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df_counterfactual()
compares each candidate’s observed examiners with random reassignments
that draw, for each case, an examiner qualified for that case, without
repeating an examiner for the same candidate. df_simulate()
gains design = "per_item" and
raters_per_item.score = ability - case difficulty - examiner severity + error.
df_data() gains
scale = c("auto", "ordinal", "continuous");
df_fit() uses the new "linear" engine for
continuous scores; df_simulate() gains
scale = "continuous".df_cut(value, "raw_mean"): pass if
the mean observed rating reaches value (e.g. 70),
convenient when candidates have different numbers of ratings.df_fit() stops with a clear message when the rating
network is disconnected, because rater severities would then not be
comparable.oral_exam: 300 candidates, 12
cases, one examiner per case, 0-100 scores.df_fit()).df_cut(), df_classify()).df_counterfactual()).df_attribute()).df_simulate()).These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.