I know that this maybe a trivial question. I am not able to plot pedices in
graph axes.
Instead I am able to plot different math symbols :
XLABEL - expression(paste(cmH,lim(f(x), x %-% 0),O PEEP))
works well
XLABEL - expression(paste(cmH,[2],O PEEP))
is considered a wrong expression.
Thanks
On 4/15/2007 2:05 PM, Cressoni, Massimo (NIH/NHLBI) [F] wrote:
I know that this maybe a trivial question. I am not able to plot pedices in
graph axes.
Instead I am able to plot different math symbols :
I think you mean subscripts.
XLABEL - expression(paste(cmH,lim(f(x), x %-% 0),O PEEP))
Thanks you,
this works right.
I just would like to note one thing:
although I've found italic() in the help for plotmath and I can see that
the italic function:
mtext(expression(italic(beta)[max]),side=1,line=2)
does not work on the greek beta character.
Though not strictly necessary, this
On Wed, 13 Dec 2006, javier garcia-pintado wrote:
Thanks you,
this works right.
I just would like to note one thing:
although I've found italic() in the help for plotmath and I can see that
the italic function:
mtext(expression(italic(beta)[max]),side=1,line=2)
does not work on the
Hi
javier garcia-pintado wrote:
Thanks you,
this works right.
I just would like to note one thing:
although I've found italic() in the help for plotmath and I can see that
the italic function:
mtext(expression(italic(beta)[max]),side=1,line=2)
does not work on the greek beta
Hi,
I'm trying to use expression() to write a text to a graphic in the margin.
Using:
mtext(expression(beta),side=1,line=2)
writes a perfect beta greek character, but I need to add a subindex
max, and I'm trying:
mtext(paste(expression(beta),max),side=1,line=2)
simply writes beta max in the
mtext(expression(beta[max]), side=1, line=2)
is it what you want?
b
On Dec 12, 2006, at 10:59 AM, javier garcia-pintado wrote:
Hi,
I'm trying to use expression() to write a text to a graphic in the
margin.
Using:
mtext(expression(beta),side=1,line=2)
writes a perfect beta greek
Hallo,
for the first question:
mtext(expression(beta[max]),side=1,line=2)
and:
?plotmath
demo(plotmath)
for the second.
Hope it helped,
Scionforbai
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PLEASE do read
Hi all,
I have a question about expression.
In a figure I want to include the term D*obs with the star as as
superscript and obs as subscript. I have even just tried to get the
star to be superscript.
The code I tried was
text(Dstar+7,120,expression(paste({}D,^*))), but that doesn't work and
Try:
plot(1, main = ~ D[obs]^*)
On 11/30/06, Guenther, Cameron [EMAIL PROTECTED] wrote:
Hi all,
I have a question about expression.
In a figure I want to include the term D*obs with the star as as
superscript and obs as subscript. I have even just tried to get the
star to be superscript.
Guenther, Cameron wrote:
The code I tried was
text(Dstar+7,120,expression(paste({}D,^*))), but that doesn't work and I
get a syntax error.
I can't seem to find anything in the help files that explains it.
plot(1:10)
text(8,5,expression(D[obs]^*))
works for me...
Barry
,^*))), but that doesn't work and I
get a syntax error.
I can't seem to find anything in the help files that explains it.
Well, ?plotmath does say
A mathematical expression must obey the normal rules of syntax for
any R expression, but it is interpreted according to very
I've tried several different ways to accomplish this, but as yet to no
avail. My y-axis for a plot has a rather long label, and thus I have
been using /n to break it into two lines. However, to make it
technically correct for publication, I also need to use superscript in
the label. For
On Fri, 2006-08-04 at 09:47 -0600, Andrew Kniss wrote:
I've tried several different ways to accomplish this, but as yet to no
avail. My y-axis for a plot has a rather long label, and thus I have
been using /n to break it into two lines. However, to make it
technically correct for
Use atop:
plot(1, main = expression(atop( ^14*C*-glyphosate line, line2)))
On 8/4/06, Andrew Kniss [EMAIL PROTECTED] wrote:
I've tried several different ways to accomplish this, but as yet to no
avail. My y-axis for a plot has a rather long label, and thus I have
been using /n to break it
Sorry, you wanted a ylab=, not a main=. Try using xyplot in lattice:
library(lattice)
xyplot(1~1, ylab = expression(atop(phantom(0)^14*C*-glyphosate line,
line2)))
On 8/4/06, Gabor Grothendieck [EMAIL PROTECTED] wrote:
Use atop:
plot(1, main = expression(atop( ^14*C*-glyphosate line,
Actually Gabor, using your solution with 'atop', which I had not
considered, it will work with base graphics:
par(oma = c(0, 0, 2, 0), mar = c(5, 6, 0.25, 2), lheight = 1)
plot(1:10, ylab = expression(atop( ^14*C*-glyphosate line1,
line2)))
HTH,
Marc
On
On Fri, 4 Aug 2006, Marc Schwartz (via MN) wrote:
On Fri, 2006-08-04 at 09:47 -0600, Andrew Kniss wrote:
I've tried several different ways to accomplish this, but as yet to no
avail. My y-axis for a plot has a rather long label, and thus I have
been using /n to break it into two lines.
