spatstat (version 1.59-0)

iplot: Point and Click Interface for Displaying Spatial Data

Description

Plot spatial data with interactive (point-and-click) control over the plot.

Usage

iplot(x, ...)

# S3 method for ppp iplot(x, ..., xname)

# S3 method for linnet iplot(x, ..., xname)

# S3 method for lpp iplot(x, ..., xname)

# S3 method for layered iplot(x, ..., xname, visible)

# S3 method for default iplot(x, ..., xname)

Arguments

x

The spatial object to be plotted. An object of class "ppp", "psp", "im", "owin", "linnet", "lpp" or "layered".

Ignored.

xname

Optional. Character string to use as the title of the dataset.

visible

Optional. Logical vector indicating which layers of x should initially be turned on (visible).

Value

NULL.

Package Dependence

This function requires the package rpanel to be loaded.

Details

The function iplot generates a plot of the spatial dataset x and allows interactive control over the appearance of the plot using a point-and-click interface.

The function iplot is generic, with methods for for point patterns (iplot.ppp), layered objects (iplot.layered) and a default method. The default method will handle objects of class "psp", "im" and "owin" at least.

A new popup window is launched. The spatial dataset x is displayed in the middle of the window using the appropriate plot method.

The left side of the window contains buttons and sliders allowing the user to change the plot parameters.

The right side of the window contains navigation controls for zooming (changing magnification), panning (shifting the field of view relative to the data), redrawing and exiting.

If the user clicks in the area where the point pattern is displayed, the field of view will be re-centred at the point that was clicked.

See Also

istat

Examples

Run this code
# NOT RUN {
   if(interactive() && require(rpanel)) {
      iplot(cells)
      iplot(amacrine)
      iplot(lansing)
      L <- layered(D=distmap(cells), P=cells,
            plotargs=list(list(ribbon=FALSE), list(pch=16)))
      iplot(L)
   }
# }

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