panel.3dmisc {latticeExtra}  R Documentation 
Miscellanous panel functions for use with three dimensional Lattice functions such as cloud and wireframe
panel.3dbars(x, y, z, rot.mat = diag(4), distance, xbase = 1, ybase = 1, xlim, xlim.scaled, ylim, ylim.scaled, zlim, zlim.scaled, zero.scaled, col = "black", lty = 1, lwd = 1, alpha, ..., col.facet = "white", alpha.facet = 1) panel.3dpolygon(x, y, z, rot.mat = diag(4), distance, xlim.scaled, ylim.scaled, zlim.scaled, zero.scaled, col = "white", border = "black", font, fontface, ...) panel.3dtext(x, y, z, labels = seq_along(x), rot.mat = diag(4), distance, ...)
x, y, z 
data to be plotted 
rot.mat, distance 
arguments controlling projection 
labels 
character or expression vectors to be uses as labels 
xlim, ylim, zlim 
limits in the original scale 
xlim.scaled, ylim.scaled, zlim.scaled 
limits after scaling 
zero.scaled 
the value of z = 0 after scaling 
xbase, ybase 
length of the sides of the bars (which are always centered on the

col, lty, lwd, alpha, border 
Graphical parameters for the border lines. These can be vectors, in
which case each component will be associated with one bar in

font, fontface 
unused graphical parameters, present in the argument list only so that they can be captured and ignored 
col.facet, alpha.facet 
Graphical parameters for surfaces of the bars . These can be vectors, in which case each component will be associated with one bar. 
... 
extra arguments, passed on as appropriate. 
panel.3dbars
and panel.3dpolygon
are both suitable for
use as (components of) the panel.3d.cloud
argument of
panel.cloud
. The first one produces three dimensional bars,
and the second one draws three dimensional polygons.
Deepayan Sarkar deepayan.sarkar@gmail.com
cloud
,
panel.cloud
library(lattice) cloud(VADeaths, panel.3d.cloud = panel.3dbars, col.facet = "grey", xbase = 0.4, ybase = 0.4, screen = list(z = 40, x = 30)) cloud(VADeaths, panel.3d.cloud = panel.3dbars, xbase = 0.4, ybase = 0.4, zlim = c(0, max(VADeaths)), scales = list(arrows = FALSE, just = "right"), xlab = NULL, ylab = NULL, col.facet = level.colors(VADeaths, at = do.breaks(range(VADeaths), 20), col.regions = terrain.colors, colors = TRUE), colorkey = list(col = terrain.colors, at = do.breaks(range(VADeaths), 20)), screen = list(z = 40, x = 30)) cloud(as.table(prop.table(Titanic, margin = 1:3)[,,,2]), type = c("p", "h"), zlab = "Proportion\nSurvived", panel.3d.cloud = panel.3dbars, xbase = 0.4, ybase = 0.4, aspect = c(1, 0.3), scales = list(distance = 2), panel.aspect = 0.5)