.BG
.FN plot
.TL
Scatter Plots
.CS
plot(x, y, type="p")
.XY
If a single numeric `x' is given, `time(x)' is plotted on the x-axis and
`x' on the y-axis.
If a single complex `x' is given, `Re(x)' is plotted on the x-axis and
`Im(x)' on the y-axis.
.NA
Any points containing missing values will be omitted from the plot.
.AG type=
values of "p", "l", "b", "o", "n", and "h" produce points,
lines, both, both (overlaid), nothing, and high-density lines.
.SH "HIGH-LEVEL GRAPHICS ARGUMENTS"
.PP
The following arguments may be used in many
high-level graphical functions
(those that set up coordinate systems, e.g., `plot', `qqplot'),
.IP `log=:'
values of "x", "y", or "xy" specify which axes are to
be plotted on a logarithmic scale.
By default, logarithmic axes are not produced.
.IP `xlim=:'
vector of two numbers giving the
approximate minimum and maximum values to be put on x-axis.
These values are automatically rounded to make
them "pretty" for axis labelling.
.IP `ylim=:'
similar to `xlim', but for y-axis.
.GR
.Tl
.EX
plot(x,y)     #simple scatter plot
plot(x,y,type="l")	#connected lines
plot(x,y,log="xy")	#log-log plot
plot(x,y,type="n");text(x,y)	# do not plot, then
	# use text to label each point from 1 to n
plot(gnp,type="h")	#high-density plot of time-series
plot(density(x),type="l")	#plot of list xy
# the example plot is produced by:
plot(corn.rain,corn.yield)
.PI
.KW hplot
.WR
