"plot"(x, which = c(1:2, 7:9), type = "l", drawTimeRange = getOption("oceDrawTimeRange"), drawZeroLine = FALSE, mgp = getOption("oceMgp"), mar = c(mgp[1] + 1.5, mgp[1] + 1.5, 1.5, 1.5), small = 2000, main = "", tformat, debug = getOption("oceDebug"), ...)
cm
object, e.g. as read by read.cm
.which
.plot
.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.par("mar")
.plot
function. Data sets with more than small
points will
be plotted with smoothScatter
instead.oce.plot.ts
, for plot
types that call that function. (See strptime
for the format
used.)which
argument, as follows.which=1
or which="u"
for a time-series graph of eastward
velocity, u
, as a function of time.
which=2
or which="v"
for a time-series graph of
northward velocity, u
, as a function of time.
which=3
or "progressive vector"
for progressive-vector
plot
which=4
or "uv"
for a plot of v
versus u
.
(Dots are used for small datasets, and smoothScatter for large ones.)
which=5
or "uv+ellipse"
as the "uv"
case, but
with an added indication of the tidal ellipse, calculated from the eigen
vectors of the covariance matrix.
which=6
or "uv+ellipse+arrow"
as the "uv+ellipse"
case, but with an added arrow indicating the mean current.
which=7
or "pressure"
for pressure
which=8
or "salinity"
for salinity
which=9
or "temperature"
for temperature
which=10
or "TS"
for a TS diagram
which=11
or "conductivity"
for conductivity
which=20
or "direction"
for the direction of flow
oce
data: plot,adp-method
,
plot,adv-method
,
plot,amsr-method
,
plot,argo-method
,
plot,bremen-method
,
plot,coastline-method
,
plot,ctd-method
,
plot,gps-method
,
plot,ladp-method
,
plot,lisst-method
,
plot,lobo-method
,
plot,met-method
,
plot,odf-method
,
plot,rsk-method
,
plot,satellite-method
,
plot,sealevel-method
,
plot,section-method
,
plot,tidem-method
,
plot,topo-method
,
plot,windrose-method
,
plotProfile
, plotScan
,
plotTS
, tidem-class
Other things related to cm
data: [[,cm-method
,
[[<-,cm-method
, as.cm
,
cm-class
, cm
,
read.cm
, subset,cm-method
,
summary,cm-method
library(oce)
data(cm)
summary(cm)
plot(cm)
Run the code above in your browser using DataLab