Plot CTD data as time-series against scan number, to help with trimming extraneous data from a CTD cast.
plotScan(
x,
which = 1,
xtype = "scan",
flipy = FALSE,
type = "l",
mgp = getOption("oceMgp"),
xlim = NULL,
ylim = NULL,
mar = c(mgp[1] + 1.5, mgp[1] + 1.5, mgp[1], mgp[1]),
...,
debug = getOption("oceDebug")
)
a ctd object.
Numerical vector numerical codes specifying the panels to draw: 1
for pressure vs scan, 2 for diff(pressure)
vs scan, 3 for temperature vs
scan, and 4 for salinity vs scan.
Character string indicating variable for the x axis. May be
"scan"
(the default) or "time"
. In the former case, a
scan
variable will be created using seq_along()
,
if necessary. In the latter case, an error results if the data
slot of x
lacks a variable called time
.
Logical value, ignored unless which
is 1. If flipy
is TRUE
, then a pressure plot will have high pressures at the bottom
of the axis.
Character indicating the line type, as for plot.default()
. The default
is "l"
, meaning to connect data with line segments. Another good choice is
"o"
, to add points at the data.
Three-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.
Limits on the x value. The default, NULL
, is to select this
from the data.
Limits on the y value. The default, NULL
, is to select this
from the data.
Four-element vector be used with par("mar")
. If set
to NULL
, then par("mar")
is used. A good choice for a TS diagram
with a palette to the right is mar=par("mar")+c(0, 0, 0, 1))
.
Optional arguments passed to plotting functions.
an integer specifying whether debugging information is
to be printed during the processing. This is a general parameter that
is used by many oce
functions. Generally, setting debug=0
turns off the printing, while higher values suggest that more information
be printed. If one function calls another, it usually reduces the value of
debug
first, so that a user can often obtain deeper debugging
by specifying higher debug
values.
Dan Kelley
Other functions that plot oce data:
download.amsr()
,
plot,adp-method
,
plot,adv-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,landsat-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
,
plot,xbt-method
,
plotProfile()
,
plotTS()
,
tidem-class
Other things related to ctd data:
CTD_BCD2014666_008_1_DN.ODF.gz
,
[[,ctd-method
,
[[<-,ctd-method
,
as.ctd()
,
cnvName2oceName()
,
ctd-class
,
ctd.cnv
,
ctdDecimate()
,
ctdFindProfiles()
,
ctdRaw
,
ctdRepair()
,
ctdTrim()
,
ctd_aml.csv
,
ctd
,
d200321-001.ctd
,
d201211_0011.cnv
,
handleFlags,ctd-method
,
initialize,ctd-method
,
initializeFlagScheme,ctd-method
,
oceNames2whpNames()
,
oceUnits2whpUnits()
,
plot,ctd-method
,
plotProfile()
,
plotTS()
,
read.ctd.aml()
,
read.ctd.itp()
,
read.ctd.odf()
,
read.ctd.odv()
,
read.ctd.sbe()
,
read.ctd.ssda()
,
read.ctd.woce.other()
,
read.ctd.woce()
,
read.ctd()
,
setFlags,ctd-method
,
subset,ctd-method
,
summary,ctd-method
,
woceNames2oceNames()
,
woceUnit2oceUnit()
,
write.ctd()
library(oce)
data(ctdRaw)
plotScan(ctdRaw)
abline(v=c(130, 350), col='red') # useful for ctdTrim()
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