Produces two types of plot from the information in
a csFSS
object, such as that returned by
findstysols
.
1 2 3 
x 
The 
solno 
If missing then the plot produces plots that show information on all solutions at once, first in a scatter plot, then in a dendrogram. If provided then the plot produces information on that specific solution. 
ALLplotclust 
If TRUE then the dendrogram is plotted, if FALSE it is not. 
ALLplotscale 
If TRUE then the twodimensional scaling solution is plotted. If FALSE, it is not. 
sollabels 
If TRUE then solution numbers are plotted on the scaling plot, if produced. 
SNinc 
An argument passed to the 
... 
Other arguments passed to plot. 
This function can produce either a scatterplot, which indicates
the twodimensional scaling picture of the optimization solution
sets, or a dendrogram showing putative clustering of solutions.
In both cases it is a plot considering ALL solutions at once.
These plots are delegated to the plot.csFSSgr
function.
If the argument solno
is provided then plots are produced
which show information on a single solution. This plot is
delegated to the LCTSres
function.
None.
G.P.Nason
Cardinali, A. and Nason, Guy P. (2013) Costationarity of Locally Stationary Time Series Using costat. Journal of Statistical Software, 55, Issue 1.
Cardinali, A. and Nason, G.P. (2010) Costationarity of locally stationary time series. J. Time Series Econometrics, 2, Issue 2, Article 1.
findstysols
,
LCTSres
,
plot.csFSSgr
, print.csFSS
,
summary.csFSS
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24  #
# Create dummy data
#
x1 < rnorm(32)
y1 < rnorm(32)
#
# Find stationary combinations
# Note: we don't run this example in installation/package formation as
# it takes a long time. However, this precise command IS run in
# the help to findstysols
#
## Not run: ans < findstysols(Nsims=100, tsx=x1, tsy=y1)
#
# Produce dendrogram
#
## Not run: plot(ans)
#
# Produce four pictures relating to solution 3 (can also do
# par(mfrow=c(2,2)) to make a nice 4 plot on one page.)
#
## Not run: plot(ans, solno=3)
#solno is 3
#3
#1:

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