"layered".## S3 method for class 'layered':
plot(x, ..., which = NULL, plotargs = NULL,
add=FALSE, show.all=!add, main=NULL,
do.plot=TRUE)"layered"
created by the function layered.plot method
for every layer.plot methods
for individual layers. A list of lists of arguments of the
form name=value."bbox" giving a bounding box for the entire plot. The layers of data to be plotted should first be converted
into a single object of class "layered" using the
function layered. Then the layers can be plotted using
the method plot.layered.
To zoom in on a subregion,
apply the subset operator [.layered to x
before plotting.
Graphics parameters for each layer are determined by (in order of precedence)
..., plotargs, and layerplotargs(x).
The graphics parameters may also include the special argument
.plot specifying (the name of) a function which will be used to
perform the plotting instead of the generic plot.
The argument show.all is recognised by many plot methods
in TRUE for new plots and FALSE for added plots.
In plot.layered, the argument show.all applies only to the
first layer. The subsequent layers are plotted
with show.all=FALSE.
To override this, that is, if you really want to draw all
the components of all layers of x,
insert the argument show.all=TRUE in each
entry of plotargs or layerplotargs(x).
layered,
layerplotargs,
[.layered,
plot.data(cells)
D <- distmap(cells)
L <- layered(D, cells)
plot(L)
plot(L, which = 2)
plot(L, plotargs=list(list(ribbon=FALSE), list(pch=3, cols="white")))
# plot a subregion
plot(L[, square(0.5)])Run the code above in your browser using DataLab