.runThisTest <- Sys.getenv("RunAllggeffectsTests") == "yes"

if (.runThisTest && getRversion() >= "4.0.0") {

  if (requiet("testthat") && requiet("ggeffects") && requiet("glmmTMB")) {

    data(Owls)
    data(Salamanders)

    m1 <- glmmTMB(SiblingNegotiation ~ SexParent + ArrivalTime + (1 | Nest), data = Owls, family = nbinom1)
    m2 <- glmmTMB(SiblingNegotiation ~ SexParent + ArrivalTime + (1 | Nest), data = Owls, family = nbinom2)
    m4 <- glmmTMB(SiblingNegotiation ~ FoodTreatment + ArrivalTime + SexParent + (1 | Nest), data = Owls, ziformula =  ~ 1, family = truncated_poisson(link = "log"))

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m1, c("ArrivalTime", "SexParent")), "data.frame")
      expect_s3_class(ggpredict(m2, c("ArrivalTime", "SexParent")), "data.frame")
      expect_s3_class(ggpredict(m4, c("FoodTreatment", "ArrivalTime [21,24,30]", "SexParent")), "data.frame")
      expect_s3_class(ggpredict(m1, c("ArrivalTime", "SexParent"), type = "re"), "data.frame")
      expect_s3_class(ggpredict(m2, c("ArrivalTime", "SexParent"), type = "re"), "data.frame")
      expect_s3_class(ggpredict(m4, c("FoodTreatment", "ArrivalTime [21,24,30]", "SexParent"), type = "re"), "data.frame")

    })


    test_that("ggpredict, glmmTMB", {
      expect_message(ggpredict(m1, c("ArrivalTime", "SexParent"), type = "fe.zi"))
    })


    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(m1, c("ArrivalTime", "SexParent"))
      p2 <- ggpredict(m2, c("ArrivalTime", "SexParent"))
      p3 <- ggemmeans(m1, c("ArrivalTime", "SexParent"))
      p4 <- ggemmeans(m2, c("ArrivalTime", "SexParent"))
      expect_equal(p1$predicted[1], p3$predicted[1], tolerance = 1e-3)
      expect_equal(p2$predicted[1], p4$predicted[1], tolerance = 1e-3)
    })


    m3 <- glmmTMB(count ~ spp + mined + (1 | site), ziformula = ~ spp + mined, family = truncated_poisson, data = Salamanders)
    m4 <- glmmTMB(count ~ spp + mined + (1 | site), ziformula = ~ spp + mined + (1 | site), family = truncated_poisson, data = Salamanders)
    m5 <- glmmTMB(count ~ spp + mined + cover + (1 | site), ziformula = ~ spp + mined, family = truncated_poisson, data = Salamanders)

    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(m3, "mined", type = "fe")
      p2 <- ggpredict(m3, "mined", type = "fe.zi")
      p3 <- ggpredict(m3, "mined", type = "re")
      p4 <- ggpredict(m3, "mined", type = "re.zi")
      expect_gt(p3$conf.high[1], p1$conf.high[1])
      expect_gt(p4$conf.high[1], p2$conf.high[1])
      expect_s3_class(ggpredict(m3, "mined", type = "fe.zi"), "data.frame")
    })

    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(m5, c("mined", "spp", "cover"), type = "fe")
      p3 <- ggemmeans(m5, c("mined", "spp", "cover"), type = "fe")
      expect_equal(p1$predicted[1], p3$predicted[1], tolerance = 1e-3)

      # p2 <- ggpredict(m5, c("mined", "spp", "cover"), type = "fe.zi")
      # p4 <- ggemmeans(m5, c("mined", "spp", "cover"), type = "fe.zi")
      # expect_equal(p2$predicted[1], p4$predicted[1], tolerance = 1e-3)
    })

    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(m3, "mined", type = "fe")
      p2 <- ggpredict(m3, c("mined", "spp"), type = "fe.zi")
      p3 <- ggemmeans(m3, "mined", type = "fe", condition = c(spp = "GP"))
      p4 <- ggemmeans(m3, c("mined", "spp"), type = "fe.zi")
      p5 <- ggpredict(m3, c("mined", "spp"), type = "fe")
      p6 <- ggemmeans(m3, c("mined", "spp"), type = "fe")
      expect_equal(p1$predicted[1], p3$predicted[1], tolerance = 1e-3)
      # expect_equal(p2$predicted[1], p4$predicted[1], tolerance = 1e-3)
      expect_equal(p5$predicted[1], p6$predicted[1], tolerance = 1e-3)
    })

    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(m4, "mined", type = "fe")
      p2 <- ggpredict(m4, "mined", type = "fe.zi")
      p3 <- ggpredict(m4, "mined", type = "re")
      p4 <- ggpredict(m4, "mined", type = "re.zi")
      expect_gt(p3$conf.high[1], p1$conf.high[1])
      expect_gt(p4$conf.high[1], p2$conf.high[1])

      p1 <- ggpredict(m4, c("spp", "mined"), type = "fe")
      p2 <- ggpredict(m4, c("spp", "mined"), type = "fe.zi")
      p3 <- ggpredict(m4, c("spp", "mined"), type = "re")
      p4 <- ggpredict(m4, c("spp", "mined"), type = "re.zi")
      expect_gt(p3$conf.high[1], p1$conf.high[1])
      expect_gt(p4$conf.high[1], p2$conf.high[1])
    })

