Plot a survRes object
Plotting a (multivariate) survRes
object. The internal
function plot.survRes.one
is used as a helper function
to plot a univariate time series.
## S3 method for class 'survRes' plot(x, method=x$control$name, disease=x$control$data, xaxis.years=TRUE,startyear = 2001, firstweek = 1, same.scale=TRUE, ...) plot.survRes.one(x, method=x$control$name, disease=x$control$data, domany=FALSE,ylim=NULL,xaxis.years=TRUE,startyear = 2001, firstweek = 1, xlab="time", ylab="No. infected", main=NULL, type="hhs", lty=c(1,1,2),col=c(1,1,4), outbreak.symbol = list(pch=3,col=3),alarm.symbol=list(pch=24,col=2), legend.opts=list(x="top", legend=c("Infected", "Upperbound", "Alarm", "Outbreak"), lty=NULL,col=NULL,pch=NULL), ...)
x |
object of class |
method |
surveillance method to be used in title |
disease |
name of disease in title |
xaxis.years |
Boolean indicating whether to show a year based x-axis for weekly data |
domany |
Boolean telling the function whether it is called for a multivariate ( |
ylim |
range of y axis |
startyear |
year to begin the axis labeling (the year where the oldest data come from) |
firstweek |
number of the first week of January in the first year (just for axis labeling reasons) |
xlab |
label of the x-axis |
ylab |
label of the y-axis |
main |
the title of the graphics is generated from the |
same.scale |
plot all time series with the same |
.
type |
line type of the observed counts (first two elements) and the upper bound (third element) |
lty |
vector of size 3 specifying the line type of the observed counts (left, right) and the upperbound line |
col |
vector with three elements: color of left bar and color of top bar, color of right bar, col of the upperbound line. |
outbreak.symbol |
list with entries |
alarm.symbol |
list with entries |
legend.opts |
a list containing the entries to be sent to the
Any further arguments to the |
... |
arguments passed to |
none. A plot showing the number of infected, the threshold for recognizing an outbreak, the alarm status and the outbreak status is generated.
M. Höhle
data(ha) ctrl <- list(range = 209:290, b = 2, w = 6, alpha = 0.005) plot(algo.bayes(aggregate(ha), control = ctrl))
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