using grepl. Note that the individual members may be
> separated by a semi-colon.
>
> Th
Hi,
I was trying to find a pattern ("ABHD14A") in a character string ('xgen' in
example below) using grepl. Note that the individual members may be
separated by a semi-colon.
The correct answer should return:
"ABHD-ACY1 ; ABHD14A" "ABHD14A ; YYY"
I have tried three approaches, but still seem a
I am trying to create a hierarchical changepoint detection model in JAGS,
estimating group difference in changepoint based on individual changepoints
in scores for an outcome variable (fictional in this case). I can run a
non-hierarchical version of this same analysis, based on a single set of
scor
On 16/07/2018 5:31 AM, Rui Barradas wrote:
Hello,
Maybe the following is not the recommended way but it works
(and I believe makes sense).
f <- function(){}
formals(f) <- formals(fc)
body(f) <- body(fc)
That's not quite right: it might lose the environment of fc, if it
isn't the environmen
Good morning.
I am looking for an R package and possibly at tutorial using Logistic
Regression as the classifier in a ML algorithm.
I located this URL for use with R pkg "e1071" and the SVM classifier which
seems splendid, however, I cannot locate a comparable reference similarly for
Logistic R
Dear Jim,
I am asking the sum of malaria cases from Sep to Dec. I am also getting the
plot but which has false values.
After going through them, I found that the script is giving the right
results.
Thanks alot.
Frederic Ntirenganya
Nyanza District,
Data Mnager.
Mobile:(+250)788757619
Email: fr.
Hi Frederic,
You are asking for the sum of cases in the months September to
December for the years 2012 to 2017. I get a plot that shows that
from:
plot(busoro[,"X"],busoro[,"Sep"] + busoro[,"Oct"] + busoro [,"Nov"] +
busoro[,"Dec"],type="b",ylab="Malaria Cases",xlab="Year")
What sort of plot wer
Hello,
Maybe the following is not the recommended way but it works
(and I believe makes sense).
f <- function(){}
formals(f) <- formals(fc)
body(f) <- body(fc)
f
#function (x)
#{
# x <- x + 1
# pi * x
#}
f(1)
#[1] 6.283185
Hope this helps,
Rui Barradas
Às 03:25 de 16-07-2018, Benjamin T
Hello,
Please repost in plain text, NO HTML formating.
Also, you are missing an open parenthesis right after while:
while( sum(abs(Sb-D-Sc-t(Pi))>1E-5)){
Hope this helps,
Rui Barradas
Às 14:25 de 15-07-2018, Atanasio Alberto Tembe Tembe escreveu:
Hello!
Is there anyone who can help me to
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