In addition to the great answers already given, you can equalize the
vertical part of each plot by having all the plots have the same
margins, but creating an outer margin for the common x-axis.
do something like:
par(mar=c(0,4,0,2), oma=c(4,0,0,0))
then don't change the margins before the last
On 02/28/2014 11:19 AM, David Parkhurst wrote:
I would like to plot three graphs, one above the other, of three “y”
variables that have different scales against a common Date variable, as
with the code below.
Q1. If I understand correctly, I can't use lattice graphics because my
y's have differe
On Thu, Feb 27, 2014 at 7:19 PM, David Parkhurst wrote:
> I would like to plot three graphs, one above the other, of three "y"
> variables that have different scales against a common Date variable, as with
> the code below.
>
> Q1. If I understand correctly, I can't use lattice graphics because m
I would like to plot three graphs, one above the other, of three “y”
variables that have different scales against a common Date variable, as
with the code below.
Q1. If I understand correctly, I can't use lattice graphics because my
y's have different scales. Is that correct? All the lattic
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