m1 <- distribution.calc(fit)
m1$logZ
m2 <- distribution.calc(fit, logZ.calc = infer.exact)
m2$logZ
m3 <- distribution.calc(fit, logZ.calc = infer.junction)
m3$logZ
m4 <- distribution.calc(fit, logZ.calc = infer.lbp)
m4$logZ
m5 <- distribution.calc(fit, logZ.calc = infer.rbp)
m5$logZ
m6 <- distribution.calc(fit, logZ.calc = infer.trbp)
m6$logZ
m7 <- distribution.calc(fit, logZ.calc = infer.tree)
m7$logZ
m8 <- distribution.calc(fit, logZ.calc = infer.cutset)
m8$logZ
logZ.mle.model
KLD(joint.mle[,pr.idx], m1$state.probs)
KLD(joint.mle[,pr.idx], m2$state.probs)
KLD(joint.mle[,pr.idx], m3$state.probs)
KLD(joint.mle[,pr.idx], m4$state.probs)
KLD(joint.mle[,pr.idx], m5$state.probs)
KLD(joint.mle[,pr.idx], m6$state.probs)
KLD(joint.mle[,pr.idx], m7$state.probs)
KLD(joint.mle[,pr.idx], m8$state.probs)
class(infer.exact)
is.null(infer.exact)
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