getDisplays.ggobi {Rggobi} | R Documentation |
This returns a list of display or plot windows references or full descriptions of each display owned by a particular ggobi instance.
getDisplays.ggobi(describe = F, .gobi=getDefaultGGobi())
describe |
a logical value indicating whether
the full description should be returned (TRUE ),
or simply a reference to the display in the form of a
code{ggobiDisplay}. |
.gobi |
the ggobi instance whose displays are to be described
or referenced. This should be an object of class ggobi or an integer. |
A list with an element for each display
in the ggobi instance.
If describe
is specified as TRUE
,
each element
has $5$ components:
Name |
The title on the display's window. |
Type |
The type of display (e.g. scatterplot, parallel coordinat plot, ...) given as a named integer vector whose value is the internal type code and whose name is a more descriptive identifier for the plot type. |
Plots |
A list describing each of the sub-plots within the display/window.
Each element is a list containing 3 elements:
ggobiDataset identifying the dataset in which the
variables are located.ggobiInstance specifying to which
ggobi the data and plot ``belong''. |
dataset |
an object of class ggobiDataset which is a reference
to the dataset that is associated with this display, i.e. which contains
the variables in the different plots in this display. |
display |
an object of class ggobiDisplay which can be used to
operate on the display and allows the need to refer to it by index. |
If describe
is FALSE
, each element is
an object of class ggobiDisplay
and this is an opaque
reference to the internal C-level dataset.
Duncan Temple Lang
getPlotType.ggobi
getPlotCount.ggobi
g <- ggobi(system.file("data", "flea.xml", package="Rggobi")) g$scatmat(1:3) # Now see what we have. g$getDisplays(T) # Get references to the displays and close the # second one. close(g$getDisplays()[[2]])