Nothing
#---- test functions ----
bbox <- c(-20, -40, 60, 60)
# define land mask
mask <- stk_mask(
bbox = bbox,
buffer = 150, # in km
resolution = 0.5
)
# define a step selection distribution
# define a step selection distribution
ssf <- function(x, shape = 1.06, scale = 250, tolerance = 1500){
# normalize over expected range with km increments
norm <- sum(stats::dgamma(1:tolerance, shape = shape, scale = scale))
prob <- stats::dgamma(x, shape = shape, scale = scale) / norm
}
test_that("test helper functions", {
m <- stk_mask(
bbox = bbox,
buffer = 150, # in km
resolution = 0.5
)
expect_type(m, "S4")
m <- stk_mask(
bbox = bbox,
sf = TRUE
)
expect_type(m, "list")
})
test_that("test optimizations", {
location <- skytrackr::cc876 |>
skytrackr(
mask = mask,
plot = FALSE,
start_location = c(51.08, 3.73),
tolerance = 1500, # in km
scale = log(c(1,10)),
range = c(0.32, 10),
control = list(
sampler = 'DEzs',
settings = list(
iterations = 10,
message = FALSE
)
),
step_selection = ssf
)
expect_type(location, "list")
})
test_that("test no start", {
# no start
expect_error(skytrackr::cc876 |>
skytrackr::skytrackr(
mask = mask,
plot = FALSE,
tolerance = 1500, # in km
scale = log(c(1,10)),
range = c(0.32, 10),
control = list(
sampler = 'DEzs',
settings = list(
iterations = 10,
message = FALSE
)
),
step_selection = ssf
)
)
})
test_that("read from file and optimize", {
location <- skytrackr::stk_read_lux(
system.file("extdata/cc876.lux", package="skytrackr")
) |>
skytrackr::skytrackr(
mask = mask,
plot = TRUE,
start_location = c(51.08, 3.73),
tolerance = 1500, # in km
scale = log(c(1,10)),
range = c(0.32, 10),
control = list(
sampler = 'DEzs',
settings = list(
iterations = 10,
message = FALSE
)
),
step_selection = ssf
)
expect_type(location, "list")
})
test_that("test reading data", {
df <- skytrackr::stk_read_lux(
system.file("extdata/cc876.lux", package="skytrackr")
)
expect_s3_class(df, "data.frame")
})
test_that("test plots", {
df <- skytrackr::stk_read_lux(
system.file("extdata/cc876.lux", package="skytrackr")
)
p <- stk_profile(df)
p_night <- stk_profile(df, center = "night")
expect_s3_class(p, "ggplot")
expect_s3_class(p_night, "ggplot")
})
Any scripts or data that you put into this service are public.
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.