Bert Gunter writes:
> Lists are (isomorphic to) trees with (possibly) labelled nodes. A
> completely general solution in which two trees have possibly different
> topologies and different labels would therefore involve identifying
> the paths to leaves on each tree, e.g. via depth first search us
Dear R gurus,
first let me apologize for a question that might hve been answered
before. I was not able to find the solution yet. I want to concatenate
two lists of lists at their lowest level.
Suppose I have two lists of lists:
list.1 <- list("I"=list("A"=c("a", "b", "c"), "B"=c("d", "e", "f")
Alaios writes:
> Also when I try to search in google using for example the word R inside the
> search lemma I get very few results as the R confuses the search engine. When
> I was looking something in matlab ofcourse it was easier to get results as
> the search engine performs better.
> What
moleps writes:
Apparently you don't have xdvi installed on your system.
HTH
Georg
> Dear R´ers
>
> I´m trying to get a summary table using latex and summary in the rms package
> to no avail. I´m running R 2.10.1, Mac OS X snow leopard and I have the
> mactex 2009 distribution installed. An
Hi,
I have a problem using figures in Sweave:
To save my figures, I use
\SweaveOpts{prefix.string=figures/figure}
I adjust the figure size for my pdf document using
<>=
this works fine. The file
figures/figure-graphicsFun.pdf
has the right size, and so has the figure in the final pdf
doc
quot; "i" "h" "g"
What I rather would like to achieve is a list like this:
$I.A
[1] "c" "b" "a"
$I.B
[1] "f" "e" "d"
$I.C
[1] "i" "h" "g"
$II.A.a
[1] "c&q
Hi,
I have a question about applying a function recursively through a
list. Suppose I have a list where the different elements have
different levels of recursion:
> test.list<-list("I"=list("A"=c("a", "b", "c"), "B"=c("d", "e", "f"),
> "C"=c("g", "h", "i")),
+ "II"=list("A"=lis
Thanks a lot, John, Gavin; Hadley and Greg, for your helpful comments
and suggestions. I finally achieved what I wanted using the suggested
method from Gavin with corrections from Greg.
Out of curiosity (and interest to learn): Hadley, how would you
simplify that code using lattice or ggplot and h
Hi,
I am trying to generate a figure of 9 plots that are contained in one
device by using
par(mfrow = c(3,3,))
I would like to have 1 common legend for all 9 plots somewhere outside
of the plotting area (as opposed to one legend inside each of the 9
plots, which the function legend() seems to ge
Dear Corinna,
please do post questions related to bioconductor packages directly to
the bioconductor mailing list. You will have a much higher chance to
get a helpful answer.
The B-statistic is explained best explained in the limma user guide
(chapter 10), which comes with the limma package or fr
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