context("Check z's")
test_that("test_probz", {
set.seed(1)
truth <- simulateData(N = 2500, p = rep(1/3, 3), theta = c(-1,
0, 1), sds = rep(0.1, 3))
mp <- McmcParams(iter = 500, burnin = 500, nStarts=1)
set.seed(123)
model <- SingleBatchModel2(dat = y(truth), mp = mp,
hp=hpList(k=3)[["SB"]])
model <- startAtTrueValues(model, truth)
pz <- probz(model)
expect_true(all(pz == 0))
true_z <- z(truth)
expect_equal(z(model), z(truth))
if(FALSE){
##model <- posteriorSimulation(model)
##pz <- probz(model)
iter(model, force = TRUE) <- 2L
burnin(model) <- 0L
zz <- map_z(posteriorSimulation(model))
expect_equal(true_z, zz)
model2 <- modelOtherModes(model, maxperm = 2)[[2]]
z2 <- zz <- z(model2)
expect_true(sum(zz != true_z) > 500)
mcmcParams(model2) <- mcmcParams(model)
model2 <- posteriorSimulation(model2)
zz <- map_z(model2)
expect_equal(true_z, zz)
model3 <- modelOtherModes(model, maxperm = 3)[[3]]
z3 <- z(model3)
expect_true(sum(z3 != true_z) > 500)
expect_true(sum(z2 != z3) > 500)
model3 <- posteriorSimulation(model3)
mz3 <- map_z(model3)
##table(mz3, true_z)
expect_equal(true_z, mz3)
}
})
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