plot,argo-method {oce} | R Documentation |
Plot a summary diagram for argo data.
## S4 method for signature 'argo' plot(x, which = 1, level, coastline = c("best", "coastlineWorld", "coastlineWorldMedium", "coastlineWorldFine", "none"), cex = 1, pch = 1, type = "p", col, fill = FALSE, projection = NULL, mgp = getOption("oceMgp"), mar = c(mgp[1] + 1.5, mgp[1] + 1.5, 1.5, 1.5), tformat, debug = getOption("oceDebug"), ...)
x |
object inheriting from |
which |
list of desired plot types, one of the following. Note
that
|
level |
depth pseudo-level to plot, for |
coastline |
character string giving the coastline to be used in an Argo-location
map, or |
cex |
size of plotting symbols to be used if |
pch |
type of plotting symbols to be used if |
type |
plot type, either |
col |
optional list of colours for plotting. |
fill |
Either a logical, indicating whether to fill the land with light-gray, or a colour name. Owing to problems with some projections, the default is not to fill. |
projection |
indication of the projection to be used
in trajectory maps. If this is |
mgp |
3-element numerical vector to use for |
mar |
value to be used with |
tformat |
optional argument passed to |
debug |
debugging flag. |
... |
optional arguments passed to plotting functions. |
None.
Dan Kelley
Other things related to argo
data: [[,argo-method
,
[[<-,argo-method
, argo-class
,
argoGrid
, argoNames2oceNames
,
argo
, as.argo
,
handleFlags,argo-method
,
read.argo
,
subset,argo-method
,
summary,argo-method
Other functions that plot oce
data: plot,adp-method
,
plot,adv-method
,
plot,amsr-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
library(oce) data(argo) tc <- cut(argo[["time"]], "year") plot(argo, pch=as.integer(tc)) year <- substr(levels(tc), 1, 4) data(topoWorld) contour(topoWorld[['longitude']], topoWorld[['latitude']], topoWorld[['z']], add=TRUE) legend("bottomleft", pch=seq_along(year), legend=year, bg="white", cex=3/4)