panel.Stratiplot(x, y,
type = "l",
col,
pch = plot.symbol$pch,
cex = plot.symbol$cex,
col.line = plot.line$col,
col.symbol = plot.symbol$col,
col.refline = ref.line$col,
col.smooth = "red",
col.poly = plot.line$col,
lty = plot.line$lty,
lwd = plot.line$lwd,
lty.smooth = plot.line$lty,
lwd.smooth = 2,
lwd.h = 3,
fill = plot.symbol$fill,
zones = NULL,
col.zones = plot.line$col,
lty.zones = plot.line$lty,
lwd.zones = plot.line$lwd,
gridh = -1, gridv = -1,
...)"l", "p", "o", "b", "h",
"g", "smooth", and "poly". It type has more
col.smooth,
default colours are obtained from plot.symbol and
plot.line using
trellis.par.get. col.reflplot.symbol and plot.line
using trellis.par.get.plot.line using
trellis.par.get.plot.line.h and
v of panel.grid, which control the number of
grid lines drawn.panel.points,
panel.lines,
x and y, with
various modifications possible via the type argument. Zones can be drawn on the panels by supplying the numeric vector of
zone boundaries as argument zones. The panel function will then
draw horizontal lines across the panels at the desired y-axis
locations. Note that the panel function does not attempt to
identify the zone boundaries automatically; these must be determined
via a chronological (constrained) cluster analysis function or
similar.
Note that all the arguments controlling the display can be supplied
directly to a high-level call of the function Stratiplot.
Stratiplot, panel.Loess,
panel.xyplot.