Nothing
test_that("simplex transform in chisqdiv works", {
y <- -1
x <- real_to_simplex(y)
nvec <- c(1, 2, 3, 1, 2)
expect_equal(
obj_reals(y = y, nvec = nvec),
chisqdiv(x[-1], nvec = nvec)
)
## make sure diploid case works
y <- NULL
nvec <- c(1, 2, 3)
dipout <- obj_reals(y = y, nvec = nvec)
})
test_that("drbounds works", {
expect_equal(drbounds(4), 1/6)
expect_equal(drbounds(6), 3/10)
expect_equal(drbounds(8), c(27/70, 3/140))
expect_equal(drbounds(10), c(55/126, 5/84))
expect_equal(drbounds(12), c(285/616, 65/616, 5/1848))
})
test_that("pearson and neyman work", {
nvec <- 1:7
alpha <- 0.1
expect_equal(
chisqdiv(nvec = nvec, alpha = alpha, denom = "expected"),
pearsondiv(nvec = nvec, alpha = alpha)
)
expect_equal(
chisqdiv(nvec = nvec, alpha = alpha, denom = "observed"),
neymandiv(nvec = nvec, alpha = alpha)
)
})
test_that("gdiv works on diploids", {
expect_error(gdiv(nvec = 0:2, alpha = NULL), NA)
})
test_that("hwemom gives no errors on hard data", {
nvec <- c(0,0,0,0,0,1,1,1,99999)
expect_error(hwemom(nvec = nvec, ngen = 5, obj = "g"), NA)
expect_error(hwemom(nvec = nvec, ngen = 1, obj = "g"), NA)
expect_error(hwemom(nvec = nvec, ngen = 5, obj = "pearson"), NA)
expect_error(hwemom(nvec = nvec, ngen = 1, obj = "pearson"), NA)
expect_error(hwemom(nvec = nvec, ngen = 5, obj = "neyman"), NA)
expect_error(hwemom(nvec = nvec, ngen = 1, obj = "neyman"), NA)
})
test_that("hwetetra gives no errors on hard data", {
nvec <- c(0,0,0,99,1)
expect_error(hwetetra(nvec = nvec), NA)
})
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