`"epidataCS"`

`epidataCS_update.Rd`

The `update`

method for the `"epidataCS"`

class
may be used to modify the hyperparameters \(\epsilon\) (`eps.t`

)
and \(\delta\) (`eps.s`

), the indicator matrix `qmatrix`

of
possible ways of transmission between the event types, and the numerical
accuracy `nCircle2Poly`

of the polygonal representation of a
circle.
The update method will also update the auxiliary information contained
in an `"epidataCS"`

object accordingly, e.g., the vector of potential
sources of each event, or the polygonal representation of the influence
region.

```
# S3 method for epidataCS
update(object, eps.t, eps.s, qmatrix, nCircle2Poly, ...)
```

- object
an object of class

`"epidataCS"`

.- eps.t
numeric vector of length the number of events in

`object$events`

. The event data column`eps.t`

specifies the maximum temporal influence radius (e.g., length of infectious period, time to culling, etc.) of the events.- eps.s
numeric vector of length the number of events in

`object$events`

. The event data column`eps.s`

specifies the maximum spatial influence radius of the events.- qmatrix
square indicator matrix (0/1 or TRUE/FALSE) for possible transmission between the event types.

- nCircle2Poly
accuracy (number of edges) of the polygonal approximation of a circle.

- ...
unused (argument of the generic).

The updated `"epidataCS"`

object.

Sebastian Meyer

class `"epidataCS"`

.

```
data("imdepi")
## assume different interaction ranges and simplify polygons
imdepi2 <- update(imdepi, eps.t = 20, eps.s = Inf, nCircle2Poly = 16)
(s <- summary(imdepi))
(s2 <- summary(imdepi2))
## The update reduced the number of infectives (along time)
## because the length of the infectious periods is reduced. It also
## changed the set of potential sources of transmission for each
## event, since the interaction is shorter in time but wider in space
## (eps.s=Inf means interaction over the whole observation region).
```