# Test for data input with mismatching input/output sizes (e.g. for regional # integration models, etc) test_that("Component construction: default mesh/mapping construction, data is list", { skip_on_cran() local_bru_safe_inla() lik <- like("gaussian", formula = y ~ ., data = list(x = c(1, 1.5, 2, NA, 3, 4), y = 11:15), include = "effect" ) cmp1 <- component_list(~ effect(c(1, 1.5, 2, 3, 4), model = "iid") - 1) cmp2 <- add_mappers(cmp1, lhoods = like_list(list(lik))) expect_equal( ibm_values(cmp2$effect$mapper, multi = 1)$main, sort(unique(lik$data$x), na.last = NA) ) cmp1 <- component_list(~ effect(x, model = "rw2") - 1) cmp2 <- add_mappers(cmp1, lhoods = like_list(list(lik))) expect_equal( ibm_values(cmp2$effect$mapper, multi = 1)$main, sort(unique(lik$data$x), na.last = NA) ) mesh1 <- INLA::inla.mesh.1d( sort(unique(lik$data$x), na.last = NA) ) expect_error( component_list( ~ effect(x, model = "rw2", mapper = mesh1) - 1 ), regexp = "Unknown mapper" ) cmp1 <- component_list( ~ effect(x, model = "rw2", mapper = bru_mapper(mesh1, indexed = FALSE) ) - 1 ) cmp2 <- add_mappers(cmp1, lhoods = like_list(list(lik))) expect_equal( ibm_values(cmp2$effect$mapper, multi = 1)$main, sort(unique(lik$data$x), na.last = NA) ) cmp1 <- component_list( ~ effect(x, model = "rw2", mapper = bru_mapper(mesh1, indexed = TRUE) ) - 1 ) cmp2 <- add_mappers(cmp1, lhoods = like_list(list(lik))) expect_equal( ibm_values(cmp2$effect$mapper, multi = 1)$main, seq_along(sort(unique(lik$data$x), na.last = NA)) ) }) test_that("Component construction: unsafe intercepts, data is list", { cmp <- component_list(~ something_unknown - 1) lik <- like(formula = response ~ ., data = list(response = 1:5)) expect_warning( object = { model <- bru_model(cmp, like_list(list(lik))) }, "All covariate evaluations for 'something_unknown' are NULL" ) }) test_that("Component construction: separate response_data input", { skip_on_cran() local_bru_safe_inla() lik1 <- like("gaussian", formula = y ~ c(sum(effect), sum(effect^2)), data = list(x = c(1, 1.5, 2, 3, 4)), response_data = data.frame(y = 11:12), include = "effect" ) lik2 <- like("gaussian", formula = y ~ c(sum(effect), sum(effect^2)), data = data.frame(x = c(1, 1.5, 2, 3, 4)), response_data = data.frame(y = 11:12), include = "effect" ) cmp1 <- component_list(~ effect(c(1, 1.5, 2, 3, 4), model = "iid") - 1) fit1 <- bru(components = cmp1, lik1) fit2 <- bru(components = cmp1, lik2) cmp1 <- component_list(~ effect(x, model = "rw2") - 1) cmp2 <- add_mappers(cmp1, lhoods = list(lik2)) expect_equal(ibm_values(cmp2$effect$mapper, multi = 1)$main, lik2$data$x) mesh1 <- INLA::inla.mesh.1d(lik1$data$x) expect_error( component_list( ~ effect(x, model = "rw2", mapper = mesh1) - 1 ), regexp = "Unknown mapper" ) cmp1 <- component_list( ~ effect(x, model = "rw2", mapper = bru_mapper(mesh1, indexed = FALSE) ) - 1 ) cmp2 <- add_mappers(cmp1, lhoods = list(lik1)) expect_equal(ibm_values(cmp2$effect$mapper, multi = 1)$main, lik1$data$x) cmp1 <- component_list( ~ effect(x, model = "rw2", mapper = bru_mapper(mesh1, indexed = TRUE) ) - 1 ) cmp2 <- add_mappers(cmp1, lhoods = list(lik1)) expect_equal(ibm_values(cmp2$effect$mapper, multi = 1)$main, seq_along(lik1$data$x)) cmp2 <- add_mappers(cmp1, lhoods = list(lik2)) expect_equal(ibm_values(cmp2$effect$mapper, multi = 1)$main, seq_along(lik2$data$x)) })