Nothing
test_that("plot_APCheatmap", {
testthat::skip_if_not_installed("mgcv")
data(drug_deaths)
# plot hexamap of observed data
gg1 <- plot_APCheatmap(dat = drug_deaths, y_var = "mortality_rate")
gg2 <- plot_APCheatmap(dat = drug_deaths, y_var = "mortality_rate",
bin_heatmap = FALSE,
apc_range = list("cohort" = 1980:2010))
gg3 <- plot_APCheatmap(dat = drug_deaths, y_var = "mortality_rate",
markLines_list = list("age" = c(20,70),
"period" = c(1990,2010),
"cohort" = c(1985,1993)),
apc_range = list("cohort" = 1980:2010))
expect_s3_class(gg1, class = c("gg","ggplot"))
expect_s3_class(gg2, class = c("gg","ggplot"))
expect_s3_class(gg3, class = c("gg","ggplot"))
# plot heatmap of smoothed structure
model <- gam(mortality_rate ~ te(period, age), data = drug_deaths)
drug_deaths$mortality_rate <- drug_deaths$mortality_rate + 1
model_logLink <- bam(mortality_rate ~ te(period, age),
family = Gamma(link = "log"), data = drug_deaths)
gg1 <- plot_APCheatmap(dat = drug_deaths, model = model)
gg2 <- plot_APCheatmap(dat = drug_deaths, model = model_logLink)
expect_s3_class(gg1, class = c("gg","ggplot"))
expect_s3_class(gg2, class = c("gg","ggplot"))
})
test_that("plot_APChexamap", {
testthat::skip_if_not_installed("mgcv")
data(travel)
data(drug_deaths)
# helper functions
expect_identical(round(compute_xCoordinate(period_vec = c(1980,1999)), 2),
c(1714.73,1731.18))
expect_identical(compute_yCoordinate(period_vec = c(1990, 1999), age_vec = c(20,50)),
c(-975.0, -949.5))
# plot hexamap of observed data
expect_null(plot_APChexamap(dat = drug_deaths, y_var = "mortality_rate"))
expect_null(plot_APChexamap(dat = drug_deaths, y_var = "mortality_rate",
y_var_logScale = TRUE, color_range = c(1,50),
apc_range = list("cohort" = 1980:2010)))
expect_null(plot_APChexamap(dat = travel, y_var = "mainTrip_distance",
y_var_logScale = TRUE))
# error when 0 values are logarithmized
expect_error(plot_APChexamap(dat = drug_deaths, y_var = "mortality_rate",
y_var_logScale = TRUE, color_range = c(0,50)))
# plot hexamap of smoothed structure
model <- gam(mortality_rate ~ te(period, age), data = drug_deaths)
expect_null(plot_APChexamap(dat = drug_deaths, model = model))
})
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