Nothing
expected_df_both <- data.frame(
y = y,
x1 = c(49 / 3, 5, NA, 5, 49 / 3, 49 / 3),
x2 = c(39 / 4, 39 / 4, 39 / 4, 12, 12, 39 / 4)
)
expected_tbl_both <- as_tibble(expected_df_both)
expected_x1_df_fact <- data.frame(y,
x1 = c(49 / 3, 5, NA, 5, 49 / 3, 49 / 3),
x2
)
expected_x1_df_char <- data.frame(
y,
x1 = c(49 / 3, 5, NA, 5, 49 / 3, 49 / 3),
x2,
stringsAsFactors = FALSE
)
expected_x1_tbl_char <- tibble(y, x1 = c(49 / 3, 5, NA, 5, 49 / 3, 49 / 3), x2)
expected_x1_tbl_fact <- tibble(
y,
x1 = c(49 / 3, 5, NA, 5, 49 / 3, 49 / 3),
x2 = factor(x2)
)
encoded_test <- data.frame(
y = y[seq(5)],
x1 = c(NA, NA, 49 / 3, 5, 5),
x2 = c(12, NA, NA, 39 / 4, 39 / 4)
)
test_that("catto_mean(): multiple data.frame training columns.", {
both_encoded <- check_x1_x2_resp(catto_mean, "data.frame", .resp = resp_name)
for (m in both_encoded) expect_equal(m, cattonum_df(expected_df_both))
})
test_that("catto_mean(): multiple tibble training columns.", {
both_encoded <- check_x1_x2_resp(catto_mean, "tibble", .resp = resp_name)
for (m in both_encoded) expect_equal(m, cattonum_df(expected_tbl_both))
})
test_that("catto_mean: one data.frame training column.", {
one_encoded <- check_x1_resp(catto_mean, "data.frame", .resp = resp_name)
num_tests <- length(one_encoded)
for (i in seq(from = 1, to = num_tests / 2)) {
expect_equal(one_encoded[[i]], cattonum_df(expected_x1_df_fact))
}
for (i in seq(from = num_tests / 2 + 1, to = num_tests)) {
expect_equal(one_encoded[[i]], cattonum_df(expected_x1_df_char))
}
})
test_that("catto_mean: one tibble training column.", {
one_encoded <- check_x1_resp(catto_mean, "tibble", .resp = resp_name)
num_tests <- length(one_encoded)
for (i in seq(from = 1, to = num_tests / 2)) {
expect_equivalent(one_encoded[[i]], expected_x1_tbl_fact)
}
for (i in seq(from = num_tests / 2 + 1, to = num_tests)) {
expect_equivalent(one_encoded[[i]], expected_x1_tbl_char)
}
})
test_that("catto_mean correctly encodes test data.", {
expect_equal(
catto_mean(df_fact, test = test_df),
cattonum_df2(train = expected_df_both, test = encoded_test)
)
})
test_that("catto_mean() correctly encodes data.frame with logicals.", {
df_logi_expected <- data.frame(
y = 2^seq(from = 0, to = 5),
x1 = c(35 / 3, 35 / 3, 28 / 3, 28 / 3, 28 / 3, 35 / 3),
x2 = c(35 / 3, 35 / 3, NA, 12, 12, 35 / 3)
)
expect_equal(
catto_mean(df_logi, response = "y"),
cattonum_df(df_logi_expected)
)
})
test_that("catto_mean() correctly encodes tibble with logicals.", {
tbl_logi_expected <- tibble(
y = 2^seq(from = 0, to = 5),
x1 = c(35 / 3, 35 / 3, 28 / 3, 28 / 3, 28 / 3, 35 / 3),
x2 = c(35 / 3, 35 / 3, NA, 12, 12, 35 / 3)
)
expect_equivalent(
catto_mean(tbl_logi, response = "y"),
tbl_logi_expected
)
})
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