test_that("RBFMinMax works as expected", {
set.seed(42)
d <- makeExampleBASiCS_Data()
pp <- BASiCS_PriorParam(d, RBFMinMax = FALSE, k = 10)
c <- run_MCMC(d, N = 10, Thin = 2, Burn = 4, Regression = TRUE, PriorParam = pp)
l1 <- c@parameters$RBFLocations
pp <- BASiCS_PriorParam(d, RBFMinMax = TRUE, k = 12)
c <- run_MCMC(d, N = 10, Thin = 2, Burn = 4, Regression = TRUE, PriorParam = pp)
l2 <- c@parameters$RBFLocations
expect_equal(l2[2:9], l1[1:8])
})
test_that("MinGenesPerRBF works as expected", {
set.seed(42)
d <- makeExampleBASiCS_Data()
pp <- BASiCS_PriorParam(d, MinGenesPerRBF = 5)
c <- run_MCMC(d,
N = 10,
Thin = 2,
Burn = 4,
Regression = TRUE,
PriorParam = pp
)
l1 <- c@parameters$RBFLocations
expect_equal(round(l1[, 1], digits = 2), c(1.84, 2.3, 2.76, 3.21))
d <- makeExampleBASiCS_Data()
pp <- BASiCS_PriorParam(d, MinGenesPerRBF = 2)
c <- run_MCMC(d,
N = 10,
Thin = 2,
Burn = 4,
Regression = TRUE,
PriorParam = pp
)
l1 <- c@parameters$RBFLocations
expect_equal(round(l1[, 1], digits = 2), c(1.75, 2.18, 2.61, 3.04, 4.34))
})
test_that("MinGenesPerRBF fails with high value (low k)", {
d <- makeExampleBASiCS_Data()
pp <- BASiCS_PriorParam(d, MinGenesPerRBF = 20)
expect_error(
run_MCMC(d,
N = 10,
Thin = 2,
Burn = 4,
Regression = TRUE,
PriorParam = pp
),
"The number of basis functions needs to be >= 4"
)
})
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