# AGENTS.md: using tasksource-jev-typed-decisions Notes for coding agents (and people) who load, filter, or train on this dataset. ## What a row is One row is one **decision**: a `state` (the text), a `question`, and a `target` over `options`. | `kind` | `options` | `target` | loss that fits | |---|---|---|---| | `choice` | unordered answers, order shuffled per row | distribution over `options`, sums to 1 | cross-entropy against the distribution | | `score` | ordered levels, lowest first | distribution over levels, sums to 1; its mean is the expected level | cross-entropy, or a distance on the expected level | | `noul` | empty | `[p]`, the probability that the answer to the yes/no question is yes | binary cross-entropy with a soft target | - Targets are often soft: annotator votes, or mean ratings split between the two nearest levels. Don't argmax them unless you want hard labels. - Never assume the gold answer is the first option: `choice` options are permuted per row. - The same ordinal task appears as both `choice` and `score` (a per-row hash decides). Treat `kind` as part of the request, not as a property of the source. ## Rows are flat; groups link them Related decisions (several questions about one text, the variants of one source example, the questions about one packed state) are separate rows sharing a `group_id`. Groups are stored contiguously, and the whole group is always in one split. To build multi-question requests, group by `group_id` **and** `state`: some variants reformat the text, so a group can hold more than one state. Within one `(group_id, state)` pair, `question_id`s are unique. ```python from itertools import groupby from datasets import load_dataset ds = load_dataset("tasksource/tasksource-jev-typed-decisions", split="train", streaming=True) def requests(rows): for (group, state), members in groupby(rows, key=lambda r: (r["group_id"], r["state"])): members = list(members) yield { "state": state, "questions": {m["question_id"]: {"type": m["kind"], "instructions": m["question"], **({"criteria": m["options"]} if m["options"] else {})} for m in members}, "targets": {m["question_id"]: m["target"] for m in members}, "source": members[0]["source"], } ``` `groupby` works on the stored order because groups are contiguous. Shuffle requests, not rows, if you want to keep them together. ## Columns you will filter on - `source`: the tasksource task a row comes from (`multilingual/...` for non-English, `procedural-typed-decisions/...` for generated tasks). `sources.yaml` maps each source to its Hub dataset, revision, original dataset and licenses. - `license_use`: `commercial`, `non-commercial` or `unspecified`, the most restrictive license found on the source's Hub cards and in Data Provenance Initiative annotations. `license` lists them. Best effort, not legal advice. - `variant`: `direct` (the source example as is), `label_verification` (a yes/no check of one label), `criteria_permutation`, `instruction_paraphrase`, `paired_text_format` (surface variations), `packed_derived` (questions over 2-4 packed items). - `split`: the source's own split (`train`, `dev`, `test`); it matches the Hub split. ```python ds = ds.filter(lambda use: use == "commercial", input_columns="license_use") direct = ds.filter(lambda v: v == "direct", input_columns="variant") # e.g. a cleaner eval ``` ## Evaluation caveats - Validation and test rows whose text appears in train were removed. - BIG-bench, MMLU and BLiMP are excluded, so they are clean for evaluation. GLUE, SuperGLUE, HellaSwag, PIQA and many other public benchmarks are **in** the training data (their train splits), so don't report zero-shot results on them after training here. - Eval splits include variants and packed questions over the same examples; for a per-example metric, keep `variant == "direct"`. ## Rebuilding The dataset is built by `scripts/build_jev_dataset.py` in [tasksource](https://github.com/sileod/tasksource); `build-manifest.json` and `build-report.jsonl` record the settings, code commit and source revisions of this release.