hex3d.legend {hexbin} | R Documentation |
Plots the legend for the hex3d.plot
function. Provides
a legend indicating the count representations.
hex3d.legend(legend, ysize, lcex, inn, style = c("colorscale", "centroids", "lattice"), minarea = 0.05, maxarea = 0.8, mincnt = 1, maxcnt, trans = NULL, inv = NULL, colorcut, inner = 0.6, rot = 0, tilt = 0, tilt.dir = 0, lt.angle = 145, lt.azimuth = 30, peak = NULL, fg = NULL, border.base = NULL, border.top = NULL, border.side = NULL, colramp = function(n) { LinGray(n, beg = 90, end = 15)})
legend |
positive number giving width of the legend in inches. |
ysize |
height of legend in inches |
lcex |
the characters expansion size for the text in the legend,
see par(cex=) . |
inn |
inner diameter of ... in inches, see also inner below. |
style |
the hexagon style; must be one (unique abbreviation) of
"grayscale", "lattice", "centroids",
see hexagons.3d . |
minarea, maxarea |
fraction of the cell area for the lowest and largest count, respectively. |
mincnt, maxcnt |
minimum and maximum count accepted in plot . |
trans |
a transformation function for the counts such as
sqrt . |
inv |
the inverse transformation function. |
colorcut |
numeric vector of values covering [0, 1] the determine hexagon color classes boundaries and hexagon legend size boundaries. |
inner |
the inner diameter of a hexagon in inches. |
rot |
~~Describe rot here~~ |
tilt |
~~Describe tilt here~~ |
tilt.dir |
~~Describe tilt.dir here~~ |
lt.angle |
~~Describe lt.angle here~~ |
lt.azimuth |
~~Describe lt.azimuth here~~ |
peak |
~~Describe peak here~~ |
fg |
~~Describe fg here~~ |
border.base |
~~Describe border.base here~~ |
border.top |
~~Describe border.top here~~ |
border.side |
~~Describe border.side here~~ |
colramp |
function accepting an integer n as an argument and
returning n colors. |
Nicholas Lewin-Koh nikko@hailmail.net
hexbin
, hex3d.plot
,
hexagons.3d
.
## Not a stand alone function; typically only called from hex3d.plot() ## Not run: hex3d.legend(legend = 2, ysize = 1,lcex=8,inner=0.2, maxcnt = 100, colorcut = c(0.5,0.5)) ## End(Not run)