Description Usage Arguments Details Value circleTile-specific parameters Author(s) See Also
Initializes a trace which plots circles to a tile graphic. Useful for making bubbleplots with known circle areas.
1 |
... |
Any
number of arguments given below. Must include exactly one horizontal
dimension ( |
This function does no plotting; instead, it creates a circleTile
object, or trace of plotting data, to be drawn on one or more
plots in a tiled arrangement of plots. To complete the drawing
include the object as an input to tile
. From
tile
, it is possible to set further options including plot
and axis titles, axis ranges and labels, logged axes, and
annotations to the plot.
circleTile
simply adds a circle at a specific location or locations
to a tile
plot. It serves as the tile
equivalent to the grid graphics function
circleGrob
, and is primarily useful for annotating plots which
also use other traces or for constructing bubble plots. Note that circleTile
traces must be
created in advance and included in the call to tile
, rather
than added afterward.
To plot symbols to a location outside the plotting area, users might
try combining clip="off"
, with coordinates
placing the symbols in the desired spot.
A circleTile
object, used only as an input to tile
.
A call to pointsTile
must provide an orthogonal pair of the
following inputs:
x
coordinate vector of circles to plot, attached to the x axis.
y
coordinate vector of circles to plot, attached to the y axis.
top
coordinate vector of circles to plot, attached to the top axis.
right
coordinate vector of circles to plot, attached to the right axis.
r
radius vector of plotted circles.
Users will often wish to provide the following input:
plot
scalar or vector, the plot(s) in which this trace will be drawn; defaulting to the first plot. Plots are numbered consecutively from the top left, row-by-row. Thus in a 2 x 3 tiling, the first plot in the second row is plot number 4.
In addition to these circleTile
-specific parameters, users may provide any of the generic tile parameters documented in pointsTile
.
Christopher Adolph cadolph@u.washington.edu
tile, pointsTile, scatter
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