Plots an array of summary functions, usually associated with a
point pattern, stored in an object of class "fasp".
A method for plot.
# S3 method for fasp
plot(x,formule=NULL, …,
subset=NULL, title=NULL, banner=TRUE,
transpose=FALSE,
samex=FALSE, samey=FALSE,
mar.panel=NULL,
outerlabels=TRUE, cex.outerlabels=1.25,
legend=FALSE)An object of class "fasp" representing a
function array.
A formula or list of formulae indicating what
variables are to be plotted against what variable. Each formula is
either an R language formula object, or a string that can be parsed
as a formula. If formule is a list, its \(k^{th}\) component
should be applicable to the \((i,j)^{th}\)
plot where x$which[i,j]=k. If the formula is left
as NULL, then plot.fasp attempts to use the component
default.formula of x. If that component is NULL
as well, it gives up.
Arguments passed to plot.fv to control
the individual plot panels.
A logical vector, or a vector of indices, or an
expression or a character string, or a list of such,
indicating a subset of the data to be included in each plot.
If subset is a list, its \(k^{th}\) component
should be applicable to the \((i,j)^{th}\) plot
where x$which[i,j]=k.
Overall title for the plot.
Logical. If TRUE, the overall title is plotted.
If FALSE, the overall title is not plotted
and no space is allocated for it.
Logical. If TRUE, rows and columns will be exchanged.
Logical values indicating whether all individual plot panels should have the same x axis limits and the same y axis limits, respectively. This makes it easier to compare the plots.
Vector of length 4 giving the value of the
graphics parameter mar controlling the size of plot margins
for each individual plot panel. See par.
Logical.
If TRUE, the row and column names of the array of functions
are plotted in the margins of the array of plot panels.
If FALSE, each individual plot panel is labelled by its
row and column name.
Character expansion factor for row and column labels of array.
Logical flag determining whether to plot a legend in each panel.
None.
(Each component of) the subset argument may be a
logical vector (of the same length as the vectors of data which
are extracted from x), or a vector of indices, or an
expression such as expression(r<=0.2), or a text string,
such as "r<=0.2".
Attempting a syntax such as subset = r<=0.2 (without
wrapping r<=0.2 either in quote marks or in expression())
will cause this function to fall over.
Variables referred to in any formula must exist in the data frames
stored in x. What the names of these variables are will
of course depend upon the nature of x.
An object of class "fasp" represents
an array of summary functions, usually associated with a point
pattern. See fasp.object for details.
Such an object is created, for example,
by alltypes.
The function plot.fasp is
a method for plot. It calls plot.fv to plot the
individual panels.
For information about the interpretation of the
arguments formule and subset,
see plot.fv.
Arguments that are often passed through ... include
col to control the colours of the different lines in a panel,
and lty and lwd to control the line type and line width
of the different lines in a panel. The argument shade
can also be used to display confidence intervals or significance bands
as filled grey shading. See plot.fv.
The argument title, if present, will determine the
overall title of the plot. If it is absent, it defaults to x$title.
Titles for the individual plot panels will be taken from
x$titles.
# NOT RUN {
if(interactive()) {
X.G <- alltypes(amacrine,"G")
plot(X.G)
plot(X.G,subset="r<=0.2")
plot(X.G,formule=asin(sqrt(cbind(km,theo))) ~ asin(sqrt(theo)))
plot(X.G,fo=cbind(km,theo) - theo~r, subset="theo<=0.9")
}
# }
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