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Return the expected value of the observed variables, given values of the latent states and the parameters.
# S4 method for pomp
emeasure(
object,
...,
x = states(object),
times = time(object),
params = coef(object)
)emeasure returns a rank-3 array of dimensions
nobs x nrep x ntimes,
where nobs is the number of observed variables.
an object of class ‘pomp’, or of a class that extends ‘pomp’.
This will typically be the output of pomp, simulate, or one of the pomp inference algorithms.
additional arguments are ignored.
an array containing states of the unobserved process.
The dimensions of x are nvars x nrep x ntimes,
where nvars is the number of state variables,
nrep is the number of replicates,
and ntimes is the length of times.
One can also pass x as a named numeric vector, which is equivalent to the nrep=1, ntimes=1 case.
a numeric vector (length ntimes) containing times.
These must be in non-decreasing order.
a npar x nrep matrix of parameters.
Each column is treated as an independent parameter set, in correspondence with the corresponding column of x.
Specification of the measurement-model expectation: emeasure_spec
More on pomp workhorse functions:
dinit(),
dmeasure(),
dprior(),
dprocess(),
flow(),
partrans(),
pomp-package,
rinit(),
rmeasure(),
rprior(),
rprocess(),
skeleton(),
vmeasure(),
workhorses