On Mon, Aug 30, 2010 at 5:51 AM, Thaler,Thorn,LAUSANNE,Applied
Mathematics wrote:
>> Well, it's actually lattice:::extend.limits(range(x)), but
>> extendrange() does basically the same thing, and is available to the
>> user (i.e., exported), albeit from a different package.
>
> Thanks again Deepay
> Well, it's actually lattice:::extend.limits(range(x)), but
> extendrange() does basically the same thing, and is available to the
> user (i.e., exported), albeit from a different package.
Thanks again Deepayan for the insight.
A followup question though-- in another setting I'd like to have
re
On Mon, Aug 30, 2010 at 3:56 AM, Thaler,Thorn,LAUSANNE,Applied
Mathematics wrote:
>> No (in fact that wouldn't work anyway), you can simply do
>>
>> xyplot(y~x|z, xlim = rev(extendrange(x)))
>>
>> The point is that in this case you have to explicitly specify a
>> pre-computed limit, and cannot rel
> No (in fact that wouldn't work anyway), you can simply do
>
> xyplot(y~x|z, xlim = rev(extendrange(x)))
>
> The point is that in this case you have to explicitly specify a
> pre-computed limit, and cannot rely on the prepanel function to give
> you a nice default.
Thanks that does the trick. B
On Mon, Aug 30, 2010 at 3:57 PM, Thaler, Thorn, LAUSANNE, Applied
Mathematics wrote:
> Hi everybody,
>
> I want an x-axis which has xlim=c(max, min) rather than xlim=c(min, max)
> in order to reflect the type of the process (cooling):
>
> library(lattice)
> myprepanel <- function(x,y,...) list(xli
Hi everybody,
I want an x-axis which has xlim=c(max, min) rather than xlim=c(min, max)
in order to reflect the type of the process (cooling):
library(lattice)
myprepanel <- function(x,y,...) list(xlim=rev(range(x)))
x <- rep(1:10, 100)
z <- factor(sample(10, 1000, T))
y <- rnorm(1000, x, as.numer
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