similar to: abline() AND rect() do not obey "xpd" (clipping) (PR#750)

I want to put some points along the horizontal axis. > plot(1:10, 1:10) > points(4, par("usr")[3], xpd=TRUE) > abline(v=5) works fine for me. But if I try > plot(1:10, 1:10) > abline(v=5) > points(4, par("usr")[3], xpd=TRUE) then the points are clipped. The call to abline seems to be enforcing xpd=FALSE for later calls to the plot. Cheers, Jonathan.

Hi list, I wanted to plot an image with a colorbar to the right of the plot, but set my own axis labels (text rather than numbers) to the image. I have previously accomplished this with two calls to image(), but the package 'fields' has a wrapper function, image.plot(), which does this task conveniently. However, I could not add axes to the original image after a call to image.plot(); I

Here is a demonstration of behaviour that is probably an optimization by someone far smarter than me that did not anticipate anyone wanting to do this, but for my purposes it looks more like a bug than a feature. I have tested this with R2.6.2 on Windows, no additional packages loaded (beyond the default), I have tested using the default graphics object, pdf, jpeg, and cairoDevice (ok I loaded a

Hi experts, I was graciously offered a function to enhance abline by restricting the extent of the line to less than the plotting region. This seems a useful idea, and it looked like the easiest way to program it was to set up a clipping region with "clip", draw the abline and then restore the previous clipping region. Let us call this function ablineclip. After quite a bit of

Hi experts, I was graciously offered a function to enhance abline by restricting the extent of the line to less than the plotting region. This seems a useful idea, and it looked like the easiest way to program it was to set up a clipping region with "clip", draw the abline and then restore the previous clipping region. Let us call this function ablineclip. After quite a bit of

Hi, I'm newbie with R and don't really know how to add a median line to each of the groups that is not all the plot long. Here is a small working code that i have adapted for my purpose. If somebody could tell me how to draw median lines on each group and not all plot long. ctl <- c(4.17,5.58,5.18,6.11,4.50,4.61,5.17,4.53,5.33,5.14) trt <-

Hello. I have another rect question. If I want to make a lot of rectangular, without borders, and without any spaces between them, how could I do it? I.e. > plot(-1:1., -1:1., type = "n") > rect(0,-1,1,1,col="red",lwd=0,border=F,xpd=T) > rect(-1,-1,0,1,col="blue",lwd=0,border=F,xpd=T) will produce two rectangular, but there is space between them. How

In the following: plot(0:1, 0:1) legend(x=0, y=1.2, pch=c(1,2), legend=c("May","June")) the first plot character is omitted when plotting to the screen. I obtained the same behaviour when placing a legend in the margin following use of pairs() -please do not edit the information below-- Version: platform = i386-pc-mingw32 arch = x86 os = Win32 system = x86, Win32

Thank you David, That's a nice workaround using plotrix::barp(), but that doesn't explain why ylim doesn't work as intended (or at least, as I expect it to work), or why xpd has no influence when using devEMF::emf()... The problem with saving directly in RStudio is that it requires to manually save the plot, and this becomes troublesome when there are a lot of plot commands in a

If you are using a Windows system, you can Export the plot from RStudio and save it as a metafile without using package devEMF and it will crop the bars with xpd=FALSE. When I used devEMF on a Windows machine, the bars were not cropped with barplot() as you indicated, but when I switched to plotrix::barp() they were cropped. The arguments are a bit different, but I did not need xpd=FALSE:

You need to pay attention to the documentation more closely. If you don't know what something means, that is usually a signal that you need to study more... in this case about the difference between an input variable and a design (model) matrix. This is a concept from the standard linear algebra formulation for regression equations. (Note that I have never used RobPer, nor do I regularly

Dear useRs, I'm having troubles with using ylim in barplot(): even though I reduce the y-scale using ylim, the bars still extend down to 0into the x-labels. The sample data is below, and here is the code. #This works fine but I would like to plot only from 50 to 70: barplot(t(mydata), beside=TRUE, col=c("orange", "green", "yellow", "purple"),

Hi R people. I ran into this problem: I created a plot with errbars, like this: > errbar(x=c(1,2,3,4), y=c(2,1,3,3), yminus=c(1.5,0.5,2.5,2.5), yplus=c(2.5,1.5,3.5,3.5)) Next, I wanted to accentuate some x value with an abline, like this: > abline(v=2) In one of my R sessions (which admittedly I have had open for quite a while now), the abline draws outside of the plotting region

<<insert bug report here>> barplot hardcodes xpd as "TRUE" causing the bars to go outside of the plot region. True can be the default, but it shouldn't be the only option. *** barplot.R Sat Sep 8 10:15:16 2001 --- barplot.R.orig Sat Sep 8 10:03:39 2001 *************** *** 5,11 **** legend.text = NULL, beside = FALSE, horiz = FALSE, col =

Hi, i created a set of graphs and want to find out how to swap the bar colours (from white to black) and set it to be default for all graph that i will produce (f.e. for different number of columns). some sugggestions? thanks in advance. here is an example: ############################## a <-read.table("http://www.scandinavia.sk/data/R/kotlina1.csv", sep=";", header=T)

R-experts, I have fitted many different lines. The fast-tau estimator (yellow line) seems strange to me?because this yellow line is not at all in agreement with the other lines (reverse slope, I mean the yellow line has a positive slope and the other ones have negative slope). Is there something wrong in my R code ? Is it because the Y variable is 1 vector and should be a matrix ? Here is the

> On Apr 16, 2018, at 10:41 AM, Jiaxuan Chen <Jiaxuan.Chen at cruk.cam.ac.uk> wrote: > > Dear R-devel, > > I think I've found a bug - the alpha transparency doesn't work when plotting lines with xpd = TRUE. > > #works > plot(1:20, col="#1874CD", xpd=T, type="l") > > #works > plot(1:20, col="#1874CD50", xpd=F,

Dear R-devel, I think I've found a bug - the alpha transparency doesn't work when plotting lines with xpd = TRUE. #works plot(1:20, col="#1874CD", xpd=T, type="l") #works plot(1:20, col="#1874CD50", xpd=F, type="l") #doesn't work plot(1:20, col="#1874CD50", xpd=T, type="l") Thank you. Jim [[alternative HTML version

Hi All, BG: Will try be brief. I'd like 3 graphs on a page (below each other mfrow=c(3,1)), saved to pdf. The three plot data on the same subject so I'm having one legend, to the right of the center graph. I'm using mar=c(5,15,4,15) to bring the sides in so that the graphs are square and not stretched wide. To have the graph to the side I'm thinking xpd=T. Each graph has a number

Hi there, I'm trying to find out the command to stop clipping to plot region in ggplot. I have a bar chart (axis flipped) with labels on the bars, but the labels are clipped at the plot region box. I know it's possible to turn this off for base and lattice, but how about ggplot? par(xpd=NA) The ggplot2 manual doesn't seem to mention it, and a search for ggplot and