Usage
plot.TS(x,
rhoLevels = 6,
grid = TRUE,
col.grid = "lightgray",
lty.grid = "dotted",
rho1000 = FALSE,
col = par("col"),
col.rho = "darkgray",
cex.rho = 0.9*par("cex"),
cex = par("cex"), pch = 1,
rotateRhoLabels = FALSE,
connectPoints = FALSE,
useSmoothScatter = FALSE,
xlab,
ylab,
Slim,
Tlim,
mgp=getOption("oceMgp"),
mar=c(mgp[1]+1,mgp[1]+1,mgp[1],mgp[1]),
lwd.rho=par("lwd"), lty.rho=par("lty"),
...)
Arguments
rhoLevels
Either a list of density levels for which to draw isopycnal
lines, or a suggestion for the number of levels. In the latter case,
pretty()
is used to select levels.
grid
a flag that can be set to TRUE
to get a grid.
lty.grid
line type for grid.
rho1000
if TRUE, label isopycnals as e.g. 1024; if FALSE, label as e.g. 24
col.rho
colour for isopycnal lines.
cex.rho
size of isopycnal labels.
cex
size to be used for plot symbols (see par
) pch
code for plotting symbol (see par
). rotateRhoLabels
if TRUE, labels in right-hand margin are written vertically
connectPoints
if TRUE, the points are connected with line segments, in sequence
xlab
optional label for the x axis, with default "Salinity [PSU]".
ylab
optional label for the y axis, with default "Temperature [C]".
Slim
optional limits for salinity axis, otherwise inferred from data.
Tlim
optional limits for temperature axis, otherwise inferred from data.
mgp
3-element numerical vector to use for par(mgp)
, and
also for par(mar)
, computed from this. The default is
tighter than the R default, in order to use more space for the data
and less for the axes.
mar
value to be used with par("mar")
. lwd.rho
line width for density lines
lty.rho
line type for density lines
...
optional arguments passed to plotting functions.