Nothing
#* @testing seq_anova
test_that("Check error rates", {
# load packages
library(testthis)
library(dplyr)
# skip the tests in special situations
# skip_on_cran() # skip on CRAN checks: necessary!
# skip_on_ci() # skip on continuous platforms like GitHub Actions
skip("seq_anova simulation: not written yet") # skip test
# test setup: simulate the data
# testthat::source_dir(
# "testdata-raw/",
# pattern = "error_rates_anova\\.[rR]$",
# env = test_env(),
# chdir = TRUE,
# wrap = TRUE
# )
all_data <- testthis::read_testdata("error_rates_anova_simulation")
effect_data <- all_data %>%
dplyr::filter(f_simulated != 0)
null_effect_data <- all_data %>%
dplyr::filter(f_simulated == 0)
# test data reduction: seq_anova must be more efficient than fixed anova
# expect less than
expect_true(
sum(effect_data$sample_size_seq, na.rm = TRUE) /
sum(effect_data$sample_size_fixed, na.rm = TRUE) < 1
)
# at least in 80% of the cases the seq_anova is more efficient
percent_smaller_samples <- mean(effect_data$sample_smaller)
expect_true(percent_smaller_samples > 0.80)
alpha_error_rate <- mean(null_effect_data$error)
beta_error_rate <- mean(effect_data$error)
expect_true(alpha_error_rate < 0.05)
expect_true(beta_error_rate < 0.05)
})
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