Usage
panel.levelplot(x, y, z,
subscripts,
at = pretty(z),
shrink,
labels,
label.style = c("mixed", "flat", "align"),
contour = FALSE,
region = TRUE,
col = add.line$col,
lty = add.line$lty,
lwd = add.line$lwd,
border = "transparent",
...,
col.regions = regions$col,
alpha.regions = regions$alpha)
panel.contourplot(...)panel.levelplot.raster(x, y, z,
subscripts,
at = pretty(z),
...,
col.regions = regions$col,
alpha.regions = regions$alpha,
interpolate = FALSE)
Arguments
x, y, z
Variables defining the plot.
subscripts
Integer vector indicating what subset of x
, y
and
z
to draw.
at
Numeric vector giving breakpoints along the range of
z
. See levelplot
for details. shrink
Either a numeric vector of length 2 (meant to work as both x and y
components), or a list with components x and y which are numeric
vectors of length 2. This allows the rectangles to be scaled
proportional to the z-value. The specification ca
labels
Either a logical scalar indicating whether the labels are to be
drawn, or a character or expression vector giving the labels
associated with the at
values. Alternatively, labels
can be a list with the following compo
label.style
Controls how label positions and rotation are determined. A value
of "flat"
causes the label to be positioned where the contour
is flattest, and the label is not rotated. A value of
"align"
causes the label to be dr
contour
A logical flag, specifying whether contour lines should be drawn.
region
A logical flag, specifying whether inter-contour regions should be
filled with appropriately colored rectangles.
col, lty, lwd
graphical parameters for contour lines
border
border color for rectangles used when region=TRUE
.
col.regions
A vector of colors, or a function to produce a vecor of colors, to
be used if region=TRUE
. Each interval defined by at
is assigned a color, so the number of colors actually used is one
less than the length of a
alpha.regions
numeric scalar controlling transparency of facets