Thanks Henrique, that appeared to work, but now I have another issue.
If I add a ylim to the plot then when I plot another line it gets plotted on
the wrong scale.
#this works as expected
plot(iris[,1],col="red",ylim=c(-10,10)) #plot1
lines(iris[,4],col="black")
#this does not
par(mfrow=c(2,1
Try this:
par(mfg = c(1, 1))
lines(iris[,4],col="black")
On Wed, Jun 30, 2010 at 7:26 AM, pdb wrote:
>
> I am doing calculations in a loop and then plotting the results by adding a
> point to each of 2 charts at the end of the loop. Its very informative as
> you can see the progression through
I would generally write a function to create the entire first plot, then the
entire 2nd plot based on data or other arguments passed in, then in your loop
or whatever call the function with the different steps. This will recreate the
plots from scratch at each step rather than adding to the exis
On 2010-06-30 8:38, Tal Galili wrote:
Good question pdb,
I would suggest you to use:
par(bg = "white")
In the beginning of the code,
But it doesn't solve the general problem of how to get the "lines" to be
properly aligned.
I am curious for the answer from betteR people.
Best,
Tal
Instead
Good question pdb,
I would suggest you to use:
par(bg = "white")
In the beginning of the code,
But it doesn't solve the general problem of how to get the "lines" to be
properly aligned.
I am curious for the answer from betteR people.
Best,
Tal
Contact
Details:--
You could just open two devices.
See ?dev.cur for an example.
-Peter Ehlers
On 2010-06-30 4:26, pdb wrote:
I am doing calculations in a loop and then plotting the results by adding a
point to each of 2 charts at the end of the loop. Its very informative as
you can see the progression through
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