Dear R-community,
I'm using Sweave to produce reports. The reports require the axis
command. When I run axis the program returns NULL as well as creating
the axis.
plot(1:4, rnorm(4), axes=FALSE)
axis(1, 1:4, LETTERS[1:4])
NULL
So, my Sweave tex files have
\begin{Schunk}
Hi!
The following works for me:
\begin{figure}
\centering
fig1.R,fig=true,echo=false=
plot(1:4, rnorm(4), axes=FALSE)
axis(1, 1:4, LETTERS[1:4])
@
\caption{Plot test}
\label{fig:1}
\end{figure}
I'm using R 2.0.1 on an i686 with GNU/Linux Ubuntu 4.10.
Andrew Robinson wrote:
Dear R-community,
I'm
Andrew Robinson [EMAIL PROTECTED] writes:
Dear R-community,
I'm using Sweave to produce reports. The reports require the axis
command. When I run axis the program returns NULL as well as creating
the axis.
plot(1:4, rnorm(4), axes=FALSE)
axis(1, 1:4, LETTERS[1:4])
NULL
So,
What is the most elegant way to specify that strip panels are to have
transparent backgrounds and graphs are to be in black and white when
lattice is being used with Sweave? I would prefer a global option that
stays in effect for multiple plots.
If this is best done with a theme, does anyone
On Sunday 02 January 2005 19:40, Frank E Harrell Jr wrote:
What is the most elegant way to specify that strip panels are to have
transparent backgrounds and graphs are to be in black and white when
lattice is being used with Sweave? I would prefer a global option
that stays in effect for
Deepayan Sarkar wrote:
On Sunday 02 January 2005 19:40, Frank E Harrell Jr wrote:
What is the most elegant way to specify that strip panels are to have
transparent backgrounds and graphs are to be in black and white when
lattice is being used with Sweave? I would prefer a global option
that stays
Thankyou for your help with subsetting within a function. I have now tried
to apply the same theory in the framework of an lme as follows:
fit1.lme - eval(substitute(lme(fixed=fixed, data=dataframe,
random=random, correlation=corCAR1(form= corr), na.action=na.omit,
Hi,
Would a specialist of the point or plot functions try the following:
mat-matrix(c(1.836767,4.025989,0.6396777,0.376),ncol=2)
plot(mat)
points(mat[1,],col=red)
..A lag appears on x for mat [1,1] between the two displays.
I wonder if this example may be due to a bug or to the mis-use of a