## S3 method for class 'hyperframe':
plot(x, e, \dots, main, arrange=TRUE,
                            nrows=NULL, ncols=NULL,
                            parargs=list(mar=mar * marsize),
                            marsize=1, mar=c(1,1,3,1))"hyperframe", see
    hyperframe).quote() that will be
    evaluated in each row of the hyperframe to generate the plots.e is missing).arrange=TRUE)
    or plot them individually in a succession of frames
    (arrange=FALSE).arrange=TRUE).
    You can specify either or both of these numbers.par before
    plotting each panel. Can be used to control margin sizes, etc.parargs.parargs.NULL.plot method for the class "hyperframe".  The argument x must be a hyperframe (like a data frame,
  except that the entries can be objects of any class; see
  hyperframe).
  This function generates a series of plots, one plot for each
  row of the hyperframe. If arrange=TRUE (the default), then
  these plots are arranged in a neat array of panels within a single
  plot frame. If arrange=FALSE, the plots are simply executed
  one after another.
  Exactly what is plotted, and how it is plotted, depends on the
  argument e. The default (if e is missing) is to plot
  only the first column of x. Each entry in the first column
  is plotted using the generic plot command, together with
  any extra arguments given in ....
  If e is present, it should be an Rlanguage expression
  involving the column names of x.
  (It is typically created using quote or
  expression.)
  The expression will be evaluated once for each row of x.
  It will be evaluated in an environment where each column name of
  x is interpreted as meaning the object in that column
  in the current row.
  See the Examples.
hyperframe,
  with.hyperframeH <- hyperframe(id=1:10)
   H$X <- with(H, rpoispp(100))
   H$D <- with(H, distmap(X))
   # points only
   plot(H[,"X"])
   plot(H, quote(plot(X, main=id)))
   # points superimposed on images
   plot(H, quote({plot(D, main=id); plot(X, add=TRUE)}))Run the code above in your browser using DataLab