    test_that("ggpredict, glmmTMB", {
      p <- ggpredict(m3, "spp", type = "fe.zi")
      expect_true(all(p$conf.low > 0))
      set.seed(100)
      p <- ggpredict(m3, "spp", type = "fe.zi")
      expect_true(all(p$conf.low > 0))
    })


    test_that("ggpredict, glmmTMB-simulate", {
      expect_s3_class(ggpredict(m3, "mined", type = "sim"), "data.frame")
      expect_s3_class(ggpredict(m3, c("spp", "mined"), type = "sim"), "data.frame")
      expect_s3_class(ggpredict(m4, "mined", type = "sim"), "data.frame")
      expect_s3_class(ggpredict(m4, c("spp", "mined"), type = "sim"), "data.frame")
    })

    md <- glmmTMB(
      count ~ spp + mined + (1 | site),
      ziformula = ~ spp + mined,
      dispformula = ~ DOY,
      family = truncated_poisson,
      data = Salamanders
    )

    test_that("ggpredict, glmmTMB", {
      p1 <- ggpredict(md, c("spp", "mined"), type = "fe")
      p2 <- ggpredict(md, c("spp", "mined"), type = "fe.zi")
      p3 <- suppressWarnings(ggpredict(md, c("spp", "mined"), type = "re"))
      p4 <- suppressWarnings(ggpredict(md, c("spp", "mined"), type = "re.zi"))
      expect_gt(p3$conf.high[1], p1$conf.high[1])
      expect_gt(p4$conf.high[1], p2$conf.high[1])
    })

    data(efc_test)

    m5 <- glmmTMB(
      negc7d ~ c12hour + e42dep + c161sex + c172code + (1 | grp),
      data = efc_test, ziformula = ~ c172code,
      family = binomial(link = "logit")
    )

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m5, "c161sex", type = "fe"), "data.frame")
      expect_s3_class(ggpredict(m5, "c161sex", type = "fe.zi"), "data.frame")
      expect_s3_class(ggpredict(m5, "c161sex", type = "re"), "data.frame")
      expect_s3_class(ggpredict(m5, "c161sex", type = "re.zi"), "data.frame")
    })


    data(efc_test)

    m6 <- glmmTMB(
      negc7d ~ c12hour + e42dep + c161sex + c172code + (1 | grp),
      data = efc_test,
      family = binomial(link = "logit")
    )

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m6, "c161sex", type = "fe"), "data.frame")
      expect_s3_class(ggpredict(m6, "c161sex", type = "re"), "data.frame")
    })


    data(efc_test)

    efc_test$tot_sc_e <- as.numeric(efc_test$tot_sc_e)
    efc_test$c172code <- as.factor(efc_test$c172code)

    m7 <- glmmTMB(
      tot_sc_e ~ neg_c_7 * c172code + c161sex + (1 | grp),
      data = efc_test, ziformula = ~ c172code,
      family = nbinom1
    )

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m7, "neg_c_7"), "data.frame")
      expect_s3_class(ggpredict(m7, "neg_c_7 [all]"), "data.frame")
      expect_s3_class(ggpredict(m7, "neg_c_7", type = "fe.zi"), "data.frame")
      expect_s3_class(ggpredict(m7, "neg_c_7 [all]", type = "fe.zi"), "data.frame")

      expect_s3_class(ggpredict(m7, c("neg_c_7", "c172code")), "data.frame")
      expect_s3_class(ggpredict(m7, c("neg_c_7 [all]", "c172code")), "data.frame")
      expect_s3_class(ggpredict(m7, c("neg_c_7", "c172code"), type = "fe.zi"), "data.frame")
      expect_s3_class(ggpredict(m7, c("neg_c_7 [all]", "c172code"), type = "fe.zi"), "data.frame")
    })


    m8 <- glmmTMB(
      tot_sc_e ~ neg_c_7 * c172code + (1 | grp),
      data = efc_test, ziformula = ~ c172code,
      family = nbinom1
    )

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m8, "neg_c_7"), "data.frame")
      expect_s3_class(ggpredict(m8, "neg_c_7 [all]"), "data.frame")
      expect_s3_class(ggpredict(m8, "neg_c_7", type = "fe.zi"), "data.frame")
      expect_s3_class(ggpredict(m8, "neg_c_7 [all]", type = "fe.zi"), "data.frame")

      expect_s3_class(ggpredict(m8, c("neg_c_7", "c172code")), "data.frame")
      expect_s3_class(ggpredict(m8, c("neg_c_7 [all]", "c172code")), "data.frame")
      expect_s3_class(ggpredict(m8, c("neg_c_7", "c172code"), type = "fe.zi"), "data.frame")
      expect_s3_class(ggpredict(m8, c("neg_c_7 [all]", "c172code"), type = "fe.zi"), "data.frame")
    })


    data(Salamanders)
    m9 <- glmmTMB(
      count ~ spp + cover + mined + (1 | site),
      ziformula =  ~ DOY,
      dispformula = ~ spp,
      data = Salamanders,
      family = nbinom2
    )

    test_that("ggpredict, glmmTMB", {
      expect_s3_class(ggpredict(m9, c("cover", "mined", "spp"), type = "fe"), "data.frame")
      expect_s3_class(ggpredict(m9, c("cover", "mined", "spp"), type = "fe.zi"), "data.frame")
      expect_s3_class(suppressWarnings(ggpredict(m9, c("cover", "mined", "spp"), type = "re")), "data.frame")
      expect_s3_class(suppressWarnings(ggpredict(m9, c("cover", "mined", "spp"), type = "re.zi")), "data.frame")
    })

  }
}