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Bugs model for a Binomial response \(X\) in a single trial: \(X \sim \mathcal{B}(n=1, p) = \mathcal{Bernoulli}(p)\).
bern_bugs(nodename, nodesintercept, parentnames, parentcoefs)bern_bugsGroup(nodename, nodesintercept, parentnames, parentcoefs, sigma_alpha)
bern_bugsGroup(nodename, nodesintercept, parentnames, parentcoefs, sigma_alpha)
Bugs model returned as stdout.
character string of response variable name.
overall mean of response. Parameter from fixed-effects intercept.
single character string (for one parent) or vector of characters (for multiple parent nodes) with parent node (predictor variables) names.
overall slope for each predictor (parent node) variable (fixed-effects).
between-group variance. Parameter from random-effects intercept.
bern_bugsGroup(): Bugs code for Bernoulli response with varying intercept
bern_bugsGroup()
makebugs simulateAbn
bern_bugs(nodename = "a", parentnames = c("b", "c"), nodesintercept = c(0.318077), parentcoefs = list("b"=c(b=0.3059395), "c"=c(c=0.5555)))
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