Hi
Great that you used dput, bad that you send HTML email which somehow scrambled
it.
2L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L,
3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 3L, 4L, 4L, 4L, 4L, 4L, 4L, 4L, 4L,
4L, 4L, 4L, 4L, 4L, 4L, 4L, 4L, 4L, 4L
Error: un
Hello R-users,
I want to ask how to count the number of daily rain data. My data using dput()
as below:
structure(list(Year = c(1960L, 1960L, 1960L, 1960L, 1960L, 1960L,
1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L,
1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L, 1960L,
New versions of Hmisc and rms are available on CRAN. Changes are listed
below.
The most significant change to Hmisc is the addition of the ffCompress
function that creates an optimal ff package object for large data frames
by computing the maximum number of bits used by each numeric or logical
On 30/09/15 20:55, peter dalgaard wrote:
I know exactly this:
https://cran.r-project.org/web/packages/MFSAS/index.html
As I understand things (but I am not a CRAN maintainer): This is
compatible with a situation where the maintainer exists but doesn't
update the package. I think a package only
Hello Experts,
I need your help to understand the how can we calculate the UCL values at
different levels dynamically?
Customer No Month Sales UCL 100 201501 500 550.75 100
201502 100 550.75 101 201501 400 425.25 101 201502 50 425.25
In the above scenario i need calculate UCL
Hi Rainer,
It is very simple to specify the constraints (linear or nonlinear) in "alabama"
. They are specified in a function called `hin', where the constraints are
written such that they are positive. Your two nonlinear constraints would be
written as follows:
hin <- function(x, LAI) {
h <-
If you are going to do this routinely or with many factors, you can build NA
into each of the factors, but that will affect other operations:
> xNA <- lapply(x, factor, exclude=NULL)
> xtabs(~a+b, xNA)
b
a 2 3 4
10 0 01
21 0 00
30 1 00
0 0 10
Be:
log <- (rowSums(ED) <= (n - m))
Compare the following two values:
length(log)
nrow(w)
--
GG
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Dear All,
I'm trying to write a function in the values of some numeric vectors
(d1,d2,...,d(m-1)). This function should be applied on some combinations
of the elements of the (m-1) d vectors that satisfy the condition of having
a sum less than or equal to (n-m). I've tried the following code, but
Thank you very much, Bill - it worked.
Wow, that's very wordy!
On Wed, Sep 30, 2015 at 11:09 AM, William Dunlap wrote:
> Try both na.action=na.pass and exclude=NULL, the first is for
> xtabs' call to model.frame and the second for when it prepares
> the data from model.frame's output for a call t
Try both na.action=na.pass and exclude=NULL, the first is for
xtabs' call to model.frame and the second for when it prepares
the data from model.frame's output for a call to table.
xtabs(formula = ~a + b, data = x, na.action = na.pass, exclude = NULL)
Bill Dunlap
TIBCO Software
wdunlap tibco.com
Please help:
# I have a data frame x:
x <- data.frame(a = c(1:3, NA), b = c(NA, 2:4))
# I run a cross-tab keeping NAs, like this:
table(x[c("a", "b")], useNA = "ifany")
# I want to reproduce it using xtabs, but it ignores NAs:
xtabs(~ a + b, x)
# I can't figure out how to force xtabs to include
The "pronoun dot" is used in conjunction with %>% in dplyr (which imports
magrittr).
See pag.9, paragraph "Placing lhs elsewhere in rhs call" of the document:
https://cran.r-project.org/web/packages/magrittr/magrittr.pdf
--
GG
__
R-help@r-project.org
Thank you very much, got it: It's because complete.cases is an R base command.
On Wed, Sep 30, 2015 at 10:15 AM, Giorgio Garziano
wrote:
> This works:
>
> filter(mydata, complete.cases(mydata))
>
> About dplyr "pronoun dot", see:
>
> http://www.r-bloggers.com/dplyr-0-2/
>
>
> --
> GG
>
>
>
>
>
This works:
filter(mydata, complete.cases(mydata))
About dplyr "pronoun dot", see:
http://www.r-bloggers.com/dplyr-0-2/
--
GG
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https
Hello!
I don't have a data set, but my question is very clear without it.
I have a data frame 'mydata' and want to reproduce in dplyr the
following R base command:
mydata[complete.cases(mydata), ]
This dplyr command produces the expected result:
library(dplyr)
mydata %>% filter(complete.cases(.)
library(quantmod)
getSymbols("YHOO")
chartSeries(YHOO, theme="white")
b1 <- addBBands(50,2)
b1@params$colors$bg.col="#FF"
b1
b2 <- addBBands(100,2)
b2@params$colors$bg.col="#FF"
b2
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_
Michael... this is an example of a thread that is quickly headed off-topic for
R-help because there are lots of resources for learning "why" one formula might
be better than another elsewhere and the use of the R language is not central
to that discussion (and yet this topic has been discussed b
See if this may help:
http://stackoverflow.com/questions/11872879/finding-out-which-functions-are-called-within-a-given-function
--
GG
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Hello,
Is there any way to list all the functions called inside
a given set of
functions?
Something like the function foodweb from mvbutils.
This function maps the relations between the functions of a package, but
what I need is something to show me the relations with external functions.
Th
Hi Peter,
Thanks for your answer.
I am still a bit confused- So that means that the calculation of the " R2"
for my non-linear model is in fact the formula I used in my eample:
CompoundSS <- sum((dta$Compound - mean(dta$Compound))^2)
R2 <- deviance(dta.nls)/CompoundSS
R2
What's then the differen
Some workers consider it bad practise to compute what is called
R-squared for a nonlinear model. I find it useful for nonlinear models
as a signpost of how good a fit has been found. But just as signposts
can be turned around by vandals, nonlinear models can give a misleading
indication. With linea
Hi
I have posted the following question on stackoverflow [1] but haven't
received a response yet. Has somebody here any idea, how to formulate
non-linear constraints using e.g. the packages alabama or nlopr? The
question is pasted below.
I am really stuck with this.
Thanks,
Rainer
,
| I am
Hi Dale,
This apparently simple plot turned out to be fairly messy. "barplot"
doesn't seem to accept a matrix of colors, and "barp" doesn't yet do a
stacked plot, so I can only suggest a fairly labor intensive one-off plot:
barcol<-color.scale(x$mh,extremes=c("yellow","red"))
barheights<-rowSums(x
> On 30 Sep 2015, at 02:08 , Michael Eisenring wrote:
>
> Can anyone tell me how to calculate the Total Corrected SS in R and how it
> can be implemented in my code?
It is just sum((y-mean(y))^2).
Beware that a fair amount of (somewhat silly) contention is going on in this
area, though. In pa
I know exactly this:
https://cran.r-project.org/web/packages/MFSAS/index.html
As I understand things (but I am not a CRAN maintainer): This is compatible
with a situation where the maintainer exists but doesn't update the package. I
think a package only gets to orphaned status if the maintainer
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