Nothing
set.seed(1071)
n = 2000; p = 10
X = matrix(rnorm(n*p), n, p)
W = rbinom(n, 1, 0.4 + 0.2 * (X[,1] > 0))
Y = pmax(X[,1], 0) * W + X[,2] + pmin(X[,3], 0) + rnorm(n)
test_that("Cross fitting works with glmnet", {
cross_glmnet <- fit_cross(Y_def = Y,
X_def = X,
W_def = W,
data.size = 2000,
fun.call = substitute(glmnet_helper(X, Y, W, parallelize = FALSE)),
k.folds = 3,
method_used = "glmnet")
expect_lte( cross_glmnet[[1]], 0.65 )
expect_gte( cross_glmnet[[1]], 0.15 )
expect_true(is.numeric(cross_glmnet[[2]]))
expect_lte(cross_glmnet[[2]][1],2)
expect_lte(cross_glmnet[[2]][2],2)
expect_true(is.numeric(cross_glmnet[[3]]))
expect_equal(colnames(cross_glmnet[[3]]), c("Avg_Resid_Y","Avg_Resid_W"))
})
test_that("Cross fitting works with ols", {
cross_ols <- fit_cross(Y_def = Y,
X_def = X,
W_def = W,
data.size = 2000,
fun.call = substitute(ols_helper(X, Y, W)),
k.folds = 3,
method_used = "ols")
expect_lte( cross_ols[[1]], 0.65 )
expect_gte( cross_ols[[1]], 0.15 )
expect_true(is.numeric(cross_ols[[2]]))
expect_lte(cross_ols[[2]][1],2)
expect_lte(cross_ols[[2]][2],2)
expect_true(is.numeric(cross_ols[[3]]))
expect_equal(colnames(cross_ols[[3]]), c("Avg_Resid_Y","Avg_Resid_W"))
})
test_that("Cross fitting works with custom methods", {
W_mod <- expression( glm( W~.,
family = "binomial",
data = as.data.frame(cbind(X,W))))
Y_mod <- expression( glm( Y~.,
family = "gaussian",
data = as.data.frame(cbind(X,Y))))
cross_custom <- fit_cross(Y_def = Y,
X_def = X,
W_def = W,
data.size = 2000,
fun.call = substitute(custom_helper( X = X,
Y = Y,
W = W,
Y.hat.model = Y_mod,
W.hat.model = W_mod)),
k.folds = 3,
method_used = "custom")
expect_lte( cross_custom[[1]], 0.65 )
expect_gte( cross_custom[[1]], 0.15 )
expect_true(is.numeric(cross_custom[[2]]))
expect_lte(cross_custom[[2]][1],2)
expect_lte(cross_custom[[2]][2],2)
expect_true(is.numeric(cross_custom[[3]]))
expect_equal(colnames(cross_custom[[3]]), c("Avg_Resid_Y","Avg_Resid_W"))
})
test_that("Cross fitting works with rf", {
skip_on_cran()
skip_on_travis()
cross_rf <- fit_cross(Y_def = Y,
X_def = X,
W_def = W,
data.size = 2000,
fun.call = substitute(rf_helper(X, Y, W)),
k.folds = 3,
method_used = "randomforest")
expect_lte( cross_rf[[1]], 0.65 )
expect_gte( cross_rf[[1]], 0.15 )
expect_true(is.numeric(cross_rf[[2]]))
expect_lte(cross_rf[[2]][1],2)
expect_lte(cross_rf[[2]][2],2)
expect_true(is.numeric(cross_rf[[3]]))
expect_equal(colnames(cross_rf[[3]]), c("Avg_Resid_Y","Avg_Resid_W"))
})
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