Nothing
data("sample_explan_data")
data("sample_extent_data")
sample_explan_data <- sample_explan_data[1:3, ]
test_that("stops if no occcurence data provided and method buffer chosen", {
expect_error(
spatiotemp_pseudoabs(
n.pseudoabs = 1000,
spatial.method = "buffer",
temporal.method = "random",
spatial.buffer = c(100, 1000),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if no spatial.method provided", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 1000,
temporal.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if no temporal.method provided", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 1000,
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if n.pseudoabs is not numeric", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = "onethousands",
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if temporal.method specified not accepted", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "static",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if spatial.method specified not accepted", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "static",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c('2020-6-16', '2022-6-16')
)
)
})
test_that("stops if temporal.method buffer but no buffer given", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20)
)
)
})
test_that("stops if temporal.method buffer but incorrect class", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.buffer = "five days"
)
)
})
test_that("stops if temporal.method buffer but buffer incorrect length", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.buffer = c(5, 8, 9, 9, 9, 9)
)
)
})
test_that("stops if temporal.method buffer but buffer first further away than second",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.buffer = c(30, 5)
)
)
})
test_that("stops if temporal.method random but no temporal.ext given", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20)
)
)
})
test_that("stops if temporal.method random but temporal.ext given wrong class",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = 4
)
)
})
test_that("stops if temporal.method random but two dates not given in temporal.ext",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = "2000-04-05"
)
)
})
test_that("stops if temporal.method random and temporal.ext contains invalid date",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c("2004-15-01", "2000-04-05")
)
)
})
test_that("stops if temporal.method random and temporal.ext not in date order",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
spatial.ext = c(0, 20, 0, 20),
temporal.ext = c("2004-01-01", "2000-04-05")
)
)
})
test_that("stops if spatial.method buffer but no buffer given", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "buffer",
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("stops if spatial.method buffer but incorrect class", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "buffer",
spatial.buffer = c("300m") ,
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("stops if spatial.method buffer but buffer incorrect length", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "buffer",
spatial.buffer = c(2, 3, 4, 5, 6),
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("stops if spatial.method buffer but buffer first further away than second",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "buffer",
spatial.buffer = c(300, 10),
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("stops if spatial.method random but no spatial.ext given", {
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 100,
temporal.method = "random",
spatial.method = "random",
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("stops if temporal.method random but spatial.ext given wrong class",
{
expect_error(
spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "random",
spatial.method = "random",
spatial.ext = "faraway",
temporal.ext = c("2000-12-01", "2004-04-05")
)
)
})
test_that("Success if temporal buffer and spatial buffer method", {
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "buffer",
spatial.buffer = c(100, 1000),
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if temporal buffer and spatial buffer method", {
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "buffer",
spatial.buffer = c(100, 1000),
temporal.buffer = c(14, 30)
)
expect_equal(nrow(results), 10)
})
test_that("Success if temporal buffer and spatial buffer method, and n.pseudoabs default",
{
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
temporal.method = "buffer",
spatial.method = "buffer",
spatial.buffer = c(100, 1000),
temporal.buffer = c(14, 30)
)
expect_equal(nrow(results), 100)
})
test_that("Success if spatial extent numeric", {
numeric <- c(20, 36, -35, -12)
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = numeric,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if spatial extent sf multipol", {
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = sample_extent_data$geometry,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if spatial extent extent", {
Extent <- terra::ext(c(20, 36, -35, -12))
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = Extent,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if spatial extent raster", {
raster <- terra::rast(terra::ext(c(20, 36, -35, -12)))
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = raster,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if spatial extent polygon", {
polygon <- sf::st_polygon(list(cbind(c(20, 12, 36, 36,20), c(-35, -12, -35, -12,-35))))
results <-spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = polygon,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
data("sample_extent_data")
test_that("Success if sf extent", {
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "buffer",
spatial.method = "random",
spatial.ext = sample_extent_data,
temporal.buffer = c(14, 30)
)
expect_equal(class(results), "data.frame")
})
test_that("Success if temporal method random and spatial buffer", {
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "random",
spatial.method = "buffer",
spatial.buffer = c(100, 1000),
temporal.ext = c("2005-01-01", "2020-01-01")
)
expect_equal(class(results), "data.frame")
})
test_that("Success if temporal method random and spatial random, n.pseudoabs default",
{
results <- spatiotemp_pseudoabs(
occ.data = sample_explan_data,
n.pseudoabs = 10,
temporal.method = "random",
spatial.method = "buffer",
spatial.buffer = c(100, 1000),
temporal.ext = c("2005-01-01", "2020-01-01")
)
expect_equal(class(results), "data.frame")
})
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