Description Usage Arguments Details Value Author(s) See Also Examples
This generates values from a Poisson distributed emission state j
given parameters in model
.
1 | rpois.hsmm(j, model)
|
j |
An integer representing the state |
model |
A |
This is essentially a wrapper for rpois
. Users may build functions with the same
arguments and return values so they can use their own custom emission distributions.
A single value from the emission distribution.
Jared O'Connell jaredoconnell@gmail.com
1 2 3 4 5 6 7 8 9 | J<-3
initial <- rep(1/J,J)
P <- matrix(c(.8,.5,.1,0.05,.2,.5,.15,.3,.4),nrow=J)
b <- list(lambda=c(1,3,6))
model <- hmmspec(init=initial, trans=P, parms.emission=b,dens.emission=dpois.hsmm)
model
train <- simulate(model, nsim=300, seed=1234, rand.emis=rpois.hsmm)
plot(train,xlim=c(0,100))
h1 = hmmfit(train,model,mstep=mstep.pois)
|
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