Nothing
# if running manually, please run the following line first:
# source("tests/testthat/setup.R")
tester <- function(accessibility_data = small_access,
sociodemographic_data = land_use_data,
opportunity = "jobs",
population = "population",
poverty_line = 10000,
group_by = "mode") {
fgt_poverty(
accessibility_data,
sociodemographic_data,
opportunity,
population,
poverty_line,
group_by
)
}
test_that("raises errors due to incorrect input", {
expect_error(tester(opportunity = 1))
expect_error(tester(opportunity = c("schools", "jobs")))
expect_error(tester(population = 1))
expect_error(tester(population = c("schools", "jobs")))
expect_error(tester(poverty_line = "a"))
expect_error(tester(poverty_line = -1))
expect_error(tester(group_by = 1))
expect_error(tester(group_by = NA))
expect_error(tester(group_by = "id"))
expect_error(tester(group_by = c("mode", "mode")))
expect_error(tester(as.list(small_access)))
expect_error(tester(small_access[, .(oi = id, jobs, mode)]))
expect_error(tester(small_access[, .(id, oi = jobs, mode)]))
expect_error(tester(small_access[, .(id, jobs, oi = mode)]))
expect_error(tester(sociodemographic_data = as.list(land_use_data)))
expect_error(
tester(sociodemographic_data = land_use_data[, .(oi = id, population)])
)
expect_error(
tester(sociodemographic_data = land_use_data[, .(id, oi = population)])
)
})
test_that("throws warning if accessibility_data has an extra col", {
expect_warning(tester(group_by = character(0)))
})
test_that("returns a dataframe with same class as accessibility_data's", {
result <- tester()
expect_is(result, "data.table")
result <- tester(sociodemographic_data = as.data.frame(land_use_data))
expect_is(result, "data.table")
result <- tester(as.data.frame(small_access))
expect_false(inherits(result, "data.table"))
expect_is(result, "data.frame")
result <- tester(
as.data.frame(small_access),
sociodemographic_data = as.data.frame(land_use_data)
)
expect_false(inherits(result, "data.table"))
expect_is(result, "data.frame")
})
test_that("result has correct structure", {
result <- tester()
expect_true(ncol(result) == 4)
expect_is(result$mode, "character")
expect_is(result$FGT0, "numeric")
expect_is(result$FGT1, "numeric")
expect_is(result$FGT2, "numeric")
suppressWarnings(result <- tester(group_by = character(0)))
expect_true(ncol(result) == 3)
expect_is(result$FGT0, "numeric")
expect_is(result$FGT1, "numeric")
expect_is(result$FGT2, "numeric")
result <- tester(small_access[0])
expect_true(nrow(result) == 0)
expect_true(ncol(result) == 4)
expect_is(result$mode, "character")
expect_is(result$FGT0, "numeric")
expect_is(result$FGT1, "numeric")
expect_is(result$FGT2, "numeric")
suppressWarnings(result <- tester(small_access[0], group_by = character(0)))
expect_true(nrow(result) == 0)
expect_true(ncol(result) == 3)
expect_is(result$FGT0, "numeric")
expect_is(result$FGT1, "numeric")
expect_is(result$FGT2, "numeric")
})
test_that("input data sets remain unchanged", {
original_access_data <- cumulative_cutoff(
smaller_matrix,
land_use_data,
opportunity = "jobs",
travel_cost = "travel_time",
cutoff = 30,
group_by = "mode"
)
original_sociodem_data <- readRDS(file.path(data_dir, "land_use_data.rds"))
result <- tester()
expect_equal(original_access_data, small_access)
expect_equal(original_sociodem_data, land_use_data)
})
test_that("poverty levels are correctly calculated", {
selected_ids <- c(
"89a88cd909bffff",
"89a88cdb57bffff",
"89a88cdb597ffff",
"89a88cdb5b3ffff",
"89a88cdb5cfffff"
)
access_data <- cumulative_cutoff(
travel_matrix[from_id %in% selected_ids],
land_use_data,
opportunity = "jobs",
travel_cost = "travel_time",
cutoff = 30,
group_by = "mode"
)
# everything is 0 when all access levels are above the poverty line (10000)
result <- tester(access_data)
expected_result <- data.table::data.table(
mode = c("transit", "transit2"),
FGT0 = 0,
FGT1 = 0,
FGT2 = 0
)
expect_identical(result, expected_result)
# FGT0 is 1 when all access levels are below poverty lines
result <- tester(access_data, poverty_line = 100000)
result[, `:=`(FGT1 = round(FGT1, 4), FGT2 = round(FGT2, 4))]
expected_result <- data.table::data.table(
mode = c("transit", "transit2"),
FGT0 = 1,
FGT1 = 0.5588,
FGT2 = 0.3256
)
expect_identical(result, expected_result)
access_data <- access_data[!(id == "89a88cdb5cfffff" & mode == "transit2")]
result <- tester(access_data, poverty_line = 100000)
result[, `:=`(FGT1 = round(FGT1, 4), FGT2 = round(FGT2, 4))]
expected_result <- data.table::data.table(
mode = c("transit", "transit2"),
FGT0 = 1,
FGT1 = c(0.5588, 0.6367),
FGT2 = c(0.3256, 0.4129)
)
expect_identical(result, expected_result)
})
test_that("works even if access_data and sociodem_data has specific colnames", {
selected_ids <- c(
"89a88cdb57bffff",
"89a88cdb5b3ffff"
)
access_data <- cumulative_cutoff(
travel_matrix[from_id %in% selected_ids],
land_use_data,
opportunity = "jobs",
travel_cost = "travel_time",
cutoff = 30,
group_by = "mode"
)
expected_result <- tester(access_data)
access_data[, opportunity := "oi"]
result <- suppressWarnings(tester(access_data))
expect_identical(expected_result, result)
access_data[, opportunity := NULL]
land_use_data[, population_temp := population]
land_use_data[, population := 1]
result <- tester(access_data, population = "population_temp")
expect_identical(expected_result, result)
land_use_data[, population := population_temp]
land_use_data[, population_temp := NULL]
access_data[, group_by := "oi"]
result <- suppressWarnings(tester(access_data))
expect_identical(expected_result, result)
access_data[, group_by := NULL]
})
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