## ----include = FALSE---------------------------------------------------------- knitr::opts_chunk$set( collapse = TRUE, comment = "#>", #fig.path = "", warning = FALSE, message = FALSE ) ## ----setup-------------------------------------------------------------------- library(implicitMeasures) ## ----------------------------------------------------------------------------- data("raw_data") # explore the dataframe str(raw_data) # explore the levels of the blockcode variable to identify the IAT blocks levels(raw_data$blockcode) ## ----eval = T----------------------------------------------------------------- iat_cleandata <- clean_iat(raw_data, sbj_id = "Participant", block_id = "blockcode", mapA_practice = "practice.iat.Milkbad", mapA_test = "test.iat.Milkbad", mapB_practice = "practice.iat.Milkgood", mapB_test = "test.iat.Milkgood", latency_id = "latency", accuracy_id = "correct", trial_id = "trialcode", trial_eliminate = c("reminder", "reminder1"), demo_id = "blockcode", trial_demo = "demo") ## ----------------------------------------------------------------------------- str(iat_cleandata) ## ----------------------------------------------------------------------------- iat_data <- iat_cleandata[[1]] head(iat_data) ## ----------------------------------------------------------------------------- dscore <- compute_iat(iat_data, Dscore = "d3") str(dscore) ## ----------------------------------------------------------------------------- summary(dscore) ## ----------------------------------------------------------------------------- IAT_rel(dscore) ## ----fig.align='center', fig.width=8, fig.height=6---------------------------- plot(dscore) # Data frame containing IAT D scores ## ----fig.align='center', fig.width=8, fig.height=6---------------------------- plot(dscore, graph = "points", order_sbj = "D-decreasing", # change respondents order x_values = FALSE, # remove respondents' labels include_stats = TRUE, # include descriptive statistics col_point = "lightskyblue") # change points color ## ----------------------------------------------------------------------------- multi_scores <- multi_dscore(iat_data, # object with class "iat_clean" algorithms = "error-inflation") # string specifying the # algorithms to compute ## ----------------------------------------------------------------------------- plot(multi_scores) plot(multi_scores, graph = "individual")