This function allows users to extract elements of Mplus output
by name from different types of objects returned by MplusAutomation
.
get_results(x, element, simplify = FALSE, ...) get_input(x, simplify = FALSE, ...) get_warn_err(x, simplify = FALSE, ...) get_data_summary(x, simplify = FALSE, ...) get_sampstat(x, simplify = FALSE, ...) get_covariance_coverage(x, simplify = FALSE, ...) get_summaries(x, simplify = FALSE, ...) get_invariance_testing(x, simplify = FALSE, ...) get_parameters(x, simplify = FALSE, ...) get_class_counts(x, simplify = FALSE, ...) get_indirect(x, simplify = FALSE, ...) get_mod_indices(x, simplify = FALSE, ...) get_residuals(x, simplify = FALSE, ...) get_savedata(x, simplify = FALSE, ...) get_bparameters(x, simplify = FALSE, ...) get_tech1(x, simplify = FALSE, ...) get_tech3(x, simplify = FALSE, ...) get_tech4(x, simplify = FALSE, ...) get_tech7(x, simplify = FALSE, ...) get_tech8(x, simplify = FALSE, ...) get_tech9(x, simplify = FALSE, ...) get_tech10(x, simplify = FALSE, ...) get_tech12(x, simplify = FALSE, ...) get_tech15(x, simplify = FALSE, ...) get_fac_score_stats(x, simplify = FALSE, ...) get_lcCondMeans(x, simplify = FALSE, ...) get_gh5(x, simplify = FALSE, ...)
x | Object from which to extract results. |
---|---|
element | Which element of the results to extract. |
simplify | Logical; should the result be simplified to a vector, matrix
or higher dimensional array if possible? See |
... | Additional arguments passed to and from functions. |
An atomic vector or matrix or list of the same length as X (of length n for replicate). If simplification occurs, the output type is determined from the highest type of the return values in the hierarchy NULL < raw < logical < integer < double < complex < character < list < expression, after coercion of pairlists to lists.
if (FALSE) { test <- mplusObject(MODEL = "mpg ON wt hp; wt WITH hp;", rdata = mtcars) res <- mplusModeler(test, modelout = "model1.inp", run = 1L) get_results(res, "summaries") unlink(res$results$input$data$file) unlink("model1.inp") unlink("model1.out") } out <- get_input(res) out <- get_warn_err(res) out <- get_data_summary(res) out <- get_sampstat(res) out <- get_covariance_coverage(res) out <- get_summaries(res) out <- get_invariance_testing(res) out <- get_parameters(res) out <- get_class_counts(res) out <- get_indirect(res) out <- get_mod_indices(res) out <- get_residuals(res) out <- get_savedata(res) out <- get_bparameters(res) out <- get_tech1(res) out <- get_tech3(res) out <- get_tech4(res) out <- get_tech7(res) out <- get_tech8(res) out <- get_tech9(res) out <- get_tech10(res) out <- get_tech12(res) out <- get_tech15(res) out <- get_fac_score_stats(res) out <- get_lcCondMeans(res) out <- get_gh5(res)