rposbern(n, nTimePts = 5, pvars = length(xcoeff), xcoeff = c(-2, 1, 2),
cap.effect = -1, link = "logit", is.popn = FALSE, earg.link = FALSE)
dposbern(x, prob, prob0 = prob, log = FALSE)
posbernoulli.b
and posbernoulli.t
.is.popn
.TRUE
then argument n
is the population
size and what is returned may have substantially less
rows than n
.
That is, if an animal has at least one one in its sequence then
it is returned, else thax1
, x2
, ...,
where the first is an intercept, and the others are
independent standard runif<
x1
, x2
, ...,
and the first is for the intercept.
The length of xcoeff
must be at least pvars
.CommonVGAMffArguments
.y1
, y2
, ...)
for the response.
Some indicator columns are also included
(those starting with ch
are for previous capture history,
and those starting with z
are zero),
and these are useful for the xij
argument.
The function dposbern
gives the density,
posbernoulli.b
.
The denominator is equally shared among the elements of
the matrix x
.
posbernoulli.b
,
posbernoulli.t
,
posbernoulli.tb
.set.seed(123); rposbern(n = 10)
attributes(rposbern(n = 10))
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