| validate | R Documentation |
'validate()' is a convenience wrapper that runs both [compute_confusion_matrices()] and [intercoder_reliability()] so that a single call yields per-model confusion matrices (vs gold labels and pairwise) as well as Cohen's Kappa / Krippendorff's Alpha scores.
validate(
annotations,
gold = NULL,
pairwise = TRUE,
label_levels = NULL,
sample_col = "sample_id",
model_col = "model_id",
label_col = "label",
truth_col = "truth",
method = c("auto", "cohen", "krippendorff"),
include_confusion = TRUE,
include_reliability = TRUE
)
annotations |
Output from [explore()] or a compatible data frame with at least 'sample_id', 'model_id', and 'label' columns. |
gold |
Optional vector of gold labels. Overrides the 'truth' column when supplied. |
pairwise |
When 'TRUE', cross-model confusion tables are returned even if no gold labels exist. |
label_levels |
Optional factor levels to enforce a consistent ordering in the resulting tables. |
sample_col, model_col, label_col, truth_col |
Column names to use when 'annotations' is a custom data frame. |
method |
One of '"auto"', '"cohen"', or '"krippendorff"'. The '"auto"' setting computes both pairwise Cohen's Kappa and Krippendorff's Alpha (when applicable). |
include_confusion |
When 'TRUE' (default) the confusion matrices section is included in the output. |
include_reliability |
When 'TRUE' (default) the intercoder reliability section is included in the output. |
A list containing up to two elements: 'confusion' (the full result of [compute_confusion_matrices()]) and 'reliability' (the result of [intercoder_reliability()]). Elements are omitted when the corresponding 'include_*' argument is 'FALSE'.
annotations <- data.frame(
sample_id = rep(1:3, times = 2),
model_id = rep(c("llama", "qwen"), each = 3),
label = c("pos", "neg", "pos", "pos", "neg", "neg"),
truth = c("pos", "neg", "pos", "pos", "pos", "neg"),
stringsAsFactors = FALSE
)
result <- validate(annotations)
names(result)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.