| precision_review_report | R Documentation |
Build a precision review report
precision_review_report(fit, diagnostics = NULL)
fit |
Output from |
diagnostics |
Optional output from |
This helper summarizes how mfrmr derived SE, CI, and reliability values
for the current run. It also includes a source-grounded fit/separation
basis table so users can keep mean-square fit, ZSTD standardization,
Rasch/FACETS-style separation, and package QC thresholds in separate
reporting lanes.
A named list with:
profile: one-row precision overview
checks: package-native precision review checks
fit_separation_basis: source-grounded fit/separation reporting boundary
approximation_notes: detailed method notes
settings: resolved model and method labels
precision_review_report() is a reporting gatekeeper for precision claims.
It tells you how the package derived uncertainty summaries for the current
run and how cautiously those summaries should be written up.
It does not, by itself, validate the measurement model or substantive conclusions.
A favorable precision tier does not override convergence, fit, linking, or design problems elsewhere in the analysis.
Fit and separation rows in this report are reporting/validation boundaries, not standalone success criteria.
profile: one-row overview of the active precision tier and recommended use.
checks: package-native review checks for SE ordering, reliability ordering,
coverage of sample/population summaries, and SE source labels.
fit_separation_basis: source-grounded boundary table for fit and
separation reporting.
approximation_notes: method notes copied from diagnose_mfrm().
Use the profile$PrecisionTier and checks table to decide whether SE, CI,
and reliability language can be phrased as model-based, should be qualified
as hybrid, or should remain exploratory in the final report.
Run diagnose_mfrm() for the fitted model.
Build precision_review_report(fit, diagnostics = diag).
Use summary() to see whether the run supports model-based reporting
language or should remain in exploratory/screening mode.
diagnose_mfrm(), facet_statistics_report(), reporting_checklist()
toy <- load_mfrmr_data("example_core")
fit <- fit_mfrm(toy, "Person", c("Rater", "Criterion"), "Score", method = "JML", maxit = 30)
diag <- diagnose_mfrm(fit, residual_pca = "none")
out <- precision_review_report(fit, diagnostics = diag)
summary(out)
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