Nothing
vec_inc <- c(1:10)
vec_dec<- c(10:1)
vec_ran <- c(sample(1:10))
vec_flat <- rep.int(1,10)
test_that("increasing correctly guesses", {
expect_true(increasing(vec_inc))
expect_false(increasing(vec_dec))
expect_false(increasing(vec_ran))
expect_false(increasing(vec_flat))
expect_false(increasing(1))
})
test_that("decreasing correctly guesses", {
expect_false(decreasing(vec_inc))
expect_true(decreasing(vec_dec))
expect_false(decreasing(vec_ran))
expect_false(decreasing(vec_flat))
expect_false(decreasing(1))
})
test_that("unvarying correctly guesses", {
expect_false(unvarying(vec_inc))
expect_false(unvarying(vec_dec))
expect_false(unvarying(vec_ran))
expect_true(unvarying(vec_flat))
expect_false(unvarying(1))
})
test_that("monotonic correctly guesses", {
expect_true(monotonic(vec_inc))
expect_true(monotonic(vec_dec))
expect_false(monotonic(vec_ran))
expect_false(monotonic(vec_flat))
expect_false(monotonic(1))
})
wages_monotonic <- wages %>% features(ln_wages, feat_monotonic)
test_that("wages_monotonic produces output 0 or 1",{
expect_equal(max(rowSums(wages_monotonic[ , 2:4])), 1)
expect_false(any(rowSums(wages_monotonic[ , 2:4]) > 1))
})
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