bsts prediction object.## S3 method for class 'bsts.prediction':
plot(x,
y = NULL,
burn = 0,
plot.original = TRUE,
median.color = "blue",
median.type = 1,
median.width = 3,
interval.quantiles = c(.025, .975),
interval.color = "green",
interval.type = 2,
interval.width = 2,
style = c("dynamic", "boxplot"),
ylim = NULL,
...)bsts.prediction
created by calling predict on a bsts object.plot generic function. This argument is unused.TRUE then the prediction is
plotted after a time series plot of the original series. Otherwise,
the prediction fills the entire plot.predict.bsts.PlotDynamicDistribution
and lines.x using a dynamic distribution plot generated by
PlotDynamicDistribution. Overlays the posterior median and 95%
prediction limits for the predictive distribution.bsts
PlotDynamicDistribution
plot.lm.spikedata(AirPassengers)
y <- log(AirPassengers)
ss <- AddLocalLinearTrend(list(), y)
ss <- AddSeasonal(ss, y, nseasons = 12)
model <- bsts(y, state.specification = ss, niter = 500)
pred <- predict(model, horizon = 12, burn = 100)
plot(pred)Run the code above in your browser using DataLab