When I originally posted my question under ( C-c C-c does not kill data
editor), I thought that it was a problem with ESS rather than R. However,
I have tried to do the same from a command line R (R 1.8.1 (2003-11-21).
on a debian testing i386 machine) and I got the same problem.
Specifically I cannot kill the DataEntryWindow by issuing C-c (control c).
However, unless I issue the C-c command the data.frame will be printed on
the buffer when its killed with the mouse. moreover, I need to refresh
the screen everytime I tab away from the dataentrywindow in order to be able to
view
its content again ( C-l).
I issued the following commands.
edit(as.data.frame(matrix(rnorm(100), nrow=10)))
C-c
The DataEntryWindow is still present but when I manually (by mouse) kill
it, it does not print in the buffer.
Any help is greatly appreciated.
This is what XFree86 -version gives:
XFree86 Version 4.2.1.1 (Debian 4.2.1-12.1 20031003005825
james at nocrew.org) / X Window System
(protocol Version 11, revision 0, vendor release 6600)
Release Date: 18 October 2002
If the server is older than 6-12 months, or if your card is
newer than the above date, look for a newer version before
reporting problems. (See http://www.XFree86.Org/)
Build Operating System: Linux 2.4.21-rc1-ac1-cryptoloop i686 [ELF]
Module Loader present
Carlos J. Gil Bellosta
2004-Mar-30 18:59 UTC
[R] BoxPlots, 1 Way ANOVA and Non-Statisticians.
Dear R-Helpers, I am working in a project and I have a number of observations belonging to several classes. Using a 1 Way ANOVA, I have rejected the equality of means hypothesis with a very small p-value. However, the people I have to present my results to are not statisticians and they are not very likely to be much impressed by a 1.32434e-12 like number/thing. Therefore I have decided to make to boxplots, one for the actual data and the second one for simulated data where the equality of the means holds so that the difference in the distributions can be visually appreciated. The problem is that, for the simulated values, being more regular, the range of variation is smaller and, therefore, the heigth of the window where their boxplot is drawn is also smaller. As a result, the scales of the two boxplots are not the same and part of the appeal of the visual approach is lost in the way. My question is, is there a way to make two different boxplots within a "common window"? (Or rather, a common size window or, more concretely, so that it spans over the same range on the vertical axis). Sincerely, Carlos J. Gil Bellosta Sigma Consultores Estadi'sticos http://www.consultoresestadisticos.com
Carlos: You could just give the same values for the ylim argument in each boxplot par(mfrow=c(1,2), las=1) boxplot(rnorm(10), rnorm(10), rnorm(10), ylim=c(-3,3)) boxplot(rnorm(10, 0.5, 1), rnorm(10, -.5, 1), rnorm(10), ylim=c(-3,3)) Carlos J. Gil Bellosta wrote:> I am working in a project and I have a number of observations belonging > to several classes. Using a 1 Way ANOVA, I have rejected the equality of > means hypothesis with a very small p-value. However, the people I have > to present my results to are not statisticians and they are not very > likely to be much impressed by a 1.32434e-12 like number/thing. > > Therefore I have decided to make to boxplots, one for the actual data > and the second one for simulated data where the equality of the means > holds so that the difference in the distributions can be visually > appreciated. > > The problem is that, for the simulated values, being more regular, the > range of variation is smaller and, therefore, the heigth of the window > where their boxplot is drawn is also smaller. As a result, the scales of > the two boxplots are not the same and part of the appeal of the visual > approach is lost in the way. > > My question is, is there a way to make two different boxplots within a > "common window"? (Or rather, a common size window or, more concretely, > so that it spans over the same range on the vertical axis).-- Chuck Cleland, Ph.D. NDRI, Inc. 71 West 23rd Street, 8th floor New York, NY 10010 tel: (212) 845-4495 (Tu, Th) tel: (732) 452-1424 (M, W, F) fax: (917) 438-0894
Adaikalavan Ramasamy
2004-Mar-31 00:52 UTC
[R] BoxPlots, 1 Way ANOVA and Non-Statisticians.
Also check out bplot() function in the library fields.> -----Original Message----- > From: r-help-bounces at stat.math.ethz.ch > [mailto:r-help-bounces at stat.math.ethz.ch]On Behalf Of Chuck Cleland > Sent: 30 March 2004 20:07 > To: Carlos J. Gil Bellosta > Cc: r-help at stat.math.ethz.ch > Subject: Re: [R] BoxPlots, 1 Way ANOVA and Non-Statisticians. > > > Carlos: > You could just give the same values for the ylim argument in each > boxplot > > par(mfrow=c(1,2), las=1) > boxplot(rnorm(10), rnorm(10), rnorm(10), ylim=c(-3,3)) > boxplot(rnorm(10, 0.5, 1), rnorm(10, -.5, 1), rnorm(10), ylim=c(-3,3)) > > Carlos J. Gil Bellosta wrote: > > I am working in a project and I have a number of observations belonging > > to several classes. Using a 1 Way ANOVA, I have rejected the > equality of > > means hypothesis with a very small p-value. However, the people I have > > to present my results to are not statisticians and they are not very > > likely to be much impressed by a 1.32434e-12 like number/thing. > > > > Therefore I have decided to make to boxplots, one for the actual data > > and the second one for simulated data where the equality of the means > > holds so that the difference in the distributions can be visually > > appreciated. > > > > The problem is that, for the simulated values, being more regular, the > > range of variation is smaller and, therefore, the heigth of the window > > where their boxplot is drawn is also smaller. As a result, the > scales of > > the two boxplots are not the same and part of the appeal of the visual > > approach is lost in the way. > > > > My question is, is there a way to make two different boxplots within a > > "common window"? (Or rather, a common size window or, more concretely, > > so that it spans over the same range on the vertical axis). > > -- > Chuck Cleland, Ph.D. > NDRI, Inc. > 71 West 23rd Street, 8th floor > New York, NY 10010 > tel: (212) 845-4495 (Tu, Th) > tel: (732) 452-1424 (M, W, F) > fax: (917) 438-0894 > > ______________________________________________ > R-help at stat.math.ethz.ch mailing list > https://www.stat.math.ethz.ch/mailman/listinfo/r-help > PLEASE do read the posting guide!http://www.R-project.org/posting-guide.html