Nothing
library(fsdaR)
## Simulated data with linear trend and level shift.
## No seasonal component.
set.seed(1234)
n <- 45
a <- 1
b <- 0.8
sig <- 1
seq <- 1:n
y <- a + b * seq + sig * rnorm(n)
## Add a level shift in the simulated series
y[round(n/2):n] <- y[round(n/2):n] + 10
## model with a linear trend, non seasonal and level shift
## model =struct;
## model.trend=1;
## model.seasonal=0;
## Potential level shift position is investigated in positions:
## t=10, t=11, ..., t=T-10.
## model.lshift=10;
out <- ltsts(y, plot=TRUE, trace=TRUE)
## Using the notation of the paper RPRH: A=1, B=1, G=0 and $\delta_1>0$.
## str=strcat('A=1, B=0, G=0, $\delta_2=',num2str(out.posLS),'$');
## title(findobj(gcf,'-regexp','Tag','LTSts:ts'),str,'interpreter','latex');
## Test simulate_ts ==============================================
##
library(fsdaR)
## Simulated time series with linear trend.
## A time series of 100 observations is simulated from a model which
## contains a linear trend (with slope 1 and intercept 0), no seasonal
## component, no explanatory variables and a signal to noise ratio egual to 20
out <- simulate_ts(100, plot=TRUE)
out1 <- ltsts(out$y, plot=TRUE, trace=TRUE)
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