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.refl
plot.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
.