plot_simca,aquap_cube-method | R Documentation |
Plot SIMCA interclass distances.
## S4 method for signature 'aquap_cube'
plot_simca(object, ...)
object |
An object of class 'aquap_cube' as produced by
|
... |
Optional 'simca' plotting parameters to override the values in the
analysis procedure - for possible arguments see
|
The width and height of the resulting pdf can be set in the settings.
A pdf or graphic device.
Other Plot functions:
plot,aquap_cube,missing-method
,
plot,aquap_data,missing-method
,
plot_aqg()
,
plot_classifX_indepPred()
,
plot_da,aquap_cube-method
,
plot_nnet,aquap_cube-method
,
plot_pca,aquap_cube-method
,
plot_pls,aquap_cube-method
,
plot_pls_indepPred()
,
plot_rnf,aquap_cube-method
,
plot_svm,aquap_cube-method
Other SIMCA documentation:
calc_sim_args
,
plot_sim_args
## Not run:
dataset <- gfd()
cube <- gdmm(dataset)
plot(cube)
plot_simca(cube)
plot(cube, what="sim", aps="foo.r") # take the analysis procedure from the
# file 'foo.r'
plot_simca(cube, aps="cube", pg.main="FooBar") # Take the plotting parameter
from the cube itself, and add 'FooBar' to the main of every graphic.
plot_simca(cube, aps="cube", pg.main="FooBar", pg.where="pdf") # same as
# above, but have the graphics in a PDF.
plot_simca(cube, pg.main="Foo", pg.fns="_foo") # use the default for aps,
# add 'Foo' on each main, and add '_foo' to the filename of the possible pdf
plot_simca(cube, sim.icdRan=2)
plot(cube, sim.icdRan=2)
plot_simca(cube, sim.icdRan=NULL) # to not have a pre-defined range
## End(Not run)
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