Nothing
set.seed(11)
d <- data.frame(
y = rbinom(60, 1, 0.4), x = rnorm(60),
hab = factor(rep("A", 60)),
g = factor(rep(1:6, 10))
)
test_that("a one-level factor in the fixed effects is named", {
expect_error(
tulpa(y ~ x + hab, data = d, family = "binomial", mode = "laplace"),
"`hab` in the fixed-effects formula is categorical with 1 level \\(only \"A\"\\)"
)
})
test_that("a factor with two levels is not refused", {
d$hab <- factor(rep(c("A", "B"), 30))
parsed <- tulpa_parse_formula(y ~ x + hab)
md <- tulpa_build_model_data(parsed, d)
expect_equal(ncol(md$X), 3L)
})
skip_on_cran_budget()
test_that("a one-level character or logical column is named too", {
skip_on_cran_budget()
d$chr <- "k"
d$flag <- TRUE
expect_error(
tulpa(y ~ x + chr, data = d, family = "binomial", mode = "laplace"),
"`chr` in the fixed-effects formula"
)
expect_error(
tulpa(y ~ x + flag, data = d, family = "binomial", mode = "laplace"),
"`flag` in the fixed-effects formula"
)
})
test_that("a one-level factor in a random-slope term is named", {
skip_on_cran_budget()
expect_error(
tulpa(y ~ x + (1 + hab | g), data = d, family = "binomial",
mode = "laplace", sigma_re = 1),
"`hab` in a random-slope term"
)
})
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