Nothing
test_that("filter runs as expected. filters datasettype", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil[1])
brazil_pollen <- neotoma2::filter(brazil_datasets, datasettype == "pollen")
brazil_summary <- summary(brazil_pollen)
brazil_datatype <- unique(brazil_summary$types)
expect_equal(brazil_datatype, "pollen")
})
test_that("filter works as expected. filter by lat.", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil[1])
brazil_lat <- neotoma2::filter(brazil_datasets, lat > 0 & lat < 50)
ds.0.50 <- as.data.frame(brazil_lat)
latitudes <- ds.0.50$lat
expect_true(all(latitudes < 50))
expect_true(all(latitudes > 0))
})
test_that("filter works as expected. filter by long.", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil[1])
# These bounds are beyond the range of the Brazil polygon.
brazil_long <- neotoma2::filter(brazil_datasets, long > 0 & long < 50)
expect_length(brazil_long, 0)
})
test_that("filter works as expected. filter by multiple arguments", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil[1])
brazil <- neotoma2::filter(brazil_datasets,
datasettype == "pollen" &
long > -60 & long < -40 &
lat > -20 & lat < 0)
df <- as.data.frame(brazil)
longitudes <- df$long
latitudes <- df$lat
expect_true(all(longitudes < -40))
expect_true(all(longitudes > -60))
expect_true(all(latitudes > -20))
expect_true(all(longitudes < 0))
dst <- datasets(brazil) %>% as.data.frame() %>% select(datasettype)
expect_true(all(dst == "pollen"))
})
test_that("filter runs as expected. filters 2 datasettypes", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil) %>%
neotoma2::filter(datasettype == "pollen" | datasettype == "charcoal")
dst <- datasets(brazil_datasets) %>%
as.data.frame() %>%
select(datasettype) %>%
unlist()
expect_true(all(dst %in% c("pollen", "charcoal")))
})
test_that("filter on datasettype runs as expected. count unique sites", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_datasets <- get_datasets(loc = brazil) %>%
neotoma2::filter(datasettype == "pollen" | datasettype == "charcoal")
brazil_ids <- getids(brazil_datasets) %>%
select(siteid) %>%
unlist() %>%
unique()
brazil_length <- length(brazil_datasets)
expect_equal(length(brazil_ids), brazil_length)
expect_lte(brazil_length, nrow(summary(brazil_datasets)))
})
test_that("filter on lat runs as expected. count unique sites", {
## we don't want this to run on CRAN
skip_on_cran()
brazil <- '{"type": "Polygon",
"coordinates": [[
[-73.125, -9.102],
[-56.953, -33.138],
[-36.563, -7.711],
[-68.203, 13.923],
[-73.125, -9.102]
]]}'
brazil_sf <- geojsonsf::geojson_sf(brazil)
brazil_datasets <- get_datasets(loc = brazil_sf[1])
brasil_space <- brazil_datasets %>% neotoma2::filter(lat > -18 & lat < -16)
brazil_ids <- length(unique(getids(brasil_space)$siteid))
brazil_length <- length(brasil_space)
expect_equal(brazil_ids, brazil_length)
})
test_that("filtering by collunitid removes samples", {
## we don't want this to run on CRAN
skip_on_cran()
meer <- get_sites(sitename = "meerfeld%") %>%
get_downloads()
meerDS42510 <- meer %>%
neotoma2::filter(collunitid == 29576) %>%
samples()
expect_true(all(meerDS42510$collectionunitid == 29576))
})
test_that("filtering by datasetid keeps all other collection units
where the dataset does not belong", {
## we don't want this to run on CRAN
skip_on_cran()
meer <- get_sites(sitename = "meerfeld%") %>%
get_downloads()
meerDS42510 <- meer %>%
neotoma2::filter(datasetid == 42510)
meerId <- as.data.frame(collunits(meerDS42510))$collectionunitid
expect_equal(meerId, 29576)
})
test_that("filter works regardless of before/after get_downloads", {
skip_on_cran()
core_sites <- c(13949, 11904, 13319, 728, 13248, 2625, 2806,
13280, 519, 11745, 273, 13956,
11880, 13321, 9801, 13698, 11816,
13909, 13921)
core_wc_dl_f <- get_sites(core_sites) %>%
get_datasets() %>%
get_downloads() %>%
neotoma2::filter(datasettype == "water chemistry")
core_wc_f_dl <- get_sites(core_sites) %>%
get_datasets() %>%
neotoma2::filter(datasettype == "water chemistry") %>%
get_downloads()
core_dl_f_ids <- getids(core_wc_dl_f)
core_f_dl_ids <- getids(core_wc_f_dl)
expect_setequal(core_dl_f_ids$siteid, core_f_dl_ids$siteid)
expect_setequal(core_dl_f_ids$collunitid, core_f_dl_ids$collunitid)
expect_setequal(core_dl_f_ids$datasetid, core_f_dl_ids$datasetid)
})
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