satin-class | R Documentation |
class for ocean data derived from satellites, imported from netCDF files.
Objects of class "satin"
are created by importing functions: read.nasaoc
, read.ghrsst
, read.cmems
, and read.osunpp
. They can also be created, though not recommended, by direct calls to satin
.
Object of class "numeric"
; vector of longitudes of the area of interest (aoi).
Object of class "numeric"
; vector of latitudes of the aoi.
Object of class "array"
; three or four dimensions array of ocean data corresponding to the lengths of lat
, lon
, period$tmStart
, and depth
vectors. The fourth dimension associated to depth levels will only be present in "satin"
objects derived from Copernicus data files.
Object of class "list"
; attributes of the data stored in the netCDF file: title
: title attribute from netCDF file; longname
: long name of ocean data variable; name
: short name of ocean data variable; units
: ocean data variable measurement units; temporal_range
: averaging period length, i.e. daily, monthly, etc.; spatial_resolution
: spatial resolution of the ocean data variable.
Object of class "list"
; a vector with start time (tmStart
) and a vector with end time (tmEnd
) of the averaging period of the data. Both vectors are of class "POSIXct"
.
Object of class "numeric"
; vector of depth levels in the data. Only meaningful for "satin"
objects derived from Copernicus data files.
signature(x = "satin", y = "missing")
: plot method for "satin"
objects. See details in plot.satin
signature(object = "satin")
: display a summary of the object. See example below
Héctor Villalobos
See read.nasaoc
; read.osunpp
; read.ghrsst
; and read.cmems
for functions producing "satin"
objects, and plot.satin
for a complete description of plotting arguments.
data(dsst) class(dsst) dsst str(dsst)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.