On Fri, 2006-08-04 at 19:44 +0100, Prof Brian Ripley wrote:
On Fri, 4 Aug 2006, Marc Schwartz (via MN) wrote:
On Fri, 2006-08-04 at 09:47 -0600, Andrew Kniss wrote:
I've tried several different ways to accomplish this, but as yet to no
avail. My y-axis for a plot has a rather long
Can I execute an R expression from the command line without having it
in an infile, something like perl's -e flag. So it would look like:
R {Rexpression;} outfile
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On 8 Sep 2005, [EMAIL PROTECTED] wrote:
Can I execute an R expression from the command line without having
it in an infile, something like perl's -e flag. So it would look
like:
R {Rexpression;} outfile
With a bash-like shell, you can do:
echo library(foo); somefunc(5) | R --slave
HTH
hi all
i am having a problem with the expression/paste command
say we estimate a variable, named PHI
it contains the value of say 2
and we want to display this value as hat(phi) = PHI onto a graphic
i.e. hat(phi)=2
how does one do this?
i've tried the following:
1.
Clark Allan wrote:
hi all
i am having a problem with the expression/paste command
say we estimate a variable, named PHI
it contains the value of say 2
and we want to display this value as hat(phi) = PHI onto a graphic
i.e.hat(phi)=2
how does one do this?
i've tried the
Something like this :
x - 0.5
plot( 1:10, main=substitute( hat(Phi) ~ = ~ x, list(x=x) ) )
Also see http://tolstoy.newcastle.edu.au/R/help/04/09/3371.html
Regards, Adai
On Tue, 2005-07-19 at 13:35 +0200, Clark Allan wrote:
hi all
i am having a problem with the expression/paste command
On Tue, 19 Jul 2005, Uwe Ligges wrote:
Clark Allan wrote:
hi all
i am having a problem with the expression/paste command
say we estimate a variable, named PHI
it contains the value of say 2
and we want to display this value as hat(phi) = PHI onto a graphic
i.e. hat(phi)=2
how does
Hi,
I've got a lattice xyplot and I want to superimpose correlation
coefficients and p values on each panel. I've been trying to get this
to work using something of the form:
x - rnorm(400)
y - rnorm(400)
a - gl(4, 100)
xyplot(y~x | a,
panel=function(x,y, ...){
On Friday 22 April 2005 10:12, David Orme wrote:
Hi,
I've got a lattice xyplot and I want to superimpose correlation
coefficients and p values on each panel. I've been trying to get this
to work using something of the form:
x - rnorm(400)
y - rnorm(400)
a - gl(4, 100)
xyplot(y~x | a,
[EMAIL PROTECTED] wrote:
dear R wizards: I would like to write a function that roughly places
the equivalent of the following latex text into the current plot:
\newcommand{ \placesigma }[4]{ \put(\#1,\#2){ \sigma_{A , #3} = #4 }
???
You are just defining a new LaTeX command ... nothing will
dear R wizards: I would like to write a function that roughly places
the equivalent of the following latex text into the current plot:
\newcommand{ \placesigma }[4]{ \put(\#1,\#2){ \sigma_{A , #3} = #4 }
I cannot figure out how to do this. I know I have to use a function
that uses
I don't know latex, but have you looked at ?plotmath, including
'demo(plotmath)', the examples in the documentation, and an R site
search suggested in the posting guide
(http://www.R-project.org/posting-guide.html)? What you want is
probably fairly easy, once you parse the plotmath
Hi,
I need a list of expression of the form expression(b[i]), where i is a
running index. So for example, if i - -1:2, I would like to have a
list equivalent to
list(expression(b[-1]), expression(b[0]), expression(b[1]), expression(b[2]))
i might be a character vector (like c(f, g, h))
Could
Tamas Papp wrote:
Hi,
I need a list of expression of the form expression(b[i]), where i is a
running index. So for example, if i - -1:2, I would like to have a
list equivalent to
list(expression(b[-1]), expression(b[0]), expression(b[1]), expression(b[2]))
i might be a character vector (like
lapply(-1:2, function(i) substitute(expression(b[i]), list(i=i)))
would be a good start. (Note that what it gives is
[[1]]
expression(b[as.integer(-1)])
which is not what you asked for but is what I think you intended.
Then we can elaborate this to
f - function(ind, vec)
lapply(ind,
Dear R users,
I know this is the wrong forum for such a question but I need help.
I would like to write down the likelihood expression for a simple EM
problem. I have one categorical covariate with 5 levels and a missing count
which can fall in any of the categories. I know the solution to the
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