Nothing
context("Directional Model's Tests\n")
skip_on_cran()
# Estimation setup
parameters <- list(
nobs = 1000, tobs = 4,
alpha_d = -1.3, beta_d0 = 9.1, beta_d = c(0.3, -0.2), eta_d = c(0.3, 0.7),
alpha_s = 0.0, beta_s0 = 9.0, beta_s = c(1.3), eta_s = c(0.5, 0.2),
sigma_d = 1.0, sigma_s = 1.0, rho_ds = 0.0
)
# Optimization setup
reltol <- 1e-6
optimization_method <- "BFGS"
optimization_options <- list(REPORT = 10, maxit = 50000, reltol = reltol)
# Tests
mdl <- NULL
test_that(paste0("Model can be simulated"), {
mdl <<- load_or_simulate_model("diseq_directional", parameters)
expect_is(mdl, "diseq_directional")
})
est <- NULL
test_that(paste0(model_name(mdl), " can be estimated"), {
est <<- diseq_directional(
formula(mdl), simulated_data,
estimation_options = list(
control = optimization_options, method = optimization_method
)
)
expect_is(est@fit[[1]], "mle2")
})
test_that(paste0(model_name(mdl), " fit can be summarized"), {
test_summary(est, 41)
})
test_that(paste0("Estimates of '", model_name(mdl), "' are accurate"), {
test_estimation_accuracy(coef(est), unlist(parameters[-c(1, 2, 7)]), 1e-0)
})
test_that(paste0("Mean marginal effect can be calculated"), {
test_marginal_effect(shortage_probability_marginal, est, "P", "mean")
test_marginal_effect(shortage_probability_marginal, est, "Xd1", "mean")
test_marginal_effect(shortage_probability_marginal, est, "X2", "mean")
test_marginal_effect(shortage_probability_marginal, est, "P", "at_the_mean")
test_marginal_effect(shortage_probability_marginal, est, "Xs1", "at_the_mean")
test_marginal_effect(shortage_probability_marginal, est, "X2", "at_the_mean")
})
test_that(paste0("Aggregation can be calculated"), {
test_aggregation(aggregate_demand, est)
test_aggregation(aggregate_supply, est)
})
test_that(paste0("Shortages can be calculated"), {
test_shortages(relative_shortages, est)
test_shortages(shortage_probabilities, est)
})
test_that(paste0("Scores can be calculated"), {
test_scores(est)
})
test_that(paste0(
"Calculated gradient of '",
model_name(mdl), "' matches the numerical approximation"
), {
test_calculated_gradient(mdl, coef(est), 1e-3)
})
test_that(paste0(
"Calculated hessian of '",
model_name(mdl), "' matches the numerical approximation"
), {
test_calculated_hessian(mdl, coef(est), 1e-3)
})
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