adv-class object.
"plot"(x, which = c(1:3, 14, 15), col, titles, type = "l", lwd = par("lwd"), adorn = NULL, drawTimeRange = getOption("oceDrawTimeRange"), drawZeroLine = FALSE, useSmoothScatter, mgp = getOption("oceMgp"), mar = c(mgp[1] + 1.5, mgp[1] + 1.5, 1.5, 1.5), tformat, marginsAsImage = FALSE, cex = par("cex"), cex.axis = par("cex.axis"), cex.main = par("cex.main"), xlim, ylim, brushCorrelation, colBrush = "red", main = "", debug = getOption("oceDebug"), ...)adv object, i.e. one inheriting from adv-class.which.oce.colorsPalette(128,1), and for lines and points
is black.which.plot.expression or vector of expressions that contain
R code that is to be executed immediately after each panel of the plot.
If the number of expressions matches the number of panels, then the
expressions are used for the corresponding panels; otherwise, the
expression list is extended to match the number of panels (i.e.
to obtain length(which) elements). Note that adorn
is a dangerous argument, because if the expressions contained
therein set up local storage, there is a chance of entirely
disrupting the plotting. For this reason, adorn was
marked as defunct in June 2016, and will be removed entirely
after the July CRAN release. Users with existing code that uses
adorn should simply plot the panels individually, and
use conventional R functions, e.g. lines etc.,
after each panel, to achieve the desired effect. (See
oce-defunct for notes on other deprecated or
defunct oce features.)smoothScatter in various plots, such as which="uv". If
not provided a default is used, with smoothScatter being used if
there are more than 2000 points to 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").oce.plot.ts, for plot
types that call that function. (See strptime for the format
used.)imagep plot.par("cex").par("cex.axis").par("cex.main").xlim, or 2-column matrix, in
which case the rows are used, in order, for the panels of the graph.ylim, or 2-column matrix, in
which case the rows are used, in order, for the panels of the graph.p, the suspect points (velocity, backscatter
amplitude, or correlation) will be coloured red; otherwise, this argument is
ignored.brushCorrelation is active.which argument. (Note the
gaps in the sequence, e.g. 4 and 8 are not used.)which=1 to 3 (or "u1" to "u3")yield timeseries of the first, second, and third components of velocity (in beam, xyz or enu coordinates).
which=4 is not permitted (since ADV are 3-beam devices)
which=5 to 7 (or "a1" to "a3")
yield timeseries of the amplitudes of beams 1 to 3. (Note that
the data are called data$a[,1], data$a[,2] and
data$a[,3], for these three timeseries.)
which=8 is not permitted (since ADV are 3-beam devices)
which=9 to 11 (or "q1" to "q3")
yield timeseries of correlation for beams 1 to 3. (Note that the
data are called data$c[,1], data$c[,2] and
data$c[,3], for these three timeseries.)
which=12 is not permitted (since ADVs are 3-beam devices)
which=13 is not permitted (since ADVs do not measure salinity)
which=14 or which="temperature" yields a timeseries of temperature.
which=15 or which="pressure" yields a timeseries of pressure.
which=16 or which="heading" yields a timeseries of heading.
which=17 or which="pitch"yields a timeseries of pitch.
which=18 or which="roll"yields a timeseries of roll.
which=19 to 21 yields plots of correlation versus
amplitude, for beams 1 through 3, using smoothScatter.
which=22 is not permitted (since ADVs are 3-beam devices)
which=23 or "progressive vector" yields a
progressive-vector diagram in the horizontal plane, plotted with
asp=1, and taking beam1 and beam2 as the eastward and
northward components of velocity, respectively.
which=28 or "uv" yields velocity plot in the
horizontal plane, i.e. u[2] versus u[1]. If the number of data
points is small, a scattergraph is used, but if it is large,
smoothScatter is used.
which=29 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=30 or "uv+ellipse+arrow" as the
"uv+ellipse" case, but with an added arrow indicating the
mean current.
which=50 or "analog1" plots a time series of the
analog1 signal, if there is one.
which=51 or "analog2" plots a time series of the
analog2 signal, if there is one.
which=100 or "voltage" plots the voltage as a
timeseries, if voltage exists in the dataset.
In addition to the above, there are some groupings defined:
which="velocity" equivalent to which=1:3 (three velocity components)
which="amplitude" equivalent to which=5:7 (three amplitude components)
which="backscatter" equivalent to which=9:11 (three backscatter components)
which="hydrography" equivalent to which=14:15 (temperature and pressure)
which="angles" equivalent to which=16:18 (heading, pitch and roll)
adv-class explains the structure
of ADV objects, and also outlines the other functions dealing with them.Other functions that plot oce data: plot,adp-method,
plot,amsr-method,
plot,argo-method,
plot,bremen-method,
plot,cm-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 adv data: [[,adv-method,
[[<-,adv-method, adv-class,
adv, beamName,
beamToXyz, enuToOtherAdv,
enuToOther, read.adv.nortek,
read.adv.sontek.adr,
read.adv.sontek.serial,
read.adv.sontek.text,
read.adv, subset,adv-method,
summary,adv-method, toEnuAdv,
toEnu, velocityStatistics,
xyzToEnuAdv, xyzToEnu
library(oce)
data(adv)
plot(adv)
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