similar to: Common keys on separate lattice plots

In "normal" plots, I can do an axis at side = 2 and a different one at side = 4. I've not been able to figure out how to do the same thing with lattice plots. The scales list can have only one sublist named y. I had thought of using a separate viewport alongside with the text for the axis label, but I can't see how I could get the ticks to work. Ideas appreciated. Thanks.

I've been accustomed to specifying a postscript file and pointsize like so: trellis.device(postscript, file = "something.ps", pointsize = 8) Using version _ platform i686-pc-linux-gnu arch i686 os linux-gnu system i686, linux-gnu status major 1 minor 9.0 year 2004

I seem to remember this was discussed a year or two ago, but I can't find it in the archives. platform i686-pc-linux-gnu arch i686 os linux-gnu system i686, linux-gnu status major 1 minor 7.0 year 2003 month 04 day 16 language R

I've never had this problem before and can't see what could be different from other times I've used keys with lattice. It appears that auto.key is being taken as TRUE when I specify a key list. The list I specify seems to be ignored. Where can I place a browser to figure out what is going on? Having made a list key.symbol from trellis.par.get, and specified a scales list and a

It would appear to me that there is a bug in the postscript device when multiple pages are required. Line widths can be only 1 after the first page. I have not seen reference to this as a problem before. test.device <- function() { # looks like the problem is in the postscript device postscript(file = paste("Test.ps"), horizontal = F) on.exit(dev.off())

platform i686-pc-linux-gnu arch i686 os linux-gnu system i686, linux-gnu status major 1 minor 5.1 year 2002 month 06 day 17 language R I've been using bwplot to plot a dataframe that has a structure like this: str(plot.df) `data.frame': 5952

Recently I've encountered a phenomenon that can be illustrated thus: > bwplot(runif(45)*100) Depending on the random seed, one or other or both of the outer tick labels are not labelled, even though there'd be heaps of space to do so. The same happens with the postscript device. I can get them both to appear if I add an excessive xlim parameter like so: > bwplot(runif(25)*100,

I find the key and legend functions in Lattice very useful. Trouble is, now I can see what else I'd like to be able to do with them. If I put a title on a key, it appears too close to the key itself, and if there's a line break in the title (which often happens), the leading between the lines is too much. What I can do is print to a postscript file, then find the lines in the postscript

I have a square matrix wherein a '*' indicates an HSD between the levels indicated by row name and column name. The '.' is simply marking the diagonal. A blank indicates the same group A B C D E F G H I J K L M N A . B . C * * . D * * . E * * * . F * * * .

I've been looking at the kinship package which looks as though it might be appropriate for my purposes. What I can't find is any reference to the data that is used in the example code. A dataframe called d10 with column names, upn, dadid, momid, sex and affect is required. One can get an idea of what sort of values should be in most columns from the description in the pedigree function,

Dear, Thanks for your help. My question is the title can not completely show in the drawing area when the title is too long. So, I need to change the value of cex.main each time. Could you help me to control the title display area? Regrad, ken -----Original Message----- From: Patrick Connolly [mailto:p.connolly at hortresearch.co.nz] Sent: Wednesday, September 11, 2002 4:41 AM To: Ken

Hi, Now suppose I have just one list called FOO, which has 25 objects, e.g.: [[1]] 1 2 3 4 5 [[2]] 6 7 8 9 10 . . . And I want to do something like: FRED <- data.frame(cbind(unlist(FOO[[1]]), unlist(FOO[[2]]), # ... for all 25 subsets )) Is it possible to do this, without doing unlist(FOO[[i]]) 25

Of course, that's as trivial as it gets on the command line, but I can't work out how to get a column of numbers that are entered as "10^5" from its 'character' format into a numeric one? I feel a bit embarrassed asking such a simple question. Too much Easter.... Thanks -- Patrick Connolly HortResearch Mt Albert Auckland New Zealand Ph: +64-9 815 4200 x 7188

I'm baffled. When I run make check after installing from source, I get a Error 2. From my understanding of how these things work, it would appear to be coming from this (as at the end of base-Ex.Rout.fail: > has.VR <- require(MASS, quietly = TRUE) Attaching package 'MASS': The following object(s) are masked from package:base : confint confint.lm nclass.FD nclass.scott

I've been asked about "Canonical Variance Analysis" (CVA). I don't see any reference to it searching the R site. Does it go by other names? Genstat describes it thus: Canonical variates analysis operates on a within-group sums of squares and products matrix, calculated from a set of variates and factor that specifies the grouping of units. It finds linear combinations of the

Hi, I posted a while ago about 'overlap' problems using png/jpeg. If what Patrick Connolly suggests is truly happening, I think the following may be related. My new problem is with the following code (the overlap is still there if I use png() instead of postscript(), compounded by the difficulty described below): tmp <- matrix(runif(16000), nrow=16)

platform i686-pc-linux-gnu arch i686 os linux-gnu system i686, linux-gnu status major 1 minor 6.1 year 2002 month 11 day 01 language R I wish to make a vector of line types something like c("21", "32") which is simple enough to do.

I investigated why I was getting this error message... Error in Ops.factor(groups[subscripts], vals[1]) : Level sets of factors are different which led me to putting a browser in panel.superpose: Called from: panel.superpose(x, y, subscripts, ...) Browse[1]> vals vals [1] 1 2 3 Levels: 1 2 3 Browse[1]> groups[subscripts] groups[subscripts] [1] 1 2 3 1 2 1 2 3 1 2 3 1 2 3 Levels: 1 2

The xyplot help page gives quite a lot of information how to use key and indicates that legend needs to be used if multiple keys are needed. However, it gives only a brief description of what the grob needs to contain to do multiple keys. I've only used the occasional grid function in panel functions, so I don't have much of a sense of how grobs are constructed. I've been unable to

Say we have a tab delimited file called bug.txt Part Rep Cage Hb pupae 1 1 S 32 1 M 34 L 42 2 S 36 M 28 L 36 read.delim("bug.txt") Part Rep Cage Hb.pupae 1 1 1 S 32 2 NA 1 M 34 3 NA NA L 42 4 NA NA NA 5 NA NA NA 6 NA 2 S 36 7 NA NA M 28 8 NA NA L 36 >