| plot.Trend {greenbrown} | R Documentation |
This is the standard plot function for results of the Trend function. See plot.default for further specifications of basic plots.
## S3 method for class 'Trend'
plot(x, ylab = "NDVI", add = FALSE, col = c("black", "blue",
"red", "blue"), lty = c(2, 1, 2, 3), lwd = 1, symbolic = TRUE,
legend = FALSE, axes = TRUE, ...)
x |
Object of class 'Trend' as returned from function |
ylab |
A title for the y axis |
add |
add to exisiting plot |
col |
colors for (1) time series, (2) trend line, (3) breakpoints and (4) trend uncertainty |
lty |
line types for (1) time series, (2) trend line, (3) breakpoints and (4) trend uncertainty |
lwd |
|
symbolic |
add significance as symbols (TRUE). If TRUE the p-value of a trend slope is added as symbol as following: *** (p <= 0.001), ** (p <= 0.01), * (p <= 0.05), . (p <= 0.1) and no symbol if p > 0.1. |
legend |
add slope and p-value as legend |
axes |
plot axes? |
... |
Further arguments that can be passed |
Matthias Forkel <matthias.forkel@geo.tuwien.ac.at> [aut, cre]
# load a time series of Normalized Difference Vegetation Index
data(ndvi)
plot(ndvi)
# calculate a trend and look at the results
ndvi.trend <- Trend(ndvi)
ndvi.trend
plot(ndvi.trend)
ndvi.trend.aat <- Trend(ndvi, method="AAT", mosum.pval=1)
plot(ndvi.trend.aat)
plot(ndvi.trend.aat, symbolic=FALSE)
plot(ndvi.trend.aat, symbolic=FALSE, legend=TRUE)
ndvi.trend.stm <- Trend(ndvi, method="STM", mosum.pval=1)
plot(ndvi.trend.stm)
plot(ndvi.trend.aat, symbolic=TRUE, ylim=c(0.23, 0.31),
col=c("blue", "blue", "red"))
plot(ndvi.trend.stm, symbolic=TRUE, col=c("darkgreen", "darkgreen", "red"),
lty=c(0, 1, 1), add=TRUE)