plot.profile {oce} | R Documentation |
Plot a CTD profile, in any of several common formats.
plot.profile(x, type="S", col.S="darkgreen", col.t="red", col.rho="blue", col.N2="brown", col.dpdt="darkgreen", col.time="darkgreen", grid=FALSE, col.grid="lightgray", Slim, Tlim, densitylim, N2lim, plim, dpdtlim, timelim, lwd, ...)
x |
A cdt object, e.g. as read by read.ctd . |
type |
Type of profile to plot, from the list below.
|
col.S |
Color for salinity profile. |
col.t |
Color for temperature. |
col.rho |
Color for density. |
col.N2 |
Color for square of buoyancy frequency. |
col.dpdt |
Color for dP/dt. |
col.time |
Color for delta-time. |
grid |
Set TRUE to get a grid. |
col.grid |
Grid colour. |
Slim |
Optional limit for S axis |
Tlim |
Optional limit for T axis |
densitylim |
Optional limit for density axis |
N2lim |
Optional limit for N2 axis |
plim |
Optional limit for p axis |
dpdtlim |
Optional limit for dp/dt axis |
timelim |
Optional limit for delta-time axis |
lwd |
lwd value for data line |
... |
Optional arguments passed to other functions. A common example is to set df , for
use in sw.N2 calculations. |
None.
Dan Kelley
read.ctd
scans ctd information from a file, and
plot.TS
plots a temperature-salinity diagram.
## Not run: library(oce) data(ctd) # ctd <- read.ctd("ctd.cnv") summary(ctd) plot(ctd) plot.profile(ctd, type="T") ## End(Not run)